mhurhangee/ep-ind-claims huggingface dataset:
Sampler device for sampling gas for a particle concentration sensor from a flow, comprising: a first chamber (33, 34) comprising a first inlet and a first outlet and defining a main flow direction of a gas stream between the first inlet and the first outlet, the first chamber comprising a wall in which a second inlet and a second outlet are provided, wherein the second inlet and the second outlet are configured to provide a sink and a source of a sample gas stream, respectively, a second chamber fluidly coupled to the second inlet and to the second outlet, gas displacement means provided along the sample gas stream between the second outlet and the second inlet and configured to create the sample gas stream from the second outlet to the second inlet through the second chamber, wherein the second inlet and the second outlet are provided in the first chamber (33, 34) at a first position and a second position respectively, and wherein the first position and the second position overlap along the main flow direction, characterized in that the sampler device comprises a baffle arranged in the first chamber between the second inlet and the second outlet, wherein the baffle projects from the wall into the first chamber. a first chamber (33, 34) comprising a first inlet and a first outlet and defining a main flow direction of a gas stream between the first inlet and the first outlet, the first chamber comprising a wall in which a second inlet and a second outlet are provided, wherein the second inlet and the second outlet are configured to provide a sink and a source of a sample gas stream, respectively, a second chamber fluidly coupled to the second inlet and to the second outlet, gas displacement means provided along the sample gas stream between the second outlet and the second inlet and configured to create the sample gas stream from the second outlet to the second inlet through the second chamber, wherein the second inlet and the second outlet are provided in the first chamber (33, 34) at a first position and a second position respectively, and wherein the first position and the second position overlap along the main flow direction, characterized in that the sampler device comprises a baffle arranged in the first chamber between the second inlet and the second outlet, wherein the baffle projects from the wall into the first chamber.
Plant for the treatment of solid waste products similar to urban refuse, in particular for the recovery of long, flexible products such as films, sheetings, straps etc., comprising conveyor belts (11, 12) positioned in sequence and designed to transport said products, wherein at least one of these belts carries the products to a raised area, said raised area having at least one distribution device for sorting the products and deposit them into different containers or onto different special conveyors provided for this purpose, said distribution device being fixed under the drive head of the conveyor belt, characterised in that said distribution device carries a plurality of elongated radially extended rods (15, 30) positioned to intercept the flow of long, flexible products and to separate said long, flexible products from the other waste products.
A surgical kit for soft tissue repair, comprising: one or more bone anchors (160a, 160b); one or more sutures (112a, 112b); one or more tissue augmentation blocks (110a, 110b), each tissue augmentation block being configured to be disposed on a suture limb of a suture of the one or more sutures; wherein the tissue augmentation block is a cannulated tube with a cylindrical or ovoid body with a lumen extending therethrough from a proximal-most end to a distal-most end, or is a cannulated bar with a rectangular body with a rectangular lumen extending therethrough from a proximal-most end to a distal-most end; and one or more threaders (206, 206') configured to dispose a tissue augmentation block of the one or more tissue augmentation blocks onto a suture of the one or more sutures; characterised in that each tissue augmentation block is formed of two pieces of material (3110a, 3110b; 130a, 130b) attached together, the one or more tissue augmentation blocks being further configured such that the suture limb of the one or more sutures can be disposed through the block to intersect the lumen at an angle relative thereto. one or more bone anchors (160a, 160b); one or more sutures (112a, 112b); one or more tissue augmentation blocks (110a, 110b), each tissue augmentation block being configured to be disposed on a suture limb of a suture of the one or more sutures; wherein the tissue augmentation block is a cannulated tube with a cylindrical or ovoid body with a lumen extending therethrough from a proximal-most end to a distal-most end, or is a cannulated bar with a rectangular body with a rectangular lumen extending therethrough from a proximal-most end to a distal-most end; and one or more threaders (206, 206') configured to dispose a tissue augmentation block of the one or more tissue augmentation blocks onto a suture of the one or more sutures; characterised in that each tissue augmentation block is formed of two pieces of material (3110a, 3110b; 130a, 130b) attached together, the one or more tissue augmentation blocks being further configured such that the suture limb of the one or more sutures can be disposed through the block to intersect the lumen at an angle relative thereto.
An electronic grade glass substrate wherein a recess, channel or step is disposed in at least one surface of the substrate, the recess, channel or step having side and bottom surfaces; a first chamfer is provided between the side surface of the recess, channel or step and said one surface of the substrate; a second chamfer is provided between the side and bottom surfaces of the recess, channel or step, and the second chamfer is defined by a curved surface having a radius of curvature of 0.1 to 5.0 mm; the side and bottom surfaces of the recess, channel or step are mirror finished, the first chamfer is mirror finished, and the second chamfer is mirror finished.
