mhurhangee/ep-ind-claims huggingface dataset:
A method for docking an eye of a patient to a laser system, comprising: coupling a patient interface device to a housing of the laser system; the laser system generating a laser beam having an eye safe energy level and focusing it to a laser beam focus located at an output surface of the patient interface device; while the laser beam focus is being focused at the output surface of the patient interface device, a confocal assembly of the laser system continuously detecting a confocal signal, the confocal signal representing an intensity of a portion of the laser beam that has been reflected by the output surface, focused by one or more lenses onto a pinhole, passed through the pinhole, and detected by a photodetector behind the pinhole; a controller continuously monitoring the confocal signal; while the confocal signal is being continuously generated and monitored, moving the patient interface device and the patient's eye toward each other; based on the confocal signal, the controller detecting, in real time, formation of a direct contact between the output surface of the patient interface device and the eye; and in response to detecting the formation of the direct contact, the controller performing a predefined responsive action. coupling a patient interface device to a housing of the laser system; the laser system generating a laser beam having an eye safe energy level and focusing it to a laser beam focus located at an output surface of the patient interface device; while the laser beam focus is being focused at the output surface of the patient interface device, a confocal assembly of the laser system continuously detecting a confocal signal, the confocal signal representing an intensity of a portion of the laser beam that has been reflected by the output surface, focused by one or more lenses onto a pinhole, passed through the pinhole, and detected by a photodetector behind the pinhole; a controller continuously monitoring the confocal signal; while the confocal signal is being continuously generated and monitored, moving the patient interface device and the patient's eye toward each other; based on the confocal signal, the controller detecting, in real time, formation of a direct contact between the output surface of the patient interface device and the eye; and in response to detecting the formation of the direct contact, the controller performing a predefined responsive action.
A display apparatus comprising: a solar panel, wherein the solar panel comprises: a plurality of solar cells each of which is formed in a belt-shape extending in a predetermined direction on a plate-shaped surface and which is disposed in rows in a cell-width direction perpendicular to an extending direction of the plurality of solar cells; and a partition area that divides the plurality of solar cells from each other; wherein the solar panel has, across at least two of the plurality of solar cells, a transparent power generation area (SAr) which corresponds at least to a visible area (VAr) seen from an outside of the display apparatus and in which a power generation area of the plurality of solar cells and a transparent area that transmits light are alternately disposed and extend in the extending direction, wherein in the transparent power generation area, the partition area is formed in a belt-shape having a width equal to a width of the transparent area, the display apparatus further comprising: a display, wherein the solar panel is overlaid on a view side of the display, wherein a first virtual line parallel to a direction in which the partition area extend does not intersect with a second virtual line parallel to a direction in which the transparent area extend, at least in the visible area. a plurality of solar cells each of which is formed in a belt-shape extending in a predetermined direction on a plate-shaped surface and which is disposed in rows in a cell-width direction perpendicular to an extending direction of the plurality of solar cells; and a partition area that divides the plurality of solar cells from each other; wherein the solar panel has, across at least two of the plurality of solar cells, a transparent power generation area (SAr) which corresponds at least to a visible area (VAr) seen from an outside of the display apparatus and in which a power generation area of the plurality of solar cells and a transparent area that transmits light are alternately disposed and extend in the extending direction, wherein in the transparent power generation area, the partition area is formed in a belt-shape having a width equal to a width of the transparent area, the display apparatus further comprising: a display, wherein the solar panel is overlaid on a view side of the display, wherein a first virtual line parallel to a direction in which the partition area extend does not intersect with a second virtual line parallel to a direction in which the transparent area extend, at least in the visible area. a display, wherein the solar panel is overlaid on a view side of the display, wherein a first virtual line parallel to a direction in which the partition area extend does not intersect with a second virtual line parallel to a direction in which the transparent area extend, at least in the visible area.
