mhurhangee/ep-ind-claims huggingface dataset:
A disinfectant cap for disinfecting a surface of a medical device, comprising: a cap body having a bottom wall and a sidewall extending therefrom, the sidewall defining a top opening; antiseptic fluid contained within the cap body; and a deformable dome insert positioned within the cap body, the dome insert and the cap body defining a first chamber for containing the antiseptic fluid, the dome insert being inwardly deformable from a first position sealing the antiseptic fluid within the cap body to a second position releasing the antiseptic fluid from the cap body. a cap body having a bottom wall and a sidewall extending therefrom, the sidewall defining a top opening; antiseptic fluid contained within the cap body; and a deformable dome insert positioned within the cap body, the dome insert and the cap body defining a first chamber for containing the antiseptic fluid, the dome insert being inwardly deformable from a first position sealing the antiseptic fluid within the cap body to a second position releasing the antiseptic fluid from the cap body.
A composite structure, comprising: a textile arrangement of at least one textile layer, each of the at least one textile layer being constructed of textile fibers and having a distribution of pores formed therein, the distribution of pores being formed by spaces or voids, the distribution of pores including a number of intra-fiber pores formed of intra-fiber spaces within individual textile fibers and a number of inter-fiber pores between textile fibers, each intra-fiber pore having a respective pore diameter corresponding to a dimension of the intra-fiber space and each inter-fiber pore having a respective pore diameter corresponding to a distance between textile fibers forming the inter-fiber pore; a first resin filling the intra-fiber pores and also those inter-fiber pores having a pore diameter equal to or less than a pore diameter threshold; and a second resin bonded to the first resin and substantially filling those inter-fiber pores having a pore diameter greater than the pore diameter threshold, wherein the composite structure is obtainable by selectively filling with the first resin, in the textile layer, only those pores having a pore diameter equal to or less than the pore diameter threshold by non-selectively applying the first resin to the textile layer, wherein the first resin has a predetermined wetting threshold with respect to the textile fibers of the textile layer that is predicted to limit the first resin to fill only those pores having a pore diameter equal to or less than the pore diameter threshold. a textile arrangement of at least one textile layer, each of the at least one textile layer being constructed of textile fibers and having a distribution of pores formed therein, the distribution of pores being formed by spaces or voids, the distribution of pores including a number of intra-fiber pores formed of intra-fiber spaces within individual textile fibers and a number of inter-fiber pores between textile fibers, each intra-fiber pore having a respective pore diameter corresponding to a dimension of the intra-fiber space and each inter-fiber pore having a respective pore diameter corresponding to a distance between textile fibers forming the inter-fiber pore; a first resin filling the intra-fiber pores and also those inter-fiber pores having a pore diameter equal to or less than a pore diameter threshold; and a second resin bonded to the first resin and substantially filling those inter-fiber pores having a pore diameter greater than the pore diameter threshold, wherein the composite structure is obtainable by selectively filling with the first resin, in the textile layer, only those pores having a pore diameter equal to or less than the pore diameter threshold by non-selectively applying the first resin to the textile layer, wherein the first resin has a predetermined wetting threshold with respect to the textile fibers of the textile layer that is predicted to limit the first resin to fill only those pores having a pore diameter equal to or less than the pore diameter threshold.
A residue management tool (50, 150, 250) mountable to a frame of a seeder for cutting or clearing residue on the ground, comprising a pivotable arm having a proximal end and a distal end, the proximal end of the pivotable arm adapted to be directly or indirectly pivotally mounted to the frame; a rotatable cutting or clearing device (62, 162, 262) operably mounted to the distal end of the pivotable arm and operative to cut or clear the residue on the ground; a first biasing device (66, 166, 266) operative to exert a downward bias force on the pivotable arm to engage the rotatable cutting or clearing device (62, 162, 262) with the ground; and a depth restraint (70, 270) operative to prevent the rotatable cutting or clearing device from over-penetrating the ground; wherein the pivotable arm comprises a pivot arm (52, 152, 252) and a mounting arm (60, 160, 260) operably attached to each other at one of their ends by means of a mounting device (58, 158, 258), characterised in that the free end of the pivot arm (52, 152, 252) attaches to the frame and the free end of the mounting arm (60, 160, 260) mounts the rotatable cutting or clearing device (62, 162, 262), and that the mounting device (58, 158, 258) is adapted to allow the mounting arm (60, 160, 260) to move from side to side relative to the ground using a pivot pin (69, 169, 269).
