mhurhangee/ep-ind-claims huggingface dataset:
A log rotation system comprising: an optimizer configured to determine an optimized cutting solution for a log to be processed and identify an optimized rotational position of the log for a determined processing step; a position indicator applicable to a trailing end of the log to initially indicate a reference rotational position of the log; a log rotator adapted to rotate the log while the log is advanced in a flow direction to reduce a rotational difference between the reference rotational position and the optimized rotational position; a primary detector disposed upstream of the log rotator and positioned to detect a current rotational position of the position indicator during or after a first rotation of the log by the log rotator; and a controller configured to control the first rotation of the log by the log rotator based at least on the optimized rotational position and the reference rotational position, determine a first rotational difference between the current rotational position and the optimized rotational position, and cause the log rotator to further turn the log in order to reduce the first rotational difference to within a predetermined range, wherein the controller is further configured to assume the position indicator to be in a particular orientation and to assume the reference rotational position based on said particular orientation. an optimizer configured to determine an optimized cutting solution for a log to be processed and identify an optimized rotational position of the log for a determined processing step; a position indicator applicable to a trailing end of the log to initially indicate a reference rotational position of the log; a log rotator adapted to rotate the log while the log is advanced in a flow direction to reduce a rotational difference between the reference rotational position and the optimized rotational position; a primary detector disposed upstream of the log rotator and positioned to detect a current rotational position of the position indicator during or after a first rotation of the log by the log rotator; and
A rotor blade comprising: a core blade section; and a trailing edge section, the trailing edge section being attached to the core blade section along a join interface, wherein the trailing edge section comprises a shape memory material which is actuable so as to cause selective deformation of the trailing edge section between a first condition in which a trailing edge of the trailing edge section follows a substantially smooth profile and a second condition in which the trailing edge is perturbed, and wherein the trailing edge section further comprises a plurality of actuators which are spaced along the length of the trailing edge section for effecting actuation of the shape memory material into the second condition, the shape memory material and actuators being arranged to form a plurality of cyclic perturbations along the length of the trailing edge in the second condition. a core blade section; and a trailing edge section, the trailing edge section being attached to the core blade section along a join interface, wherein the trailing edge section comprises a shape memory material which is actuable so as to cause selective deformation of the trailing edge section between a first condition in which a trailing edge of the trailing edge section follows a substantially smooth profile and a second condition in which the trailing edge is perturbed, and wherein the trailing edge section further comprises a plurality of actuators which are spaced along the length of the trailing edge section for effecting actuation of the shape memory material into the second condition, the shape memory material and actuators being arranged to form a plurality of cyclic perturbations along the length of the trailing edge in the second condition.
A method of extracting a dissolved solute from a first liquid to a second liquid, the method comprising: providing an outer chamber; positioning an inner chamber including a microporous membrane sleeve internally maintaining a frame within the outer chamber; said frame comprising a plurality of cross-bars creating a plurality of open regions fluidly connected by restricted flow fluid pathways; wherein the inner chamber defines a flow region having an upper portion and a lower portion; dispensing the first liquid into the outer chamber; dispensing the second liquid into the inner chamber; wherein dispensing the second liquid into the inner chamber includes delivering the second liquid from a liquid source (256, 258) to the lower portion of the flow region; wherein dispensing the second liquid further includes filling the flow region of the inner chamber from the lower portion to the upper portion; wherein a portion of the volume of the second liquid passes through the restricted flow fluid pathways formed in the frame during the step of filling the flow region; wherein the first liquid contacts an exterior of the microporous membrane sleeve and the second liquid contacts an interior of the microporous membrane sleeve, wherein the first liquid and second liquid form a liquid-liquid extraction interface within micropores of the microporous membrane; and transferring the solute from the first liquid into the second liquid across the pores of the microporous membrane sleeve, wherein the second liquid is essentially immiscible with the first fluid. providing an outer chamber; positioning an inner chamber including a microporous membrane sleeve internally maintaining a frame within the outer chamber; said frame comprising a plurality of cross-bars creating a plurality of open regions fluidly connected by restricted flow fluid pathways; wherein the inner chamber defines a flow region having an upper portion and a lower portion; dispensing the first liquid into the outer chamber; dispensing the second liquid into the inner chamber; wherein dispensing the second liquid into the inner chamber includes delivering the second liquid from a liquid source (256, 258) to the lower portion of the flow region; wherein dispensing the second liquid further includes filling the flow region of the inner chamber from the lower portion to the upper portion; wherein a portion of the volume of the second liquid passes through the restricted flow fluid pathways formed in the frame during the step of filling the flow region; wherein the first liquid contacts an exterior of the microporous membrane sleeve and the second liquid contacts an interior of the microporous membrane sleeve, wherein the first liquid and second liquid form a liquid-liquid extraction interface within micropores of the microporous membrane; and transferring the solute from the first liquid into the second liquid across the pores of the microporous membrane sleeve, wherein the second liquid is essentially immiscible with the first fluid.
