mhurhangee/ep-ind-claims huggingface dataset:
A rotary milking platform comprising a plurality of moulded and modular bail floor defining components and a supporting substructure, wherein each of said plurality of components is made from at least one fibre reinforced resin based composite material, and wherein said plurality of components, having been assembled onto the substructure, are of sufficient thickness and strength for at least one animal to stand on; characterized in that the bail floor defining components are infusion moulded and pre-fabricated, and each of said plurality of components has a mould defined exoskeleton structural form formed by the composite material and moulded about an imbedded core material.
Sputtering device arranged to sputter a liquid target, comprising a trough arranged to receive a liquid target material, wherein the device comprises means being configured to effect at least one of stirring and agitating the liquid target material, degassing the liquid target material, dissipating solid particles or islands on a surface of the target, and moving such particles or islands from an active surface region (S A) to a passive surface region (Sp) or vice-versa, the passive surface region (Sp) being at least 50% less exposed to sputtering as the active surface region (S A) wherein the means comprise a planar magnetron system (5, 5', 5") with at least an outer and an inner magnet having reversed polarities and being mounted in respective recesses in the lower side of the trough bottom, or at or in the bottom of the trough below the liquid level (4, 4') of the target, wherein the trough is dimensioned and the planar magnetron system is designed to enable a horizontal and a vertical convection of the liquid target material during sputtering.
A method of fabricating a direct pressure laminate product, comprising: placing a board and a melamine resin soaked sheet having a decorative motif into a press machine (22, 24, 26) having a press plate, wherein the press plate has a three dimensional surface that matches the decorative motif when the press plate is heated to an operating temperature; and locating the melamine resin soaked sheet relative to the press plate of the press machine (22, 24), such that the decorative motif of the melamine resin soaked sheet coincides with the three dimensional surface of the press plate; and curing the melamine resin while pressing the melamine resin soaked sheet and the board with the press plate at the operating temperature such that a direct pressure laminate product is produced, wherein the direct pressure laminate product has a surface texture that is embossed in registration with the decorative motif and wherein the embossed surface texture of the direct pressure laminate product is less than 0.2 mm deep. placing a board and a melamine resin soaked sheet having a decorative motif into a press machine (22, 24, 26) having a press plate, wherein the press plate has a three dimensional surface that matches the decorative motif when the press plate is heated to an operating temperature; and locating the melamine resin soaked sheet relative to the press plate of the press machine (22, 24), such that the decorative motif of the melamine resin soaked sheet coincides with the three dimensional surface of the press plate; and curing the melamine resin while pressing the melamine resin soaked sheet and the board with the press plate at the operating temperature such that a direct pressure laminate product is produced, wherein the direct pressure laminate product has a surface texture that is embossed in registration with the decorative motif and wherein the embossed surface texture of the direct pressure laminate product is less than 0.2 mm deep.
A method comprising: receiving a memory request from a memory controller via a first channel, wherein the memory request includes a logical rank identification, ID, for a logical rank and a logical address within the logical rank; using a memory expansion map to map the logical rank ID and a portion of the logical memory address to a first sub-channel selected from a plurality of sub-channels and a first physical rank selected from a plurality of physical ranks connected to the first sub-channel; based on the memory request: selecting a location in a memory that is to be communicatively coupled with the first sub-channel, the location in the memory being selected from the first physical rank; configuring a set of field effect transistors to communicatively couple the first channel with the first sub-channel; and allowing data to flow between the memory controller and the location in the memory, via the first channel and the first sub-channel. receiving a memory request from a memory controller via a first channel, wherein the memory request includes a logical rank identification, ID, for a logical rank and a logical address within the logical rank; using a memory expansion map to map the logical rank ID and a portion of the logical memory address to a first sub-channel selected from a plurality of sub-channels and a first physical rank selected from a plurality of physical ranks connected to the first sub-channel; based on the memory request: selecting a location in a memory that is to be communicatively coupled with the first sub-channel, the location in the memory being selected from the first physical rank; configuring a set of field effect transistors to communicatively couple the first channel with the first sub-channel; and selecting a location in a memory that is to be communicatively coupled with the first sub-channel, the location in the memory being selected from the first physical rank; configuring a set of field effect transistors to communicatively couple the first channel with the first sub-channel; and allowing data to flow between the memory controller and the location in the memory, via the first channel and the first sub-channel.
