mhurhangee/ep-ind-claims huggingface dataset:
An attachment assembly for mounting a mudguard on a frame of a motor vehicle, such that the mudguard is positioned vertically above a wheel of the motor vehicle, comprising - an arm extending between the frame of the motor vehicle and the mudguard, - an arm attachment device configured to attach the arm to the frame of the motor vehicle in one of at least two available arm positions, wherein said arm positions are at vertically different levels with respect to the frame, and wherein the arm attachment device comprises: ∘ a frame attachment member configured to be firmly attached to the frame of the vehicle, and ∘ an arm connector for connecting the arm to the frame attachment member in one of said at least two available arm positions, wherein the arm connector is configured to be secured to the frame attachment member in one of at least two predefined connector positions, each connector position corresponding to one of said arm positions, - at least one mudguard fixation device configured to attach the mudguard to the arm, characterised in that the mudguard fixation device is configured to attach the mudguard to the arm in one of at least two predefined mudguard fixation positions, wherein the predefined mudguard fixation positions are at vertically different levels with respect to the arm, and that said predefined connector positions correspond to different orientations of the arm connector with respect to the frame attachment member. - an arm extending between the frame of the motor vehicle and the mudguard, - an arm attachment device configured to attach the arm to the frame of the motor vehicle in one of at least two available arm positions, wherein said arm positions are at vertically different levels with respect to the frame, and wherein the arm attachment device comprises: ∘ a frame attachment member configured to be firmly attached to the frame of the vehicle, and ∘ an arm connector for connecting the arm to the frame attachment member in one of said at least two available arm positions, wherein the arm connector is configured to be secured to the frame attachment member in one of at least two predefined connector positions, each connector position corresponding to one of said arm positions, ∘ a frame attachment member configured to be firmly attached to the frame of the vehicle, and ∘ an arm connector for connecting the arm to the frame attachment member in one of said at least two available arm positions, wherein the arm connector is configured to be secured to the frame attachment member in one of at least two predefined connector positions, each connector position corresponding to one of said arm positions, - at least one mudguard fixation device configured to attach the mudguard to the arm, characterised in that the mudguard fixation device is configured to attach the mudguard to the arm in one of at least two predefined mudguard fixation positions, wherein the predefined mudguard fixation positions are at vertically different levels with respect to the arm, and that said predefined connector positions correspond to different orientations of the arm connector with respect to the frame attachment member.
A method of deflecting animate objects from becoming located in a path of a wheel of a vehicle including a body having at least one side panel, a pair of front steerable wheels spaced in a transverse direction of the body of the vehicle, at least one pair of transversely spaced rear wheels which are longitudinally spaced from the front steerable wheels, and a door provided along the at least one side panel, said method comprising: providing for a shifting of a guard piece ( 158;300;439) from an operational position, extending downward below the body, along the at least one side panel and between the front and rear wheels, linearly relative to the body during movement of the vehicle upon engagement of the guard piece ( 158;300;439) with an object; providing for a shifting of the guard piece ( 158;300;439) from the operational position arcuately relative to the body during movement of the vehicle upon engagement of the guard piece with an object; and automatically re-shifting the guard piece ( 158;300;439) back to the operational position following either of the linear or arcuate shiftings wherein the guard piece ( 58;300;439) can deflect an animate object from becoming positioned between the front and rear wheels by direct engagement with the guard piece ( 158;300;439) during movement of the vehicle so as to prevent the animate object from being run-over and crushed by the rear wheel. providing for a shifting of a guard piece ( 158;300;439) from an operational position, extending downward below the body, along the at least one side panel and between the front and rear wheels, linearly relative to the body during movement of the vehicle upon engagement of the guard piece ( 158;300;439) with an object; providing for a shifting of the guard piece ( 158;300;439) from the operational position arcuately relative to the body during movement of the vehicle upon engagement of the guard piece with an object; and automatically re-shifting the guard piece ( 158;300;439) back to the operational position following either of the linear or arcuate shiftings wherein the guard piece ( 58;300;439) can deflect an animate object from becoming positioned between the front and rear wheels by direct engagement with the guard piece ( 158;300;439) during movement of the vehicle so as to prevent the animate object from being run-over and crushed by the rear wheel.
