mhurhangee/ep-ind-claims huggingface dataset:
A road marking composition for application of a coating up to 400 μm thickness on a substrate, the composition comprising a paint formulation adapted for accelerated cure by exposure to UV light and spray application, and a surface coating adapted for partial cover of the paint formulation the paint formulation comprising: • multifunctional acrylate oligomer comprising one or more of epoxy acrylate, polyester acrylate, and/or urethane acrylate having a concentration of between about 10 and 40% by weight; • one or more of a multi and/or mono functional acrylate monomer comprising at least one of of isobornyl acrylate, hexanedioldiacrylate, versatic acid, vinyl ester, lauryl acrylate, tetra hydroxy furfuryl acrylate and/or phenoxy ethyl acrylate having a concentration between about 15 and 50% by weight; • a photoinitiator comprises bisacylphosphine oxide of about 1 to 4% by weight; • thiol and/or mercaptan of about 1 to 4% by weight; • an acid functional acrylate of about 0.5 to 3% by weight • a first optically transmissive component, comprising quartz, nepheline syenite and/or feldspar filler adapted for substantial transparency to incident light of at least 365 to 405 nm; and wherein the surface coating comprises: • a second optically transmissive component, comprising glass beads, angled glass and/or quartz agglomerates adapted for substantial transparency to incident light of at least 365 to 405 nm. • multifunctional acrylate oligomer comprising one or more of epoxy acrylate, polyester acrylate, and/or urethane acrylate having a concentration of between about 10 and 40% by weight; • one or more of a multi and/or mono functional acrylate monomer comprising at least one of of isobornyl acrylate, hexanedioldiacrylate, versatic acid, vinyl ester, lauryl acrylate, tetra hydroxy furfuryl acrylate and/or phenoxy ethyl acrylate having a concentration between about 15 and 50% by weight; • a photoinitiator comprises bisacylphosphine oxide of about 1 to 4% by weight; • thiol and/or mercaptan of about 1 to 4% by weight; • an acid functional acrylate of about 0.5 to 3% by weight • a first optically transmissive component, comprising quartz, nepheline syenite and/or feldspar filler adapted for substantial transparency to incident light of at least 365 to 405 nm; and • a second optically transmissive component, comprising glass beads, angled glass and/or quartz agglomerates adapted for substantial transparency to incident light of at least 365 to 405 nm.
An automation control system, comprising: a terminal block (30, 80, 82) of an input/output device; a device bus within the terminal block; a first bus contact on a first side of the terminal block and communicatively coupled with a first end of the device bus; and a second bus contact on a second side of the terminal block and communicatively coupled with a second end of the device bus, wherein the second side generally faces an opposite direction from the first side and wherein the terminal block is configured to be coupled with additional terminal blocks positioned on the first and second sides of the terminal block via the first and second bus contacts, characterized in that, the first bus contact comprises a first two-prong mating feature, the second bus contact comprises a second two-prong mating feature and wherein the first two-prong mating feature is sized to wedge between the prongs of the second two-prong mating feature. a terminal block (30, 80, 82) of an input/output device; a device bus within the terminal block; a first bus contact on a first side of the terminal block and communicatively coupled with a first end of the device bus; and a second bus contact on a second side of the terminal block and communicatively coupled with a second end of the device bus, wherein the second side generally faces an opposite direction from the first side and wherein the terminal block is configured to be coupled with additional terminal blocks positioned on the first and second sides of the terminal block via the first and second bus contacts, characterized in that, the first bus contact comprises a first two-prong mating feature, the second bus contact comprises a second two-prong mating feature and wherein the first two-prong mating feature is sized to wedge between the prongs of the second two-prong mating feature.
An apparatus comprising: one or more performance monitoring counters; and a secure group manager to receive a request to create a secure counter group from a software, SW, process being executed by a processor, the request including identification of the one or more performance monitoring counters; determine availability of the one or more performance monitoring counters, creating the secure counter group, assign the one or more performance monitoring counters to the secure counter group, and save a public key of the SW process, when the one or more performance monitoring counters are available; receive and save a private key for the secure counter group; receive a request to configure the secure counter group from the SW process; verify the configuration using the public key of the SW process; and start sampling of the one or more performance monitoring counters when the configuration is verified. one or more performance monitoring counters; and a secure group manager to receive a request to create a secure counter group from a software, SW, process being executed by a processor, the request including identification of the one or more performance monitoring counters; determine availability of the one or more performance monitoring counters, creating the secure counter group, assign the one or more performance monitoring counters to the secure counter group, and save a public key of the SW process, when the one or more performance monitoring counters are available; receive and save a private key for the secure counter group; receive a request to configure the secure counter group from the SW process; verify the configuration using the public key of the SW process; and start sampling of the one or more performance monitoring counters when the configuration is verified.
