mhurhangee/patent-ind-claim-en huggingface dataset:
A composite tubular structure (100a; 100b; 100c; 200) comprising an elongate composite member having a nut retained in each end for forming a connection with another component, wherein the composite member has, a main body portion and an inwardly tapered section (1; 72) adjacent each end, the main body portion extending between the two inwardly tapered sections, each inwardly tapered section having an inner surface which follows a tapered outer surface of one of the embedded nuts and having a taper angle of between 5 to 25° to an axis of the structure, wherein the composite tubular structure includes a connector comprising a rod engaging one of the nuts, the engagement occurring within the inwardly tapered section, an annular wedge configured to urge against an outer surface of the inwardly tapered section, and a tensioner provided to exert a clamping force on the inwardly tapered section via the annular wedge, wherein the inwardly tapered section in each case narrows the composite member in a longitudinal direction towards one end so as to provide a constriction which retains the respective nut within characterised in that the internal radius of the main body portion extending between the inwardly tapered sections of the elongate composite member: a) remains constant, or b) varies in the longitudinal direction by: (i) increasing in the longitudinal direction from one inwardly tapered section to the other, or (ii) increasing in the longitudinal direction from each inwardly tapered section of the elongate composite member towards a middle of the main body portion. a) remains constant, or b) varies in the longitudinal direction by: (i) increasing in the longitudinal direction from one inwardly tapered section to the other, or (ii) increasing in the longitudinal direction from each inwardly tapered section of the elongate composite member towards a middle of the main body portion. (i) increasing in the longitudinal direction from one inwardly tapered section to the other, or (ii) increasing in the longitudinal direction from each inwardly tapered section of the elongate composite member towards a middle of the main body portion.
A rotor blade assembly for a gas turbine engine , comprising: a blade portion formed of laid-up ceramic matrix composite (CMC) material having a leading edge and a trailing edge , a pressure side extending between said leading edge and said trailing edge, a suction side opposite said pressure side, said suction side extending between said leading edge and said trailing edge; a root formed of said laid-up CMC material having a dovetail at a radially inward end; a shank formed of said laid-up CMC material and integrally with said root, said shank extending from said root and a platform extending circumferentially from said shank; a plurality of continuous fiber damper retaining plies of said CMC material, said plurality of continuous fiber damper retaining plies extending from said dovetail to said platform , said plurality of continuous fiber damper retaining plies being split apart to define an upper at least one ply and a lower at least one ply near said leading edge and said trailing edge ; said upper at least one ply extending from said leading edge to said trailing edge and from said dovetail to said platform; said lower at least one ply disposed at said leading edge and said trailing edge opposite said upper at least one ply , said lower at least one ply forming a damper retaining tab extending from said dovetail and defining a damper pocket near said leading edge and said trailing edge ; and, a sheet metal damper disposed in said damper pocket . a blade portion formed of laid-up ceramic matrix composite (CMC) material having a leading edge and a trailing edge , a pressure side extending between said leading edge and said trailing edge, a suction side opposite said pressure side, said suction side extending between said leading edge and said trailing edge; a root formed of said laid-up CMC material having a dovetail at a radially inward end; a shank formed of said laid-up CMC material and integrally with said root, said shank extending from said root and a platform extending circumferentially from said shank; a plurality of continuous fiber damper retaining plies of said CMC material, said plurality of continuous fiber damper retaining plies extending from said dovetail to said platform , said plurality of continuous fiber damper retaining plies being split apart to define an upper at least one ply and a lower at least one ply near said leading edge and said trailing edge ; said upper at least one ply extending from said leading edge to said trailing edge and from said dovetail to said platform; said lower at least one ply disposed at said leading edge and said trailing edge opposite said upper at least one ply , said lower at least one ply forming a damper retaining tab extending from said dovetail and defining a damper pocket near said leading edge and said trailing edge ; and, a sheet metal damper disposed in said damper pocket .
