mhurhangee/ep-ind-claims huggingface dataset:
Interface arrangement on a system board, comprising - at least two data lines for a differential signal transmission via the interface arrangement, - at least one first mounting location for at least one first connector and at least one second mounting location for at least one second connector, and characterized in that the interface arrangement further comprises - a third mounting location for an integrated circuit, wherein - at the at least one first mounting location the data lines are divided into a first path and a second path, - at the at least one second mounting location the second path and the first path are joined, - the third mounting location for the integrated circuit is arranged in the first path, and - the at least one first connector and the at least one second connector can be mounted at the at least one first and at least one second mounting location (14, 15) in a first or a second position respectively, so that signals in the data lines run via the first path or via the second path. - at least two data lines for a differential signal transmission via the interface arrangement, - at least one first mounting location for at least one first connector and at least one second mounting location for at least one second connector, and characterized in that the interface arrangement further comprises - a third mounting location for an integrated circuit, wherein - at the at least one first mounting location the data lines are divided into a first path and a second path, - at the at least one second mounting location the second path and the first path are joined, - the third mounting location for the integrated circuit is arranged in the first path, and - the at least one first connector and the at least one second connector can be mounted at the at least one first and at least one second mounting location (14, 15) in a first or a second position respectively, so that signals in the data lines run via the first path or via the second path.
A method for producing a bioproduct in a biorefining system comprising: (a) processing a feedstock into a starch-containing component; (b) preparing the starch-containing component into a fermentable component for fermentation; (c) fermenting at least a portion of the fermentable component into a fermentation product; and (d) producing the bioproduct comprising a zein composition from the fermentation product including extracting the zein composition from a protein component of the fermentation product by applying a solvent composition comprising 3.2% to 3.8%, by weight of solids on a dry basis, sodium hydroxide to the fermentation product, wherein the solvent to solids ratio is in the range of 4:1 to 7:1, and wherein the zein composition comprises alpha zein, beta zein and gamma zein. (a) processing a feedstock into a starch-containing component; (b) preparing the starch-containing component into a fermentable component for fermentation; (c) fermenting at least a portion of the fermentable component into a fermentation product; and (d) producing the bioproduct comprising a zein composition from the fermentation product including extracting the zein composition from a protein component of the fermentation product by applying a solvent composition comprising 3.2% to 3.8%, by weight of solids on a dry basis, sodium hydroxide to the fermentation product, wherein the solvent to solids ratio is in the range of 4:1 to 7:1, and wherein the zein composition comprises alpha zein, beta zein and gamma zein.
A method of modulating display imagery for barcode simulation comprising: receiving barcode information at an image sensor of a portable device; converting, by the portable device, the barcode information into discrete signals; processing, by the portable device, the discrete signals into formatted image data; displaying, at the portable device, imagery based on the formatted image data; and modulating, at the portable device, light characteristics of the imagery while switching between the imagery and a solid color, to simulate a light simulated barcode. receiving barcode information at an image sensor of a portable device; converting, by the portable device, the barcode information into discrete signals; processing, by the portable device, the discrete signals into formatted image data; displaying, at the portable device, imagery based on the formatted image data; and modulating, at the portable device, light characteristics of the imagery while switching between the imagery and a solid color, to simulate a light simulated barcode.
A device for generating ozone from oxygen-containing gas with an electrode arrangement with at least one high-voltage electrode (4,8) and at least one annular ground electrode wherein between the at least one high-voltage electrode (4,8) and the at least one ground electrode a annular dielectric (6,7) is arranged, characterized in that the at least one high-voltage electrode (4,8) is surrounded by at least one annular heat pipe, wherein each of the at least one annular heat pipes is a closed heat exchange system.
