mhurhangee/ep-ind-claims huggingface dataset:
Tamper-evident coupling system comprising: - at least one first base portion of sheet material, - at least one second base portion of sheet material, - at least a first coupling portion carried by the first base portion, - at least one second coupling portion carried by the second base portion and configured for cooperating with said first coupling portion, said second coupling portion facing, optionally at least partially contacting, the second base portion, the first and the second coupling portions (13, 14) being configured for defining at least one arming condition in which said first and second coupling portions (13, 14) are stably engaged with each other, wherein at least one between the first and the second coupling portions (13, 14) comprises at least one weakening element configured for defining, on at least one of said first and second coupling portions (13, 14), at least one removable portion, said removable portion being configured for separating from the coupling system upon a first disengagement condition of said first and second coupling portions (13, 14) following said arming condition for preventing a subsequent coupling of said first and second coupling portions (13, 14), characterized by the fact that the coupling system comprises at least one through opening defined on the second base portion configured for enabling to display - through the through opening itself and at least during the arming condition of the coupling system - at least part of the weakening element. - at least one first base portion of sheet material, - at least one second base portion of sheet material, - at least a first coupling portion carried by the first base portion, - at least one second coupling portion carried by the second base portion and configured for cooperating with said first coupling portion, said second coupling portion facing, optionally at least partially contacting, the second base portion, the first and the second coupling portions (13, 14) being configured for defining at least one arming condition in which said first and second coupling portions (13, 14) are stably engaged with each other, wherein at least one between the first and the second coupling portions (13, 14) comprises at least one weakening element configured for defining, on at least one of said first and second coupling portions (13, 14), at least one removable portion, said removable portion being configured for separating from the coupling system upon a first disengagement condition of said first and second coupling portions (13, 14) following said arming condition for preventing a subsequent coupling of said first and second coupling portions (13, 14), characterized by the fact that the coupling system comprises at least one through opening defined on the second base portion configured for enabling to display - through the through opening itself and at least during the arming condition of the coupling system - at least part of the weakening element.
An anvil roll comprising a roll surface made of a hard material including at least either cemented carbide or cermet, the hard material having a Young's modulus of between 300 GPa and 400 GPa.
A towfish intended to be submerged and towed by a cable, the towfish comprising a frame configured to move through water in a main horizontal direction and at least one appendage configured to generate a downwardly directed hydrodynamic lift for the towfish when the towfish moves through water under the effect of towing, with the appendage being orientable so as to modify its lift, the towfish comprising a crosshead free to rotate relative to the frame about a horizontal axis perpendicular to the main horizontal direction, with the cable being intended to be attached to the crosshead, the towfish comprising a non-motorised mechanism configured so that an orientation ( γ) of the appendage, allowing it to modify the lift, is dependent on an angle ( β) formed between the crosshead and the frame that is defined based on the main horizontal direction, with a law connecting the angle ( β) to the orientation ( γ) of the appendage being configured so that when the value of the angle ( β) decreases, the orientation ( γ) of the appendage is increased so as to reduce the hydrodynamic lift on the towfish and, above a first given value of the angle ( β), the orientation ( γ) of the appendage is fixed so as to generate lift, called operational lift, on the towfish and, below the first given value of the angle ( β), the orientation ( γ) of the appendage is increased when the value of the angle ( β) decreases so as to reduce the lift relative to the operational lift.
Process for absorbing acid compounds contained in a gaseous effluent, in which the gaseous effluent is brought into contact with an aqueous solution comprising at least one amine and at least one compound for inhibiting the degradation of the amine, characterized in that: - the degradation-inhibiting compound is a triazole or a tetrazole, comprising at least one substituent comprising a sulfur atom; - a stainless steel of 1.4462 or 1.4410 or 1.4547 grade, which is resistant to corrosion when it is in contact with said amine degradation-inhibiting compound, is selected beforehand; - equipment is used, the surfaces of which in contact with said aqueous solution are manufactured from said stainless steel. - the degradation-inhibiting compound is a triazole or a tetrazole, comprising at least one substituent comprising a sulfur atom; - a stainless steel of 1.4462 or 1.4410 or 1.4547 grade, which is resistant to corrosion when it is in contact with said amine degradation-inhibiting compound, is selected beforehand; - equipment is used, the surfaces of which in contact with said aqueous solution are manufactured from said stainless steel.