Waveguide coupling, in particular for a radar fill level measuring device, having a waveguide, a carrier plate and at least one feed line, wherein the feed line is guided on and/or in the carrier plate into the inner region of the waveguide and the feed line ends with one end in the inner region of the waveguide, wherein the carrier plate also extends continuously into the inner region of the waveguide and thus beyond the end of the feed line, wherein an electrically conductive coupling element is arranged on and/or in the carrier plate in the vicinity of the end of the feed line, so that the coupling element is coupled to the feed line and the coupling element serves to couple electromagnetic waves led in the waveguide via the feed line into the waveguide, wherein the coupling element has a longitudinal bar and a cross bar, wherein the longitudinal bar and the cross bar are arranged in a cross shape, wherein the feed line is aligned substantially straight towards the center of the inner cross section area of the waveguide, and wherein the longitudinal bar of the coupling element is arranged in extension of the feed line, wherein the waveguide is placed on the carrier plate on a first side of the carrier plate, wherein the coupling element is capacitively coupled to the feed line, wherein the carrier plate has on its first side, on which the waveguide is placed, or, in an intermediate layer, the feed line, the coupling element and the screen face, wherein the carrier plate has, on its second side opposite the first side or in an intermediate layer, a large-area further electrically conductive screen face outside the region, which is opposite the inner cross section area of the waveguide, wherein the screen face and/or the further screen face extends into the inner cross section area of the waveguide with an influencing extension, and wherein the influencing extension is aligned towards the center of the inner cross section area of the waveguide and is arranged in line with the feed line.
Method for cultivating adherent cells using a liquid medium comprising blood platelet lysate and a gelatinization-inhibiting substance, said method comprising cultivating the cells on the surface of and/or within a three-dimensional, gel-like substrate comprising 1-40 % blood platelet lysate but being substantially devoid of a gelatinization-inhibiting substance, wherein the liquid medium is layered on the gel-like substrate.
A device for reducing a surface tension and/or a viscosity of a fluid by means of a housing - having at least one inlet and one outlet for the fluid, - wherein the housing, in its interior, has a swirl chamber allowing the fluid to flow therethrough, - wherein the swirl chamber is positionable in a void of the housing between the inlet and the outlet for the fluid, and - in the interior of the swirl chamber, at least one guiding element is arranged, by means of which the fluid in a fluid stream is transferable from an axial flow direction to a radial flow direction, in which the fluid stream is exposable to a rotary impulse about the rotation axis of the fluid stream, wherein - the guiding element and/or the swirl chamber have a wall facing the fluid stream which, for reducing a surface tension of the fluid, comprises at least one structure having at a minimum one stall edge, wherein - for partitioning the fluid stream, at the upstream end of the guiding element, a dividing lug is arranged, - and at a downstream end of the guiding element, a swirl lug is arranged supporting the fluid stream rotating about its rotation axis in forming a turbulent flow, wherein - the outlet for the fluid, in the direction of the flow of the fluid, is constricted at least in some areas. - having at least one inlet and one outlet for the fluid, - wherein the housing, in its interior, has a swirl chamber allowing the fluid to flow therethrough, - wherein the swirl chamber is positionable in a void of the housing between the inlet and the outlet for the fluid, and - in the interior of the swirl chamber, at least one guiding element is arranged, by means of which the fluid in a fluid stream is transferable from an axial flow direction to a radial flow direction, in which the fluid stream is exposable to a rotary impulse about the rotation axis of the fluid stream, wherein - the guiding element and/or the swirl chamber have a wall facing the fluid stream which, for reducing a surface tension of the fluid, comprises at least one structure having at a minimum one stall edge, wherein - for partitioning the fluid stream, at the upstream end of the guiding element, a dividing lug is arranged, - and at a downstream end of the guiding element, a swirl lug is arranged supporting the fluid stream rotating about its rotation axis in forming a turbulent flow, wherein - the outlet for the fluid, in the direction of the flow of the fluid, is constricted at least in some areas.