A handheld device for inserting a tongue into an insertion groove in a panel wherein the handheld device comprises a first part comprising a power unit which is configured for driving a puncher , the handheld device comprises a second part , which is connected to the first part , the second part comprises the displaceable puncher and a guiding device which is configured to guide the displaceable puncher and the tongue , characterized in that an outer edge of the second part comprises a first positioning element and a second positioning element , that the first positioning element and the second positioning element are configured to be positioned at least partly in the insertion groove during an insertion of the tongue into the insertion groove, that the displaceable puncher is configured to displace the tongue from the handheld device to an inserted position in the insertion groove . the handheld device comprises a first part comprising a power unit which is configured for driving a puncher , the handheld device comprises a second part , which is connected to the first part , the second part comprises the displaceable puncher and a guiding device which is configured to guide the displaceable puncher and the tongue , characterized in that an outer edge of the second part comprises a first positioning element and a second positioning element , that the first positioning element and the second positioning element are configured to be positioned at least partly in the insertion groove during an insertion of the tongue into the insertion groove, that the displaceable puncher is configured to displace the tongue from the handheld device to an inserted position in the insertion groove .
A compound having a structure of or a pharmaceutically acceptable salt thereof, for use in the treatment of a lymphoma selected from peripheral T-cell lymphoma (PTCL) in a subject previously treated for lymphoma, wherein a dose of the compound is 300 mg/m 2 , wherein the compound is for intravenous administration. or a pharmaceutically acceptable salt thereof, for use in the treatment of a lymphoma selected from peripheral T-cell lymphoma (PTCL) in a subject previously treated for lymphoma, wherein a dose of the compound is 300 mg/m 2 , wherein the compound is for intravenous administration.
Barrier element for connection in a chain to barriers in, particular for water barriers, and comprising inclined supports and inclined barrier panels supported thereon, the barrier panels are bent a distance down from the top edge so that the top part, when mounted on the inclined support , become more upright or even vertical, characterized in that the barrier panels are made of high tensile steel, wherein the panels are connected to the supports by one inverted keyhole opening close to each side edge of the lower part of the panel and corresponding protrusions ending with enlarged knobs on the supports, wherein when a first panel is applied on a protrusion with enlarged knob the panel slides down letting the head of the protrusion enter into the enlarged part of the keyhole and then the panel slides on with the enlarged knob passing up on the backside of the panel along a narrow part of the inverted keyhole, at the same time a lower end of the panel slides into an upwards turned lower end of a support top beam, wherein the protrusions are long enough to permit adjoining proximate barrier panels to overlap and share protrusions and enlarged knobs.
Device for depositing dough, comprising: - A supply conveyor for a dough sheet , guided over a path, said path comprising a nose bar that is translatable over a first distance ; characterised in that, - A transmission , for translating the nose bar , the transmission comprising a rod , o rotatably coupled to a first rotatable arm at a first coupling point on the rod ; o rotatably coupled to a second rotatable arm at a second coupling point on the rod , o rotatably coupled to the nose bar at a third coupling point on the rod , wherein o the second coupling point is at a second distance from the first coupling point ; o the third coupling point being at a third distance from the first coupling point ; and o the third distance is larger than the second distance ; and - A drive , for driving at least one of the first and/or the second rotatable arms , wherein by driving at least one of the first or second rotatable arm , the rod is moved, and therewith the nose bar of the device , wherein the length of the first arm , the length of the second arm and the distance between the rotation point of the first arm and the second arm relate as 2:5:4, and wherein the rod is twice as long as the second arm , and the second arm is coupled to the rod halfway to the rods length. - A supply conveyor for a dough sheet , guided over a path, said path comprising a nose bar that is translatable over a first distance ; characterised in that, - A transmission , for translating the nose bar , the transmission comprising a rod , o rotatably coupled to a first rotatable arm at a first coupling point on the rod ; o rotatably coupled to a second rotatable arm at a second coupling point on the rod , o rotatably coupled to the nose bar at a third coupling point on the rod , wherein o the second coupling point is at a second distance from the first coupling point ; o the third coupling point being at a third distance from the first coupling point ; and o the third distance is larger than the second distance ; and o rotatably coupled to a first rotatable arm at a first coupling point on the rod ; o rotatably coupled to a second rotatable arm at a second coupling point on the rod , o rotatably coupled to the nose bar at a third coupling point on the rod , o the second coupling point is at a second distance from the first coupling point ; o the third coupling point being at a third distance from the first coupling point ; and o the third distance is larger than the second distance ; and - A drive , for driving at least one of the first and/or the second rotatable arms ,
A removable protective probe cover for a medical instrument that includes: a flexible tubular body having a proximal end, a distal end, and a longitudinal axis; a radially disposed flange located at said proximal end of said tubular body; at least one arcuate shaped cove formed in an inner wall of said body adjacent to said flange for mating with a male member located upon said medical instrument for releasably fastening said cover to said instrument ; a weak section in said cover about which said cover may flex, said weak section being provided by said inner wall surrounding said cove ; and a camming surface located upon said flange that is angularly offset with regard to said longitudinal axis, wherein said cover can be flexed about said weak section to release said cover from said instrument ; and wherein a cam follower of said instrument, moved along a path of travel that is parallel to said longitudinal axis, can ride in sliding contact with said camming surface to flex said cover about said weak section to release said cover from said instrument . a flexible tubular body having a proximal end, a distal end, and a longitudinal axis; a radially disposed flange located at said proximal end of said tubular body; at least one arcuate shaped cove formed in an inner wall of said body adjacent to said flange for mating with a male member located upon said medical instrument for releasably fastening said cover to said instrument ; a weak section in said cover about which said cover may flex, said weak section being provided by said inner wall surrounding said cove ; and a camming surface located upon said flange that is angularly offset with regard to said longitudinal axis, wherein said cover can be flexed about said weak section to release said cover from said instrument ; and wherein a cam follower of said instrument, moved along a path of travel that is parallel to said longitudinal axis, can ride in sliding contact with said camming surface to flex said cover about said weak section to release said cover from said instrument .