A balancing system for wireless adjustment of the operation settings of a ventilation system comprising an air conductor system of ventilation conduits for conducting air flow in one or more branches and a plurality of conduit inlets or outlets and one or more permanent control components (130,150) for manual setting and control of the air flow in the conduit inlets or outlets and/or in the air conduit of one or more branches of the air conductor system, the balancing system comprising one or more portable, detachable adjustment components, which during the balancing of the ventilation system are attached on the conduit inlets or outlets and/or in the air conduits of the one or more branches thereby temporary replacing the permanent control components (130,150) to allow adjustment of the manual damper settings controlling the air flow, and a system controller for controlling said portable, detachable adjustment components, said balancing system controller comprising a programmable processor, said balancing system controller comprising a transceiver configured to receive measured operation data from the active adjustment components, wherein the programmable processor is configured to calculate by using the operation data a damper setting value of each of the active adjustment components that controls the air flow through the conduit inlets or outlets, and adjusting by sending via the transceiver the calculated damper setting values to the active adjustment components, receive via the transceiver measured operation data based on the calculated damper setting values from the adjustment components, and to indicate via display that the ventilation system is in balance and the permanent control components can be adjusted to the calculated damper setting values and reinstated, characterized in that the balancing system controller is configured to request the operator via the display for new damper settings if the ventilation system is not in balance and/or the operation data do not fulfill specified conditions, receive at least one new damper setting value, and to send said at least one new damper setting value to one or more of the adjustment components.
A content display method, comprising: determining a display extent for a display device; determining the display device overscans; receiving a value indicative of a display mode from an executing application; sending, to the executing application, a display buffer size value equal to the display extent when the display mode is a first mode; sending, to the executing application, a display buffer size value less than the display extent when the display mode is a second mode; sending, to the executing application, a first display buffer size value and a second display buffer size value when the display mode is a third mode, the first display buffer size value equal to the display extent and the second display buffer size value less than the display extent; receiving display buffer contents from the executing application; scaling the display buffer contents to a size less than the display extent and causing the scaled display buffer contents to be centered in a frame buffer when the display mode is the first mode; causing the display buffer contents to be centered in the frame buffer when the display mode is the second mode; and causing the display buffer contents to be written to the frame buffer when the display mode is the third mode. determining a display extent for a display device; determining the display device overscans; receiving a value indicative of a display mode from an executing application; sending, to the executing application, a display buffer size value equal to the display extent when the display mode is a first mode; sending, to the executing application, a display buffer size value less than the display extent when the display mode is a second mode; sending, to the executing application, a first display buffer size value and a second display buffer size value when the display mode is a third mode, the first display buffer size value equal to the display extent and the second display buffer size value less than the display extent; receiving display buffer contents from the executing application; scaling the display buffer contents to a size less than the display extent and causing the scaled display buffer contents to be centered in a frame buffer when the display mode is the first mode; causing the display buffer contents to be centered in the frame buffer when the display mode is the second mode; and causing the display buffer contents to be written to the frame buffer when the display mode is the third mode.
A wind turbine comprising: - a system comprising: - two binary proximity sensors (102, 103) each being configured to provide a sensor signal having a first or a second information, - a transmitter, - a control device, wherein - the proximity sensors (102, 103) and the transmitter interact in a contactless manner, - the proximity sensors (102, 103) each are configured to provide the sensor signal having the first information or the second information depending on a distance from the transmitter to the respective proximity sensor (102, 103), - the control device being configured to determine depending on the sensor signals of the proximity sensors (102, 103), whether the transmitter is located within a correction sector defined by means of the proximity sensors (102, 103), wherein the wind turbine further comprises: - a longitudinally extended foot, - a nacelle mounted onto the foot to be rotatable, wherein the transmitter is disposed to be stationary on one of the nacelle and the foot, and the two proximity sensors (102, 103) are disposed to be stationary on the other of the nacelle and the foot so that the transmitter and the two proximity sensors (102, 103) are rotatable relative to one another together with the nacelle and the foot. - a system comprising: - two binary proximity sensors (102, 103) each being configured to provide a sensor signal having a first or a second information, - a transmitter, - a control device, wherein - the proximity sensors (102, 103) and the transmitter interact in a contactless manner, - the proximity sensors (102, 103) each are configured to provide the sensor signal having the first information or the second information depending on a distance from the transmitter to the respective proximity sensor (102, 103), - the control device being configured to determine depending on the sensor signals of the proximity sensors (102, 103), whether the transmitter is located within a correction sector defined by means of the proximity sensors (102, 103), wherein the wind turbine further comprises: - a longitudinally extended foot, - a nacelle mounted onto the foot to be rotatable, wherein the transmitter is disposed to be stationary on one of the nacelle and the foot, and the two proximity sensors (102, 103) are disposed to be stationary on the other of the nacelle and the foot so that the transmitter and the two proximity sensors (102, 103) are rotatable relative to one another together with the nacelle and the foot.