A method for manufacturing an encapsulating material sheet for a solar battery, comprising: a step of producing an additive-containing pellet by soaking an additive A into a pellet including a polyolefin-based resin as a main component; a step of injecting the additive-containing pellet into a cylinder from a supply opening in an extrusion molder, and melting and kneading a resin composition including the polyolefin-based resin and the additive A in the cylinder; and a step of molding by extrusion the resin composition from a die in the extrusion molder into a sheet shape, wherein the additive A includes at least one liquid additive selected from the group consisting of an organic peroxide and a silane coupling agent, and characterized in that in the melting and kneading step, an additive B that is identical to or different from the additive A is further added to the cylinder from an infusion nozzle provided between the supply opening and a front end of a screw, and the additive B includes a crosslinking aid. a step of producing an additive-containing pellet by soaking an additive A into a pellet including a polyolefin-based resin as a main component; a step of injecting the additive-containing pellet into a cylinder from a supply opening in an extrusion molder, and melting and kneading a resin composition including the polyolefin-based resin and the additive A in the cylinder; and a step of molding by extrusion the resin composition from a die in the extrusion molder into a sheet shape, wherein the additive A includes at least one liquid additive selected from the group consisting of an organic peroxide and a silane coupling agent, and characterized in that in the melting and kneading step, an additive B that is identical to or different from the additive A is further added to the cylinder from an infusion nozzle provided between the supply opening and a front end of a screw, and the additive B includes a crosslinking aid.
A method of forming a manifold pad, comprising: providing open-cell foam; disposing one or more heating cores within the foam; heating the heating cores; and felting the open-cell foam; wherein felting the open-cell foam while heating the heating cores forms skinned channels having a skin that is substantially liquid impermeable and integrally formed with the felted open-cell foam; wherein providing open-cell foam comprises providing two or more open-cell foam blanks; disposing one or more heating cores within the foam comprises disposing the one or more heating cores between the open-cell foam blanks; and felting the open-cell foam joins the two or more open-cell foam blanks into a unitary whole. providing open-cell foam; disposing one or more heating cores within the foam; heating the heating cores; and felting the open-cell foam; wherein felting the open-cell foam while heating the heating cores forms skinned channels having a skin that is substantially liquid impermeable and integrally formed with the felted open-cell foam; wherein providing open-cell foam comprises providing two or more open-cell foam blanks; disposing one or more heating cores within the foam comprises disposing the one or more heating cores between the open-cell foam blanks; and felting the open-cell foam joins the two or more open-cell foam blanks into a unitary whole.
A method for triggering network device discovery, comprising: monitoring a compass output in a first portable electronic device, as the first device and a second electronic device come closer to each other; characterised by determining, in the first device, whether a magnetic field signature, that is based on the monitored compass output, is associated with a previously defined type of electronic device with which a network device discovery process is to be conducted. monitoring a compass output in a first portable electronic device, as the first device and a second electronic device come closer to each other; characterised by determining, in the first device, whether a magnetic field signature, that is based on the monitored compass output, is associated with a previously defined type of electronic device with which a network device discovery process is to be conducted.
A rotary cutting tool including a polycrystalline diamond material, the rotary cutting tool comprising: a tool body configured to be rotated about an axis with a carbide substrate made of cemented carbide and a flute provided at a tip portion of the tool body; a polycrystalline diamond layer made of a polycrystalline diamond material sintered integrally with the carbide substrate and provided on an inside face of the flute which faces in a rotation direction of the tool body; and a cutting edge provided on the polycrystalline diamond layer to have a rake face as the inside face, wherein a margin portion continuous with a rear side of the flute in the rotation direction is formed on an outer periphery of the tip portion of the tool body, and the cutting edge is formed at a ridge portion of the rake face at a tip side of the tool body, and the thickness of the polycrystalline diamond layer is set in a range of 1/3 to 1 times the width of the margin portion when seen from the tip side of the tool body in the direction of the axis, characterised in that the cutting edge is formed in a shape of a concave and convex curve when seen from the tip side of the tool body in the direction of the axis. a tool body configured to be rotated about an axis with a carbide substrate made of cemented carbide and a flute provided at a tip portion of the tool body; a polycrystalline diamond layer made of a polycrystalline diamond material sintered integrally with the carbide substrate and provided on an inside face of the flute which faces in a rotation direction of the tool body; and a cutting edge provided on the polycrystalline diamond layer to have a rake face as the inside face, wherein a margin portion continuous with a rear side of the flute in the rotation direction is formed on an outer periphery of the tip portion of the tool body, and the cutting edge is formed at a ridge portion of the rake face at a tip side of the tool body, and the thickness of the polycrystalline diamond layer is set in a range of 1/3 to 1 times the width of the margin portion when seen from the tip side of the tool body in the direction of the axis, characterised in that the cutting edge is formed in a shape of a concave and convex curve when seen from the tip side of the tool body in the direction of the axis.