A backside illuminated image sensor, comprising: - a substrate of semiconductor material having a main surface , - detector elements arranged at the main surface forming a pixel array in a central area of the substrate , - transfer gates and reset gates formed in the pixel array, - a dielectric layer on or above the main surface , - a first capacitor layer of electrically conductive material embedded in the dielectric layer , and - a second capacitor layer of electrically conductive material embedded in the dielectric layer at a distance from the first capacitor layer , the first and second capacitor layers forming at least one capacitor (C1, C2), - a peripheral circuit integrated in the substrate apart from the detector elements , - wherein the at least one capacitor (C1, C2) is arranged in a central area above the detector elements surrounded by a peripheral area including the peripheral circuit , - wherein sections of the first and second capacitor layers are each electrically connected with contact regions of the peripheral circuit by electric connections being vertical to the main surface in the dielectric layer , wherein - the peripheral circuit is configured for an operation of voltage regulation and the at least one capacitor (C1, C2) includes a power decoupling capacitor provided for voltage regulation, and/or - the peripheral circuit is configured for charge pump operation and the at least one capacitor (C1, C2) includes a charge pump capacitor for the transfer gates of the pixels and/or a charge pump capacitor for the reset gates of the pixels. - a substrate of semiconductor material having a main surface , - detector elements arranged at the main surface forming a pixel array in a central area of the substrate , - transfer gates and reset gates formed in the pixel array, - a dielectric layer on or above the main surface , - a first capacitor layer of electrically conductive material embedded in the dielectric layer , and - a second capacitor layer of electrically conductive material embedded in the dielectric layer at a distance from the first capacitor layer , the first and second capacitor layers forming at least one capacitor (C1, C2), - a peripheral circuit integrated in the substrate apart from the detector elements , - wherein the at least one capacitor (C1, C2) is arranged in a central area above the detector elements surrounded by a peripheral area including the peripheral circuit , - wherein sections of the first and second capacitor layers are each electrically connected with contact regions of the peripheral circuit by electric connections being vertical to the main surface in the dielectric layer , wherein - the peripheral circuit is configured for an operation of voltage regulation and the at least one capacitor (C1, C2) includes a power decoupling capacitor provided for voltage regulation, and/or - the peripheral circuit is configured for charge pump operation and the at least one capacitor (C1, C2) includes a charge pump capacitor for the transfer gates of the pixels and/or a charge pump capacitor for the reset gates of the pixels.
An oxygen mask container assembly comprising: a container defining a container interior and comprising a container opening , an oxygen mask assembly disposed in the container interior , wherein the oxygen mask assembly comprises a mask and a lanyard , a mask ejector in operative communication with the mask , a cover assembly movable between a closed position, in which the cover assembly covers the container opening , and an open position, in which the container opening is uncovered such that the mask can be ejected by the mask ejector through the container opening and from the container interior , wherein the cover assembly includes a light assembly therein, and wherein the light assembly is configured to shine light below the cover assembly , and a latch assembly configured to move the cover assembly between the closed position and the open position, characterised in that at least a portion of the cover assembly has a diameter greater than the container , and that the latch assembly comprises a spring-biased plunger positioned outside the container which is configured to push downwardly on the portion of the cover assembly which has a diameter greater than the container to move the cover assembly from the closed position to the open position. a container defining a container interior and comprising a container opening , an oxygen mask assembly disposed in the container interior , wherein the oxygen mask assembly comprises a mask and a lanyard , a mask ejector in operative communication with the mask , a cover assembly movable between a closed position, in which the cover assembly covers the container opening , and an open position, in which the container opening is uncovered such that the mask can be ejected by the mask ejector through the container opening and from the container interior , wherein the cover assembly includes a light assembly therein, and wherein the light assembly is configured to shine light below the cover assembly , and a latch assembly configured to move the cover assembly between the closed position and the open position, characterised in that at least a portion of the cover assembly has a diameter greater than the container , and that the latch assembly comprises a spring-biased plunger positioned outside the container which is configured to push downwardly on the portion of the cover assembly which has a diameter greater than the container to move the cover assembly from the closed position to the open position.