Electrical switchgear comprising at least one power switch and a grounding switch associated with said power switch for electrically grounding said power switch, wherein a first drive mechanism is provided for driving said power switch, and wherein a second drive mechanism is provided for driving said grounding switch, and wherein an interlocking unit is provided which is configured to lock said first drive mechanism and/or said second drive mechanism, wherein at least one locking element, which is a locking bolt (202; 202', 202''), is provided for locking said first drive mechanism and/or said second drive mechanism, and wherein a drive unit is provided to move said at least one locking bolt (202; 202', 202"), characterised in that said drive unit comprises at least one electromechanical actuator, wherein a control unit is provided for controlling an operation of said interlocking unit, wherein said first drive mechanism comprises a rotatable shaft to which a lever is attached for driving a rod linkage to effect movement of movable components of said at least one power switch, and wherein said second drive mechanism comprises a shaft and a locking disc which is arranged on said shaft in a torque proof manner, wherein said locking disc comprises at least one opening configured to receive an axial end section of said locking bolt.
A method for producing a low carbon intensity biofuel, the method comprising: a) obtaining oilseed feedstock produced by a method comprising: i. planting a Brassica carinata variety as a second crop in rotation with a first crop or to replace fallow, and implementing land management practices to reduce use of fossil fuel inputs and to maximize capture of atmospheric carbon by plant material of the Brassica carinata variety; ii. harvesting the Brassica carinata variety to obtain grain; iii. returning about 70% to about 90% of all plant material from the Brassica carinata variety, aside from the grain, to the soil; iv. extracting oil from the harvested grain to produce the oilseed feedstock, and b) producing the low carbon intensity biofuel from the oilseed feedstock. a) obtaining oilseed feedstock produced by a method comprising: i. planting a Brassica carinata variety as a second crop in rotation with a first crop or to replace fallow, and implementing land management practices to reduce use of fossil fuel inputs and to maximize capture of atmospheric carbon by plant material of the Brassica carinata variety; ii. harvesting the Brassica carinata variety to obtain grain; iii. returning about 70% to about 90% of all plant material from the Brassica carinata variety, aside from the grain, to the soil; iv. extracting oil from the harvested grain to produce the oilseed feedstock, and i. planting a Brassica carinata variety as a second crop in rotation with a first crop or to replace fallow, and implementing land management practices to reduce use of fossil fuel inputs and to maximize capture of atmospheric carbon by plant material of the Brassica carinata variety; ii. harvesting the Brassica carinata variety to obtain grain; iii. returning about 70% to about 90% of all plant material from the Brassica carinata variety, aside from the grain, to the soil; iv. extracting oil from the harvested grain to produce the oilseed feedstock, and b) producing the low carbon intensity biofuel from the oilseed feedstock.
A process for improved regeneration of fluid catalytic cracking spent catalysts of varying coke content from multiple FCC reactors employing upflow regenerator having at least a first diameter zone and a second diameter zone comprising of: - feeding the first spent catalyst from a first FCC reactor at the bottom of the first diameter zone of the upflow regenerator, and - feeding the second spent catalyst from a second FCC reactor in the second diameter zone, at a higher elevation than the feeding point of first spent catalyst in an upflow regenerator, - separating a regenerated catalyst from the first diameter zone and the second diameter zone of the upflow regenerator from flue gases in a separation system and cyclones provided at the top of the upflow regenerator, wherein the coke content of first spent catalyst is at least 0.1 wt% greater than the coke content of the second spent catalyst and the residence time of the first and second spent catalyst in the upflow regenerator is determined based on the respective coke content, and wherein hydrothermal and metal deactivation of the first spent catalyst and the second spent catalyst is minimized; wherein a catalyst residence time is in the range of 5-30 seconds in the first diameter zone while the catalyst residence time in the second diameter zone is in the range of 10-30 seconds. wherein a diameter of the first diameter zone is smaller than the diameter of the second diameter zone; and wherein an elevation of the first diameter zone is lower than an elevation of the second diameter zone. - feeding the first spent catalyst from a first FCC reactor at the bottom of the first diameter zone of the upflow regenerator, and - feeding the second spent catalyst from a second FCC reactor in the second diameter zone, at a higher elevation than the feeding point of first spent catalyst in an upflow regenerator, - separating a regenerated catalyst from the first diameter zone and the second diameter zone of the upflow regenerator from flue gases in a separation system and cyclones provided at the top of the upflow regenerator,
Planet pin, the outer contour of which runs at a distance r(x) from a centre axis of the planet pin in dependence on an axial position x in at least one longitudinal section; wherein for at least one interval [x 1, x 2], the following applies: r x = l x + g x + o x, for all x E [x 1,x 2], with a linear function l(x); wherein: o(x 0) = 0 for at least one xo ∈]x 1,x 2 [; wherein the function o is concave on the interval [x 1,x 0] and convex on the interval [x 0, x 2]; and wherein o'(x 0) < 0 applies; characterized in that g is convex on the interval [x 1, x 2] and has a minimum on the interval]x 1, x 2 [. o(x 0) = 0 for at least one xo ∈]x 1,x 2 [; wherein the function o is concave on the interval [x 1,x 0] and convex on the interval [x 0, x 2]; and wherein o'(x 0) < 0 applies; characterized in that g is convex on the interval [x 1, x 2] and has a minimum on the interval]x 1, x 2 [.
