mhurhangee/ep-ind-claims huggingface dataset:
A light emitting device comprising a longitudinal direction, a longitudinal axis extending in the longitudinal direction, a transversal direction, a transversal axis extending in the transversal direction, a height direction being perpendicular to both the longitudinal direction and the transversal direction and a height axis extending in the height direction, a substrate, a plurality of LEDs adapted for, in operation, emitting light, and being arranged on the substrate in such a way as to extend in a direction parallel with the longitudinal axis of the light emitting device, and a sleeve extending in parallel with the longitudinal axis, the sleeve comprising a first part made of a transparent or translucent material, a second part made of a diffuse material, and a channel extending in parallel with the longitudinal axis and being provided in the first part of the sleeve, the substrate with the plurality of LEDs mounted thereon being arranged in the channel of the sleeve, characterised by a reflector comprising a cavity extending in parallel with the longitudinal axis, wherein the cavity is adapted for receiving any one of the first part and the second part of the sleeve, and the sleeve being adapted for being mounted in the reflector by inserting any one of the first part and the second part into the cavity, wherein, when the first part of the sleeve is received in the cavity of the reflector, light emitted by the plurality of LEDs is travelling first through the first part of the sleeve, then being reflected by the reflector and last travelling through and being emitted from the second part of the sleeve, and wherein when the second part of the sleeve is received in the cavity of the reflector, light emitted by the plurality of LEDs is travelling through and being emitted from the first part of the sleeve.
Single- or multi-layered, plastic-based food packaging produced by an extrusion process, wherein the layer or at least one of the layers comprises at least one antimicrobially active metal, characterised in that at least a part of the antimicrobially active metal is present in finely dispersed metallic form and the remaining part is in the form of a salt; wherein the fine dispersion of the metal in the polymer layer is achieved in that the metal in the form of a colloid is added as a concentrated suspension to the polymer melt during the extrusion process; wherein a solution of an appropriate metal salt in an organic solvent is used as the starting substance; and wherein the solution is heated to a temperature above 50 °C and the metal cations are reduced to form the corresponding colloid in the solution.
Detection system for detecting leak noise in an aircraft, comprising: - at least one acquisition device intended to be installed in at least one area of interest of the aircraft, said at least one acquisition device being configured to acquire data in relation to current noises in said area of interest and data in relation to a current pressure gradient from among a plurality of operational pressure gradients representative of various phases of the flight, between a cabin of the aircraft and outside, and - a monitoring device configured to control the acquisition of the data by said at least one acquisition device and to receive said acquisition data in order to detect any leak noise in said at least one area of interest, said monitoring device being configured to associate the acquisition data in relation to the current noises with those in relation to the current pressure gradient representative of the level of pressurization of the cabin, said monitoring device being configured to automatically trigger the recording of noises by the at least one acquisition device at predetermined pressure gradient values representative of the level of pressurization of the cabin. - at least one acquisition device intended to be installed in at least one area of interest of the aircraft, said at least one acquisition device being configured to acquire data in relation to current noises in said area of interest and data in relation to a current pressure gradient from among a plurality of operational pressure gradients representative of various phases of the flight, between a cabin of the aircraft and outside, and - a monitoring device configured to control the acquisition of the data by said at least one acquisition device and to receive said acquisition data in order to detect any leak noise in said at least one area of interest, said monitoring device being configured to associate the acquisition data in relation to the current noises with those in relation to the current pressure gradient representative of the level of pressurization of the cabin, said monitoring device being configured to automatically trigger the recording of noises by the at least one acquisition device at predetermined pressure gradient values representative of the level of pressurization of the cabin.
A surgical instrument comprising: a first member including a lateral projection having a locking surface that defines an elongated cavity, the locking surface being engageable with a longitudinal member to fix the longitudinal member with the first member; and a second member including at least one mating element (72; 94) being engageable with a spinal construct, wherein the first member is axially translatable relative to the second member in a first direction to tension the longitudinal member and in a second direction to release tension from the longitudinal member, wherein the second member includes a first arm, a second arm and a lock to fix the first arm relative to the second arm. a first member including a lateral projection having a locking surface that defines an elongated cavity, the locking surface being engageable with a longitudinal member to fix the longitudinal member with the first member; and a second member including at least one mating element (72; 94) being engageable with a spinal construct, wherein the first member is axially translatable relative to the second member in a first direction to tension the longitudinal member and in a second direction to release tension from the longitudinal member, wherein the second member includes a first arm, a second arm and a lock to fix the first arm relative to the second arm.
