mhurhangee/ep-ind-claims huggingface dataset:
Sun visor as a motor vehicle equipment part, comprising a divisible conductor track arrangement which - is of integral design and - has one or more separating points by means of which parts of the conductor track arrangement are connected to one another and not activated in the starting state, wherein - a configuration means is provided on the conductor track arrangement, by means of which configuration means the conductor track arrangement is irreversibly configured and activated for operation in one mode of operation of the sun visor from amongst a plurality of modes of operation by separating one or more separating points in the operating state, and - at least one or more electrically conductive connections of parts of the conductor track arrangement remains or remain by means of one or more separating points (9, 9') which are not activated. - is of integral design and - has one or more separating points by means of which parts of the conductor track arrangement are connected to one another and not activated in the starting state, wherein - a configuration means is provided on the conductor track arrangement, by means of which configuration means the conductor track arrangement is irreversibly configured and activated for operation in one mode of operation of the sun visor from amongst a plurality of modes of operation by separating one or more separating points in the operating state, and - at least one or more electrically conductive connections of parts of the conductor track arrangement remains or remain by means of one or more separating points (9, 9') which are not activated.
A system comprising: a catheter comprising a distal catheter end and having a catheter lumen; a microcatheter comprising a distal microcatheter end and having a microcatheter lumen, the microcatheter being positioned at least partially within the catheter lumen with the distal microcatheter end positioned within the catheter lumen and proximal to the distal catheter end; and a device comprising: an elongate member extending within the microcatheter lumen; and an expandable member coupled to the elongate member and comprising a proximal member end and a distal member end, the proximal member end positioned proximal to the distal catheter end, the distal member end positioned distal to the distal catheter end, and characterized in that at least a portion of the expandable member between the distal catheter end and the distal member end is in an expanded state in which a maximum transverse dimension of the expandable member is larger than a maximum transverse dimension of the distal member end, the portion of the expandable member tapering from the distal catheter end to the distal member end. a catheter comprising a distal catheter end and having a catheter lumen; a microcatheter comprising a distal microcatheter end and having a microcatheter lumen, the microcatheter being positioned at least partially within the catheter lumen with the distal microcatheter end positioned within the catheter lumen and proximal to the distal catheter end; and a device comprising: an elongate member extending within the microcatheter lumen; and an expandable member coupled to the elongate member and comprising a proximal member end and a distal member end, the proximal member end positioned proximal to the distal catheter end, the distal member end positioned distal to the distal catheter end, and characterized in that at least a portion of the expandable member between the distal catheter end and the distal member end is in an expanded state in which a maximum transverse dimension of the expandable member is larger than a maximum transverse dimension of the distal member end, the portion of the expandable member tapering from the distal catheter end to the distal member end. an elongate member extending within the microcatheter lumen; and an expandable member coupled to the elongate member and comprising a proximal member end and a distal member end, the proximal member end positioned proximal to the distal catheter end, the distal member end positioned distal to the distal catheter end, and characterized in that at least a portion of the expandable member between the distal catheter end and the distal member end is in an expanded state in which a maximum transverse dimension of the expandable member is larger than a maximum transverse dimension of the distal member end, the portion of the expandable member tapering from the distal catheter end to the distal member end.
A sample holder for use in an ion milling apparatus for milling a sample by an ion beam, said sample holder comprising: a shield member for shielding the sample from that ion beam when installed in the ion milling apparatus except for a portion to be milled, the shield member having an edge portion for determining a milling position on or in the sample; and a sample locking member that cooperates with the shield member such that the sample is sandwiched and held therebetween; wherein the sample locking member has a support portion which is disposed downstream of the edge portion in the direction of that ion beam and which cooperates with the edge portion to support the milled portion therebetween; and wherein the support portion has a first surface making contact with the sample and a second surface making a given angle to the first surface, the given angle being equal to or less than 90°, characterized in that said sample and said sample locking member are arranged to be simultaneously milled by that ion beam when installed in the ion milling apparatus. a shield member for shielding the sample from that ion beam when installed in the ion milling apparatus except for a portion to be milled, the shield member having an edge portion for determining a milling position on or in the sample; and a sample locking member that cooperates with the shield member such that the sample is sandwiched and held therebetween; wherein the sample locking member has a support portion which is disposed downstream of the edge portion in the direction of that ion beam and which cooperates with the edge portion to support the milled portion therebetween; and wherein the support portion has a first surface making contact with the sample and a second surface making a given angle to the first surface, the given angle being equal to or less than 90°, characterized in that said sample and said sample locking member are arranged to be simultaneously milled by that ion beam when installed in the ion milling apparatus.