A process for attaching a modifying agent to a substrate surface, the process comprising the steps of: A. Contacting in an inert gas atmosphere a substrate with a modifying agent, an optional binding agent, and a liquid mixing agent to form a first substrate mixture; B. Evaporating at least a part of the liquid mixing agent while agitating the first substrate mixture under an inert gas flow or a partial vacuum to form a semi-crystalline coating of modifying agent on the substrate surface; C. Contacting the modifying agent semi-crystalline coating on the substrate surface with additional mixing agent to remove at least a portion of the coating from the substrate surface and to form a second substrate mixture comprising removed modifying agent, substrate and additional mixing agent; D. Agitating the second substrate mixture under an inert gas flow or a partial vacuum to form a semi-crystalline coating of the removed modifying agent on the substrate surface; and E. Recovering the substrate with the modifying agent coating. A. Contacting in an inert gas atmosphere a substrate with a modifying agent, an optional binding agent, and a liquid mixing agent to form a first substrate mixture; B. Evaporating at least a part of the liquid mixing agent while agitating the first substrate mixture under an inert gas flow or a partial vacuum to form a semi-crystalline coating of modifying agent on the substrate surface; C. Contacting the modifying agent semi-crystalline coating on the substrate surface with additional mixing agent to remove at least a portion of the coating from the substrate surface and to form a second substrate mixture comprising removed modifying agent, substrate and additional mixing agent; D. Agitating the second substrate mixture under an inert gas flow or a partial vacuum to form a semi-crystalline coating of the removed modifying agent on the substrate surface; and E. Recovering the substrate with the modifying agent coating.
A junction valve of a foam gun, including a connector and a valve body, the connector including a countersink and the lower part of the valve body being arranged in the countersink; the valve body including a valve plug, a spring and a spring fixing base the upper part inside of the valve body includes an annular bump; the valve plug is located at the upper part of the valve body; the spring fixing base is located at the lower part of the valve body; the spring is arranged between the valve plug and the spring fixing base; a spring base guide pillar being disposed vertically on the end surface of the spring fixing base which faces the valve plug; the spring being set on the guide pillar; a second sealing member being disposed between the lower end surface of the valve body and the surface of the connector countersink; characterized in that the middle part of the valve plug has a valve plug retaining ring; the valve plug retaining ring having a first sealing member on the position where the upper side of the retaining ring contacts with the lower part of the annular bump; the end surface of the valve plug facing the part of the second half of the valve body opening being equipped with a sleeve vertically several rectangular through-holes being set uniformly surrounding in the side wall of the sleeve.
A navigation system for tracking a physical object near a target site during a surgical procedure, said physical object being an object to be avoided while treating the target site during the surgical procedure, said navigation system comprising: a robotic device; a surgical instrument for treating the target site, said instrument being attached to said robotic device; a vision device attached to one of said robotic device or said instrument such that said vision device is movable with said robotic device relative to the object to be avoided, said vision device configured to generate vision data sets, wherein said vision data sets are captured from multiple perspectives of the object to be avoided enabled by said vision device being moved in a plurality of degrees of freedom when moving said robotic device; and a computing system in communication with said vision device, said computing system having at least one processor configured to associate a virtual object with the object to be avoided based on one or more features of the object to be avoided identifiable in said vision data sets, wherein the virtual object at least partially defines a virtual boundary for the instrument. a robotic device; a surgical instrument for treating the target site, said instrument being attached to said robotic device; a vision device attached to one of said robotic device or said instrument such that said vision device is movable with said robotic device relative to the object to be avoided, said vision device configured to generate vision data sets, wherein said vision data sets are captured from multiple perspectives of the object to be avoided enabled by said vision device being moved in a plurality of degrees of freedom when moving said robotic device; and a computing system in communication with said vision device, said computing system having at least one processor configured to associate a virtual object with the object to be avoided based on one or more features of the object to be avoided identifiable in said vision data sets, wherein the virtual object at least partially defines a virtual boundary for the instrument.
A solar cell structure characterised by - at least one nanowire that constitutes a light absorbing part of the solar cell structure, wherein the nanowire protrudes from a substrate; and - a pasivating shell comprising a light guiding shell that encloses at least a portion of the nanowire, characterized in that the substrate comprises a photodiode structure located below the nanowire, formed by oppositely doped regions (222,223) in the substrate. - at least one nanowire that constitutes a light absorbing part of the solar cell structure, wherein the nanowire protrudes from a substrate; and - a pasivating shell comprising a light guiding shell that encloses at least a portion of the nanowire, characterized in that the substrate comprises a photodiode structure located below the nanowire, formed by oppositely doped regions (222,223) in the substrate.