A mass spectrometer device (100; 200; 300) comprising a source of ions (110; 210; 310), a non-scanning magnetic sector (120; 220; 320) for separating ions originating at the source of ions according to their mass-to-charge ratios, and detection means (130,132; 230,232; 330,332),wherein said magnetic sector comprises an ion entrance plane (122; 222; 322) and characterized in that it comprises at least two ion exit planes (124,126; 224,226; 324,326), which are arranged at different angles with respect to the ion entrance plane, wherein each exit plane is associated with a different focal plane, onto which ions exiting through said exit plane are focused.
A passive NO x adsorber effective to adsorb NO x at or below a low temperature and release the adsorbed NO x at temperatures above the low temperature, said passive NO x adsorber comprising a first noble metal and a molecular sieve having a MAZ Framework Type, and further comprising a flow-through substrate or filter substrate; wherein the low temperature is 250°C; and wherein the first noble metal is palladium.
A tilting-armature valve 104 for a brake 102 of a vehicle 100, having at least the following features: a control device 210, said control device 210 being movable between a first end position 216 and a second end position 218; an actuating device 212, which is designed to move the control device 210 into the first end position 216 and/or the second end position 218; and a holding device 214, which is designed to provide a fixing force acting on the control device 210 when the control device 210 is in the first end position 216 and/or the second end position 218 in order to fix the control device 210 in the first end position 216 and/or in the second end position 218, characterised in that the actuating device 212 is arranged on one side of the control device 210, the actuating device 212 having at least a first winding device 642 and a second winding device 644 which are arranged around a coil core 640, and the control device 210 having an opening 646 through which the coil core 640 passes. a control device 210, said control device 210 being movable between a first end position 216 and a second end position 218; an actuating device 212, which is designed to move the control device 210 into the first end position 216 and/or the second end position 218; and a holding device 214, which is designed to provide a fixing force acting on the control device 210 when the control device 210 is in the first end position 216 and/or the second end position 218 in order to fix the control device 210 in the first end position 216 and/or in the second end position 218, characterised in that the actuating device 212 is arranged on one side of the control device 210, the actuating device 212 having at least a first winding device 642 and a second winding device 644 which are arranged around a coil core 640, and the control device 210 having an opening 646 through which the coil core 640 passes.
A pet food composition comprising a myristic acid source and a beta-carotene source, in amounts effective to treat arthritis or inflammation associated with arthritis, wherein myristic acid is present in an amount of at least 0.3%, and wherein beta-carotene is present in an amount of at least 2 ppm.
A cosmetic composition comprising a cellodextrin component comprising - a cellosaccharide selected from the group consisting of cellobiose, cellotriose, cellotetraose, cellopentaose, cellohexaose, celloheptaose, cellooctaose, cellononaose, cellodecaose, celloundecaose, cellododecaose, and combinations thereof; and - a surfactant component comprising an anionic surfactant, cationic surfactant, amphoteric surfactant, nonionic surfactant, or any combination thereof; wherein at least a portion of said cellodextrin component is present within the cosmetic composition in undissolved form; and wherein the cosmetic composition has a turbidity of at least 5 NTU, determined by nephelometric analysis. - a cellosaccharide selected from the group consisting of cellobiose, cellotriose, cellotetraose, cellopentaose, cellohexaose, celloheptaose, cellooctaose, cellononaose, cellodecaose, celloundecaose, cellododecaose, and combinations thereof; and - a surfactant component comprising an anionic surfactant, cationic surfactant, amphoteric surfactant, nonionic surfactant, or any combination thereof; wherein at least a portion of said cellodextrin component is present within the cosmetic composition in undissolved form; and wherein the cosmetic composition has a turbidity of at least 5 NTU, determined by nephelometric analysis.
