mhurhangee/ep-ind-claims huggingface dataset:
Self-closing device for plastic closures comprising a hinged cover and being suitable to be applied to containers having flexible walls, the device comprising: - an orifice having four vertical walls (2,6), parallel two by two, defining a square cross-section and a path extending between a bottom end of said vertical walls and a top end of said vertical walls; - a tilting lid coupled to said bottom end of a first wall of the vertical walls, having a rotation axis at said bottom end and being rotatable between a closed position in wich the tilting lid rests on an vertical wall opposite said first wall closing thereby the orifice and an open position in which the tilting lid is rotated to rest parallel with said first wall and opening thereby the path; - wherein displacement of the said tilting lid between said closed position and said open position is carried out by pressure exerted on the flexible walls of the container; - wherein the hinged cover comprises an appendix of a geometry complementary to the orifice of the self-closing device, said appendix ensuring a double closure of the self-closing device, and - wherein the self-closing device makes up a single piece with the closure. - an orifice having four vertical walls (2,6), parallel two by two, defining a square cross-section and a path extending between a bottom end of said vertical walls and a top end of said vertical walls; - a tilting lid coupled to said bottom end of a first wall of the vertical walls, having a rotation axis at said bottom end and being rotatable between a closed position in wich the tilting lid rests on an vertical wall opposite said first wall closing thereby the orifice and an open position in which the tilting lid is rotated to rest parallel with said first wall and opening thereby the path; - wherein displacement of the said tilting lid between said closed position and said open position is carried out by pressure exerted on the flexible walls of the container; - wherein the hinged cover comprises an appendix of a geometry complementary to the orifice of the self-closing device, said appendix ensuring a double closure of the self-closing device, and - wherein the self-closing device makes up a single piece with the closure.
Method for controlling an emergency call device for a single-track vehicle, wherein the method comprises the following steps: reading in at least one sensor signal from an interface to at least one sensor device of the vehicle, wherein the at least one sensor signal represents driving dynamics data relating to the vehicle; detecting an accident event using the at least one sensor signal, detecting the time of separation between the vehicle and the driver; determining an injury severity of the driver of the vehicle in the case of an accident event involving the vehicle using the at least one sensor signal, characterized in that the separation between the vehicle and the driver is determined, as the time or period of time relevant to the accident event, using the at least one sensor signal, and in order to determine the injury severity of the driver, the energy to be dissipated at or in his body is determined, the speed at the time of separation and a typical mass of the driver being a measure of the energy; processing the determined injury severity in order to generate a control signal for controlling the emergency call device, wherein the control signal comprises an activation command for activating an automatic emergency call by means of the emergency call device immediately after the accident event or with a delay of a predefined waiting period after the accident event, depending on the injury severity, providing the control signal for output to an interface to the emergency call device. reading in at least one sensor signal from an interface to at least one sensor device of the vehicle, wherein the at least one sensor signal represents driving dynamics data relating to the vehicle; detecting an accident event using the at least one sensor signal, detecting the time of separation between the vehicle and the driver; determining an injury severity of the driver of the vehicle in the case of an accident event involving the vehicle using the at least one sensor signal, characterized in that the separation between the vehicle and the driver is determined, as the time or period of time relevant to the accident event, using the at least one sensor signal, and in order to determine the injury severity of the driver, the energy to be dissipated at or in his body is determined, the speed at the time of separation and a typical mass of the driver being a measure of the energy; processing the determined injury severity in order to generate a control signal for controlling the emergency call device, wherein the control signal comprises an activation command for activating an automatic emergency call by means of the emergency call device immediately after the accident event or with a delay of a predefined waiting period after the accident event, depending on the injury severity, providing the control signal for output to an interface to the emergency call device.
