mhurhangee/ep-ind-claims huggingface dataset:
An unfolding mechanism for collapsible information carriers comprising two side working elements that contain: fastening elements for joining the mechanism with the information carrier, engaging elements, wherein the engaging elements are connected between them by means of at least one resilient element, the engaging elements are distant from the fastening elements, wherein between the fastening elements and the engaging elements is a compensation area of fixed length, while between the engaging elements is a compensation area (a) of a variable length, and the side working elements are equipped with positioning means within the compensation area (a) of the mechanism, which set the position of cooperating working elements, characterized by that it contains a central working element placed between the side working elements, equipped with positioning means that cooperate with the positioning means of the side working elements and that the respective positioning means (3, 3a) have a shape of cooperating teeth (4, 4a) placed in the compensation area (a) of a variable length, and the side working elements are positioned relative to each other in such a manner that the teeth (4, 4a) are placed opposite each other and when the side working elements are shifted towards the centre of the compensation area (a) they interpenetrate. fastening elements for joining the mechanism with the information carrier, engaging elements, wherein the engaging elements are connected between them by means of at least one resilient element, the engaging elements are distant from the fastening elements, wherein between the fastening elements and the engaging elements is a compensation area of fixed length, while between the engaging elements is a compensation area (a) of a variable length, and the side working elements are equipped with positioning means within the compensation area (a) of the mechanism, which set the position of cooperating working elements, characterized by that it contains a central working element placed between the side working elements, equipped with positioning means that cooperate with the positioning means of the side working elements and that the respective positioning means (3, 3a) have a shape of cooperating teeth (4, 4a) placed in the compensation area (a) of a variable length, and the side working elements are positioned relative to each other in such a manner that the teeth (4, 4a) are placed opposite each other and when the side working elements are shifted towards the centre of the compensation area (a) they interpenetrate.
Shed-forming module for selective movement of shed-forming elements using non-selectively movable lifting elements, comprising at least two sets of lifting elements which are movable up and down in antiphase in a movement zone according to an adjustable movement amplitude, wherein the movement zone is defined by the smallest possible enveloping rectangle of the projections of the lifting elements on a horizontal plane, and a drive system, comprising: - transfer means for transferring the movement according to a constant transfer ratio from a first driven shaft, the axis of which extends in a first direction, to a second shaft, the axis of which extends in a second direction, in which the first direction differs from the second direction; - conversion means for converting the movement of the second shaft into an oscillating movement around a third axis which extends at a distance from and in the same direction as the second direction, wherein the conversion means comprise at least the following components: • at least one drive component attached to the second shaft; • at least one follower component which is movable in oscillation around the third axis, and • one or more coupling components for the connection between the drive component and the follower component; - connecting means which create the connection between said follower component and the lifting elements in the movement zone, wherein the conversion means are provided in a closable housing, wherein the housing comprises at least one opening which forms a passage for the connecting means, characterised in that said connecting means extend fluid-tightly through said opening, and wherein the drive system comprises only a first adjustment means and a second adjustment means for adjusting the movement amplitude of the lifting elements. - transfer means for transferring the movement according to a constant transfer ratio from a first driven shaft, the axis of which extends in a first direction, to a second shaft, the axis of which extends in a second direction, in which the first direction differs from the second direction; - conversion means for converting the movement of the second shaft into an oscillating movement around a third axis which extends at a distance from and in the same direction as the second direction, wherein the conversion means comprise at least the following components: • at least one drive component attached to the second shaft; • at least one follower component which is movable in oscillation around the third axis, and • one or more coupling components for the connection between the drive component and the follower component; • at least one drive component attached to the second shaft; • at least one follower component which is movable in oscillation around the third axis, and • one or more coupling components for the connection between the drive component and the follower component; - connecting means which create the connection between said follower component and the lifting elements in the movement zone,
A handlebar support structure for an automotive vehicle, comprising a lower holder and an upper holder and adapted to sandwich a steering handlebar between the lower holder and the upper holder and to support an instrument panel unit and a windshield, which structure comprises: an instrument mounting area, integrally formed with the upper holder, adapted to removably support the instrument panel unit fitted thereto, and a shield mounting area, integrally formed with the upper holder, adapted to removably support the windshield fitted thereto, characterized in that the shield mounting area includes a connecting piece, extending, in use, upwardly from an upper portion of the upper holder, and a mounting piece extending, in use, diagonally forwardly downwardly from the connecting piece, wherein the mounting piece includes a shield mounting face to which the windshield can be fitted. an instrument mounting area, integrally formed with the upper holder, adapted to removably support the instrument panel unit fitted thereto, and a shield mounting area, integrally formed with the upper holder, adapted to removably support the windshield fitted thereto, characterized in that the shield mounting area includes a connecting piece, extending, in use, upwardly from an upper portion of the upper holder, and a mounting piece extending, in use, diagonally forwardly downwardly from the connecting piece, wherein the mounting piece includes a shield mounting face to which the windshield can be fitted.