A smoking article comprising an electrical power source; an aerosol precursor composition within a reservoir, the aerosol precursor composition being in the form of a liquid or gel at ambient conditions; an atomizing chamber comprising an entry adapted for receiving aliquots of the aerosol precursor composition from the reservoir and an exit adapted for passage of the formed vapor therefrom; a controller adapted to control active flow of the aliquots of the aerosol precursor composition into the atomizing chamber; and a microheater in electrical connection with the electrical power source and thermal connection with the atomizing chamber, characterized in that the microheater comprises a patterned electrically conductive material overlying a supporting layer and being configured to vaporize the aliquots of the aerosol precursor composition, wherein the atomizing chamber is defined by a wall, a cover, and a protective layer overlying the microheater, and wherein the atomizing chamber is positioned within an outer shell.
A method for operating an electrically actuated friction brake with non-linear force-travel characteristic, wherein, in order to brake, an actuating part of a pressing device arranged on a wear adjuster is rotated by means of an actuating device in an actuating range between an initial actuating angle (α A) and a final actuating angle (α E), and the actuating device is rotated for a braking operation with an actuating torque (T A), in order to press a brake lining against a friction surface to produce a braking torque (T B), characterized in that the initial actuating angle (α A) of the actuating part is adjusted as a function of a current state of wear of the brake lining in order to compensate for the changing force-travel characteristic of the friction brake as the brake lining wears, and in doing so the initial actuating angle (α A) is adjusted in order to decrease the actuating torque (T A) for braking operation with worn brake lining with respect to the actuating torque (T A) for braking operation with unworn brake lining.
A ready-to-use pre-filled syringe type device for medical use, comprising a tubular body comprising at its distal end a nose for receiving a needle and at its proximal end a flange, a plunger adapted to slide inside the tubular body and disposed in an initial position defining with the tubular body an inner useful volume, at least partially filled with a medicinal liquid, a rod for actuating the plunger extending beyond the proximal end of the tubular body, a rigid cap being attached and fastened permanently on the flange, and including a central opening for free passage in translation of the actuation rod, and said cap forms or includes means for stopping the actuation rod in the proximal direction, the device comprising a plug disposed so as to be free in translation in the tubular body, between the plunger and the proximal end of said body, said plug being constituted of a material resistant to piercing with a needle, the cap being made of a plastic material and being in the form of two rigid ring halves (211, 212) which may be snap-fitted into one another, the two ring halves being adapted to be fastened on the flange by trapping it, each ring half comprising a lower platform comprising a semi-circular opening corresponding to the external dimensions of the tubular body and an upper platform comprising a semi-circular opening adapted for the free passage in translation of the actuation rod, characterized in that the snap-fit means (30, 31, 32, 33, 34) of one ring half into the other are located inside each ring half (211, 212), and in that the two ring halves (211, 212) are separated before snap-fitting.
A device for liquid heating by means of a flow heat-exchange liquid system with at least one processing chamber having a heated heat-exchange circumferential wall of a substantially circular cross-section, wherein the processing chamber has at least one liquid inlet and at least one liquid outlet, wherein the processing chamber is only at the liquid inlet provided with a rectifying element imparting an axial and a circumferential component of the velocity of movement to the flowing liquid generating a centrifugal force and directing the flowing liquid in a rotary helical movement along the inner circumferential wall surface of the processing chamber, whereby the liquid inlet is connected to the processing chamber in a substantially tangential direction with respect to the inner surface of the substantially circular cross-section of the circumferential wall of the processing chamber, characterized in that the rectifying element at the liquid inlet is a helical guide.
