mhurhangee/patent-ind-claim-en huggingface dataset:
Feeder for components of an aerosol-forming article , the feeder comprising: - a plurality of tubular hoppers , each hopper being adapted to receive and to deliver a plurality of components , each hopper including an inlet and an outlet and a channel connecting the inlet and the outlet, each channel having an axis and defining an insert dimension in a direction perpendicular to the axis, the insert dimension being constant along the axis of the channel; - a frame to which the tubular hoppers are fastened and arranged so that their axes are substantially parallel to each other and in series along a transport direction ; - a delivery drum including a plurality of angularly spaced grooves arranged substantially parallel to said transport direction , said drum being located under the outlets of the tubular hoppers so that components going through said channels are delivered into one of said grooves ; - a motor to rotate said delivery drum ; - a transport device located under said delivery drum and adapted to transport said components delivered by the delivery drum along the transport direction ; characterized in that it also comprises: - a size change element adapted to vary the insert dimension of the channel of at least one of the plurality of hoppers . - a plurality of tubular hoppers , each hopper being adapted to receive and to deliver a plurality of components , each hopper including an inlet and an outlet and a channel connecting the inlet and the outlet, each channel having an axis and defining an insert dimension in a direction perpendicular to the axis, the insert dimension being constant along the axis of the channel; - a frame to which the tubular hoppers are fastened and arranged so that their axes are substantially parallel to each other and in series along a transport direction ; - a delivery drum including a plurality of angularly spaced grooves arranged substantially parallel to said transport direction , said drum being located under the outlets of the tubular hoppers so that components going through said channels are delivered into one of said grooves ; - a motor to rotate said delivery drum ; - a transport device located under said delivery drum and adapted to transport said components delivered by the delivery drum along the transport direction ; - a size change element adapted to vary the insert dimension of the channel of at least one of the plurality of hoppers .
Method for distributing absorbent particles onto an endless substrate, preferably a nonwoven, which is being conveyed along a machine direction through a particle depositing chamber, by deflecting incoming absorbent particles by an oscillating impact means within said particle depositing chamber before deposition, thereby distributing the particles onto the substrate according to a distribution profile, wherein said impact means comprises a rigid plate , which is pivotably mounted within the particle depositing chamber around a pivot axis, wherein said impact means oscillates according to a pre-defined oscillation profile such that the absorbent particles are distributed onto the substrate according to a distribution profile comprising an essentially periodical length-wise profile whereby in a single period, and preferably for each period, said length-wise profile comprises: ∘ at least a minimal, non-zero particle density over essentially the full period length; o a maximum particle density at a first length-wise position, and ∘ an insult region spanning at most a 50% portion of the period length and comprising at least 60% of the absorbent particles distributed on said substrate over the period length. ∘ at least a minimal, non-zero particle density over essentially the full period length; o a maximum particle density at a first length-wise position, and ∘ an insult region spanning at most a 50% portion of the period length and comprising at least 60% of the absorbent particles distributed on said substrate over the period length.
An ion-exchange column assembly for removal of cesium from a stream of liquid waste, comprising: one or more integral, shielded ion-exchange columns , comprising: a shield base having a perimeter; a shield cap having a perimeter and positioned opposite the shield base; a shield wall extending longitudinally between the shield base and the shield cap, extending along the perimeter of each of the shield cap and the shield base, and forming an exterior surface; a shield cavity formed by the shield wall; a pressure vessel concentrically positioned within the shield cavity, comprising: a sorbent bed comprising an ion-exchange resin; and a head space positioned above the sorbent bed; an outlet pipe extending through the shield wall, through the head space, into the sorbent bed and along a vertical length thereof; an inlet pipe extending through the shield wall and into the head space; and an air gap formed by an annular space between an outer surface of the pressure vessel and an inner surface of the shield wall. one or more integral, shielded ion-exchange columns , comprising: a shield base having a perimeter; a shield cap having a perimeter and positioned opposite the shield base; a shield wall extending longitudinally between the shield base and the shield cap, a shield base having a perimeter; a shield cap having a perimeter and positioned opposite the shield base; a shield wall extending longitudinally between the shield base and the shield cap, extending along the perimeter of each of the shield cap and the shield base, and forming an exterior surface; a shield cavity formed by the shield wall; a pressure vessel concentrically positioned within the shield cavity, comprising: a sorbent bed comprising an ion-exchange resin; and a head space positioned above the sorbent bed; an outlet pipe extending through the shield wall, through the head space, into the sorbent bed and along a vertical length thereof; an inlet pipe extending through the shield wall and into the head space; and an air gap formed by an annular space between an outer surface of the pressure vessel and an inner surface of the shield wall. a shield cavity formed by the shield wall; a pressure vessel concentrically positioned within the shield cavity, comprising: a sorbent bed comprising an ion-exchange resin; and a head space positioned above the sorbent bed; an outlet pipe a head space positioned above the sorbent bed; an outlet pipe extending through the shield wall, through the head space, into the sorbent bed and along a vertical length thereof; an inlet pipe sorbent bed and along a vertical length thereof; an inlet pipe extending through the shield wall and into the head space; and an air gap formed by an annular space between an outer surface of the pressure vessel and an inner surface of the shield wall.