Carbonization line for the production of carbon fibres, comprising: - a plurality of advancement members (102, 113) arranged in succession along a main direction of development of the line; - heating means interposed between two successive advancement members (102, 113), characterised in that each advancement member comprises: - a support structure having at least a pair of uprights (101 a) and/or a cross member; - at least one feed roller (106, 114) extending along its own main direction, substantially horizontal, between two ends; - a pair of support elements each rotatably associated with one end of said roller (106, 114), and having a base constrained to the upright or to the cross member of said support structure, wherein each support element comprises: - a base provided with means for attachment to a structure or frame of said line (100, 104); - a support ring coupled with said base and having at least one passing-through opening for receiving one end of said feed roller (106, 114); - adjustment means (6, 7) operatively interposed between said base and said ring, and configured to move the position of the ring with respect to the base along at least one adjustment direction (B, C), transverse to a central axis of said opening, in order to adjust the position of the ring as a function of the deformations of the roller (106, 114) and/or of the structure or the support frame of the roller (106, 114). - a plurality of advancement members (102, 113) arranged in succession along a main direction of development of the line; - heating means interposed between two successive advancement members (102, 113), - a support structure having at least a pair of uprights (101 a) and/or a cross member; - at least one feed roller (106, 114) extending along its own main direction, substantially horizontal, between two ends; - a pair of support elements each rotatably associated with one end of said roller (106, 114), and having a base constrained to the upright or to the cross member of said support structure, - a base provided with means for attachment to a structure or frame of said line (100, 104); - a support ring coupled with said base and having at least one passing-through opening for receiving one end of said feed roller (106, 114); - adjustment means (6, 7) operatively interposed between said base and said ring, and configured to move the position of the ring with respect to the base along at least one adjustment direction (B, C), transverse to a central axis of said opening, in order to adjust the position of the ring as a function of the deformations of the roller (106, 114) and/or of the structure or the support frame of the roller (106, 114).
A headlamp for a vehicle, comprising: a light source; a primary projection lens for shaping light from the light source, the primary projection lens comprising a modified toric-type projection lens having a toric-shaped exit surface adapted to shape light along a horizontal direction with respect to the vehicle, wherein the horizontal direction is perpendicular to a forward direction of the vehicle and perpendicular to a vertical direction with respect to the vehicle; an oscillating mirror obliquely angled relative to the direction of light received from the primary projection lens between the primary projection lens and a secondary projection lens and adapted to receive light from the primary projection lens and redirect the light to the secondary projection lens; the secondary projection lens being adapted to shape light received from the oscillating mirror along a vertical direction with respect to the vehicle substantially perpendicular to the horizontal direction such that a desired light pattern is projected from the vehicle; and a controller for controlling the light source and the oscillating mirror to actively dim or turn off portions of the desired light pattern to provide an adaptive-driving beam headlamp for reducing glare perceived outside the vehicle. a light source; a primary projection lens for shaping light from the light source, the primary projection lens comprising a modified toric-type projection lens having a toric-shaped exit surface adapted to shape light along a horizontal direction with respect to the vehicle, wherein the horizontal direction is perpendicular to a forward direction of the vehicle and perpendicular to a vertical direction with respect to the vehicle; an oscillating mirror obliquely angled relative to the direction of light received from the primary projection lens between the primary projection lens and a secondary projection lens and adapted to receive light from the primary projection lens and redirect the light to the secondary projection lens; the secondary projection lens being adapted to shape light received from the oscillating mirror along a vertical direction with respect to the vehicle substantially perpendicular to the horizontal direction such that a desired light pattern is projected from the vehicle; and a controller for controlling the light source and the oscillating mirror to actively dim or turn off portions of the desired light pattern to provide an adaptive-driving beam headlamp for reducing glare perceived outside the vehicle.
A method of authenticating a user of a computing device (500,600), the computing device having a memory storing a base image and an overlay image, the base image having a pre-selected base image reference point, and the overlay image having a pre-selected overlay image reference point, the method comprising: generating a modified base image including the base image reference point; generating a modified overlay image including the overlay image reference point; displaying, on a display, the modified base image overlaid by the modified overlay image; receiving an input for moving one of the modified base image and the modified overlay image; moving the one of the modified base image and the modified overlay image in response to the input; assigning a security level requirement for authenticating the user based on at least one of a user identifier and an application to which access is requested, wherein assigning the security level requirement comprises assigning a tolerance for aligning the overlay image reference point and the base image reference point, the tolerance being based on the assigned security level; and in response to alignment of the base image reference point on the modified base image with the overlay image reference point on the modified overlay image at a point on the display after the moving and meeting the security level requirement, indicating positive authentication. generating a modified base image including the base image reference point; generating a modified overlay image including the overlay image reference point; displaying, on a display, the modified base image overlaid by the modified overlay image; receiving an input for moving one of the modified base image and the modified overlay image; moving the one of the modified base image and the modified overlay image in response to the input; assigning a security level requirement for authenticating the user based on at least one of a user identifier and an application to which access is requested, wherein assigning the security level requirement comprises assigning a tolerance for aligning the overlay image reference point and the base image reference point, the tolerance being based on the assigned security level; and in response to alignment of the base image reference point on the modified base image with the overlay image reference point on the modified overlay image at a point on the display after the moving and meeting the security level requirement, indicating positive authentication.