A gelled food concentrate which is free or substantially free of syneresis for at least six months and characterised in that the concentrate contains no ingredients with more than incidental levels of calcium or polyols, but does not skin or re-gel after it has been diluted in aqueous liquid in a ratio of 1:10 to 1:100 (w/v) under the application of heat and subsequently been allowed to cool to room temperature, said concentrate comprising: a. 30 - 60% by weight of water b. 5 - 15% by weight of common salt c. 2 - 5% by weight of low methoxy pectin with DE < 50 % d. 20 - 64% by weight of taste imparting components; wherein the percentage equivalent of sucrose in the concentrate is less than 10%, wherein the concentrate is packaged into consumer ready packaging and wherein the concentrate is gelled such that the consumer can remove it from the packaging in one piece. a. 30 - 60% by weight of water b. 5 - 15% by weight of common salt c. 2 - 5% by weight of low methoxy pectin with DE < 50 % d. 20 - 64% by weight of taste imparting components;
An apparatus for controlling quick clamping of construction machine which comprises a clamp for mounting an attachment, the apparatus comprising: a selection input unit for generating a selection signal during an on operation by an operator; an operation input unit for generating an operation signal during an operation by the operator; a clamp driving unit for releasing and fastening the clamp; and a controller for controlling the clamp driving unit to release the clamp while the operation signal is input after the selection signal is input, characterized in that when the selection input unit is switched off and generation of the selection signal is stopped, the controller is configured to activate a specific function mode controlled by the signal generated from the operation input unit; when the selection input unit is switched on and the selection signal is input, the controller is configured to deactivate the specific function mode controlled by the signal generated from the operation input unit; and the specific function mode performs a specific function which is set according to the signal of the operation input unit. a selection input unit for generating a selection signal during an on operation by an operator; an operation input unit for generating an operation signal during an operation by the operator; a clamp driving unit for releasing and fastening the clamp; and a controller for controlling the clamp driving unit to release the clamp while the operation signal is input after the selection signal is input, characterized in that when the selection input unit is switched off and generation of the selection signal is stopped, the controller is configured to activate a specific function mode controlled by the signal generated from the operation input unit; when the selection input unit is switched on and the selection signal is input, the controller is configured to deactivate the specific function mode controlled by the signal generated from the operation input unit; and the specific function mode performs a specific function which is set according to the signal of the operation input unit.
Inspection head of an eddy current non-destructive testing sensor with separate transmitting and receiving functions comprising a support whereon is arranged at least one transmitting/receiving element, with each transmitting/receiving element comprising: - a circuit transmitting a local electromagnetic field by circulating a predefined alternating current (i) in this circuit, and - an electromagnetic receiver that has an electromagnetic detection axis (x) sensitive to the locally transmitted electromagnetic field, wherein: - the transmitting circuit is a portion of conductive sheet extending over a layer of the support in a predefined main direction (y) of flow of the alternating current (i), and - the electromagnetic receiver is arranged: • opposite the transmitting circuit relative to an axis (z) normal to the layer of the support on which said portion of sheet extends, and • in such a way that its electromagnetic detection axis (x) is orthogonal to this normal axis (z) and orthogonal to the predefined main direction (y) of flow of the alternating current (i) in the portion of conductive sheet, characterized in that each portion of sheet forming a transmitting circuit is of rectangular surface with same width, orthogonally to the predefined main direction (y), than the conductive sheet that comprises it, and the normal projection of each electromagnetic receiver on the portion of sheet opposite which it is arranged corresponds to this rectangular surface and especially to this width. - a circuit transmitting a local electromagnetic field by circulating a predefined alternating current (i) in this circuit, and - an electromagnetic receiver that has an electromagnetic detection axis (x) sensitive to the locally transmitted electromagnetic field, - the transmitting circuit is a portion of conductive sheet extending over a layer of the support in a predefined main direction (y) of flow of the alternating current (i), and - the electromagnetic receiver is arranged: • opposite the transmitting circuit relative to an axis (z) normal to the layer of the support on which said portion of sheet extends, and • in such a way that its electromagnetic detection axis (x) is orthogonal to this normal axis (z) and orthogonal to the predefined main direction (y) of flow of the alternating current (i) in the portion of conductive sheet, • opposite the transmitting circuit relative to an axis (z) normal to the layer of the support on which said portion of sheet extends, and • in such a way that its electromagnetic detection axis (x) is orthogonal to this normal axis (z) and orthogonal to the predefined main direction (y) of flow of the alternating current (i) in the portion of conductive sheet,