A gear shifting system comprising a drive shaft, the drive shaft being configured for connecting a face gear and at least one power transmission component of the gear shifting system, the gear shifting system comprising: a. the drive shaft having an axis of rotation and having a first end of the drive shaft and a second end; b. the at least one power transmission component which is coupled to the second end of the drive shaft; and c. the face gear comprising a cog-disk and at least one concentric gear-ring(s); wherein the drive shaft further comprises a pinion gear assembly coupled to the first end of the drive shaft in which the pinion gear assembly is configured to mesh with one of the concentric gear-rings on the face gear, so that the rotational movement of the gear-ring is transmitted to the drive shaft; in which the pinion gear assembly comprises one or more engaging elements; and the one or more engaging elements of the pinion gear assembly is engaging one of the concentric gear-rings of the face gear; wherein the pinion gear assembly comprises a spinner, wherein the spinner comprises at least two sections, wherein all the sections have an unequal number of engaging elements characterised in that the spinner further comprises a rotator, wherein the rotator can move both axially on the drive shaft; and rotate around the drive shaft from zero up to 36 degrees of rotation. for connecting a face gear and at least one power transmission component of the gear shifting system, the gear shifting system comprising: a. the drive shaft having an axis of rotation and having a first end of the drive shaft and a second end; b. the at least one power transmission component which is coupled to the second end of the drive shaft; and c. the face gear comprising a cog-disk and at least one concentric gear-ring(s); a. the drive shaft having an axis of rotation and having a first end of the drive shaft and a second end; b. the at least one power transmission component which is coupled to the second end of the drive shaft; and c. the face gear comprising a cog-disk and at least one concentric gear-ring(s); wherein the drive shaft further comprises a pinion gear assembly coupled to the first end of the drive shaft in which the pinion gear assembly is configured to mesh with one of the concentric gear-rings on the face gear, so that the rotational movement of the gear-ring is transmitted to the drive shaft; in which the pinion gear assembly comprises one or more engaging elements; and the one or more engaging elements of the pinion gear assembly is engaging one of the concentric gear-rings of the face gear; wherein the pinion gear assembly comprises a spinner, wherein the spinner comprises at least two sections, wherein all the sections have an unequal number of engaging elements characterised in that the spinner further comprises a rotator, wherein the rotator can move both axially on the drive shaft; and rotate around the drive shaft from zero up to 36 degrees of rotation.
Device for handling containers, comprising a clean room for receiving the containers, in which a first pressure (p 1) can be provided, and at least one fluid-operable actuator arranged at least partially inside the clean room, wherein the actuator comprises two working spaces (6, 8) divided by a movable element into which a fluid can be introduced, characterised in that the actuator can be operated at least at times with a pressure of the fluid which is lower than the first pressure and that the fluid in the first working space at least at times has a pressure (p 2, p 3) which is different from the pressure (p 3, p 2) in the second working space, wherein in the clean room always the first pressure (p 1) is provided which is greater than the pressures (p 2, p 3) in the working spaces (6, 8).
Computer-implemented apparatus for processing data, having a digital chip having at least one part that is reconfigurable by a number N of configuration descriptions, with N ≥ 1, a determined configuration description from the number N for reconfiguring the reconfigurable part, and a providing unit for providing an identifier specific to the determined configuration description by using a number A of derivation parameters comprising the determined configuration description, with A ≥ 1, wherein the part reconfigured with the determined configuration description is set up to perform a cryptographic function on determined data by using the provided specific identifier to generate cryptographically processed data, characterized in that the providing unit is set up to provide an identifier specific to a group of determined configuration descriptions and to form a hash value as the identifier specific to the group of determined configuration descriptions by applying a determined hash function to the group of determined configuration descriptions.
Housing assembly for an electronic circuit, having an interior housing and an exterior housing surrounding the interior housing, wherein the interior housing has thermally insulating housing walls (16, 22) and an electrical dehumidifying unit, characterized in that - a moisture buffer is arranged in the interior housing and/or the exterior housing, - the moisture buffer comprises a hygroscopic material, and - the moisture buffer is electrically heatable, in order to transform water bound by the hygroscopic material into the gaseous state of aggregation. - a moisture buffer is arranged in the interior housing and/or the exterior housing, - the moisture buffer comprises a hygroscopic material, and - the moisture buffer is electrically heatable, in order to transform water bound by the hygroscopic material into the gaseous state of aggregation.