Internal structure for a primary detection duct of a turbomachine, said internal structure comprising: - a primary wall consisting of a surface of revolution about a longitudinal axis X, that allows the air to pass through orifices and that forms an internal surface of primary injection duct, - an inner skin consisting of a surface of revolution about the longitudinal axis X, arranged inside the primary wall, - an upstream flange and a downstream flange that secure the inner skin to the inside of the primary wall, - at least one separator that is secured to the inner skin and that extends from the inner skin towards the primary wall, the or each separator extends in a plane generally parallel to the longitudinal axis X, between the two flanges (307a-b), and the or each separator is not secured to the primary wall, the internal structure being characterized in that the or each separator comprises a base secured to the inner skin, and at least one tab that is as one with the base and extends between the inner skin and the primary wall, and in that the or each separator is made of a flexible material so as to permit articulation at the junction between the base and the or each tab. - a primary wall consisting of a surface of revolution about a longitudinal axis X, that allows the air to pass through orifices and that forms an internal surface of primary injection duct, - an inner skin consisting of a surface of revolution about the longitudinal axis X, arranged inside the primary wall, - an upstream flange and a downstream flange that secure the inner skin to the inside of the primary wall, - at least one separator that is secured to the inner skin and that extends from the inner skin towards the primary wall, the or each separator extends in a plane generally parallel to the longitudinal axis X, between the two flanges (307a-b), and the or each separator is not secured to the primary wall,
A continuous method for manufacturing blown films with simultaneous coextrusion of longitudinal reinforcement strips or coatings on the manufactured film and subsequent steps of perforating the film and correspondingly packaging it in lengths or masses predefined according to a purchase order, by means of a combined system (1, L) which includes means for implementing a dedicated management software, wherein said combined system is configured to couple in sequence a system for manufacturing the blown polyethylene film with a system for manufacturing said longitudinal reinforcement strips or coatings by means of coextrusion, whereby the method comprises the following sequential steps: - mixing polyethylene polymers; - homogenizing and creating the molten material by means of worm screws; - manufacturing the polyethylene bubble by insufflating cold air; - controlling the thickness of the bubble; - molding and correspondingly applying two longitudinal reinforcement strips to the side edges of the film, simultaneously tensioning the plastic film by means of dandy rolls (7, 10, 15) or load cells; - immediately calendering the reinforcement strips thus created to calibrate the nominal thickness thereof; - cooling down the reinforcement strips by immersing the reinforced film in tanks containing cold water or by means of heat exchange on cold metal rolls or by means of cold air jets; - perforating (14, 28) the side reinforcement strips of the film so that it may be anchored by means of strings; - further tensioning the thus-perforated film; - winding the film on a collecting coil (17, 18) or folding and packaging it in a length which is predetermined at the purchase order, in specific containers with a corresponding reliable codified labeling of the entire manufacturing process of the film. - mixing polyethylene polymers; - homogenizing and creating the molten material by means of worm screws; - manufacturing the polyethylene bubble by insufflating cold air; - controlling the thickness of the bubble; - molding and correspondingly applying two longitudinal reinforcement strips to the side edges of the film, simultaneously tensioning the plastic film by means of dandy rolls (7, 10, 15) or load cells; - immediately calendering the reinforcement strips thus created to calibrate the nominal thickness thereof; - cooling down the reinforcement strips by immersing the reinforced film in tanks containing cold water or by means of heat exchange on cold metal rolls or by means of cold air jets; - perforating (14, 28) the side reinforcement strips of the film so that it may be anchored by means of strings; - further tensioning the thus-perforated film; - winding the film on a collecting coil (17, 18) or folding and packaging it in a length which is predetermined at the purchase order, in specific containers with a corresponding reliable codified labeling of the entire manufacturing process of the film.