A propulsor and mount arrangement comprising: a propulsor rotor and a fan casing surrounding said propulsor rotor, said fan casing receiving two side mounts (40, 50) and a thrust link pivotally attached to said fan casing, characterised in that: the thrust link is pivotally attached to said fan casing at a location that will be within 10° of a vertically lowermost location when the propulsor is mounted on an aircraft; said side mounts (40, 50) are at circumferentially opposed positions, and within a lower 270° when said propulsor is mounted on an aircraft; and at least a portion of both said side mounts (40, 50), and a pivot point connecting said thrust link to said fan casing are in a common plane defined perpendicular to a rotational axis of said propulsor rotor. a propulsor rotor and a fan casing surrounding said propulsor rotor, said fan casing receiving two side mounts (40, 50) and a thrust link pivotally attached to said fan casing, characterised in that: the thrust link is pivotally attached to said fan casing at a location that will be within 10° of a vertically lowermost location when the propulsor is mounted on an aircraft; said side mounts (40, 50) are at circumferentially opposed positions, and within a lower 270° when said propulsor is mounted on an aircraft; and at least a portion of both said side mounts (40, 50), and a pivot point connecting said thrust link to said fan casing are in a common plane defined perpendicular to a rotational axis of said propulsor rotor. the thrust link is pivotally attached to said fan casing at a location that will be within 10° of a vertically lowermost location when the propulsor is mounted on an aircraft; said side mounts (40, 50) are at circumferentially opposed positions, and within a lower 270° when said propulsor is mounted on an aircraft; and at least a portion of both said side mounts (40, 50), and a pivot point connecting said thrust link to said fan casing are in a common plane defined perpendicular to a rotational axis of said propulsor rotor.
Method of processing a toothed workpiece; the method comprising: a step 1) of producing a chamfer on the toothed workpiece by hob peeling, wherein a tool that rotates about a tool axis slides with a toothed first processing section in a contact zone on the workpiece that rotates about a workpiece axis, wherein the workpiece axis defines an x direction and the perpendicular of the contact zone to the workpiece axis defines a z direction, and the x direction, a y direction and the z direction form a right-angled coordinate system, and wherein the tool axis is pivoted by an azimuth angle φ1≠0° against the x direction and the tool axis is further pivoted about a polar angle Θ1<90° against the z direction, characterized in that the tool is selected as a combination tool which further comprises a second processing section in addition to the toothed first processing section, wherein the second processing section extends at a file cutting angle α>0° against the first processing section with respect to a cutting plane containing the tool axis, that the method further comprises: a step 2) of filing an end face of the toothed workpiece, which borders the chamfer produced in step 1), wherein the rotating tool slides with the second processing section in a file contact zone on the workpiece that rotates about the workpiece axis, and that the steps 1) and 2) are performed in the same clamping of the workpiece. a step 1) of producing a chamfer on the toothed workpiece by hob peeling, wherein a tool that rotates about a tool axis slides with a toothed first processing section in a contact zone on the workpiece that rotates about a workpiece axis, wherein the workpiece axis defines an x direction and the perpendicular of the contact zone to the workpiece axis defines a z direction, and the x direction, a y direction and the z direction form a right-angled coordinate system, and wherein the tool axis is pivoted by an azimuth angle φ1≠0° against the x direction and the tool axis is further pivoted about a polar angle Θ1<90° against the z direction,
Moulding tool (1, 21) for producing a moulded part on the basis of expandable foam particles, comprising a first tool half and a second tool half which form a cavity into which the thermoplastic foam particles can be introduced and can be melted by means of hot steam that can be supplied from a steam chamber, wherein the moulding tool is produced from a powdered metal or plastic material by means of laser sintering, characterised in that the wall thicknesses of the moulding tool (1, 21) are designed uniformly and micro nozzles are introduced into the moulded tool (1, 21) by means of laser sintering by means of which the cavity can be vented when being filled and hot steam can subsequently be supplied to the cavity and the micro nozzles comprise micro openings with a diameter of 0.1 to 0.5 mm towards the cavity and are designed in a funnel shape.
A conveyor for transferring rod-shaped smokers' articles, provided with a plurality of elongate flutes designed to receive respective smokers' articles fed into the flutes by axial motion and to hold them by suction applied, in each flute, through a plurality of suction holes (20, 21) having respective first ends giving onto a surface of the flute; said conveyor comprising a rotary drum which revolves about an axis and whose substantially cylindrical peripheral surface is furnished with a plurality of elongate flutes, spaced at equal angular intervals from each other and running parallel to the selfsame axis; each flute having an inlet portion and an end portion and each inlet portion having a transverse dimension, starting from the end of it giving access to the smokers' article which decreases from a value exceeding the diameter of a smokers' article to a value substantially equal to that diameter and being defined along the leading side of it, relative to the direction of rotation of the drum, by an edge which is inclined with respect to a longitudinal axis of extension of the selfsame flute; characterized in that it comprises at least one Venturi-effect ejector (22, 23) associated with the conveyor, and a source of compressed air leading to one end of the internal duct (22', 23') of the at least one Venturi-effect ejector (22, 23); the second ends of the holes (20, 21) associated with the flutes being connectable to a reduced cross-section zone (27, 28) of the selfsame internal duct (22', 23').