Fasteners , for the temporary assembly of at least two previously drilled structures, said fastener comprising: - a hollow body , extending along a main axis , a first end of said body comprising a bearing surface substantially perpendicular to said main axis; - a plurality of elastic clips moving in relation to the body and extending substantially parallel to the main axis, a first end of each elastic clip comprising a hooking spur , the said hooking spurs forming a projection relative to the bearing surface of the body; - a spacer extending along the main axis, with a first end of the said spacer forming a projection relative to the bearing surface of the body, the plurality of elastic clips being positioned around the said first end, a second end of said spacer positioned within the body; - a connecting element mobile relative to the body and extending on the main axis within the body, a first end of the connecting element being secured to a second end of each elastic clip ; and - an actuating member connected to a second end of the connecting element by a threading/tapping mechanism ; said fastener being characterized as such that: - the connecting element is crossed by a lateral opening substantially positioned in a transverse direction (Y) perpendicular to the main axis, the said lateral opening extending axially between a first and a second closed ends; and - the fastener also comprises a stop extending along the transverse direction and secured to the spacer, said stop being positioned in the lateral opening of the connecting element, so as to slide between the first and second axial ends of said lateral opening. - a hollow body , extending along a main axis , a first end of said body comprising a bearing surface substantially perpendicular to said main axis; - a plurality of elastic clips moving in relation to the body and extending substantially parallel to the main axis, - a spacer extending along the main axis, with a first end of the said spacer forming a projection relative to the bearing surface of the body, the plurality of elastic clips being positioned around the said first end, a second end of said spacer positioned within the body; - a connecting element mobile relative to the body and extending on the main axis within the body, a first end of the connecting element being secured to a second end of each elastic clip ; and - an actuating member connected to a second end of the connecting element by a threading/tapping mechanism ; - the connecting element is crossed by a lateral opening substantially positioned in a transverse direction (Y) perpendicular to the main axis, the said lateral opening extending axially between a first and a second closed ends; and - the fastener also comprises a stop extending along the transverse direction and secured to the spacer, said stop being positioned in the lateral opening of the connecting element, so as to slide between the first and second axial ends of said lateral opening.
A control device configured to be able to execute, in an engine which includes a DOC disposed in an exhaust passage of the engine , a DPF disposed downstream of the DOC in the exhaust passage , and a temperature increase unit for increasing a temperature of each of the DOC and the DPF , a forced regeneration process of removing PM deposited on the DPF by increasing the temperature of the DPF , wherein the forced regeneration process includes a first temperature increase process (FHP) of controlling the temperature increase unit such that the temperature of the DOC is increased to a first temperature, and a second temperature increase process (SHP) of controlling the temperature increase unit such that the temperature of the DPF is increased to a second temperature which is higher than the first temperature after completion of the first temperature increase process, wherein the temperature increase unit includes an exhaust throttle valve disposed in the exhaust passage, and characterized in that the control device comprises: a valve opening/closing operation execution part configured to cause the exhaust throttle valve to execute a valve opening/closing operation of increasing an opening degree of the exhaust throttle valve to be greater than a predetermined opening degree for a predetermined time, when the forced regeneration process is switched from the first temperature increase process (FHP) to the second temperature increase process (SHP), the predetermined time being not greater than one second. wherein the forced regeneration process includes a first temperature increase process (FHP) of controlling the temperature increase unit such that the temperature of the DOC is increased to a first temperature, and a second temperature increase process (SHP) of controlling the temperature increase unit such that the temperature of the DPF is increased to a second temperature which is higher than the first temperature after completion of the first temperature increase process, wherein the temperature increase unit includes an exhaust throttle valve disposed in the exhaust passage, and characterized in that the control device comprises: a valve opening/closing operation execution part configured to cause the exhaust throttle valve to execute a valve opening/closing operation of increasing an opening degree of the exhaust throttle valve to be greater than a predetermined opening degree for a predetermined time, when the forced regeneration process is switched from the first temperature increase process (FHP) to the second temperature increase process (SHP), the predetermined time being not greater than one second.