An image processing system comprising: an image forming unit; an image decoloring unit; first and second sheet stacking units (161, 162); a first sheet detector for the first sheet stacking unit; a second sheet detector for the second sheet stacking unit; the image processing system characterized in that it comprises a control unit configured to control a transport path of a sheet discharged from one of the image forming unit and the image decoloring unit, so that the sheet is transported to first stacking unit when: (i) the first sheet detector does not detect a sheet in the first stacking unit, (ii) the second sheet detector detects a sheet in the second stacking unit, and (iii) the sheet in the second stacking unit is a sheet discharged from the other one of the image forming unit and the image decoloring unit, and the sheet is transported to second stacking unit when: (i) the first sheet detector detects a sheet in the first stacking unit, (ii) the second sheet detector does not detect a sheet in the second stacking unit, and (iii) the sheet in the first stacking unit is a sheet discharged from the other one of the image forming unit and the image decoloring unit. an image forming unit; an image decoloring unit; first and second sheet stacking units (161, 162); a first sheet detector for the first sheet stacking unit; a second sheet detector for the second sheet stacking unit; the image processing system characterized in that it comprises a control unit configured to control a transport path of a sheet discharged from one of the image forming unit and the image decoloring unit, so that the sheet is transported to first stacking unit when: (i) the first sheet detector does not detect a sheet in the first stacking unit, (ii) the second sheet detector detects a sheet in the second stacking unit, and (iii) the sheet in the second stacking unit is a sheet discharged from the other one of the image forming unit and the image decoloring unit, and the sheet is transported to second stacking unit when: (i) the first sheet detector detects a sheet in the first stacking unit, (ii) the second sheet detector does not detect a sheet in the second stacking unit, and (iii) the sheet in the first stacking unit is a sheet discharged from the other one of the image forming unit and the image decoloring unit.
A seat assembly comprising: a pivot base having a slot configured to constrain movement of a moveable pivot point and capable of restraining a fixed pivot point from movement relative to said pivot base; a seat bottom capable of movement about said moveable pivot point; a seat back coupled to said pivot base at said fixed pivot point and capable of movement about said fixed pivot point; and a cross member coupled to each of said seat bottom and said seat back, wherein said seat assembly includes at least three positions, characterised in that said seat assembly includes an open position, a stadium position, and a stowed position and wherein in use in said stadium and open positions said seat back is approximately vertical and in said stowed position said seat back is more horizontal than vertical; said seat bottom is approximately vertical in said stadium position and approximately horizontal in said stowed position and capable of receiving an occupant in said open position; said seat bottom includes a seat bottom frame having a front extension and said slot has a contour or a straight shape and wherein as said seat assembly is moved from said open position to said stadium position, said front extension rotates about said moveable pivot point toward said seat back and said moveable pivot point moves away from said fixed pivot point following said contour of said slot; and said movable pivot point is closer to a base of said pivot base in said stadium position than said stowed position and said open position. a pivot base having a slot configured to constrain movement of a moveable pivot point and capable of restraining a fixed pivot point from movement relative to said pivot base; a seat bottom capable of movement about said moveable pivot point; a seat back coupled to said pivot base at said fixed pivot point and capable of movement about said fixed pivot point; and a cross member coupled to each of said seat bottom and said seat back, wherein said seat assembly includes at least three positions, characterised in that said seat assembly includes an open position, a stadium position, and a stowed position and wherein in use in said stadium and open positions said seat back is approximately vertical and in said stowed position said seat back is more horizontal than vertical; said seat bottom is approximately vertical in said stadium position and approximately horizontal in said stowed position and capable of receiving an occupant in said open position; said seat bottom includes a seat bottom frame having a front extension and said slot has a contour or a straight shape and wherein as said seat assembly is moved from said open position to said stadium position, said front extension rotates about said moveable pivot point toward said seat back and said moveable pivot point moves away from said fixed pivot point following said contour of said slot; and said movable pivot point is closer to a base of said pivot base in said stadium position than said stowed position and said open position.
