mhurhangee/ep-ind-claims huggingface dataset:
Method for applying at least one adhesive or non-adhesive enclosing element (14a, 34) to a sheet-like product assortment (11a,b) comprising multiple products, in particular printed products, in which method an enclosing element (14a, 34) of predetermined length is provided and then applied, perpendicular to a selected edge of the product assortment (11a,b), around the edge so that it fits closely against the product assortment (11a,b), characterized in that the product assortment (11a,b) is moved with the selected edge at the front along a transportation path, in particular with the surface essentially parallel to the transportation path, in that the enclosing element (14a, 34) is held ready for use at a predetermined point of the transportation path so that it crosses the transportation path and on both sides of the transportation path on mutually spaced-apart stop means (15, 17a) at the predetermined point of the transportation path, supported in the direction of transportation, and in that the product assortment (11a,b) is moved past the predetermined point between the stop means with the selected edge, and thus carries along the enclosing element (14a, 34) held ready for use with the selected edge.
A method for drawing a fiber with a textured surface, wherein said method comprises the following steps: -) forming of a preform from which the fiber is to be drawn with a textured surface; -) addition of an outer layer to the textured preform to preserve the shape of the texture of the preform surface during the drawing operation; -) drawing of a fiber from the preform, whereby the fiber keeps the formed texture of the preform surface and -) removing the additional outer layer to leave the original surface textured fiber exposed. -) forming of a preform from which the fiber is to be drawn with a textured surface; -) addition of an outer layer to the textured preform to preserve the shape of the texture of the preform surface during the drawing operation; -) drawing of a fiber from the preform, whereby the fiber keeps the formed texture of the preform surface and -) removing the additional outer layer to leave the original surface textured fiber exposed.
An article of footwear having an upper and a sole structure secured to the upper, the sole structure comprising: at least one support member having a sidewall; and a tensile member including a housing associated with the at least one support member and wherein the housing is in contact with the side wall of the at least one support member, and wherein the tensile member is located at least partially surrounding the at least one support member; wherein the article of footwear includes a tensioning device configured to selectively alter properties of the at least one support member, by tightening and loosening the tensile member around the at least one support member; and wherein the sole structure defines a void having a first surface and an opposite second surface, and the at least one support member is located within the void and secured to the first surface and the second surface, wherein the at least one additional support member is located within the void and secured to the first surface and the second surface and wherein the void extends through the sole structure. at least one support member having a sidewall; and a tensile member including a housing associated with the at least one support member and wherein the housing is in contact with the side wall of the at least one support member, and wherein the tensile member is located at least partially surrounding the at least one support member; wherein the article of footwear includes a tensioning device configured to selectively alter properties of the at least one support member, by tightening and loosening the tensile member around the at least one support member; and wherein the sole structure defines a void having a first surface and an opposite second surface, and the at least one support member is located within the void and secured to the first surface and the second surface, wherein the at least one additional support member is located within the void and secured to the first surface and the second surface and wherein the void extends through the sole structure.
A method for intermingling two or more base threads (4, 5), comprising the steps of: a) by means of at least one electric motor, at least one pulley (12, 13) and an accumulating drum, both rotated by the at least one electric motor, driving the base threads (4, 5) near a nozzle, feeding compressed air to the nozzle to achieve the intermingling, and accumulate the intermingled yarn in windings on said accumulating drum; b) detecting the amount of intermingled yarn accumulated on the drum, and c) aborting step a), by stopping the at least one electric motor and the base threads (4, 5), when the amount of intermingled yarn detected in step b) exceeds a threshold value, and d) restarting step a), when the amount of intermingled yarn detected in step b) comes down said threshold value, characterized by the steps of: e) detecting the speed of the base threads (4, 5) or detecting whether the base threads (4, 5) are moving or not, f) shutting down the feed of compressed air to the nozzle contemporaneously, or with a time delay (t"), with respect to step c), and g) reactivating the feed of compressed air to the nozzle contemporaneously, or with a time advance (t'), with respect to step d), wherein steps f) and g) are feedback carried out on the basis of the detected speed of the base threads or depending on whether the base threads are still or moving, respectively, in order to avoid the wastage of compressed air and the jet too long impinging on the same portion of the base threads (4, 5), or the jet shutting down