A system for a double-steering motor vehicle, in particular a driving-school double-steering motor vehicle, having: a first, driver-side, steering apparatus for steering the motor vehicle, in particular by a driving learner; a second, passenger-side, steering apparatus for steering the motor vehicle, in particular by a driving trainer; a system carrier on which the first steering apparatus and the second steering apparatus are fitted; and at least one electrical component having: - a central electrical unit of the motor vehicle, which is designed for cable combination, - a fuse holder for holding one or more fuses of the motor vehicle, which is designed for electrical protection, and/or - a relay holder for holding relays of the motor vehicle, which is designed for switching further electrical components of the motor vehicle, wherein the at least one electrical component is fitted on the system carrier next to the second, passenger-side, steering apparatus , wherein the system carrier has an inverted U shape with a central engine tunnel clearance , and the second, passenger-side, steering apparatus and the at least one electrical component are fitted on the same vertical leg of the inverted U shape of the system carrier . a first, driver-side, steering apparatus for steering the motor vehicle, in particular by a driving learner; a second, passenger-side, steering apparatus for steering the motor vehicle, in particular by a driving trainer; a system carrier on which the first steering apparatus and the second steering apparatus are fitted; and at least one electrical component having: - a central electrical unit of the motor vehicle, which is designed for cable combination, - a fuse holder for holding one or more fuses of the motor vehicle, which is designed for electrical protection, and/or - a relay holder for holding relays of the motor vehicle, which is designed for switching further electrical components of the motor vehicle, - a central electrical unit of the motor vehicle, which is designed for cable combination, - a fuse holder for holding one or more fuses of the motor vehicle, which is designed for electrical protection, and/or - a relay holder for holding relays of the motor vehicle, which is designed for switching further electrical components of the motor vehicle, wherein the at least one electrical component is fitted on the system carrier next to the second, passenger-side, steering apparatus , wherein the system carrier has an inverted U shape with a central engine tunnel clearance , and the second, passenger-side, steering apparatus and the at least one electrical component are fitted on the same vertical leg of the inverted U shape of the system carrier .
Nedisertib (M3814) or a physiologically acceptable salt or solvate thereof, for use in medicine in the treatment of disorders associated with an undesired genotype of a patient in need of the treatment, the disorder being a metabolic dysfunction or cancer, comprising genome editing in a eukaryotic target cell or in a eukaryotic target organism, wherein processes for cloning human beings, processes for modifying the germ line genetic identity of human beings, and uses of human embryos for industrial and commercial purposes are excluded.
A milling attachment for a work machine , comprising: a frame including first and second frame side walls and a frame top , the frame side walls and frame top at least partially defining a milling drum housing , the frame top including a movable front cover portion configured to engage a ground surface ; a milling drum rotatably mounted between the first and second frame side walls; a first adjustable side plate mounted on the first frame side wall and having a first ground engaging portion for engaging the ground surface, the first adjustable side plate being vertically adjustable relative to the first frame side wall to adjust a height of the first frame side wall and the milling drum relative to the ground surface; a first actuator operably associated with the first adjustable side plate for raising and lowering the first adjustable side plate relative to the first frame side wall; and a first actuator extension connecting the first actuator to the movable front cover portion, the first actuator extension being configured such that the movable front cover portion is moved relative to the frame when the first adjustable side plate is raised or lowered relative to the frame. a frame including first and second frame side walls and a frame top , the frame side walls and frame top at least partially defining a milling drum housing , the frame top including a movable front cover portion configured to engage a ground surface ; a milling drum rotatably mounted between the first and second frame side walls; a first adjustable side plate mounted on the first frame side wall and having a first ground engaging portion for engaging the ground surface, the first adjustable side plate being vertically adjustable relative to the first frame side wall to adjust a height of the first frame side wall and the milling drum relative to the ground surface; a first actuator operably associated with the first adjustable side plate for raising and lowering the first adjustable side plate relative to the first frame side wall; and a first actuator extension connecting the first actuator to the movable front cover portion, the first actuator extension being configured such that the movable front cover portion is moved relative to the frame when the first adjustable side plate is raised or lowered relative to the frame.