A damper device, comprising: an inner part having a cylindrical shape and including an attachment portion relative to one object; an outer part having an outside circular wall, an inside circular wall, and a bottom wall, and including an annular space with a bottom defined by the walls (21a, 22a, 23a), to rotatably or relatively rotatably house the inner part from one cylinder end side thereof through an introduction opening opposite to a bottom wall side, and an attachment portion relative to the other object; and a viscous fluid filled in the annular space, and providing a resistance to a rotation or a relative rotation of the inner part associated with a movement or a relative movement of the one object, wherein an outer side of the inner part is formed with a circular groove to fit an outside seal ring, an inner side of the inner part is formed with a circular step surface positioned closer to the one cylinder end side than the circular groove, and positioning an inside seal ring, and a depth of the circular groove has a dimension approximately half of a thickness of the inner part at a portion forming the circular groove, characterized in that in a direction along a center axis (x) of the rotation or the relative rotation of the inner part, a distance between the circular groove and the circular step surface is approximately equal to the width of one of the outside seal ring and the inside seal ring. an inner part having a cylindrical shape and including an attachment portion relative to one object; an outer part having an outside circular wall, an inside circular wall, and a bottom wall, and including an annular space with a bottom defined by the walls (21a, 22a, 23a), to rotatably or relatively rotatably house the inner part from one cylinder end side thereof through an introduction opening opposite to a bottom wall side, and an attachment portion relative to the other object; and a viscous fluid filled in the annular space, and providing a resistance to a rotation or a relative rotation of the inner part associated with a movement or a relative movement of the one object, wherein an outer side of the inner part is formed with a circular groove to fit an outside seal ring, an inner side of the inner part is formed with a circular step surface positioned closer to the one cylinder end side than the circular groove, and positioning an inside seal ring, and a depth of the circular groove has a dimension approximately half of a thickness of the inner part at a portion forming the circular groove, characterized in that in a direction along a center axis (x) of the rotation or the relative rotation of the inner part, a distance between the circular groove and the circular step surface is approximately equal to the width of one of the outside seal ring and the inside seal ring.
A handling device for aircraft comprising at least one nose wheel and being located on a landing or alighting area, said handling device comprising: - a track arranged on said landing or alighting area; - a carriage that can move on said track and is adapted to move said aircraft on said track; - said carriage comprising a turntable for receiving said nose wheel, said turntable being arranged on said carriage and being pivotally mounted relative to said carriage, so that said turntable and said nose wheel can be oriented relative to said carriage and to said track, said carriage further comprising a support base, on which said turntable is disposed, characterised in that said carriage further comprises a guide base for guiding said carriage on said track and movement means for linking said support base to said guide base, said support base being able to move via said movement means translationally relative to said guide base and at a right angle to said track. - a track arranged on said landing or alighting area; - a carriage that can move on said track and is adapted to move said aircraft on said track; - said carriage comprising
A method of length-controlled concatenating nucleotide fragments, the method comprising: (a) providing at least two nucleotide fragments, wherein each fragment has one ligatable end and one non-ligatable end; (b) allowing the two fragments to ligate at the ligatable ends to form at least one oligonucleotide comprising at least two concatenated nucleotide fragments, (c) further treating the at least one oligonucleotide from step (b) to produce at least one oligonucleotide with one ligatable end and one non-ligatable end; and (d) allowing the oligonucleotide to ligate with a further oligonucleotide comprising one ligatable end and one non-ligatable end to form an oligonucleotide comprising more than two concatenated nucleotide fragments. (a) providing at least two nucleotide fragments, wherein each fragment has one ligatable end and one non-ligatable end; (b) allowing the two fragments to ligate at the ligatable ends to form at least one oligonucleotide comprising at least two concatenated nucleotide fragments, (c) further treating the at least one oligonucleotide from step (b) to produce at least one oligonucleotide with one ligatable end and one non-ligatable end; and (d) allowing the oligonucleotide to ligate with a further oligonucleotide comprising one ligatable end and one non-ligatable end to form an oligonucleotide comprising more than two concatenated nucleotide fragments.