mhurhangee/ep-ind-claims huggingface dataset:
A method of forming an implantable device, comprising the steps of: a. Forming a first yarn and a second yarn, wherein at least one of said first yarn and second yarns includes a first non-absorbable filament and at least one of said first yarn and second yarns includes a first absorbable filament, said first absorbable filament having a lower melting point than said first non- absorbable filament; b. Forming an initial woven structure comprising a weave of said first yarn and second yarn; c. Subjecting said initial woven structure to a first heat treatment at a first temperature sufficient to cause shrinkage of said first absorbable filament, and thus buckling at least the second yarn and forming an initial heated structure; d. Heating said initial heated structure to a second temperature, said second temperature being higher than said first temperature, wherein at least a portion of said first absorbable filament is melted; and e. Allowing said heated structure to cool to form a resulting implantable device. a. Forming a first yarn and a second yarn, wherein at least one of said first yarn and second yarns includes a first non-absorbable filament and at least one of said first yarn and second yarns includes a first absorbable filament, said first absorbable filament having a lower melting point than said first non- absorbable filament; b. Forming an initial woven structure comprising a weave of said first yarn and second yarn; c. Subjecting said initial woven structure to a first heat treatment at a first temperature sufficient to cause shrinkage of said first absorbable filament, and thus buckling at least the second yarn and forming an initial heated structure; d. Heating said initial heated structure to a second temperature, said second temperature being higher than said first temperature, wherein at least a portion of said first absorbable filament is melted; and e. Allowing said heated structure to cool to form a resulting implantable device.
A device comprising an instrument coated with a composition comprising a scaffold having pores, and a basic amino acid residing within said pores; wherein the basic amino acid is arginine, citrullene or ornithine, salts thereof and/or combinations thereof, and wherein the instrument is selected from a toothbrush comprising a head having bristles attached thereto, a toothpick, a tongue cleaner, a mouth guard, and an orthodontic corrective device.
A smoke and heat extractor box, comprising at least one inner partition delimiting, in the space formed by the lateral walls (4, 5, 6, 7) of the box, two zones (z1, z2), respectively a first air discharge zone for sucking air via an air suction tapping connector formed in a first lateral wall of the box, the air being discharged from this zone to the outside via an air discharge tapping connector formed in a second lateral wall or in a roof wall of the box and in which discharge zone a fan is housed with axial suction air inlet and radial air outlet toward the air discharge tapping connector, and a second technical zone in which an electric motor is housed for driving the fan, the second technical zone being isolated by the roof wall fixed on the lateral walls (4, 5, 6, 7) of the box and bearing on the inner partition, characterized in that the roof wall comprises a sealing part that comprises at least one bracket whereof one branch is secured to the inner face of the roof wall and whereof the other branch is in sliding contact with a lateral face of the partition separating the second technical zone from the first discharge zone, near the upper edge of this partition, even in case of deformation by thermal expansion of the roof wall, to protect the electric motor from overheating.
Tyre for a rolling assembly comprising a rim and a tyre, said tyre having at least one carcass reinforcement surmounted radially on the outside by a crown reinforcement, itself radially on the inside of a tread having two axially outermost ends, said crown reinforcement being made up of at least one layer of reinforcing elements, said tread being connected to two beads by way of two sidewalls, said beads being intended to come into contact with a rim having rim flange tops, each bead having at least one circumferential reinforcing element, characterized in that each sidewall comprises at least one set of sipes that are substantially parallel and spaced apart at a spacing (Ps) having a value strictly less than 5 mm, each sipe being formed in the sidewall with a depth and a width (e), the depth having a value of between one quarter of the value of said spacing (Ps) and the value of said spacing (Ps), and the width (e) having a value strictly less than one tenth of a quarter of said spacing (Ps).
A closure assembly for a flexible thin-walled packaging, comprising: - a spout, which is sealingly attachable to a bag of the packaging, provided with a tube which extends along a central axis and ends in a mouth, and is equipped with a coupling region; - a closure which can be attached to the spout, comprising: i) a ring which is attached to the spout and is axially constrained and free to rotate; ii) a cap which has a central axis, can be screwed to the tube, and is adapted to close the mouth, comprising a coupling portion; iii) a fastener which connects the ring to the cap; wherein the coupling portion can engage with the coupling region in order to retain the cap in a predefined position with respect to the spout; wherein the spout comprises a lower plate and a lower flange, which project radially outwards and are axially spaced apart so as to obtain a coupling seat which forms said coupling region; wherein the closure assembly is characterized in that the cap comprises a paddle for gripping and unscrewing it, which is provided with a peripheral edge, and a portion of said peripheral edge forms said coupling portion. - a spout, which is sealingly attachable to a bag of the packaging, provided with a tube which extends along a central axis and ends in a mouth, and is equipped with a coupling region; - a closure which can be attached to the spout, comprising: i) a ring which is attached to the spout and is axially constrained and free to rotate; ii) a cap which has a central axis, can be screwed to the tube, and is adapted to close the mouth, comprising a coupling portion; iii) a fastener which connects the ring to the cap; i) a ring which is attached to the spout and is axially constrained and free to rotate; ii) a cap which has a central axis, can be screwed to the tube, and is adapted to close the mouth, comprising a coupling portion; iii) a fastener which connects the ring to the cap; wherein the coupling portion can engage with the coupling region in order to retain the cap in a predefined position with respect to the spout; wherein the spout comprises a lower plate and a lower flange, which project radially outwards and are axially spaced apart so as to obtain a coupling seat which forms said coupling region; wherein the closure assembly is characterized in that the cap comprises a paddle for gripping and unscrewing it, which is provided with a peripheral edge, and a portion of said peripheral edge forms said coupling portion.