A thermally expandable and electrically conductive material capable of providing lightning strike protection and burn-through resistance, comprising: (A) electrically conductive fibers; (B) thermally expandable particles ; and (C) a curable matrix resin comprising one or more thermoset resins, preferably, one or more epoxy resins, wherein the electrically conductive fibers and the thermally expandable particles are embedded in the curable matrix resin, characterized in that the thermoset resin component of the curable matrix resin constitutes from 30% to 50% of the resin by weight. (A) electrically conductive fibers; (B) thermally expandable particles ; and (C) a curable matrix resin comprising one or more thermoset resins, preferably, one or more epoxy resins,
A multi-functional utility cart comprising a chassis and a kid-receiving unit , the kid-receiving unit being chosen among an infant carrycot , a toddler/child seat , or a child car seat, wherein the cart has a front section, first and second lateral sections, and a rear section when viewed circumferentially, wherein the chassis has lower and upper portions and includes: a non-collapsible rigid base frame in the lower portion , to which base frame a plurality of wheels is attachable; and characterized in that it includes: a vertically collapsible basket , wherein the basket is coupled to the base frame , wherein the basket is vertically erectable and collapsible independently from the base frame , wherein the basket further comprises a collapsible basket frame which includes a rigid rim frame and a foldable folding frame , wherein the folding frame connects the rim frame vertically foldable to the base frame ; wherein the basket , in an erected state of the basket , carries and receives the kid-receiving unit on top of the rim frame of the basket . a non-collapsible rigid base frame in the lower portion , to which base frame a plurality of wheels is attachable; and characterized in that it includes: a vertically collapsible basket , wherein the basket is coupled to the base frame , wherein the basket is vertically erectable and collapsible independently from the base frame , wherein the basket further comprises a collapsible basket frame which includes a rigid rim frame and a foldable folding frame , wherein the folding frame connects the rim frame vertically foldable to the base frame ; wherein the basket , in an erected state of the basket , carries and receives the kid-receiving unit on top of the rim frame of the basket .
Method for tubular lining of an underground pipe (B) to be restored and opening into a main sewer (A), - wherein a tube liner in the form of a resin-saturated tube is connected to a holding apparatus in that the end region of the tube liner is clamped to a clamping head (2.1) at the outer side of the holding apparatus , - wherein the holding apparatus is arranged in the main sewer (A), - wherein the tube liner , proceeding from the holding apparatus arranged in the main sewer (A), is introduced into the underground pipe (B) to be restored in that the tube liner is inverted through the clamping head (2.1), and - wherein the tube liner is placed against the pipe wall of the underground pipe (B) and subsequently cured, characterized in that the holding apparatus and the clamping head (2.1) are positioned with the tube liner in the main sewer (A) at a distance (a) from the mouth of the underground pipe (B) such that the clamping head (2.1) of the holding apparatus , with the end portion of the tube line that is fastened thereto, is not situated in front of the mouth of the underground pipe (B), in that a guide part (5.3) is attached to a carriage and, by way of the latter, is, independently of the holding apparatus , moved and fixed in the main sewer (A) such that the guide part (5.3) is positioned immediately in front of the mouth of the underground pipe (B), and in that the tube liner , proceeding from the holding apparatus and the clamping head (2.1), is pushed forwards along the main sewer (A) and, by means of the guide part (5.3), diverted and introduced into the underground pipe (B) from the main sewer (A). - wherein a tube liner in the form of a resin-saturated tube is connected to a holding apparatus in that the end region of the tube liner is clamped to a clamping head (2.1) at the outer side of the holding apparatus , - wherein the holding apparatus is arranged in the main sewer (A), - wherein the tube liner , proceeding from the holding apparatus arranged in the main sewer (A), is introduced into the underground pipe (B) to be restored in that the tube liner is inverted through the clamping head (2.1), and - wherein the tube liner is placed against the pipe wall of the underground pipe (B) and subsequently cured,