An antibacterial biological implant comprising: a substrate made of a metal material; and an anodized coating provided on the substrate, the anodized coating comprising an iodine-rich layer located close to an interface between the anodized coating and the substrate; wherein the iodine-rich layer is located between a portion of the anodized coating other than the iodine-rich layer and the substrate; a portion of the anodized coating other than the iodine-rich layer is free of iodine; and the iodine-rich layer is in contact with the substrate. a substrate made of a metal material; and an anodized coating provided on the substrate, the anodized coating comprising an iodine-rich layer located close to an interface between the anodized coating and the substrate; wherein the iodine-rich layer is located between a portion of the anodized coating other than the iodine-rich layer and the substrate; a portion of the anodized coating other than the iodine-rich layer is free of iodine; and the iodine-rich layer is in contact with the substrate.
A method for producing a granulated building material based on mineral grains in the form of desert sand grains, wherein a broken graining of desert sand is provided and a fraction of the broken graining of desert sand is granulated with a fraction of a granulation means forming a hydraulically binding binder matrix.
A plant container comprising: a container provided therein with a cultivation space and having a top surface opened; a guide cover configured to cover the top surface of the container and including a plurality of guide openings spaced apart from each other; a medium disposed inside the container and having a plurality of seating openings provided in number corresponding to the plurality of guide openings; and an insertion cover configured to cover an upper portion of the guide cover and having at least one inserting opening disposed at a position corresponding to at least one guide opening of the plurality of guide openings, wherein the at least one inserting opening, the at least one guide opening, and the at least one seating opening are aligned with each other in a vertical direction, based on one central line, wherein the guide opening includes: a first opening formed as a portion of the guide cover and being open; a cover inclined surface extending to be inclined downward from the first opening; and a second opening disposed in a lower end of the cover inclined surface and formed to have a diameter less than a diameter of the first opening. a container provided therein with a cultivation space and having a top surface opened; a guide cover configured to cover the top surface of the container and including a plurality of guide openings spaced apart from each other; a medium disposed inside the container and having a plurality of seating openings provided in number corresponding to the plurality of guide openings; and an insertion cover configured to cover an upper portion of the guide cover and having at least one inserting opening disposed at a position corresponding to at least one guide opening of the plurality of guide openings, wherein the at least one inserting opening, the at least one guide opening, and the at least one seating opening are aligned with each other in a vertical direction, based on one central line, wherein the guide opening includes: a first opening formed as a portion of the guide cover and being open; a cover inclined surface extending to be inclined downward from the first opening; and a second opening disposed in a lower end of the cover inclined surface and formed to have a diameter less than a diameter of the first opening. a first opening formed as a portion of the guide cover and being open; a cover inclined surface extending to be inclined downward from the first opening; and a second opening disposed in a lower end of the cover inclined surface and formed to have a diameter less than a diameter of the first opening.
Locking apparatus having an electrical switch, comprising at least three securing slides (17; 27; 37), each having an end position location for locking and an end position location for enabling operation of an associated handle (11; 21; 31) of electrical switches (10; 20; 30), at least three means (212; 213; 223) for transmitting the locking position of the individual securing slides (17; 27; 37), wherein each securing slide is connected to each other securing slide via in each case a means (212; 213; 223) for transmitting the locking position, and wherein, when one securing slide is held in the end position location for enabling operation of the associated handle, all of the other securing slides are blocked in the respective end position location for locking via the means (212; 213; 223) for transmitting the locking position, wherein each means (212; 213; 223) for transmitting the locking position is designed as a traction force-transmitting means, wherein each traction-force-transmitting means is in the form of a Bowden cable, wherein each securing slide (17; 27; 37) is connected to a traction part (18; 28; 38) in such a way that, when the securing slide (17; 27; 37) is operated, the movement is transmitted to the traction part (18; 28; 38), and wherein each Bowden cable of a securing slide (17; 27; 37) is connected to the said securing slide via the respective traction part (18; 28; 38), wherein the operation of a securing slide (17; 27; 37) is transmitted to the respective traction part (18; 28; 38) by means of a bolt which is fastened to the securing slide (17; 27; 37), wherein the securing slide (17; 27; 37) and the traction part (18; 28; 38) are mounted on a holder (13; 23; 33), characterized in that the holder (13; 23; 33) comprises at least one hooking point (15; 25; 35) and at least one hole (14; 24; 34) for a fastening means for mounting on the electrical switch, and wherein the holder (13; 23; 33) is hooked on a housing of the associated electrical switch by means of the hooking point (15; 25; 35) and is mounted on the electrical switch through the at least one hole (14; 24; 34) by means of the fastening means.