Compound of following formula: the pharmaceutically acceptable salts and the stereoisomers thereof, or mixtures of stereoisomers in any proportion, in particular a mixture of enantiomers, and particularly a racemic mixture, where: - X is a hydrogen atom, a halogen atom such as bromine or chlorine, an NO 2 or NH 2 group; - R 0 is H or -CH 2 -C≡CH; and - R 1, and R 2 are each independently a hydrogen atom; a saturated or unsaturated, straight-chain or branched hydrocarbon chain having 1 to 10, preferably 1 to 6 carbon atoms; or an optionally substituted aryl group, for use thereof as medicinal product, intended for the treatment or prevention of Parkinson's disease. - X is a hydrogen atom, a halogen atom such as bromine or chlorine, an NO 2 or NH 2 group; - R 0 is H or -CH 2 -C≡CH; and - R 1, and R 2 are each independently a hydrogen atom; a saturated or unsaturated, straight-chain or branched hydrocarbon chain having 1 to 10, preferably 1 to 6 carbon atoms; or an optionally substituted aryl group,
A system, comprising: a silencer baffle configured to mount in a fluid conduit along a fluid flow path, wherein the silencer baffle comprises a plurality of baffle sections, at least two baffle sections of the plurality of baffle sections are coupled together via mating interlock structures, wherein the mating interlock structures comprise mating rail portions, mating dovetail joints, mating hook and slot joints, mating latches, mating snap-fit couplings, or any combination thereof; and at least one baffle section of the plurality of baffle sections has first and second baffle portions that are coupled together via mating joints, wherein the mating joints comprise any of: snap-fit joints, mating latches, mating hook in slot joints, mating interference fit joints, mating male and female threaded fasteners, mating non-threaded fasteners, mating tool-free fasteners, mating clamps, or mating straps; wherein the first baffle portion has a first exterior surface opposite from a first interior surface, the second baffle portion has a second exterior surface opposite from a second interior surface, the first and second exterior surfaces are configured to be exposed to fluid flow in the fluid conduit, and the first and second interior surfaces are configured to face one another when the first and second baffle portions are coupled together via the mating joints. a silencer baffle configured to mount in a fluid conduit along a fluid flow path, wherein the silencer baffle comprises a plurality of baffle sections, at least two baffle sections of the plurality of baffle sections are coupled together via mating interlock structures, wherein the mating interlock structures comprise mating rail portions, mating dovetail joints, mating hook and slot joints, mating latches, mating snap-fit couplings, or any combination thereof; and at least one baffle section of the plurality of baffle sections has first and second baffle portions that are coupled together via mating joints, wherein the mating joints comprise any of: snap-fit joints, mating latches, mating hook in slot joints, mating interference fit joints, mating male and female threaded fasteners, mating non-threaded fasteners, mating tool-free fasteners, mating clamps, or mating straps; wherein the first baffle portion has a first exterior surface opposite from a first interior surface, the second baffle portion has a second exterior surface opposite from a second interior surface, the first and second exterior surfaces are configured to be exposed to fluid flow in the fluid conduit, and the first and second interior surfaces are configured to face one another when the first and second baffle portions are coupled together via the mating joints.
A method for piercing a metallic workpiece with a thickness of at least 10 mm by means of a laser beam, comprising: irradiating a pulsed laser beam onto a metallic workpiece with a thickness of at least 10 mm to form a piercing breakthrough, characterized in that a irradiated mean pulse power (P mittel) of the pulsed laser beam is reduced during piercing. irradiating a pulsed laser beam onto a metallic workpiece with a thickness of at least 10 mm to form a piercing breakthrough, characterized in that a irradiated mean pulse power (P mittel) of the pulsed laser beam is reduced during piercing.