too early thus resulting in a not-intermingled portion of the yarn. a) by means of at least one electric motor, at least one pulley (12, 13) and an accumulating drum, both rotated by the at least one electric motor, driving the base threads (4, 5) near a nozzle, feeding compressed air to the nozzle to achieve the intermingling, and accumulate the intermingled yarn in windings on said accumulating drum; b) detecting the amount of intermingled yarn accumulated on the drum, and c) aborting step a), by stopping the at least one electric motor and the base threads (4, 5), when the amount of intermingled yarn detected in step b) exceeds a threshold value, and d) restarting step a), when the amount of intermingled yarn detected in step b) comes down said threshold value, e) detecting the speed of the base threads (4, 5) or detecting whether the base threads (4, 5) are moving or not, f) shutting down the feed of compressed air to the nozzle contemporaneously, or with a time delay (t"), with respect to step c), and g) reactivating the feed of compressed air to the nozzle contemporaneously, or with a time advance (t'), with respect to step d),
A method for producing UV-absorbing contact lenses, comprising the steps of: obtaining an ophthalmic lens, preferably a contact lens; dipping the ophthalmic lens in a coating solution comprising an organic solvent and a UV-absorbing polymer for a period of time sufficient to form a UV-absorbing coating on the ophthalmic lens, wherein the UV-absorbing polymer comprises a) UV-absorbing monomeric units, b) covalently bound radical-initiating moieties, c) and at least 50%, preferably at least 60%, more preferably at least 70%, even more preferably at least 80%, most preferably at least 90%, by mole of carboxyl-containing monomeric units; irradiating the ophthalmic lens after the dipping step to obtain a photo-induced grafting of the UV-absorbing polymer to the ophthalmic lens, optionally but preferably in the presence of a hydrophilic vinylic monomer or crosslinker. obtaining an ophthalmic lens, preferably a contact lens; dipping the ophthalmic lens in a coating solution comprising an organic solvent and a UV-absorbing polymer for a period of time sufficient to form a UV-absorbing coating on the ophthalmic lens, wherein the UV-absorbing polymer comprises a) UV-absorbing monomeric units, b) covalently bound radical-initiating moieties, c) and at least 50%, preferably at least 60%, more preferably at least 70%, even more preferably at least 80%, most preferably at least 90%, by mole of carboxyl-containing monomeric units; a) UV-absorbing monomeric units, b) covalently bound radical-initiating moieties, c) and at least 50%, preferably at least 60%, more preferably at least 70%, even more preferably at least 80%, most preferably at least 90%, by mole of carboxyl-containing monomeric units; irradiating the ophthalmic lens after the dipping step to obtain a photo-induced grafting of the UV-absorbing polymer to the ophthalmic lens, optionally but preferably in the presence of a hydrophilic vinylic monomer or crosslinker.
A method for producing a helical body, in particular an electrical coil, from an electrically conductive material, in which first the material, in a strand shape, is wound around a mandrel to form a helix (3, 3') having a multitude of turns (9, 10), then, prior to exerting a pressure, the mandrel and the helix are placed into a die, and a base plate fixedly connected to the mandrel is connected to the die by way of a form-locked connection, in particular a bayonet catch, and then a pressure is exerted on the helix in an axial direction thereof, which results in a deformation and a compression of the cross-sections of the individual turns (9, 10) in the axial direction of the helix.
Timepiece movement comprising a frame and a mechanism mounted in or on the frame, the mechanism comprising a flexible guiding system comprising a fixing part and a mobile part which are connected by elastic guiding parts, the flexible guiding system (1, 2, 3) being located at least in part in an opening of an element of the frame and being fixed by the fixing part to the side wall of said opening, the mechanism comprising a component fixedly attached to the mobile part and located outside of the opening.
A computer-implemented method for implementing security patches on a computer system within a network, the method comprising: training the computer system to determine the characteristics of security patches by analyzing known security patches; finding one or more security patches; analyzing, in response to the training, one of the one or more security patches to find one or more localized security fixing patch within the one or more security patches; transforming the security fixing patch within the one or more security patches into a honey patch that is configured to report security violations; and compiling the honey patch to create a decoy system configured to detect a presence of attackers within the computer system, the decoy system alerting a system in the network as to the existence of an attack on the network. training the computer system to determine the characteristics of security patches by analyzing known security patches; finding one or more security patches; analyzing, in response to the training, one of the one or more security patches to find one or more localized security fixing patch within the one or more security patches; transforming the security fixing patch within the one or more security patches into a honey patch that is configured to report security violations; and compiling the honey patch to create a decoy system configured to detect a presence of attackers within the computer system, the decoy system alerting a system in the network as to the existence of an attack on the network.