A particulate water-absorbent agent comprising a particulate polyacrylate salt-type surface cross-linked water-absorbent resin as a main component in an amount equal to or more than 60 % by mass, and having an absorption capacity without load of equal to or higher than 28 g/g, characterized by satisfying the following (a) to (c): (a) amount of water-soluble component under stirring is from 15 to 60% by mass, wherein stirring speed is 600 rpm; (b) difference between an amount of water-soluble component under stirring at 600 rpm and an amount of water-soluble component in standing still (amount of water-soluble component under stirring at 600 rpm - amount of water-soluble component in standing still) is from 15 to 50% by mass; and (c) diffusion absorption index is from 1.40 to 10.0 g/g/min; wherein the amount of water-soluble component under stirring represents amount of a dissolution polymer after 16 hours, to a normal saline solution under stirring at 600 rpm, and the amount of water-soluble component in standing still represents amount of a dissolution polymer after 16 hours, to a normal saline solution in standing still. (a) amount of water-soluble component under stirring is from 15 to 60% by mass, wherein stirring speed is 600 rpm; (b) difference between an amount of water-soluble component under stirring at 600 rpm and an amount of water-soluble component in standing still (amount of water-soluble component under stirring at 600 rpm - amount of water-soluble component in standing still) is from 15 to 50% by mass; and (c) diffusion absorption index is from 1.40 to 10.0 g/g/min;
A system for use in a well, comprising: a well casing having an interior surface and an exterior surface; a male inductive coupler positioned at a desired interior location within the well casing, the male inductive coupler having: a male inductive coupler body; and a male inductive coupler coil mounted in the male inductive coupler body; and a female inductive coupler positioned at a desired location encircling the exterior of the well casing, the female inductive coupler having: a female inductive coupler body; and a female inductive coupler coil mounted in the female inductive coupler body; the female inductive coupler coil being generally radially aligned with the male inductive coupler coil to enable inductive transfer of signals across the well casing, characterised in that the female inductive coupler is sized and configured to slide along the exterior surface of the casing to be positioned at the desired exterior location. a well casing having an interior surface and an exterior surface; a male inductive coupler positioned at a desired interior location within the well casing, the male inductive coupler having: a male inductive coupler body; and a male inductive coupler coil mounted in the male inductive coupler body; and a male inductive coupler body; and a male inductive coupler coil mounted in the male inductive coupler body; and a female inductive coupler positioned at a desired location encircling the exterior of the well casing, the female inductive coupler having: a female inductive coupler body; and a female inductive coupler coil mounted in the female inductive coupler body; a female inductive coupler body; and a female inductive coupler coil mounted in the female inductive coupler body; the female inductive coupler coil being generally radially aligned with the male inductive coupler coil to enable inductive transfer of signals across the well casing, characterised in that the female inductive coupler is sized and configured to slide along the exterior surface of the casing to be positioned at the desired exterior location.
A syringe barrel comprising: a barrel main body having a cylinder tip (22, 23) at a distal end thereof; and a cap detachably attached to the cylinder tip (22, 23) by threaded engagement to seal an opening of the cylinder tip (22, 23), wherein the cylinder tip (22, 23) is a female luer that a male luer is insertable into and connectable to and comprises a projection formed to radially project from an outer periphery of a proximal end part of the cylinder tip; and a male screw on a distal-side outer periphery of the female luer, and wherein the cap comprising: a cylindrical cover that covers an outer periphery of the female luer; and a female screw that is formed to project from the inner periphery of the cover and is configured to be threadedly engaged with the male screw of the female luer, wherein a proximal-side inner periphery of the cover comprises a small distance part, and a distance from a rotation axis of the cap at the time when the cap is threadedly engaged with the cylinder tip to the small distance part is smaller than a distance from the rotation axis to an outer end of the projection, and wherein the small distance part of the cover is configured to be engaged with the projection to prevent loosening of the cap in a state where the cap is attached to the cylinder tip, characterized in that a part of the cover has been expanded by the projection such that the other part of the proximal-side inner periphery is deformed inward so as to form the small distance part, and the projection does not extend to a distal end part of the cylinder tip (22, 23). wherein the cap comprising: a cylindrical cover that covers an outer periphery of the female luer; and a female screw that is formed to project from the inner periphery of the cover and is configured to be threadedly engaged with the male screw of the female luer, wherein a proximal-side inner periphery of the cover comprises a small distance part, and a distance from a rotation axis of the cap at the time when the cap is threadedly engaged with the cylinder tip to the small distance part is smaller than a distance from the rotation axis to an outer end of the projection, and wherein the small distance part of the cover is configured to be engaged with the projection to prevent loosening of the cap in a state where the cap is attached to the cylinder tip, characterized in that a part of the cover has been expanded by the projection such that the other part of the proximal-side inner periphery is deformed inward so as to form the small distance part, and the projection does not extend to a distal end part of the cylinder tip (22, 23).
A food or beverage can having one or more score line, at least a portion of the or each score line having a coating thereon, the coating being formed from a coating composition comprising an acrylic latex material.