A method comprising: receiving, by a first packet steering module of a network, a first encapsulated packet traveling in a forward traffic direction, the first encapsulated packet comprising a first encapsulating data structure, the first encapsulating data structure encapsulating a first packet; identifying, by a return path learning module, a sequence of network nodes (430, 431, 432, 433) of the network that were traversed by the first encapsulated packet in the forward traffic direction; generating, by the return path learning module of the first packet steering module, return traffic path information associated with the first encapsulated packet and based on the first encapsulating data structure, wherein generating the return traffic path information comprises reversing the identified sequence; transmitting, by the first packet steering module, the return traffic path information to one or more other packet steering modules (441, 442, 443) of the network; and transmitting, by the first packet steering module, the return traffic path information independently of the first packet. receiving, by a first packet steering module of a network, a first encapsulated packet traveling in a forward traffic direction, the first encapsulated packet comprising a first encapsulating data structure, the first encapsulating data structure encapsulating a first packet; identifying, by a return path learning module, a sequence of network nodes (430, 431, 432, 433) of the network that were traversed by the first encapsulated packet in the forward traffic direction; generating, by the return path learning module of the first packet steering module, return traffic path information associated with the first encapsulated packet and based on the first encapsulating data structure, wherein generating the return traffic path information comprises reversing the identified sequence; transmitting, by the first packet steering module, the return traffic path information to one or more other packet steering modules (441, 442, 443) of the network; and transmitting, by the first packet steering module, the return traffic path information independently of the first packet.
A computer implemented method of processing seismic images of the subsurface, comprising: - analyzing a seismic image to estimate seismic horizons in an area of the subsurface; and - calculating an accumulation value (A(x, y)) associated with each pixel of the seismic image by accumulation along a set of estimated seismic horizons to form a synthesized image composed of accumulation values, - transforming the synthesized image to obtain a seismic representation in which signed amplitudes are allocated to the pixels of the synthesized image, the method being characterized in that transforming the synthesized image comprises combining the synthesized image with the seismic image. - analyzing a seismic image to estimate seismic horizons in an area of the subsurface; and - calculating an accumulation value (A(x, y)) associated with each pixel of the seismic image by accumulation along a set of estimated seismic horizons to form a synthesized image composed of accumulation values, - transforming the synthesized image to obtain a seismic representation in which signed amplitudes are allocated to the pixels of the synthesized image,
A driving mechanism, comprising a metal belt and a pulley ' on which the belt is mounted, wherein the metal belt: is an endless belt formed of a strip body; includes a belt overlapping portion in which at least two ring pieces (310a, 320a) formed by deformation due to a compressive stress inherent in the belt doubly overlap in a ring radial direction in a natural state where no external force is applied; and has a cross-sectional shape convex radially outwardly in a cross-section perpendicular to a circumferential direction of the metal belt in a first state reached by annularly spreading the belt in the natural state, and the pulley has a cross-sectional shape convex radially outwardly in a cross-section perpendicular to the circumferential direction, characterized in that the metal belt includes, in a state mounted on the pulley; a first stress part where a first stress is inherent and which is formed in a widthwise central region of the metal belt; and a second stress part (310b, 320b) where a second stress smaller than the first stress is inherent and which is formed in a peripheral edge region of the metal belt, the metal belt is mounted on the pulley in the first stress part, and a compressive stress inherent in the metal belt in the normal state acts toward the radially inner side of the metal belt in the entirety of the metal belt. is an endless belt formed of a strip body; includes a belt overlapping portion in which at least two ring pieces (310a, 320a) formed by deformation due to a compressive stress inherent in the belt doubly overlap in a ring radial direction in a natural state where no external force is applied; and has a cross-sectional shape convex radially outwardly in a cross-section perpendicular to a circumferential direction of the metal belt in a first state reached by annularly spreading the belt in the natural state, and the pulley has a cross-sectional shape convex radially outwardly in a cross-section perpendicular to the circumferential direction, characterized in that the metal belt includes, in a state mounted on the pulley; a first stress part where a first stress is inherent and which is formed in a widthwise central region of the metal belt; and a second stress part (310b, 320b) where a second stress smaller than the first stress is inherent and which is formed in a peripheral edge region of the metal belt, a first stress part where a first stress is inherent and which is formed in a widthwise central region of the metal belt; and a second stress part (310b, 320b) where a second stress smaller than the first stress is inherent and which is formed in a peripheral edge region of the metal belt, the metal belt is mounted on the pulley in the first stress part, and a compressive stress inherent in the metal belt in the normal state acts toward the radially inner side of the metal belt in the entirety of the metal belt.