A method for processing a service, a token and a terminal having to cooperate in order to process a first service, the token being able to send to the terminal a service request or a response to a service request, as first service data, characterized in that the method comprises: - a storing step in which the token stores a file comprising at least one predetermined second service associated with at least one substitution action, as second service data, - a comparison step in which the token compares the first service with at least one predetermined second service, - if the first service matches one predetermined second service amongst the at least one predetermined second service, then the token replaces the first service data by the second service data and sends to the terminal the second service data, and - an execution step in which the terminal executes at least one substitution action associated with the corresponding predetermined second service. - a storing step in which the token stores a file comprising at least one predetermined second service associated with at least one substitution action, as second service data, - a comparison step in which the token compares the first service with at least one predetermined second service, - if the first service matches one predetermined second service amongst the at least one predetermined second service, then the token replaces the first service data by the second service data and sends to the terminal the second service data, and - an execution step in which the terminal executes at least one substitution action associated with the corresponding predetermined second service.
A method of rendering optical coherence tomography, OCT, retinal image data, which has been acquired by an OCT scanner scanning a retina of an eye over a range of scan locations, wherein each of the scan locations is associated with a respective coordinate in a first coordinate system, and each pixel of the rendered OCT retinal image data is associated with a respective coordinate in a second coordinate system that is different from the first coordinate system, the method comprising: receiving the OCT retinal image data acquired by the OCT scanner; determining (S20; S20') values of coordinates in the second coordinate system of pixels in the received OCT retinal image using a transformation from coordinates in the first coordinate system to coordinates in the second coordinate system; and interpolating between values of the pixels at the determined values of coordinates in the second coordinate system to calculate values of the pixels of the rendered OCT retinal image data. receiving the OCT retinal image data acquired by the OCT scanner; determining (S20; S20') values of coordinates in the second coordinate system of pixels in the received OCT retinal image using a transformation from coordinates in the first coordinate system to coordinates in the second coordinate system; and interpolating between values of the pixels at the determined values of coordinates in the second coordinate system to calculate values of the pixels of the rendered OCT retinal image data.
A method for synthesizing UCl3 comprising: providing a quantity of fuel salt, the fuel salt having a first amount of UCl 4; melting the quantity of fuel salt; and applying an electric current to the fuel salt, thereby reducing at least some UCl 4 to UCl3; and agitating the fuel salt while applying the electric current to the fuel salt. melting the quantity of fuel salt; and applying an electric current to the fuel salt, thereby reducing at least some UCl 4 to UCl3; and agitating the fuel salt while applying the electric current to the fuel salt.
Speaker comprising a magnet, a voice coil, and a diaphragm, wherein the diaphragm comprises tapes of ultra-high molecular weight polyethylene, the tapes having an uniplanar orientation parameter of at least 3.
Artificial diet composition for use in the treatment and/or prevention of cancer comprising, (based on the total weight of the dry ingredients composition): - from 4 to 40% of a mixture of amino acids, - from 0 - 25% lipids, - from 40 - 95% carbohydrates, - from 1 to 5% of a mixture of vitamins and minerals, and - from 0 to 1% choline, characterized in that Leucine is present in the composition as part of the mixture of amino acids in an amount of from 0.5- 6% by weight with respect to the total weight of the dry ingredients composition and Methionine is present in the composition as part of the mixture of amino acids in an amount of from 0,1 - 0,6% by weight with respect to the total weight of the dry ingredients composition. - from 4 to 40% of a mixture of amino acids, - from 0 - 25% lipids, - from 40 - 95% carbohydrates, - from 1 to 5% of a mixture of vitamins and minerals, and - from 0 to 1% choline,
An arrangement for spray-coating an object with a hot-melt adhesive, comprising an apparatus for spray-coating the object with the hot-melt adhesive having a first nozzle and a second nozzle, wherein the first and the second nozzle are arranged such that a clearly delimited first melt jet exiting from the first nozzle and a clearly delimited second melt jet exiting from the second nozzle contact one another at an acute angle (α) at a contact point, such that a fan-shaped spray is formed, wherein a temperature-holding device (8, 12, 14) for holding the first and the second nozzles at a predefined target temperature in the range from 120 °C to 250 °C is provided, and wherein the object to be coated is arranged downstream of the contact point, such that the fan-shaped spray contacts the object with a predefined contact width.