Laser-engravable pad printing plate comprising at least (a) a metal support, (b) an adhesion layer, (c) a laser-engravable recording layer having a layer thickness of 20 μm to 200 μm comprising 40 to 95 wt% of a polyvinyl alcohol, 5 to 50 wt% of an IR absorber, 0 to 30 wt% of an inorganic filler, 0.1 to 20 wt% of a crosslinker, and 0 to 10 wt% of further additives, (d) a cover film, characterized in that the crosslinker is selected from the group consisting of polyfunctional isocyanates, mono- or polyfunctional aldehydes, polyfunctional epoxides, polyfunctional carboxylic acids and polyfunctional carboxylic anhydrides. (a) a metal support, (b) an adhesion layer, (c) a laser-engravable recording layer having a layer thickness of 20 μm to 200 μm comprising 40 to 95 wt% of a polyvinyl alcohol, 5 to 50 wt% of an IR absorber, 0 to 30 wt% of an inorganic filler, 0.1 to 20 wt% of a crosslinker, and 0 to 10 wt% of further additives, 40 to 95 wt% of a polyvinyl alcohol, 5 to 50 wt% of an IR absorber, 0 to 30 wt% of an inorganic filler, 0.1 to 20 wt% of a crosslinker, and 0 to 10 wt% of further additives, (d) a cover film,
A method for creating markings, in particular marking lines, of highly viscous marking material, in particular a two-component cold plastic, on a surface to be marked, in particular a road surface, wherein the marking material is discharged from a material supply and, before striking the surface to be marked, is fed to a rotational body (3.1, 3.2), which moves relative to the surface in longitudinal direction of the marking which is to be created, and is applied to the surface so as to be divided into unequal material portions by means of said rotational body, wherein the axis of rotation of the rotational body (3.1, 3.2) runs at right angles to the longitudinal direction of the marking, wherein the marking material is fed to the rotational body (3.1, 3.2) in the form of a plurality of marking material flows, which, viewed in longitudinal direction of the rotational body (3.1, 3.2), are discharged next to one another, and wherein the marking material is discharged under pressure, continuously or so as to pulsate or intermittently from a plurality of discharge nozzles, characterised in - that the individual marking material flows are turned on or off in accordance with the marking to be created and - that a first connected group of the marking material flows is guided to a first rotational body (3.1) and/or that a second connected group of the marking material flows is guided to a second rotational body (3.2), which can be rotated independently from the first rotational body (3.1). - that the individual marking material flows are turned on or off in accordance with the marking to be created and - that a first connected group of the marking material flows is guided to a first rotational body (3.1) and/or that a second connected group of the marking material flows is guided to a second rotational body (3.2), which can be rotated independently from the first rotational body (3.1).
A simplified adjustable levelling system with joints for furniture and/or furnishing items with a bottom and shoulders of the type comprising, in combination: at least one front-foot unit (16,116) and at least one rear-foot unit (17,117), wherein said at least one front-foot unit (16,116) or rear-foot unit (17,117) has a height adjustment mechanism which is accessible from the outside of the foot and can be manoeuvred by means of a tool, wherein said system provides that in said at least one front-foot unit (16,116) and at least one rear-foot unit (17,117), the adjustment mechanism can be actuated from the front by means of a tool or screwdriver, wherein a body (18,18f,18r) of at least one front-foot unit (16,116) provides a pair of adjacent holes (23,24), one for actuating said height adjustment mechanism of said at least one front-foot unit (16,116) and the other passing through said body (18, 18f, 18r) to act as a support and guide for said tool for actuating said height adjustment mechanism of said at least one rear-foot unit (17,117), a joining group also being provided, which can be positioned between said bottom and said shoulder and can be firmly coupled with the body (18;18f,18r) of said at least one front-foot unit (16,116) and rear-foot unit (17,117), wherein said joining group, which can be positioned between said bottom and said shoulder and can be firmly snap-coupled (42,43) above the body (18;18f,18r) of said at least one front-foot unit (16,116) and rear-foot unit (17,117), comprises a barrel which becomes engaged in a pin which can be inserted in said shoulder and said bottom with a blocking grub screw which can be screwed into said barrel, said blocking grub screw being screwed into a vertical internal threaded hole of the barrel, said system comprising said blocking grub-screw, said pin and said barrel.