A filter device for filtering a musical sound in an electronic musical instrument based on a given sound pitch and a given velocity comprising: a filter coefficient calculation means for outputting a set of filter coefficients; and a filter means for providing filter processing based on filter characteristics determined by the set of filter coefficients outputted from the filter coefficient calculation means for said musical sound to generate a filtered musical sound; wherein the filter coefficient calculation means comprises: a parameter table (35, 35a) having a first memory storing a plurality of sets of filter coefficients in the filter means that are associated with a first parameter based on each of a plurality of turnover frequencies and a second parameter based on each of a plurality of gain levels; and a filter coefficient generating means (25, 31, 32-34, 36, 37-41) for extracting a relevant set of filter coefficients from the first memory of the parameter table based on the first parameter and the second parameter determined according to said sound pitch and said velocity, and outputting the extracted set of filter coefficients to the filter means; characterized in that a slope of filter characteristics of the filter means above a reference frequency is based on the turnover frequencies and the plurality of gain levels; and the slope of the filter characteristics of the filter means becomes larger as the velocity becomes larger. a filter coefficient calculation means for outputting a set of filter coefficients; and a filter means for providing filter processing based on filter characteristics determined by the set of filter coefficients outputted from the filter coefficient calculation means for said musical sound to generate a filtered musical sound; a parameter table (35, 35a) having a first memory storing a plurality of sets of filter coefficients in the filter means that are associated with a first parameter based on each of a plurality of turnover frequencies and a second parameter based on each of a plurality of gain levels; and a filter coefficient generating means (25, 31, 32-34, 36, 37-41) for extracting a relevant set of filter coefficients from the first memory of the parameter table based on the first parameter and the second parameter determined according to said sound pitch and said velocity, and outputting the extracted set of filter coefficients to the filter means; a slope of filter characteristics of the filter means above a reference frequency is based on the turnover frequencies and the plurality of gain levels; and the slope of the filter characteristics of the filter means becomes larger as the velocity becomes larger.
A spinneret comprising: a body having a concave cavity configured to receive a liquid material; a reservoir cover plate placed on a bottom plate of the body, the reservoir cover and the bottom plate together defining a reservoir to hold the liquid material, wherein the reservoir cover plate comprises openings that allow fluid contained by the reservoir cover plate and the bottom plate to escape from the reservoir during use, and wherein the reservoir cover plate has a circular opening to allow introduction of material to be spun into the reservoir; a lid coupled to the body, wherein the lid is positioned above the body such that a gap exists between the lid and the body; and wherein the spinneret is configured to rotate about a spin axis that is centered within the concave cavity such that rotation of the spinneret causes the material disposed in the body to exit the spinneret through the gap to form superfine fibers having a diameter of 1 nanometer to 200 microns using centrifugal force. a body having a concave cavity configured to receive a liquid material; a reservoir cover plate placed on a bottom plate of the body, the reservoir cover and the bottom plate together defining a reservoir to hold the liquid material, wherein the reservoir cover plate comprises openings that allow fluid contained by the reservoir cover plate and the bottom plate to escape from the reservoir during use, and wherein the reservoir cover plate has a circular opening to allow introduction of material to be spun into the reservoir; a lid coupled to the body, wherein the lid is positioned above the body such that a gap exists between the lid and the body; and wherein the spinneret is configured to rotate about a spin axis that is centered within the concave cavity such that rotation of the spinneret causes the material disposed in the body to exit the spinneret through the gap to form superfine fibers having a diameter of 1 nanometer to 200 microns using centrifugal force.
A therapeutic support apparatus comprising: a user support surface extending along a longitudinal axis, the user support surface having a head section and a torso section, each of the head section and the torso section being operable to angle relative to the longitudinal axis, an elevation unit operable to position at least one of the head section and torso section at angles relative to the longitudinal axis, a monitor to acquire data related to a user while sleeping on the user support surface, and an alarm operable to activate based on the data acquired by the monitor, wherein at least one of the elevation unit and the alarm is activated in response to the data acquired by the monitor to control oxygen desaturation of the user, wherein the elevation unit includes: a first plate couple to a second plate at a hinge, and at least one inflatable bladder positioned between the first plate and the second plate, wherein the at least one inflatable bladder is operable to inflate and deflate to move the second plate to an angle relative to the first plate, wherein the at least one inflatable bladder includes a head bladder (32, 34) and a torso bladder (38, 40), wherein the head bladder (32, 34) is operable to inflate and deflate to move a head section of the second plate to a head angle relative to the first plate, and wherein the torso bladder (38, 40) is operable to inflate and deflate to move a torso section of the second plate to a torso angle relative to the first plate. a user support surface extending along a longitudinal axis, the user support surface having a head section and a torso section, each of the head section and the torso section being operable to angle relative to the longitudinal axis, an elevation unit operable to position at least one of the head section and torso section at angles relative to the longitudinal axis, a monitor to acquire data related to a user while sleeping on the user support surface, and an alarm operable to activate based on the data acquired by the monitor, wherein at least one of the elevation unit and the alarm is activated in response to the data acquired by the monitor to control oxygen desaturation of the user, wherein the elevation unit includes: a first plate couple to a second plate at a hinge, and at least one inflatable bladder positioned between the first plate and the second plate, a first plate couple to a second plate at a hinge, and at least one inflatable bladder positioned between the first plate and the second plate, wherein the at least one inflatable bladder is operable to inflate and deflate to move the second plate to an angle relative to the first plate, wherein the at least one inflatable bladder includes a head bladder (32, 34) and a torso bladder (38, 40), wherein the head bladder (32, 34) is operable to inflate and deflate to move a head section of the second plate to a head angle relative to the first plate, and wherein the torso bladder (38, 40) is operable to inflate and deflate to move a torso section of the second plate to a torso angle relative to the first plate.