A method for switching time slot configuration in a Flex Ethernet, FlexE, protocol, comprising: configuring, by a transmitting end, a time slot configuration scheme corresponding to at least one fault and transmitting the time slot configuration scheme to a receiving end, before a fault occurs in a subcalendar of a FlexE group; determining, by the transmitting end, a time slot configuration scheme corresponding to the fault according to the fault, in response to the fault occurring in the subcalendar of the FlexE group; and negotiating, by the transmitting end, with the receiving end to switch to the time slot configuration scheme corresponding to the fault, wherein the time slot configuration scheme comprises time slot configuration schemes for protection operations in all or multiple fault scenarios, or time slot configuration schemes for protection operations in single-subcalendar fault scenarios, and each fault corresponds to one time slot configuration scheme corresponding to one serial number, and the one time slot configuration scheme is time slot configuration contents to be reconfigured after the fault occurs. configuring, by a transmitting end, a time slot configuration scheme corresponding to at least one fault and transmitting the time slot configuration scheme to a receiving end, before a fault occurs in a subcalendar of a FlexE group; determining, by the transmitting end, a time slot configuration scheme corresponding to the fault according to the fault, in response to the fault occurring in the subcalendar of the FlexE group; and negotiating, by the transmitting end, with the receiving end to switch to the time slot configuration scheme corresponding to the fault, wherein the time slot configuration scheme comprises time slot configuration schemes for protection operations in all or multiple fault scenarios, or time slot configuration schemes for protection operations in single-subcalendar fault scenarios, and each fault corresponds to one time slot configuration scheme corresponding to one serial number, and the one time slot configuration scheme is time slot configuration contents to be reconfigured after the fault occurs.
A labeler stapler which combines both of a labeling and a stapling mechanisms in one tool that consists of: a scissor shape stapler or a stapler that contains a base, characterized in that said base includes a refillable pop-up paper note system, the bottom of the base comes with a transparent door that can be opened/closed allowing the users to see the level of the paper notes and to refill it once finished, and said labeler stapler further consists of a button provided on the outside of the stapler's base, that can be locked allowing the users to stop the labeling option. a scissor shape stapler or a stapler that contains a base, characterized in that said base includes a refillable pop-up paper note system, the bottom of the base comes with a transparent door that can be opened/closed allowing the users to see the level of the paper notes and to refill it once finished, and said labeler stapler further consists of a button provided on the outside of the stapler's base, that can be locked allowing the users to stop the labeling option.
A communication method, performed by a first device or a chip in a first device, wherein the method comprises: determining, based on a location of the first device and minimum required communication distance information of first data, a first identity of a first zone in which the first device is located, wherein the first data is data sent by the first device; and sending, indication information to a second device, wherein the indication information comprises first information, and the first information indicates the first identity. determining, based on a location of the first device and minimum required communication distance information of first data, a first identity of a first zone in which the first device is located, wherein the first data is data sent by the first device; and sending, indication information to a second device, wherein the indication information comprises first information, and the first information indicates the first identity.
A gantry type particle beam irradiation system which comprises a gantry and is configured such that a particle beam is extracted from a circular accelerator, in a case where a direction in a circular track plane in the circular accelerator is defined as the X direction in a plane which is perpendicular to a travelling direction of the particle beam at an extraction position of the circular accelerator, and the direction which is perpendicular to the X direction in a plane which is perpendicular to the travelling direction of the particle beam is defined as the Y direction, the particle beam has a small emittance in the X direction and a large emittance in the Y direction, and the particle beam which is transported by a particle beam transportation unit is adapted to be irradiated from an irradiation nozzle installed in the gantry to an irradiation target, wherein the irradiation nozzle has a ridge filter, an angle of the gantry, with which the particle beam is transported so as for the emittance in the X direction and the emittance in the Y direction at the extraction position of the circular accelerator to be separated and to maintain each emittance at a position where the particle beam is incident on the irradiation nozzle, is defined as a reference angle, in the state where the gantry is the reference angle the ridge filter is installed so as for the direction in which the emittance in the X direction is maintained is tilted to the direction which is perpendicular to a ridge of the ridge filter by a predetermined angle.