A rotational locking mechanism for a ski binding, in particular a cross country or touring ski binding, - the locking mechanism comprising a base portion and a locking means, - the base portion comprising a planar resting portion, and two or more support sections extending out of the plane of said planar resting portion, - each of the support sections comprising an axle pin hole, - said locking means comprising secondary axle pin holes, - said locking means being rotatably connected to the base portion by means of an axle pin arranged through said axle pin holes of the base portion and said secondary axle pin holes, - said support section comprising a U-shaped boot pin indent defining an open section accepting a rotation pin of a ski boot, - said locking means comprising hook portions, - said hook portions arranged to overlap and close around said open sections of said boot pin indent when the locking means is in a closed position, characterized in that the lowest section of the axle pin hole being aligned with the upper surface of said planar resting portion, and - said boot pin indent being positioned behind the axle pin hole as viewed when the base portion is held in a ski binding, with forward being the direction of travel. - the locking mechanism comprising a base portion and a locking means, - the base portion comprising a planar resting portion, and two or more support sections extending out of the plane of said planar resting portion, - each of the support sections comprising an axle pin hole, - said locking means comprising secondary axle pin holes, - said locking means being rotatably connected to the base portion by means of an axle pin arranged through said axle pin holes of the base portion and said secondary axle pin holes, - said support section comprising a U-shaped boot pin indent defining an open section accepting a rotation pin of a ski boot, - said locking means comprising hook portions, - said hook portions arranged to overlap and close around said open sections of said boot pin indent when the locking means is in a closed position, - said boot pin indent being positioned behind the axle pin hole as viewed when the base portion is held in a ski binding, with forward being the direction of travel.
Coupling device for tools on a support apparatus, in particular an excavator, having - a first coupling portion which can be connected to the support apparatus, - a second coupling portion which can be connected to the tool, - wherein the first coupling portion and the second coupling portion can be brought into a coupling position to produce a connection between the tool and the support apparatus, - a locking means, with which the first coupling portion and the second coupling portion can be locked in the coupling position, and - a safety mechanism, with which the second coupling portion with the tool is held on the first coupling portion in the event of unintentional release of the lock, characterised in that the safety mechanism is a catch device which has at least one catch hook on one of the coupling portions (20, 40) and at least one loop form receiving holder with a passage on the other coupling portion (20, 40), that the catch hook extends in the coupling position through the passage of the loop form receiving holder, that through the catch device the second coupling portion with the tool can be catched in a catch position, in the event of unintentional release of the lock, which is spaced apart from the coupling position and in which the second coupling portion with the tool is released from the first coupling portion, and that the catch hook and the receiving holder are separate from each other in the coupling position, wherein it is only upon release of the coupling portions (20, 40) and in an event of the tool falling due to gravity that the catch hook and the receiving holder engage. - a first coupling portion which can be connected to the support apparatus, - a second coupling portion which can be connected to the tool, - wherein the first coupling portion and the second coupling portion can be brought into a coupling position to produce a connection between the tool and the support apparatus, - a locking means, with which the first coupling portion and the second coupling portion can be locked in the coupling position, and - a safety mechanism, with which the second coupling portion with the tool is held on the first coupling portion in the event of unintentional release of the lock,
Circular comb for a combing machine for combing textile fibers, the circular comb being intended to be mounted to a shaft of the combing machine, the shaft being rotatable about an axis of rotation, and comprising a) a circular comb main body (6; 22; 42; 59; 77, 87, 95; 113) with an outer circumferential side and an inner circumferential side, b) a plurality of combing bars arranged on the outer circumferential side of the circular comb main body (6; 22; 42; 59; 77, 87, 95; 113) in such a way that said combing bars, taken as a whole, cover a combing circumferential angular segment and define a combing region of the circular comb (2; 21; 41; 58; 76; 86; 94; 105; 108), wherein c) the circular comb main body (6; 22; 42; 59; 77, 87, 95; 113) has a multi-part design and comprises a plurality of main body segments (15-17; 23; 43-45; 60-62; 79; 91; 96; 112) directly connected to each