A device comprising: a switch; a memory configured to store information indicating a debounce time; a switch closed determination circuit configured to determine whether the switch is depressed based on the debounce time; and an age compensation circuit configured to update the debounce time based on an age of the device, characterized in that the age of the device comprises a time since first operation of the device; wherein the age compensation circuit is configured to update the debounce time if the time since first operation of the device is higher than a usage time threshold. a switch; a memory configured to store information indicating a debounce time; a switch closed determination circuit configured to determine whether the switch is depressed based on the debounce time; and an age compensation circuit configured to update the debounce time based on an age of the device, characterized in that the age of the device comprises a time since first operation of the device; wherein the age compensation circuit is configured to update the debounce time if the time since first operation of the device is higher than a usage time threshold.
A process for the preparation of a solid pharmaceutical composition comprising rivaroxaban, or a pharmaceutically acceptable salt or solvate thereof, the process comprising (a) providing a mixture comprising rivaroxaban, or a pharmaceutically acceptable salt or solvate thereof, and at least one pharmaceutically acceptable excipient comprising (i) hot melt granulation of rivaroxaban with at least one excipient and optionally mixing the obtained granulate with additional excipients or (ii) hot melt extrusion of rivaroxaban with at least one excipient, milling the extrudate and optionally mixing the milled extrudate with additional excipients; and (b) converting said mixture to a solid pharmaceutical composition, preferably by compressing the mixture to give a tablet; wherein said process is performed at a temperature of not more than 150 °C. (a) providing a mixture comprising rivaroxaban, or a pharmaceutically acceptable salt or solvate thereof, and at least one pharmaceutically acceptable excipient comprising (i) hot melt granulation of rivaroxaban with at least one excipient and optionally mixing the obtained granulate with additional excipients or (ii) hot melt extrusion of rivaroxaban with at least one excipient, milling the extrudate and optionally mixing the milled extrudate with additional excipients; and (b) converting said mixture to a solid pharmaceutical composition, preferably by compressing the mixture to give a tablet;
A method for performing motion tracking using a mixed reality computing system (104, 110) comprising an image sensor and a hand-held input device (110; 400), the method comprising: performing environmental tracking based on output from the image sensor at first light source brightness and first frame rate, performing object motion tracking based on output from the image sensor at a second light source brightness and a second frame rate that is higher than the first frame rate; detecting (306 - YES) that the hand-held input device is in use; in response to detecting that the hand-held input device is in use, maintaining the environmental tracking at the first light source brightness and the first frame rate, adjusting a power consumption-related parameter of the object motion tracking, wherein adjusting the parameter of the object motion tracking comprises reducing the second frame rate of the object motion tracking; performing object motion tracking based on output from the hand-held input device; performing an action on the mixed reality computer system based on the environmental tracking and object motion tracking, wherein action comprises at least one of: a selection of a user interface object, creation of an augmented reality object, cursor control, game control, and operating system or application interactions. performing environmental tracking based on output from the image sensor at first light source brightness and first frame rate, performing object motion tracking based on output from the image sensor at a second light source brightness and a second frame rate that is higher than the first frame rate; detecting (306 - YES) that the hand-held input device is in use; in response to detecting that the hand-held input device is in use, maintaining the environmental tracking at the first light source brightness and the first frame rate, adjusting a power consumption-related parameter of the object motion tracking, wherein adjusting the parameter of the object motion tracking comprises reducing the second frame rate of the object motion tracking; performing object motion tracking based on output from the hand-held input device; performing an action on the mixed reality computer system based on the environmental tracking and object motion tracking, wherein action comprises at least one of: a selection of a user interface object, creation of an augmented reality object, cursor control, game control, and operating system or application interactions.
A separator for use in zinc/bromine secondary batteries comprising a polyethylene having an overall viscosity average molecular weight of not less than 350,000 and not more than 2,000,000 in which polyethylene a proportion of a polyethylene having a molecular weight of not less than 1,000,000 is not less than 10 wt.% and not more than 80 wt.%, and fine particulate silica, wherein the ratio by weight of polyethylene/fine particulate silica is more than 1 and less than 1.5, and the ratio of the number of silicon atoms (Si) to the number of carbon atoms, Si/C, exposed on the surfaces of said separator excluding cross-sectioned surfaces thereof is not less than 0.01 and less than 0.2 as determined by X-ray photoelectron spectroscopy.