Method of manufacturing of a structured cooling panel for applying on a component, which is manufactured by the following operations: a) Cutting of desized 2D ceramic tissues into tissues having a size and shape; b) Slurry infiltration in the tissues by at least one knife blade coating method; c) Laminating the tissues in a multi-layer panel, with slurry impregnation after each layer, wherein the tissue has combined fibres, being a combined fibre architecture ceramic tissue comprising a ceramic tissue in combination with sacrificial carbon fibres, and/or pre-build cooling holes; d) Drying; e) De-moulding; f) Sintering the multi-layer panel to obtain a multiple panel structure, wherein part of the combined fibres burns out during the sintering process leaving a negative architecture forming the cooling structure and/or the pre-build cooling holes define the cooling structure; g) Finishing, using of i) post-machine, and/or ii) surface smoothening/rework, and/or iii) coating application, and/or other procedures; the method further comprising a step of combining a supplemental panel structure made of CMC to the multiple panel structure obtained from operations a) to f). a) Cutting of desized 2D ceramic tissues into tissues having a size and shape; b) Slurry infiltration in the tissues by at least one knife blade coating method; c) Laminating the tissues in a multi-layer panel, with slurry impregnation after each layer, wherein the tissue has combined fibres, being a combined fibre architecture ceramic tissue comprising a ceramic tissue in combination with sacrificial carbon fibres, and/or pre-build cooling holes; d) Drying; e) De-moulding; f) Sintering the multi-layer panel to obtain a multiple panel structure, wherein part of the combined fibres burns out during the sintering process leaving a negative architecture forming the cooling structure and/or the pre-build cooling holes define the cooling structure; g) Finishing, using of i) post-machine, and/or ii) surface smoothening/rework, and/or iii) coating application, and/or other procedures;
A sludge filter device comprising: i) a main body wherein three ducts (111, 112, 113) are formed, respectively a first duct having a first longitudinal axis, a second duct having a second longitudinal axis arranged at 180° relative to said first longitudinal axis of the first duct, a third duct having a third longitudinal axis arranged at 90° relative to said first longitudinal axis of the first duct and relative to said second longitudinal axis of the second duct, said ducts (111, 112, 113) having a same cross section and comprising attachment members configured to be assembled to hydraulic pipes and/or hydraulic appliances; ii) a cup-shaped container removably restrained to said main body; iii) a filter cartridge housed in said cup-shaped container, that divides a containment volume of the cup-shaped container in a first volume and in a second volume separated by said filter cartridge, wherein said first volume is inside the filter cartridge and said second volume is outside the filter cartridge; wherein said second duct is in fluid communication with said third duct and with said second volume; wherein a passage, having a fourth longitudinal axis arranged at 90° relative to said first axis of the first duct and relative to said second axis of the second duct, adapted to allow fluid communication between said first duct and said first volume characterized in that said passage has a cross section substantially equal to said cross section of each of the ducts (111, 112, 113), a flow diverting member is formed in the main body passing where the longitudinal axes (A, B, C) of the three ducts (111, 112, 113) and the longitudinal axis of the passage meet each other, said flow diverting member dividing the inner volume of the main body so as to define inside it two separate flow paths, a first flow path comprising said second duct and said third duct mutually perpendicular to each other, and a second flow path comprising said first duct and the passage in fluid communication with the cup-shaped container. i) a main body wherein three ducts (111, 112, 113) are formed, respectively a first duct having a first longitudinal axis, a second duct having a second longitudinal axis arranged at 180° relative to said first longitudinal axis of the first duct, a third duct having a third longitudinal axis arranged at 90° relative to said first longitudinal axis of the first duct and relative to said second longitudinal axis of the second duct, said ducts (111, 112, 113) having a same cross section and comprising attachment members configured to be assembled to hydraulic pipes and/or hydraulic appliances; ii) a cup-shaped container removably restrained to said main body; iii) a filter cartridge housed in said cup-shaped container, that divides a containment volume of the cup-shaped container in a first volume and in a second volume separated by said filter cartridge, wherein said first volume is inside the filter cartridge and said second volume is outside the filter cartridge;