A radiant body comprising at least: - a first head and a second head, each composed of a main tubular conduit having a corresponding axis of longitudinal extension; the main tubular conduits being positioned parallel to each other; each main tubular conduit having at least one radial hole or opening; - a bushing joint for each main tubular conduit; each bushing being associated with the corresponding main tubular conduit at the radial opening; each bushing having an extension axis placed transversally to the longitudinal axis of extension of the main tubular conduit; - a secondary tubular conduit associated, in a sealed fashion and at its ends, with the corresponding bushing joints so as to be positioned transversely with respect to the main tubular conduits for the passage, in both directions, of a fluid between the two main tubular conduits, characterised in that each bushing joint has a first portion, external, having a cylindrical shape and a second portion, internal, having a partly semi-spherical shape; and the second portion being configured for housing, at least partly, inside the corresponding main tubular conduit through the corresponding opening in such a way as to form also a part of the outer surface of the main tubular conduit. - a first head and a second head, each composed of a main tubular conduit having a corresponding axis of longitudinal extension; the main tubular conduits being positioned parallel to each other; each main tubular conduit having at least one radial hole or opening; - a bushing joint for each main tubular conduit; each bushing being associated with the corresponding main tubular conduit at the radial opening; each bushing having an extension axis placed transversally to the longitudinal axis of extension of the main tubular conduit; - a secondary tubular conduit associated, in a sealed fashion and at its ends, with the corresponding bushing joints so as to be positioned transversely with respect to the main tubular conduits for the passage, in both directions, of a fluid between the two main tubular conduits,
Tyre for motorcycles, having a tread band comprising a central annular portion located astride an equatorial plane (X-X); and two shoulder annular portions located on axially opposite sides relative to the central annular portion; the central annular portion having an axial extension not greater than 65% of the axial development of the tread band; the tread band comprises a plurality of grooves and sipes adapted to define a tread pattern; the central annular portion comprises at least one first sipe and a second sipe, circumferentially consecutive, at least one of which is inclined relative to the equatorial plane X-X of the tyre so as to form an angle a < 60° in absolute value relative to a direction parallel to an equatorial plane of the tyre; - each shoulder annular portion comprises a plurality of lateral sipes, the lateral sipes extending essentially in the shoulder annular portion; - the void-to-rubber ratio defined by the sipes of the said central annular portion being smaller than the void-to-rubber ratio defined by the sipes of each shoulder annular portion; the tyre being characterized in that: - the central annular portion comprises a module repeated along a direction of circumferential development of the tyre comprising the first sipe and the second sipe and at least two first substantially longitudinal grooves (18, 19) opposed to each other relative to the equatorial plane X-X of the tyre, and wherein in each module the first and the second sipe are concordantly inclined. - each shoulder annular portion comprises a plurality of lateral sipes, the lateral sipes extending essentially in the shoulder annular portion; - the void-to-rubber ratio defined by the sipes of the said central annular portion being smaller than the void-to-rubber ratio defined by the sipes of each shoulder annular portion; - the central annular portion comprises a module repeated along a direction of circumferential development of the tyre comprising the first sipe and the second sipe and at least two first substantially longitudinal grooves (18, 19) opposed to each other relative to the equatorial plane X-X of the tyre, and wherein in each module the first and the second sipe are concordantly inclined.
Turbo charger with variable turbine geometry, wherein in a radial gap, which is flowed through by gas, adjustable guide vanes are mounted pivotably on a support ring forming a radial wall of the radial gap about axes that are essentially parallel to the ring axis and the axially movable support ring is tensioned axially by a push spring (18 or 19) against relatively stationary stops, characterised in that the push spring charges the support ring within a ring area radially adjacent to the stops on the side of the support ring facing away from the stops.