Packaging machine, comprising at least a strip, translatable in a direction of translation and provided with organized blisters and a distribution apparatus able to transfer and position tablets or suchlike in the blisters of said strip, characterized in that said distribution apparatus comprises at least a pair of separate distributor members (12, 13), rotatable and provided with holes configured to present themselves on each occasion in correspondence with said blisters of said strip, in order to transfer and position said tablets or suchlike in said blisters in corresponding zones or sectors (S1, S2) of said strip, separate from each other, wherein said distributor members (12, 13) comprise discs or annular elements, that are independent and concentric with respect to each other and wherein the distribution apparatus comprises a support provided with at least a slit for the passage of the tablets or suchlike, said slit being disposed above the blisters of the strip.
Device for controlling a propeller, having variable-pitch blades, of an aircraft engine, comprising a first piece of hydromechanical equipment for slaving the pitch of the blades of the propeller to a pitch setpoint, and a second piece of hydromechanical equipment for slaving the rotational speed of the propeller to a speed setpoint, characterised in that it comprises a single electromechanical actuator comprising a movable actuating member (31, 36) mechanically connected both to said first piece of hydromechanical equipment for slaving the pitch, in order to control the pitch setpoint, and to said second piece of hydromechanical equipment for slaving the speed, in order to control the speed setpoint.
A magnetic susceptometer for locating tissue in preparation for excision by surgery, by detecting a magnetic marker within the tissue, the magnetic susceptometer comprising a probe, the probe comprising: a probe core having a first end and a second end, the probe core defining two regions for containing coils of wire, one of the regions being adjacent the first end of the probe core; two sense coils (16, 16'), one each of the sense coils being located in a respective one of the regions; two drive coils (10, 10'), one each of the drive coils being located in a respective one of the regions, each drive coil being arranged to generate a primary alternating magnetic drive field; and a source of a secondary alternating magnetic drive field, wherein the regions are separated by a distance equal to or greater than the diameter of one of the drive and sense coils; wherein the magnetic susceptometer is arranged such that the primary alternating magnetic drive field has a frequency, f 0, and the secondary alternating magnetic drive field has a lower frequency, f 1, from that of the primary alternating magnetic drive field; wherein the magnetic susceptometer is arranged to detect a signal generated by the magnetic marker at a mixing frequency of f 0 ± 2nf 1, where n is a whole number. a probe core having a first end and a second end, the probe core defining two regions for containing coils of wire, one of the regions being adjacent the first end of the probe core; two sense coils (16, 16'), one each of the sense coils being located in a respective one of the regions; two drive coils (10, 10'), one each of the drive coils being located in a respective one of the regions, each drive coil being arranged to generate a primary alternating magnetic drive field; and a source of a secondary alternating magnetic drive field, wherein the regions are separated by a distance equal to or greater than the diameter of one of the drive and sense coils; wherein the magnetic susceptometer is arranged such that the primary alternating magnetic drive field has a frequency, f 0, and the secondary alternating magnetic drive field has a lower frequency, f 1, from that of the primary alternating magnetic drive field; wherein the magnetic susceptometer is arranged to detect a signal generated by the magnetic marker at a mixing frequency of f 0 ± 2nf 1, where n is a whole number.
A method of characterizing a container that was formed in a mold and configured to hold a fluid, the method comprising: providing the container, the container comprising: at least one vertical sidewall; and a bottom coupled to the at least one vertical sidewall, the bottom being configured to receive an acoustic signal, the bottom including a plurality of recesses, grooves, or protrusions thereon or therein that form a tag that uniquely identifies the location in the mod where the tag was fabricated; transmitting an acoustic signal through the bottom, the plurality of recesses, grooves, or protrusions providing a plurality of times of flight of the acoustic signal through the bottom; receiving a reflection of the transmitted acoustic signal; and characterizing an acoustic impedance of the container based on the reflection. at least one vertical sidewall; and a bottom coupled to the at least one vertical sidewall, the bottom being configured to receive an acoustic signal, the bottom including a plurality of recesses, grooves, or protrusions thereon or therein that form a tag that uniquely identifies the location in the mod where the tag was fabricated; transmitting an acoustic signal through the bottom, the plurality of recesses, grooves, or protrusions providing a plurality of times of flight of the acoustic signal through the bottom; receiving a reflection of the transmitted acoustic signal; and characterizing an acoustic impedance of the container based on the reflection.