A method for preventing adhesion of a processed material, characterized in that a method for processing a fluid to obtain a processed raw material, at least two kinds of fluids are used as fluids to be processed; of these fluids, at least one fluid is a raw material fluid which contains at least one kind of raw material, while at least one kind of fluid other than the said fluid is a fluid to process the raw material, and the said two or more fluids to be processed are mixed in a thin film fluid formed between at least two processing surfaces (1, 2) which are disposed in a position they are faced with each other so as to be able to approach to and separate from each other, at least one of which rotates relative to the other; and the raw material fluid is introduced from the center of the at least two processing surfaces (1, 2) which are disposed in a position they are faced with each other so as to be able to approach to and separate from each other, at least one of which rotates relative to the other, thereby preventing the raw material that is processed between the processing surfaces (1, 2) from adhering onto the processing surfaces (1, 2), characterized in that the raw material fluid passes through between both the processing surfaces (1, 2) while forming the thin film fluid, an another introduction flow path independent of a flow path through which the raw material fluid passes is arranged; at least one opening leading to the another introduction flow path is provided to at least any one of the at least two processing surfaces (1, 2); the at least one other kind of fluid is introduced into between the processing surfaces (1, 2) through the opening, whereby mixing the raw material fluid with the at least one other kind of fluid in the thin film fluid, at least one of the processing surfaces (1, 2) is in the form of a ring, through the center of which the raw material fluid is introduced into between the processing surfaces (1, 2), characterized in that the form of the opening of another introduction flow path leading to the processing surface (1, 2) is a circular ring, and the total open area (a) of the space between both the processing surfaces (1, 2) in the nearest point to the center of the ring, in which space the raw material fluid and the at least one other kind of the fluid are joined together, is 5 or less times relative to the total open area (b) of the opening leading to the another introduction path.
A curable casting resin precursor, comprising (a) a first part comprising: at least one epoxy resin; (b) a second part comprising: at least one first amine-based epoxy curing agent; optionally, at least one second amine-based epoxy curing agent; at least one triphenylmethane dye; at least one mineral filler; at least one phenolic lipid. (a) a first part comprising: at least one epoxy resin; (b) a second part comprising: at least one first amine-based epoxy curing agent; optionally, at least one second amine-based epoxy curing agent; at least one triphenylmethane dye; at least one mineral filler; at least one phenolic lipid. at least one first amine-based epoxy curing agent; optionally, at least one second amine-based epoxy curing agent; at least one triphenylmethane dye; at least one mineral filler; at least one phenolic lipid.
A charging circuit for at least one bootstrap charge storage element within an inertial load driver circuit, the at least one bootstrap charge storage element comprising a first node operably coupled to an output node of at least one switching element of the inertial load driver circuit; the charging circuit comprising: at least one current source controllable to provide a current to a second node of the at least one bootstrap charge storage element; and at least one detection component arranged to: receive at a first input thereof an indication of a voltage level at the output node of the at least one switching element of the inertial load driver circuit; detect if the voltage level at the output node of the switching element of the inertial load driver circuit is below a negative threshold voltage level; (V ref) and control the at least one current source to provide a current to the second node of the at least one bootstrap charge storage element if the voltage level at the output node of the switching element of the inertial load driver circuit is below the negative threshold voltage level (V ref). at least one current source controllable to provide a current to a second node of the at least one bootstrap charge storage element; and at least one detection component arranged to: receive at a first input thereof an indication of a voltage level at the output node of the at least one switching element of the inertial load driver circuit; detect if the voltage level at the output node of the switching element of the inertial load driver circuit is below a negative threshold voltage level; (V ref) and control the at least one current source to provide a current to the second node of the at least one bootstrap charge storage element if the voltage level at the output node of the switching element of the inertial load driver circuit is below the negative threshold voltage level (V ref). receive at a first input thereof an indication of a voltage level at the output node of the at least one switching element of the inertial load driver circuit; detect if the voltage level at the output node of the switching element of the inertial load driver circuit is below a negative threshold voltage level; (V ref) and control the at least one current source to provide a current to the second node of the at least one bootstrap charge storage element if the voltage level at the output node of the switching element of the inertial load driver circuit is below the negative threshold voltage level (V ref).