A method for cultivating plants, wherein use is made of a multitude of cells, each comprising a container having a cylindrical or frustoconical inner side wall, which container is open at the upper side, wherein the containers are filled with a growth substrate containing a seed, characterised in that a layer of powder is applied to the inner side walls of the containers before the growth substrates are placed in the containers.
A supervisory control and data acquisition, SCADA, server for relaying data transmission between the SCADA server and a host server, the SCADA server comprising: a communications unit configured to receive a data transmission request from the host server and to acquire target data requested by the host server from the SCADA server to transmit it to the host server; an update unit configured to update event data corresponding to the target data among event data in the SCADA server and transmit the target data requested by the host server to the communications unit; and a synchronization management unit configured to synchronize the event data updated by the update unit with a backup SCADA server, characterized in, that the SCADA server is configured to scan a real-time database at predetermined intervals to acquire the event data corresponding to the target data requested by the host server and to periodically store acquired event data in a local database, that the SCADA server is configured to synchronize the local database and the real-time database; that the SCADA server is configured to operate in an active mode if the communications unit receives a data transmission request from the host server, whereby the communication unit acquires the requested data from the local database; and that the SCADA server is configured to switch to a standby mode upon reception of a state check request from the host server. a communications unit configured to receive a data transmission request from the host server and to acquire target data requested by the host server from the SCADA server to transmit it to the host server; an update unit configured to update event data corresponding to the target data among event data in the SCADA server and transmit the target data requested by the host server to the communications unit; and a synchronization management unit configured to synchronize the event data updated by the update unit with a backup SCADA server, characterized in, that the SCADA server is configured to scan a real-time database at predetermined intervals to acquire the event data corresponding to the target data requested by the host server and to periodically store acquired event data in a local database, that the SCADA server is configured to synchronize the local database and the real-time database; that the SCADA server is configured to operate in an active mode if the communications unit receives a data transmission request from the host server, whereby the communication unit acquires the requested data from the local database; and that the SCADA server is configured to switch to a standby mode upon reception of a state check request from the host server.
A cooling structure (10, 44, 100, 200), comprising: a flow path configuration member made entirely of resin and forming a flow path through which a refrigerant flows; a heat diffuser having a plate shape and embedded in the flow path configuration member or joined to the flow path configuration member; one or more cooling fins extending from the heat diffuser into the flow path; and a bus bar configured to transfer heat to the heat diffuser, wherein: the flow path configuration member and the bus bar are not in contact with each other with a space interposed between an outer wall surface of the flow path configuration member and the bus bar, and the flow path formed by the flow path configuration member is surrounded by an upper inner wall corresponding to an inner wall of one of a pair of opposing inner walls, a lower inner wall corresponding to an inner wall of the other one of the pair of opposing inner walls, and a side inner wall and a side inner wall that connect the upper inner wall and the lower inner wall. a flow path configuration member made entirely of resin and forming a flow path through which a refrigerant flows; a heat diffuser having a plate shape and embedded in the flow path configuration member or joined to the flow path configuration member; one or more cooling fins extending from the heat diffuser into the flow path; and a bus bar configured to transfer heat to the heat diffuser, wherein: the flow path configuration member and the bus bar are not in contact with each other with a space interposed between an outer wall surface of the flow path configuration member and the bus bar, and the flow path formed by the flow path configuration member is surrounded by an upper inner wall corresponding to an inner wall of one of a pair of opposing inner walls, a lower inner wall corresponding to an inner wall of the other one of the pair of opposing inner walls, and a side inner wall and a side inner wall that connect the upper inner wall and the lower inner wall. the flow path configuration member and the bus bar are not in contact with each other with a space interposed between an outer wall surface of the flow path configuration member and the bus bar, and the flow path formed by the flow path configuration member is surrounded by an upper inner wall corresponding to an inner wall of one of a pair of opposing inner walls, a lower inner wall corresponding to an inner wall of the other one of the pair of opposing inner walls, and a side inner wall and a side inner wall that connect the upper inner wall and the lower inner wall.