A method for managing resources, comprising: receiving, by a base station, first uplink data or first acknowledgement information sent by a user equipment after establishing a connection with the user equipment; characterized by decoding, by the base station, the first uplink data or the first acknowledgement information according to a format of periodic indication information comprised in the first uplink data or the first acknowledgement information so as to timely acquire whether the user equipment validates periodic resources corresponding to the periodic indication information; and when the first uplink data or the first acknowledgement information is successfully decoded, determining, by the base station, that the first uplink data or the first acknowledgement information comprises the periodic indication information and thus the user equipment has validated the periodic resources, and then validating, by the base station, periodic resources corresponding to the periodic indication information comprised in the first uplink data or the first acknowledgement information without validating the periodic resources corresponding to the periodic indication information immediately after establishing a connection with the user equipment, wherein the periodic indication information comprises periodic indication information related to a system frame number. receiving, by a base station, first uplink data or first acknowledgement information sent by a user equipment after establishing a connection with the user equipment; characterized by decoding, by the base station, the first uplink data or the first acknowledgement information according to a format of periodic indication information comprised in the first uplink data or the first acknowledgement information so as to timely acquire whether the user equipment validates periodic resources corresponding to the periodic indication information; and when the first uplink data or the first acknowledgement information is successfully decoded, determining, by the base station, that the first uplink data or the first acknowledgement information comprises the periodic indication information and thus the user equipment has validated the periodic resources, and then validating, by the base station, periodic resources corresponding to the periodic indication information comprised in the first uplink data or the first acknowledgement information without validating the periodic resources corresponding to the periodic indication information immediately after establishing a connection with the user equipment, wherein the periodic indication information comprises periodic indication information related to a system frame number.
A stator for a transverse flux machine, the stator comprising: a first stator portion comprising a first set of stator teeth; and a second stator portion comprising a second set of stator teeth; wherein a first stator tooth and an adjacent second stator tooth in the first set of stator teeth are separated, center to center, by a first angular distance; wherein one or more remaining stator teeth in the first set of stator teeth are separated, center to center, by a second angular distance, the second angular distance being different from the first angular distance; wherein said transverse flux machine is an electrical machine in which magnetic flux paths have sections where the flux is transverse to a rotational plane of the machine; wherein a first stator tooth and an adjacent second stator tooth in the second set of stator teeth are separated by a third angular distance; and wherein one or more remaining stator teeth in the second set of stator teeth are each separated by a fourth angular distance, the fourth angular distance being different from the third angular distance; characterized in that any of the first set of stator teeth provides a flux path to any of the second set of stator teeth, the flux path traversing at least partially around a coil at least partially enclosed by the first stator portion and the second stator portion. a first stator portion comprising a first set of stator teeth; and a second stator portion comprising a second set of stator teeth; wherein a first stator tooth and an adjacent second stator tooth in the first set of stator teeth are separated, center to center, by a first angular distance; wherein one or more remaining stator teeth in the first set of stator teeth are separated, center to center, by a second angular distance, the second angular distance being different from the first angular distance; wherein said transverse flux machine is an electrical machine in which magnetic flux paths have sections where the flux is transverse to a rotational plane of the machine; wherein a first stator tooth and an adjacent second stator tooth in the second set of stator teeth are separated by a third angular distance; and wherein one or more remaining stator teeth in the second set of stator teeth are each separated by a fourth angular distance, the fourth angular distance being different from the third angular distance; characterized in that any of the first set of stator teeth provides a flux path to any of the second set of stator teeth, the flux path traversing at least partially around a coil at least partially enclosed by the first stator portion and the second stator portion.