A sliding door device (1, 15), comprising: a rail having a straight portion for linearly guiding a support shaft attached in use to a sliding door and an inclined portion which is inclined with respect to the straight portion and obliquely guides the support shaft; a pull-in device which can capture a trigger provided on the rail and linearly move along the straight portion of the rail when the sliding door is closed; and a pull-in force transmission part (20, 50) which is coupled to the pull-in device and moves the support shaft along the inclined portion according to linear movement of the pull-in device, characterized in that the pull-in force transmission part (20, 50) includes: a roller traveling body which can travel on at least the inclined portion of the rail, and an arm (19, 52) rotatably coupled to the roller traveling body and to the pull-in device. a rail having a straight portion for linearly guiding a support shaft attached in use to a sliding door and an inclined portion which is inclined with respect to the straight portion and obliquely guides the support shaft; a pull-in device which can capture a trigger provided on the rail and linearly move along the straight portion of the rail when the sliding door is closed; and a pull-in force transmission part (20, 50) which is coupled to the pull-in device and moves the support shaft along the inclined portion according to linear movement of the pull-in device, a roller traveling body which can travel on at least the inclined portion of the rail, and an arm (19, 52) rotatably coupled to the roller traveling body and to the pull-in device.
A vibration-based electric power generator comprising a cylindrical inner yoke, a cylindrical magnet holding member disposed on an outer periphery of the inner yoke at a predetermined distance therefrom, and a cylindrical outer yoke disposed on an outer periphery of the magnet holding member at a predetermined distance therefrom, wherein the outer yoke provides a winding in an inner peripheral side recess, one of ends of the magnet holding member and one of ends of the of outer yoke are connected to each other through a first support spring which is a leaf spring, an other end of the magnet holding member and another end of the outer yoke are connected to each other through a second support spring which is a leaf spring, wherein a plurality of through holes are formed in the outer yoke, a plurality of through holes are formed in the inner yoke, and fastening bolts (14, 37) are disposed in the through holes (13, 36), for fixing to a structure.
A system, comprising: a stimulation control circuit configured to select, from a set of stimulation parameters stored in a memory, a parameter for use during cardiac stimulation; wherein the stored set of stimulation parameters include, for each of atrial sensed events and atrial paced events, timing parameters corresponding to a plurality of heart rates or heart rate ranges; wherein the selected parameter includes a timing parameter corresponding to a sensed heart rate and an indication of an AS or AP event; and wherein at least a portion of the stored set of stimulation parameters are dynamically updated using an atrioventricular conduction characteristic. a stimulation control circuit configured to select, from a set of stimulation parameters stored in a memory, a parameter for use during cardiac stimulation; wherein the stored set of stimulation parameters include, for each of atrial sensed events and atrial paced events, timing parameters corresponding to a plurality of heart rates or heart rate ranges; wherein the selected parameter includes a timing parameter corresponding to a sensed heart rate and an indication of an AS or AP event; and wherein at least a portion of the stored set of stimulation parameters are dynamically updated using an atrioventricular conduction characteristic.
Method for making soles for footwear including the steps of: - crushing exhausted tennis balls, reducing them into fragments (3, 4) or granules of pre-established dimensions; - selecting those among said fragments which have a predetermined size; - making a rubber compound; - adding said fragments of said exhausted tennis balls into said compound; - mixing said compound comprising said fragments of tennis balls inside it; said method being characterized in that it further comprises the steps of: - using the compound forming at least one shoe sole in at least one mould; - extracting said at least one shoe sole from said at least one mould, wherein said step of adding said fragments of said tennis balls into said compound comprises adding a percentage of fragments between 3% and 25%. - crushing exhausted tennis balls, reducing them into fragments (3, 4) or granules of pre-established dimensions; - selecting those among said fragments which have a predetermined size; - making a rubber compound; - adding said fragments of said exhausted tennis balls into said compound; - mixing said compound comprising said fragments of tennis balls inside it; - using the compound forming at least one shoe sole in at least one mould; - extracting said at least one shoe sole from said at least one mould,