A liquid recovery container comprising: a liquid absorption body (27, 28, 29) for absorbing a liquid, a container body for accommodating the liquid absorption body, the container body comprising an upper opening, a discharge port for discharging the liquid toward the container body, and a cover member covering the liquid absorption body (27, 28, 29) characterized in that the cover member covers the liquid absorption body (27,28,29) at least above the discharge port, for suppressing volatilization of the liquid discharged from the discharge port and it includes: a shutter portion located on the liquid absorption body (27, 28, 29) in a position above the discharge port, the shutter portion having a surface opposed to an upper surface of the liquid absorption body, the surface being formed in a size smaller than the size of the upper surface of the liquid absorption body; and an opening exposing a portion of the upper surface of the liquid absorption body to the exterior, so that some of the liquid discharged from the discharge port and absorbed by the liquid absorption body being allowed to volatilize from the opening of the container body. a liquid absorption body (27, 28, 29) for absorbing a liquid, a container body for accommodating the liquid absorption body, the container body comprising an upper opening, a discharge port for discharging the liquid toward the container body, and a cover member covering the liquid absorption body (27, 28, 29) characterized in that the cover member covers the liquid absorption body (27,28,29) at least above the discharge port, for suppressing volatilization of the liquid discharged from the discharge port and it includes: a shutter portion located on the liquid absorption body (27, 28, 29) in a position above the discharge port, the shutter portion having a surface opposed to an upper surface of the liquid absorption body, the surface being formed in a size smaller than the size of the upper surface of the liquid absorption body; and an opening exposing a portion of the upper surface of the liquid absorption body to the exterior, so that some of the liquid discharged from the discharge port and absorbed by the liquid absorption body being allowed to volatilize from the opening of the container body. a shutter portion located on the liquid absorption body (27, 28, 29) in a position above the discharge port, the shutter portion having a surface opposed to an upper surface of the liquid absorption body, the surface being formed in a size smaller than the size of the upper surface of the liquid absorption body; and an opening exposing a portion of the upper surface of the liquid absorption body to the exterior, so that some of the liquid discharged from the discharge port and absorbed by the liquid absorption body being allowed to volatilize from the opening of the container body.
A packing unit for a blowout preventer, the packing unit comprising: an elastomeric, annular body configured to be disposed about a longitudinal axis of the blowout preventer and configured to be displaced inwardly toward the longitudinal axis upon actuation of the blowout preventer; wherein the elastomeric, annular body comprises a first section having a first set of material properties and a second section having a second set of material properties; and a plurality of rigid inserts distributed at equal radial distances from each other within the elastomeric annular body and about the longitudinal axis of the blowout preventer. an elastomeric, annular body configured to be disposed about a longitudinal axis of the blowout preventer and configured to be displaced inwardly toward the longitudinal axis upon actuation of the blowout preventer; wherein the elastomeric, annular body comprises a first section having a first set of material properties and a second section having a second set of material properties; and a plurality of rigid inserts distributed at equal radial distances from each other within the elastomeric annular body and about the longitudinal axis of the blowout preventer.
Vacuum regulator device comprising a housing housing a fluid circuit extending between an input and an output, the circuit comprising a member for setting the vacuum level that can be actuated by a selection member movably mounted on the housing, the device further comprising a switch (8, 15) for controlling the on state or the off state of the device via an isolation valve situated on the circuit, the switch comprising a pushbutton that can be actuated manually, the pushbutton being mounted so as to be able to move on the body in two opposite directions between two positions corresponding respectively to the on and off positions, characterized in that a first end of the pushbutton protrudes from the housing in the off position whereas a second end of the pushbutton protrudes from the housing in the on position, the device further comprising a visual indicator of the on or off position of the pushbutton and in that the visual position indicator comprises an information support distinct from the first and second ends of the pushbutton, the information support being actuated by the displacement with the pushbutton and respectively revealing a first information or a second information depending on whether the pushbutton is in the on position or in the off position.
A method for controlling dynamic positioning of a vessel, which vessel comprises an electrical power grid, at least one combustion engine driven power generator (G1, G2), and an energy storage medium, which power grid is arranged to provide power to an electric motor (M, Mn) driving one or more thrusters (Mt) or propellers of the vessel, wherein the control system comprises a control unit arranged with computer programs and hardware configured to: - calculate (43, 430) a Remaining Operation Window time for carrying out dynamic positioning powered by the energy storage medium, characterized in that the control unit is further configured to: - generate and display information comprising a time period for the Remaining Operation Window of dynamic positioning, and in case the Remaining Operation Window time during which the energy storage medium can supply power is not sufficient or below a threshold, - carry out an automatic control action (49a-c) in relation to at least one of a power generator or power consuming device connected to the power grid, wherein the automatic control action is a predetermined rule applied by a control unit in order to increase the Remaining Operation Window, or increase the period of time available for remaining DP operations. - calculate (43, 430) a Remaining Operation Window time for carrying out dynamic positioning powered by the energy storage medium, - generate and display information comprising a time period for the Remaining Operation Window of dynamic positioning, and in case the Remaining Operation Window time during which the energy storage medium can supply power is not sufficient or below a threshold, - carry out an automatic control action (49a-c) in relation to at least one of a power generator or power consuming device connected to the power grid, wherein the automatic control action is a predetermined rule applied by a control unit in order to increase the Remaining Operation Window, or increase the period of time available for remaining DP operations.