An absorbent article comprising a signal element; wherein the signal element has a body-facing surface, a garment-facing surface, a longitudinal direction, a transverse direction and a z-direction; wherein the signal element comprises a water-soluble polymeric buffering film and a stimulation material; wherein the stimulation material is a cooling agent selected from xylitol, sorbitol or urea and with a heat of solution, hydration, or reaction of -30 to -90 cal/g; wherein the water-soluble polymeric buffering film comprises a water-soluble base polymer selected from polyethylene oxide, polyethylene glycol or polyvinyl alcohol; wherein the signal element exhibits a surface temperature change of at least +/- 2°C from a dry state at 23 °C after being completely submerged for 10 seconds in tap water having a temperature of 23 °C; wherein the water-soluble polymeric buffering film further comprises at least one of a plasticizer, a water-solubility control agent or a pH adjustment agent; and wherein the stimulation material is present in the signal element at a basis weight of 50 gsm to 2000 gsm.
A container comprising a lid and a body; and a tape adhered to a surface of the container and at least partially circumscribing a boundary between the lid and the body, wherein the tape comprises first and second longitudinal edges (211, 212) defining a boundary of the tape and a line of separation extending between said edges to divide the tape into first and second portions (400, 500), the first portion being severable from the second portion along the line of separation such that the first portion can be removed from the container and the second portion can remain adhered to the container as tamper evidence.
A process, conducted in a closed system, for recovering liquid chemical products in a chemical production facility including a plurality of handling devices (2, 4, 5, 7) therefor, in which the residual chemical products are recovered from the respective handling devices, wherein the chemical products are (meth)acrolein, (meth)acrylic acid or (meth)acrylic acid esters, the process comprising: withdrawing the chemical products from the respective handling devices through bottom discharge pipes (14, 15, 16, 17) thereof; collecting the thus withdrawn chemical products into a common inclined collection pipe located at a position lower than the bottom discharge pipes and connected to the bottom discharge pipes; and delivering the chemical products through the inclined collection pipe to a recovery tank located at a position lower than the inclined collection pipe and connected to a lower end of the inclined collection pipe, wherein the inclined collection pipe is inclined toward the recovery tank with a descending slope of 1/100 to 3/100 to deliver the chemical products by gravity therethrough, and is installed in a trench formed on the ground. withdrawing the chemical products from the respective handling devices through bottom discharge pipes (14, 15, 16, 17) thereof; collecting the thus withdrawn chemical products into a common inclined collection pipe located at a position lower than the bottom discharge pipes and connected to the bottom discharge pipes; and delivering the chemical products through the inclined collection pipe to a recovery tank located at a position lower than the inclined collection pipe and connected to a lower end of the inclined collection pipe, wherein the inclined collection pipe is inclined toward the recovery tank with a descending slope of 1/100 to 3/100 to deliver the chemical products by gravity therethrough, and is installed in a trench formed on the ground.
A piston, comprising: a piston body having an upper crown portion extending along a central axis along which the piston reciprocates; a pair of pin bosses depending from said upper crown and having pin bores aligned with one another along a pin bore axis; and a pair of skirt portions arranged on opposite sides of said pin bore axis, each of said skirt portions having a convex outer surface with opposite side edges extending to a free end and having a recessed slot extending radially into said convex outer surface to a recessed surface, said recessed surface separating an upper band section of said convex outer surface from a lower band section of said convex outer surface, wherein said recessed slots have upper and lower edges extending generally transverse to said central axis, each of said upper and lower edges have a radius of curvature extending from said convex outer surface toward said recessed surface, the recessed surface providing a solid, continuous surface across the entirety of the slot, characterized in that said radius of curvature is parabolic. a piston body having an upper crown portion extending along a central axis along which the piston reciprocates; a pair of pin bosses depending from said upper crown and having pin bores aligned with one another along a pin bore axis; and a pair of skirt portions arranged on opposite sides of said pin bore axis, each of said skirt portions having a convex outer surface with opposite side edges extending to a free end and having a recessed slot extending radially into said convex outer surface to a recessed surface, said recessed surface separating an upper band section of said convex outer surface from a lower band section of said convex outer surface, wherein said recessed slots have upper and lower edges extending generally transverse to said central axis, each of said upper and lower edges have a radius of curvature extending from said convex outer surface toward said recessed surface, the recessed surface providing a solid, continuous surface across the entirety of the slot, characterized in that said radius of curvature is parabolic.