other tangentially, wherein each combing bar is associated to a respective one of the main body segments (15-17; 23; 43-45; 60-62; 79; 91; 96; 112), and each combing bar is mounted to the main body segment (15-17; 23; 43-45; 60-62; 79; 91; 96; 112) associated thereto, and wherein d) the circular comb main body (6; 42; 59; 77; 87; 95) is equipped with tensile fastening means (16a, 17a, 65, 66; 46, 47, 65, 66; 63-66; 81; 92; 97) allowing it to be fastened to the shaft, and these tensile fastening means (16a, 17a, 65, 66; 46, 47, 65, 66; 63-66; 81; 92; 97) are configured to apply a tangential tensile force (F 1) to the circular comb main body (6; 42; 59; 77; 87; 95) when fastened to the shaft. a) a circular comb main body (6; 22; 42; 59; 77, 87, 95; 113) with an outer circumferential side and an inner circumferential side, b) a plurality of combing bars arranged on the outer circumferential side of the circular comb main body (6; 22; 42; 59; 77, 87, 95; 113) in such a way that said combing bars, taken as a whole, cover a combing circumferential angular segment and define a combing region of the circular comb (2; 21; 41; 58; 76; 86; 94; 105; 108), wherein c) the circular comb main body (6; 22; 42; 59; 77, 87, 95; 113) has a multi-part design and comprises a plurality of main body segments (15-17; 23; 43-45; 60-62; 79; 91; 96; 112) directly connected to each other tangentially, wherein each combing bar is associated to a respective one of the main body segments (15-17; 23; 43-45; 60-62; 79; 91; 96; 112), and each combing bar is mounted to the main body segment (15-17; 23; 43-45; 60-62; 79; 91; 96; 112) associated thereto, and wherein d) the circular comb main body (6; 42; 59; 77; 87; 95) is equipped with tensile fastening means (16a, 17a, 65, 66; 46, 47, 65, 66; 63-66; 81; 92; 97) allowing it to be fastened to the shaft, and these tensile fastening means (16a, 17a, 65, 66; 46, 47, 65, 66; 63-66; 81; 92; 97) are configured to apply a tangential tensile force (F 1) to the circular comb main body (6; 42; 59; 77; 87; 95) when fastened to the shaft.
A CD19xCD3 bispecific single chain antibody construct for use in a method for the treatment, amelioration or elimination of pediatric acute lymphoblastic leukemia in a pediatric ALL patient, wherein said pediatric ALL is refractory to chemotherapy or allogeneic hematopoietic stem cell transplantation (HSCT).
An autonomous coverage robot (100,101) comprising: a chassis having a forward portion and a rearward portion, the forward portion defining a substantially rectangular shape and the rearward portion defining an arcuate shape; a drive system carried by the rearward portion of the chassis and configured to maneuver the robot (100,101) over a cleaning surface; a cleaning assembly mounted on the forward portion of the chassis; a proximity sensor on its dominant side; a bump sensor; and a controller in communication with the drive system, the controller configured to maneuver the robot (100,101), characterized in that the robot is configured to actively and semi-passively follow a wall, wherein active wall following comprises following the wall on the robot's (100,101) dominant side at a certain distance from the wall by using the proximity sensor; and wherein semi-passive wall following comprises: after detecting an object assumed to be a wall by either the bump sensor or a proximity sensor, turning to align the dominant side of the autonomous coverage robot (100,101) with the assumed wall; proceeding to drive along the wall on the robot's dominant side while turning slightly into the wall; and maintaining contact with the wall by sensing contact with the wall via the bump sensor or the proximity sensor. a chassis having a forward portion and a rearward portion, the forward portion defining a substantially rectangular shape and the rearward portion defining an arcuate shape; a drive system carried by the rearward portion of the chassis and configured to maneuver the robot (100,101) over a cleaning surface; a cleaning assembly mounted on the forward portion of the chassis; a proximity sensor on its dominant side; a bump sensor; and a controller in communication with the drive system, the controller configured to maneuver the robot (100,101), characterized in that the robot is configured to actively and semi-passively follow a wall, wherein active wall following comprises following the wall on the robot's (100,101) dominant side at a certain distance from the wall by using the proximity sensor; and wherein semi-passive wall following comprises: after detecting an object assumed to be a wall by either the bump sensor or a proximity sensor, turning to align the dominant side of the autonomous coverage robot (100,101) with the assumed wall; proceeding to drive along the wall on the robot's dominant side while turning slightly into the wall; and maintaining contact with the wall by sensing contact with the wall via the bump sensor or the proximity sensor. after detecting an object assumed to be a wall by either the bump sensor or a proximity sensor, turning to align the dominant side of the autonomous coverage robot (100,101) with the assumed wall; proceeding to drive along the wall on the robot's dominant side while turning slightly into the wall; and maintaining contact with the wall by sensing contact with the wall via the bump sensor or the proximity sensor.