An adhesive patch comprising: a support; a pressure-sensitive adhesive agent layer provided on one surface of the support; a release sheet which is releasably attached to the pressure-sensitive adhesive agent layer; and a first weakened part which is formed in the release sheet, the weakened part being for easily dividing the release sheet into two parts, wherein a pinching piece forming sheet is fixed on the release sheet at two portions such that the pinching piece forming sheet covers the first weakened part, and portions of the pinching piece forming sheet which are other than the two fixed portions function as pinching pieces and, and in the pinching piece forming sheet, a second weakened part for easily dividing the release sheet is formed at a position corresponding to the first weakened part of the release sheet, wherein the support has stretching properties and is made of one selected from the group consisting of a woven fabric, a knit fabric, a nonwoven fabric, a nonwoven paper, and a film, and wherein the two fixed portions between the release sheet and the pinching piece forming sheet are formed such that they are spaced from the second weakened part on the right and left of the weakened part. a support; a pressure-sensitive adhesive agent layer provided on one surface of the support; a release sheet which is releasably attached to the pressure-sensitive adhesive agent layer; and a first weakened part which is formed in the release sheet, the weakened part being for easily dividing the release sheet into two parts, wherein a pinching piece forming sheet is fixed on the release sheet at two portions such that the pinching piece forming sheet covers the first weakened part, and portions of the pinching piece forming sheet which are other than the two fixed portions function as pinching pieces and, and in the pinching piece forming sheet, a second weakened part for easily dividing the release sheet is formed at a position corresponding to the first weakened part of the release sheet,
Packaging system for a two-wheeler, in particular for a motorcycle, comprising a packaging device and a support body, wherein the packaging device extends in a longitudinal direction and a transverse direction oriented transversely and in particular perpendicularly to the longitudinal direction, the packaging device comprising: a base and two support parts, which support parts are spaced apart from one another in the transverse direction and stand on the base and extend in a vertical direction oriented transversely and in particular perpendicularly to the longitudinal direction and to the transverse direction, wherein a gap is located between the support parts, wherein the support parts, on the side thereof facing away from the base and at a distance therefrom, each comprise or form a support element for supporting the support body, which support body is arranged and held in a predetermined or predeterminable position on a wheel hub or axle of a wheel of the two-wheeler, wherein the support body is configured to rest on the respective support element of the support part and a supporting force of the support body is transferable to the base via the support part, characterized in that: - the support parts are made of a paper material, in particular of corrugated cardboard; - the support parts comprise a plurality of overlapping flat material layers positioned laterally next to one another in the transverse direction, wherein two or more adjacent material layers rest flatly against one another; - the support parts comprise a ramp element rising in the vertical direction, against and in particular on which the support body is configured to rest and is guideable in the longitudinal direction toward the support element; and - the support parts comprise or form a flat supporting element and rest flatly on the base by means of the supporting element. - the support parts are made of a paper material, in particular of corrugated cardboard; - the support parts comprise a plurality of overlapping flat material layers positioned laterally next to one another in the transverse direction, wherein two or more adjacent material layers rest flatly against one another; - the support parts comprise a ramp element rising in the vertical direction, against and in particular on which the support body is configured to rest and is guideable in the longitudinal direction toward the support element; and - the support parts comprise or form a flat supporting element and rest flatly on the base by means of the supporting element.
Device for removing a foam cutout from a slot of a foam product, in particular a mattress, comprising - a conveyor for the foam product with an inlet region and an outlet region and - at least one removal tool for removing the foam cutout from the slot, the conveyor having a first conveying means and a second conveying means which can be spaced apart relative to the first and defines a circular path section (8a, b), and a gap with variable width being provided between the first and second conveying means (6, 7), the foam product introduced into the gap being movable by the conveying means (6, 7) in a conveying direction and the conveyor serving as a bending device for the foam product for opening the slot, wherein the second conveying means comprises a plurality of individual rotating rollers or drums arranged on a circular path section (8a, b), and the entirety of the rollers or drums or alternatively individual rollers or drums are arranged adjustably relative to the first conveying means, characterized in that the second conveying means has at least two circular path sections (8a,b) carrying the rotating rollers or drums and the circular path sections (8a, b) are designed to be pivotable relative to one another about a pivot axis provided at the vertex of the circular path and the radius of the circle defined by the circular path sections (8a, b) is variable by pivoting the circular path sections (8a, b). - a conveyor for the foam product with an inlet region and an outlet region and - at least one removal tool for removing the foam cutout from the slot,
Equipment for preparing a solution of a non-ionic, cationic, anionic or amphoteric polymer P2 by reaction between a compound comprising at least one aldehyde function and at least one aqueous solution of base polymer P1 comprising at least one non-ionic monomer selected among acrylamide, methacrylamide, N,N-dimethylacrylamide, and acrylonitrile, said equipment comprising a reactor provided with a stirring system; as well as at least: - a pipe intended to feed the reactor with water, - a pipe equipped with a metering pump intended to feed the reactor with a polymer P1 aqueous solution, - a pipe equipped with a metering pump intended to feed the reactor with the compound comprising at least one aldehyde function, - a pipe equipped with a metering pump intended to feed the reactor with base, - a pipe equipped with a metering pump intended to feed the reactor with acid, said reactor comprising a recirculation loop intended to make the polymer P2 solution recirculate from the bottom of the reactor towards an upper level of the reactor, characterised in that said recirculation circuit comprises between the outlet of the reactor and the inlet of the reactor, a recirculation pump, a pH measuring probe, and a pressure differential in-line measuring device in the form of a calibrated tube intended to measure the pressure difference of the polymer P2 solution between the inlet and the outlet of said calibrated tube, said calibrated tube being positioned in the bypass of the recirculation loop. - a pipe intended to feed the reactor with water, - a pipe equipped with a metering pump intended to feed the reactor with a polymer P1 aqueous solution, - a pipe equipped with a metering pump intended to feed the reactor with the compound comprising at least one aldehyde function, - a pipe equipped with a metering pump intended to feed the reactor with base, - a pipe equipped with a metering pump intended to feed the reactor with acid,
A mobile fireproof and detonation-proof chamber for the storage of flammable and detonable objects, comprising at least one fireproof and detonation-proof container (7, 7', 7") arranged in a detachable manner on a front openable and lockable door (6, 6', 6") of chamber, which enables the container (7, 7', 7") to be swung out from an inner detonation-proof position for the storage of the flammable and detonable objects in the chamber to an outer non-detonation-proof position outside the chamber for loading and unloading said objects, wherein said at least one container (7, 7', 7") comprises a fire-mitigating and detonation-mitigating insert arranged in a detachable manner, and a top part mounted on the underside of the roof part of the chamber.