Method for manufacturing a panel, wherein this panel is of the type comprising at least a substrate and a top layer provided on this substrate, wherein for said substrate use is made of a board-shaped substrate having a thickness ranging between 2 and 15 millimeters, wherein the method comprises at least the following steps: - the step of preparing the substrate; - the step of performing a print on the substrate, characterized in that the method comprises - the step of applying a polyvinyl chloride paste on the substrate; and - the step of gelling said applied paste. - the step of preparing the substrate; - the step of performing a print on the substrate, characterized in that the method comprises - the step of applying a polyvinyl chloride paste on the substrate; and - the step of gelling said applied paste.
A rotor blade comprising: a root section including a coolant inlet passage; an airfoil section including a suction sidewall and a pressure sidewall each extending chordwise between a leading edge and a trailing edge, and extending spanwise between the root section and an airfoil tip; a leading edge cooling cavity extending spanwise through the airfoil section from the coolant inlet passage and terminating proximate the airfoil tip; an intermediate cooling cavity disposed aft of the leading edge cavity and extending spanwise through the airfoil section from the coolant inlet passage and terminating proximate the airfoil tip; and a trailing edge cooling cavity disposed aft of the intermediate cavity and extending spanwise through the airfoil section from the coolant inlet passage, and terminating proximate the airfoil tip; a first rib disposed between the leading edge cooling cavity and the intermediate cooling cavity, the first rib extending spanwise through substantially all of the airfoil section between the root section and the airfoil tip, wherein the first rib includes at least one crossover hole disposed proximate the airfoil tip; and a second rib disposed between the intermediate cooling cavity and the trailing edge cooling cavity, the second rib extending spanwise through substantially all of the airfoil section between the root section and the airfoil tip; and the first and second rib (70,72) separates the cooling flow through the airfoil section into discrete, generally upward-flowing cooling cavities (60,66,68) from the coolant inlet passage. a root section including a coolant inlet passage; an airfoil section including a suction sidewall and a pressure sidewall each extending chordwise between a leading edge and a trailing edge, and extending spanwise between the root section and an airfoil tip; a leading edge cooling cavity extending spanwise through the airfoil section from the coolant inlet passage and terminating proximate the airfoil tip; an intermediate cooling cavity disposed aft of the leading edge cavity and extending spanwise through the airfoil section from the coolant inlet passage and terminating proximate the airfoil tip; and a trailing edge cooling cavity disposed aft of the intermediate cavity and extending spanwise through the airfoil section from the coolant inlet passage, and terminating proximate the airfoil tip; a first rib disposed between the leading edge cooling cavity and the intermediate cooling cavity, the first rib extending spanwise through substantially all of the airfoil section between the root section and the airfoil tip, wherein the first rib includes at least one crossover hole disposed proximate the airfoil tip; and a second rib disposed between the intermediate cooling cavity and the trailing edge cooling cavity, the second rib extending spanwise through substantially all of the airfoil section between the root section and the airfoil tip; and
A method at a node hosting a Services Capability Layer, SCL, within a Machine-to-Machine, M2M, domain, said method providing for unique identification of application instances within the M2M domain and comprising: obtaining an application identifier for an application instance, in association with registration of the application instance at the SCL; generating an application instance identifier that is globally unique within the M2M domain, based on the received application identifier, an SCL identifier predefined for identifying the SCL within the M2M domain, and a random value; binding the application instance identifier to the application instance at the SCL; and identifying the application instance within the M2M domain via the application instance identifier, wherein generating the application instance identifier comprises appending the SCL identifier and the random value to the application identifier, or to an alias corresponding to the application identifier. obtaining an application identifier for an application instance, in association with registration of the application instance at the SCL; generating an application instance identifier that is globally unique within the M2M domain, based on the received application identifier, an SCL identifier predefined for identifying the SCL within the M2M domain, and a random value; binding the application instance identifier to the application instance at the SCL; and identifying the application instance within the M2M domain via the application instance identifier, wherein generating the application instance identifier comprises appending the SCL identifier and the random value to the application identifier, or to an alias corresponding to the application identifier.