A component feeding device comprising: multiple component replenishing devices configured to replenish with components having different shapes and sizes; multiple stages on which the components replenished from the multiple replenishing devices are scattered; and a control section configured to, for each stage, calculate an occupation ratio of the stage by calculating a ratio of a component occupation area to a stage area, based on captured image data, and to cause the multiple replenishing devices to replenish the components to the respective stages when the respective calculated component occupation ratio becomes a threshold or smaller, the threshold being different for components of different sizes, characterized in that the threshold set for a component of a large size is set smaller than the threshold set for a component of a small size. multiple component replenishing devices configured to replenish with components having different shapes and sizes; multiple stages on which the components replenished from the multiple replenishing devices are scattered; and a control section configured to, for each stage, calculate an occupation ratio of the stage by calculating a ratio of a component occupation area to a stage area, based on captured image data, and to cause the multiple replenishing devices to replenish the components to the respective stages when the respective calculated component occupation ratio becomes a threshold or smaller, the threshold being different for components of different sizes, characterized in that the threshold set for a component of a large size is set smaller than the threshold set for a component of a small size.
Impact-protection device capable of being provided on a bottle , having a body in the form of a cylinder of revolution terminated, at a first end, by a bottom and, at a second end opposite the first end, by a distal portion successively comprising from the body , along a longitudinal direction of the bottle , a shoulder , a neck and a mouth , said device comprising a first cup configured to cooperate with the bottom of the bottle and a second cup configured to cooperate with the shoulder of the bottle , each of the first and second cups having a shock-absorbing portion capable of protruding, along a transverse plane that is perpendicular to the longitudinal direction , beyond a larger diameter area of the bottle , and the protruding portion of the shock-absorbing portion of the at least first cup including a plurality of shock-absorbing pads spaced apart from each other, the plurality of pads being evenly distributed in the transverse plane , characterised in that the plurality of pads are made of elastomer, and in that : either (i) at least one of the plurality of pads is solid and is made of a silicone elastomer that has a shore A hardness ranging from about 75 to about 85 or of an elastomeric polyurethane (TPE-U or TPU) that has a shore A hardness ranging from about 75 to about 85, or (ii) at least one of the plurality of pads has an internal cavity and is made of a material that has a Shore A hardness greater than 90.
A cosmetic brush comprising: a brush body provided with a user's handle; a brush coupling part coupled to the brush body ; a brush bristle part provided with a bristle member ; a first flange coupling groove provided in a first coupling portion to detachably couple a flange member of the brush bristle part ; a second flange coupling groove provided in a second coupling portion to detachably couple the flange member of the brush bristle part ; characterised in that a connection fixing part having one side configured to be locked and supported by the brush body and the other side, extended to above the flange coupling groves, supporting the bristle member and configured to surround the brush coupling part , wherein the brush coupling part includes the first coupling portion and the second coupling portion detachably coupled to each other, the brush coupling part is configured to be detachably screwed to the brush body while the first coupling portion and the second coupling portion are coupled to each other. a brush body provided with a user's handle; a brush coupling part coupled to the brush body ; a brush bristle part provided with a bristle member ; a first flange coupling groove provided in a first coupling portion to detachably couple a flange member of the brush bristle part ; a second flange coupling groove provided in a second coupling portion to detachably couple the flange member of the brush bristle part ; a connection fixing part having one side configured to be locked and supported by the brush body and the other side, extended to above the flange coupling groves, supporting the bristle member and configured to surround the brush coupling part , wherein the brush coupling part includes the first coupling portion and the second coupling portion detachably coupled to each other, the brush coupling part is configured to be detachably screwed to the brush body while the first coupling portion and the second coupling portion are coupled to each other.