Method for mounting or removing a container of energy that powers an engine or motor that propels a motor vehicle, fixed to the motor vehicle using a lock on which a piston acts, characterized in that it comprises the following steps:: disengaging the lock by a pushing action on the piston against the action of an elastic means so as to cause said piston to move translationally with respect to the lock;: turning the lock about the axis of translational movement of the piston so as to lock or unlock it and lock or unlock the container of energy.: disengaging the lock by a pushing action on the piston against the action of an elastic means so as to cause said piston to move translationally with respect to the lock;: turning the lock about the axis of translational movement of the piston so as to lock or unlock it and lock or unlock the container of energy.
Heald frame crossbar for weaving looms consisting of a profile which comprises a hollow body ending with an appendix at the inner longitudinal edge of the crossbar, said appendix being arranged for attaching the healds, wherein stiffening elements consisting of bars are fixed within cavities formed at least at the outer edge of said hollow body, characterised in that said crossbar further comprises sheets which coat at least part of the corresponding outer sides of the hollow body and also extend to fully coat a corresponding stiffening bar, and in that said stiffening elements (1, 2) are made of composite materials exhibiting a high elastic modulus, such as composite materials based on standard carbon fibres for general uses having an elastic modulus of about 200 GPa, or based on high modulus carbon fibres having an elastic modulus ranging from 300 to over 600 GPa.
Stainless steel used for oil country tubular goods, consisting of, in percent by mass, 0.001% to 0.05% C, 0.05% to 1% Si, at most 2% Mn, at most 0.03% P, less than 0.002% S, 16% to 18% Cr, 3.5% to 7% Ni, more than 2% and at most 4% Mo, 1.5% to 4% Cu, 0.001% to 0.3% rare earth metal, 0.001% to 0.1% sol. Al, 0.0001% to 0.01% Ca, at most 0.05% O, and at most 0.05% N, and one or more selected from the group consisting of at most 0.5% Ti, at most 0.5% Zr, at most 0.5% Hf, at most 0.5% V, and at most 0.5% Nb, the balance consisting of Fe and impurities, wherein the steel has a structure including, in percent by volume, 10% to 60% ferrite phase and 2% to 10% residual austenite phase and has a yield stress of at least 654 MPa.
Electrical construction unit for inductive charging current transmission having a housing within which at least one electrical coil device for inductive energy transmission is arranged, having an interface which enables electrically conductive contacting of this coil device, wherein the housing having a first housing part and a second housing part, which are fastened to one another by at least one fastening means and wherein the two housing parts (22, 12) each extending at least along a longitudinal direction and a width direction perpendicular to this longitudinal direction, and having at least one electrical connection device for connecting the electrical construction unit to a power supply system, wherein the construction unit having a carrier device for supporting the coil device and wherein a electronical control device (142, 144) for controlling the construction unit is arranged on and/or in this carrier device, characterised in that the two housing parts (22, 24) are mounted movable with respect to each other in the longitudinal direction and/or the width direction. wherein the construction unit having a carrier device for supporting the coil device and wherein a electronical control device (142, 144) for controlling the construction unit is arranged on and/or in this carrier device, characterised in that the two housing parts (22, 24) are mounted movable with respect to each other in the longitudinal direction and/or the width direction.