Method for processing at least one additional item of content associated with a main item of multimedia content during rendering on a screen of a first terminal, said method comprising a step of making said at least one additional item of content available to the user in the form of a graphical interface comprising a selectable area of interest, displayed on a screen of a second terminal during the rendering of the main item of content and, upon the user selecting the area of interest representing said additional item of content, a step of consulting said additional item of content on the screen of the second terminal, said method being characterized in that it further comprises the following steps: - ordering the storage of a recording relating to the consultation of said additional item of content, said recording comprising at least one identifier of the additional item of content, an address of said additional item of content, an identifier of the associated main item of content, a consultation clickstream and a reference time; - ordering the display of a representation of the consultation clickstream of the user for a predetermined time period, said representation comprising selectable areas of interest, representing the additional items of content associated with the stored recordings comprising a reference time included in the predetermined time period, an area of interest being tagged with an item of information representing the main item of content with which it is associated, wherein the storage of the recording relating to the consultation of the additional item of content and the consultation clickstream relate to a consultation history over the predetermined time period. - ordering the storage of a recording relating to the consultation of said additional item of content, said recording comprising at least one identifier of the additional item of content, an address of said additional item of content, an identifier of the associated main item of content, a consultation clickstream and a reference time; - ordering the display of a representation of the consultation clickstream of the user for a predetermined time period, said representation comprising selectable areas of interest, representing the additional items of content associated with the stored recordings comprising a reference time included in the predetermined time period, an area of interest being tagged with an item of information representing the main item of content with which it is associated,
A method to cover a wreck on a bottom surface of a bottom of a water area by using bottom sediment from said bottom, the method comprises: mixing the bottom sediment with water from the water area to achieve a cavity in said bottom, with a cavity is meant a zone in the bottom with partially looser bottom sediment comparing to the bottom sediment that has not been mixed with water, wherein the cavity permits that a landslide of the bottom sediment under and/or around the wreck is achieved, which causes the bottom sediment under and/or around the wreck to move down into the cavity, the cavity being created on such a distance from the wreck and with such a depth that the bottom sediment under and/or around the wreck collapses and moves down into the cavity, wherein a distance (d) between at least one point (p) on the surface of the wreck and said bottom surface is changed when the bottom sediment under and/or around the wreck has moved down into the cavity, wherein while and after the bottom sediment under and/or around the wreck has moved down into the cavity, the wreck is covered with at least the bottom sediment that has been mixed. mixing the bottom sediment with water from the water area to achieve a cavity in said bottom, with a cavity is meant a zone in the bottom with partially looser bottom sediment comparing to the bottom sediment that has not been mixed with water, wherein the cavity permits that a landslide of the bottom sediment under and/or around the wreck is achieved, which causes the bottom sediment under and/or around the wreck to move down into the cavity, the cavity being created on such a distance from the wreck and with such a depth that the bottom sediment under and/or around the wreck collapses and moves down into the cavity, wherein a distance (d) between at least one point (p) on the surface of the wreck and said bottom surface is changed when the bottom sediment under and/or around the wreck has moved down into the cavity, wherein while and after the bottom sediment under and/or around the wreck has moved down into the cavity, the wreck is covered with at least the bottom sediment that has been mixed.
A latex processing method, comprising a step of mixing a latex and at least one solvent blend in an extruder to remove resin found in the latex and to coagulate the latex to form a coagulum, wherein the at least one solvent blend includes a first solvent configured to coagulate the latex and a second solvent configured to swell the resulting coagulum, wherein the at least one solvent blend does not dissolve the natural rubber but swells the natural rubber, wherein the at least one solvent blend includes a first solvent blend having acetone and hexane with a hexane weight fraction in the acetone from greater than 0% to 53%.
A manufacturing method for manufacturing nickel manganese composite hydroxide particles using a reaction crystallization, the nickel manganese composite hydroxide particles being expressed by a general formula of Ni x Mn y Co z M t 2+a (where x + y + z + t = 1, 0.3 ≤ x ≤ 0.7, 0.1 ≤ y ≤ 0.55, 0 ≤ z ≤ 0.4, 0 ≤ t ≤ 0.1, 0 ≤ a ≤ 0.5, and M is one or more added elements that are selected from among Mg, Ca, Al, Ti, V, Cr, Zr, Nb, Mo and W), the manufacturing method comprising: a nucleation step of controlling an aqueous solution for nucleation, which includes at least a metallic compound that contains nickel, a metallic compound that contains manganese, and an ammonium ion donor, so that a pH value thereof that is measured at a standard solution temperature of 25 °C is 12.0 to 14.0, and causing nucleation in an oxidizing atmosphere having an oxygen concentration of greater than 1% by volume; and a particle growth step of controlling an aqueous solution for particle growth, which includes nuclei formed in the nucleation step, so that a pH value that is measured at a standard solution temperature of 25 °C is 10.5 to 12.0, and causing nuclear growth by switching from the oxidizing atmosphere to a mixed atmosphere of oxygen and inert gas having an oxygen concentration of 1% by volume or less within a range of 0 to 40 % of the overall time of the particle growth step from the start of the particle growth step. a nucleation step of controlling an aqueous solution for nucleation, which includes at least a metallic compound that contains nickel, a metallic compound that contains manganese, and an ammonium ion donor, so that a pH value thereof that is measured at a standard solution temperature of 25 °C is 12.0 to 14.0, and causing nucleation in an oxidizing atmosphere having an oxygen concentration of greater than 1% by volume; and a particle growth step of controlling an aqueous solution for particle growth, which includes nuclei formed in the nucleation step, so that a pH value that is measured at a standard solution temperature of 25 °C is 10.5 to 12.0, and causing nuclear growth by switching from the oxidizing atmosphere to a mixed atmosphere of oxygen and inert gas having an oxygen concentration of 1% by volume or less within a range of 0 to 40 % of the overall time of the particle growth step from the start of the particle growth step.