An emulsion comprising water and an immiscible predominantly hydrocarbon-based liquid, wherein the emulsion further comprises at least one glycoprotein for inhibiting the growth of microorganisms, said glycoprotein is selected from the group consisting of lactoferrin, apolactoferrin, lactoglobulin, fetuin, and a lectin, said glycoprotein being capable of binding to one of a monosaccharide and an oligosaccharide, wherein the immiscible predominantly hydrocarbon-based liquid is a fuel.
A wireless communication apparatus for point-to-point wireless communication, the wireless communication apparatus comprising a first outdoor enclosure and a second outdoor enclosure, wherein said first outdoor enclosure is configured to accommodate a first electronic circuit for performing baseband digital signal processing, to mount receptacles (112, 113) for connecting to an external apparatus via a first communication cable and to the second outdoor enclosure via a second communication cable, and to protect said first electronic circuit from ingress of water and dust; said second outdoor enclosure is configured to accommodate a second electronic circuit for performing analog signal processing at a carrier frequency, to mount a waveguide flange for connecting to an antenna, and to protect said second electronic circuit from ingress of water and dust; and the wireless communication apparatus is characterized by further comprising: a mounting base configured to be fixed to an antenna bracket of said antenna and also configured to support said first outdoor enclosure and said second outdoor enclosure in a manner such that said second outdoor enclosure is disposed in a space between the mounting base and said first outdoor enclosure. said first outdoor enclosure is configured to accommodate a first electronic circuit for performing baseband digital signal processing, to mount receptacles (112, 113) for connecting to an external apparatus via a first communication cable and to the second outdoor enclosure via a second communication cable, and to protect said first electronic circuit from ingress of water and dust; said second outdoor enclosure is configured to accommodate a second electronic circuit for performing analog signal processing at a carrier frequency, to mount a waveguide flange for connecting to an antenna, and to protect said second electronic circuit from ingress of water and dust; and the wireless communication apparatus is characterized by further comprising: a mounting base configured to be fixed to an antenna bracket of said antenna and also configured to support said first outdoor enclosure and said second outdoor enclosure in a manner such that said second outdoor enclosure is disposed in a space between the mounting base and said first outdoor enclosure.
A pharmaceutical composition comprising zebularine, or a pharmaceutically acceptable salt thereof, and retinoic acid, or a pharmaceutically acceptable salt thereof, and at least one pharmaceutically acceptable carrier for use in the promotion of regeneration and healing of wounds resulting from mechanical injuries, chemical injuries, burns, radiation injuries, surgical operations or pathological conditions.
A carrier assembly for an operating unit of an agricultural machine, the carrier assembly including a carrier arm, a suspension system for suspending an operating unit from the carrier arm and that allows the operating unit to move vertically relative to the carrier arm, a mounting structure for mounting the carrier arm on a carrier vehicle, a pivot mechanism that enables pivoting movement of the carrier arm relative to the mounting structure, and a first actuator that drives pivoting movement of the carrier arm between a working position and a transport position; characterised in that the first actuator is steplessly or pseudo-steplessly adjustable and the working position of the carrier arm is adjustable by adjusting the first actuator.
recombinator system for a flowing electrolyte battery, the recombinator comprising: a housing defining a reaction chamber for receiving a halogen source and a hydrogen source; and a catalyst within the reaction chamber to catalyse the formation of hydrogen halide from the halogen source and the hydrogen source; wherein all of the halogen source, hydrogen source and hydrogen halide within the reaction chamber are in gaseous form, wherein the halogen source is a bromine source and the hydrogen halide is hydrogen bromide, and characterised in that the recombinator system comprises a bromine evaporator and the bromine source is produced by exposing a bromine containing electrolyte to the bromine evaporator. a housing defining a reaction chamber for receiving a halogen source and a hydrogen source; and a catalyst within the reaction chamber to catalyse the formation of hydrogen halide from the halogen source and the hydrogen source;