A method of preparing an electrode for a secondary battery comprising the steps of: injecting a first slurry prepared by dissolving a first active material in a first solvent and a second slurry prepared by dissolving a second active material in a second solvent into a single coating device; and coating the first slurry and the second slurry onto a current collector through the single coating device, wherein the first solvent and the second solvent have mutually different physical properties, and form a layered structure of a first layer including the first slurry and a second layer including the second slurry on the current collector, respectively, wherein the first slurry and the second slurry are discharged through one coating port in the single coating device, and then coated simultaneously onto the current collector. injecting a first slurry prepared by dissolving a first active material in a first solvent and a second slurry prepared by dissolving a second active material in a second solvent into a single coating device; and coating the first slurry and the second slurry onto a current collector through the single coating device, wherein the first solvent and the second solvent have mutually different physical properties, and form a layered structure of a first layer including the first slurry and a second layer including the second slurry on the current collector, respectively, wherein the first slurry and the second slurry are discharged through one coating port in the single coating device, and then coated simultaneously onto the current collector.
A fragrance product comprising: a container containing liquid fragrance; and a dispenser assembly for dispensing the liquid fragrance comprising: a transport assembly; and a tube connected to the transport assembly and extending into the liquid fragrance; wherein the tube and the liquid fragrance each have a refractive index, the tube comprises an extruded and quenched fluoropolymer material having an XRD crystallinity not greater than about 13%, and the difference between the refractive index of the tube and the liquid fragrance is not greater than about 0.04. a container containing liquid fragrance; and a dispenser assembly for dispensing the liquid fragrance comprising: a transport assembly; and a tube connected to the transport assembly and extending into the liquid fragrance; a transport assembly; and a tube connected to the transport assembly and extending into the liquid fragrance; wherein the tube and the liquid fragrance each have a refractive index, the tube comprises an extruded and quenched fluoropolymer material having an XRD crystallinity not greater than about 13%, and the difference between the refractive index of the tube and the liquid fragrance is not greater than about 0.04.
Hub blade assembly for lawnmower, comprising a hub, a blade and connecting means for reversibly connecting the blade to the hub which comprises at least one central through hole and at least two lateral holes, the connecting means comprise balls and springs able to engage in said lateral holes and a screw able to engage in said central through hole, said balls being able to protrude from a lower opening of the respective lateral hole to reversibly engage in holes of the blade, said at least two lateral holes are through holes, the connecting means comprise closing means of the lateral holes, each lateral hole is able to reversibly housing the closing means, a spring and a ball, characterized in that the closing means comprise a hollow cylinder in which a closed cavity is able to irreversibly house both the spring and the ball, said closed cavity having an opening with a narrowing able to prevent the exit of the ball from the closed cavity allowing only the protrusion of the ball.
A steering system comprising: a steering shaft coupled at its one end to a steering member; a column jacket holding the steering shaft; a bracket supporting the column jacket such that the column jacket is rotatable in a tilt direction, the bracket being secured to a vehicle body; a movable member including a first tooth arrangement, the movable member being movable together with the column jacket in the tilt direction and being movable in an intersecting direction intersecting the tilt direction and an axial direction of the steering shaft; and a tooth member supported by the bracket so that the tooth member is located between the movable member and the bracket in the intersecting direction, the tooth member including a second tooth arrangement engageable with the first tooth arrangement, and the tooth member is characterized by including a curved elastic portion supporting the second tooth arrangement, with the second tooth arrangement inclined toward the bracket such that the second tooth arrangement is away from the first tooth arrangement, wherein the tooth member is configured so that the second tooth arrangement is in engagement with the first tooth arrangement, with the elastic portion being sandwiched between the movable member and the bracket and elastically deformed. a steering shaft coupled at its one end to a steering member; a column jacket holding the steering shaft; a bracket supporting the column jacket such that the column jacket is rotatable in a tilt direction, the bracket being secured to a vehicle body; a movable member including a first tooth arrangement, the movable member being movable together with the column jacket in the tilt direction and being movable in an intersecting direction intersecting the tilt direction and an axial direction of the steering shaft; and a tooth member supported by the bracket so that the tooth member is located between the movable member and the bracket in the intersecting direction, the tooth member including a second tooth arrangement engageable with the first tooth arrangement, and the tooth member is characterized by including a curved elastic portion supporting the second tooth arrangement, with the second tooth arrangement inclined toward the bracket such that the second tooth arrangement is away from the first tooth arrangement, wherein a second tooth arrangement engageable with the first tooth arrangement, and the tooth member is characterized by including a curved elastic portion supporting the second tooth arrangement, with the second tooth arrangement inclined toward the bracket such that the second tooth arrangement is away from the first tooth arrangement, wherein the tooth member is configured so that the second tooth arrangement is in engagement with the first tooth arrangement, with the elastic portion being sandwiched between the movable member and the bracket and elastically deformed.