A method for producing a composite structure comprising a pattern of particulate material, said method comprising the steps of: a - providing at least one essentially endless layer as carrier layer and/or auxiliary layer b - providing an essentially endless support means for said carrier layer, c - positioning said carrier layer over said support means, whereby said carrier layer is in contact with the contact surface of said support means, and whereby the relative speed between said carrier layer, contact surface of said carrier support means and the clustering means is essentially zero; d - providing a particulate material stream from a particle material supply means; e - directing the particulate material through the perforation of a clustering means; g - combining said carrier layer and said auxiliary layer with said particulate material sandwiched there between; characterized in that, h - said clustering means guide said particulate material towards the carrier layer thereby creating a printing pattern of particulate material; i - said printing pattern being positioned by positioning means thereby forming a pocket pattern of particulate material on the carrier material; j -and in that the positioning means substantially evacuate particulate material from the inter-pocket pattern zones into the pocket pattern before joining the carrier layer and auxiliary layer to form a pattern of particulate material, wherein the clustering means is a rotating drum and the particulate material is directed through the perforations of the clustering means from a top opening corresponding to an inner surface of the drum to a bottom opening corresponding to an outer surface of the drum. a - providing at least one essentially endless layer as carrier layer and/or auxiliary layer b - providing an essentially endless support means for said carrier layer, c - positioning said carrier layer over said support means, whereby said carrier layer is in contact with the contact surface of said support means, and whereby the relative speed between said carrier layer, contact surface of said carrier support means and the clustering means is essentially zero; d - providing a particulate material stream from a particle material supply means; e - directing the particulate material through the perforation of a clustering means; g - combining said carrier layer and said auxiliary layer with said particulate material sandwiched there between; characterized in that, h - said clustering means guide said particulate material towards the carrier layer thereby creating a printing pattern of particulate material; i - said printing pattern being positioned by positioning means thereby forming a pocket pattern of particulate material on the carrier material; j -and in that the positioning means substantially evacuate particulate material from the inter-pocket pattern zones into the pocket pattern before joining the carrier layer and auxiliary layer to form a pattern of particulate material,
A vehicular light-emitting device wherein a plurality of light-emitting units, each of which includes a light source and a lens for diffusing and emitting the light entered from the light source, are arranged side by side, one or more brightness peak values exist between the plurality of light-emitting units, the lens includes a lens body part, a notch part, and a light source introduction part, the notch part is provided in a position which is a center of the lens body part and which faces the light source, characterized in that: the light source introduction part protrudes to the light source side from a rear side of the notch part, and introduces an incident light from the light source, and a curvature of the notch part is larger than a curvature of a front edge portion of the lens body part the vehicular light-emitting device comprises a holding part which holds the plurality of light-emitting units, the holding part has a reflection part which reflects the light emitted from the lenses toward a light-emitting surface, the reflection part is formed with a plurality of convex parts at positions facing the light sources, and a planar part is provided between adjacent two of the plurality of convex parts. a plurality of light-emitting units, each of which includes a light source and a lens for diffusing and emitting the light entered from the light source, are arranged side by side, one or more brightness peak values exist between the plurality of light-emitting units, the lens includes a lens body part, a notch part, and a light source introduction part, the notch part is provided in a position which is a center of the lens body part and which faces the light source, the light source introduction part protrudes to the light source side from a rear side of the notch part, and introduces an incident light from the light source, and a curvature of the notch part is larger than a curvature of a front edge portion of the lens body part the vehicular light-emitting device comprises a holding part which holds the plurality of light-emitting units, the holding part has a reflection part which reflects the light emitted from the lenses toward a light-emitting surface, the reflection part is formed with a plurality of convex parts at positions facing the light sources, and a planar part is provided between adjacent two of the plurality of convex parts.