Mounting system for mounting photovoltaic modules on roofs, in particular on flat roofs, having - base rails which are to be arranged directly on the roof or on a protective mat placed thereon and which are formed by hollow-chamber profiles, and - support elements (5, 6, 8) which can be mounted on the base rails and to which the photovoltaic modules and/or other photovoltaic installation components can be attached, wherein the support elements can be at least partially connected to the base rails via latching connections, characterized - in that the base rails at least partially have on their upper side a tongue which is formed by incisions in the upper side and whose free end can be pressed elastically into the base rail, - in that a support element (6, 8), which is designed to be connected to such a base rail via a latching connection resulting from interaction with the elastic tongue, has a hook-shaped projection which emanates from its underside which is to face the base rail, which projection comprises a vertical leg extending vertically downwards from the support element and an adjoining horizontal leg which runs in the longitudinal direction of the base rail, and - in that the base rail and the support element are also formed in such a way that the tongue can be pressed elastically into the base rail via the hook-shaped projection and springs back after a subsequent displacement of the support element into its intended relative position with respect to the base rail. - base rails which are to be arranged directly on the roof or on a protective mat placed thereon and which are formed by hollow-chamber profiles, and - support elements (5, 6, 8) which can be mounted on the base rails and to which the photovoltaic modules and/or other photovoltaic installation components can be attached, - in that the base rails at least partially have on their upper side a tongue which is formed by incisions in the upper side and whose free end can be pressed elastically into the base rail, - in that a support element (6, 8), which is designed to be connected to such a base rail via a latching connection resulting from interaction with the elastic tongue, has a hook-shaped projection which emanates from its underside which is to face the base rail, which projection comprises a vertical leg extending vertically downwards from the support element and an adjoining horizontal leg which runs in the longitudinal direction of the base rail, and - in that the base rail and the support element are also formed in such a way that the tongue can be pressed elastically into the base rail via the hook-shaped projection and springs back after a subsequent displacement of the support element into its intended relative position with respect to the base rail.
Method for monitoring military tactical simulations performed by one or more users, each user having at least one weapon, said method comprising the following steps: - receiving from two or more video capture devices, two or more videos related to a tactical simulation; - saving said received videos; - temporally synchronizing said videos; - forwarding, rewinding, and playing said videos by keeping them synchronized between them, so that the frames showing a specific time instant and coming from all said capture devices can be displayed essentially at the same time instant, so to be able to simultaneously analyse all said frames relating to said tactical simulation, said method being characterized in comprising one tracking step of the pointing direction of the weapon, by checking first IT product means for identifying and tracking the pointing direction of the one or more weapons on all said temporally synchronized videos, and the pointing direction of the user who controls the weapon, by checking second IT product means for identifying and tracking the pointing direction of the users on all said temporally synchronized videos, to check if they coincide so as to allows an operator to determine if the user shoots in safe conditions and if any hit is random or wanted, said method comprising also a detection step of predetermined events, the predetermined events being a user being hit or a weapon being fired, and, after said detection step, a storage step of the time instant of said event so as to allow the visualization, by selecting said time instant, of the same frame from all said capture devices at the time instant of said event and to perform said tracking step of the pointing direction of the weapon and the pointing direction of the user who controls the weapon. - receiving from two or more video capture devices, two or more videos related to a tactical simulation; - saving said received videos; - temporally synchronizing said videos; - forwarding, rewinding, and playing said videos by keeping them synchronized between them, so that the frames showing a specific time instant and coming from all said capture devices can be displayed essentially at the same time instant, so to be able to simultaneously analyse all said frames relating to said tactical simulation,
Folding method for folding at least one portion of a tag, the folding method comprising the steps of: providing at least one package of smoking articles that comprises a first wall on which a first portion of a tag is applied, the tag comprising at least one second portion to be folded that protrudes beyond the first wall; providing at least one moving unit that comprises a support and a die, the die comprising a contact surface that is counter-shaped with respect to at least one portion of the package that includes the first wall; feeding the moving unit and the package side by side parallel to one another along a feed section at the same mutual distance; during the step of feeding, moving the die so that a first portion of the contact surface is brought into contact with the first wall and simultaneously at least one second portion of the contact surface folds the second portion of the tag and bring it into contact with a second wall of the package, the second wall being inclined with respect to the first wall, the second portion of the contact surface being inclined with respect to the first portion of the contact surface; characterized in that the moving unit comprises an arm articulated to the support about a first fulcrum and the die is articulated to the arm about a second fulcrum, and in that the moving unit and the package are fed along the feed section at the same feed speed. providing at least one package of smoking articles that comprises a first wall on which a first portion of a tag is applied, the tag comprising at least one second portion to be folded that protrudes beyond the first wall; providing at least one moving unit that comprises a support and a die, the die comprising a contact surface that is counter-shaped with respect to at least one portion of the package that includes the first wall; feeding the moving unit and the package side by side parallel to one another along a feed section at the same mutual distance; during the step of feeding, moving the die so that a first portion of the contact surface is brought into contact with the first wall and simultaneously at least one second portion of the contact surface folds the second portion of the tag and bring it into contact with a second wall of the package, the second wall being inclined with respect to the first wall, the second portion of the contact surface being inclined with respect to the first portion of the contact surface;
A ground manoeuvering device for jacking up in each case a skid of a landing gear of a helicopter, in order to manoeuvre the latter on the ground, comprising a housing with a fastening device, to which a skid can be fastened tension-proof, a hydraulic apparatus with an extendable piston and a first engagement shaft, to which a lever is attached in a swivellable manner for the transmission of a torque, the piston is extended from the hydraulic apparatus when the lever is rocked, and wherein the hydraulic apparatus is fitted movably in the housing in such a way that the housing is lifted vertically upwards when the piston is extended, as well as an outer wheel and an inner wheel (10, 10') on two aligned horizontal axles at opposite sides on the hydraulic apparatus, which wheels, after the fastening of the housing to the skid, are arranged beside the skid respectively on the inside and on the outside, characterised in that the engagement shaft is aligned in the wheel running direction and the lever for the operation of the hydraulic apparatus extends, in the operating state, in the wheel axle direction in the direction of the outer wheel and comprises a tread section, in order to raise the fastened skid onto the two wheels (10, 10') using the hydraulic apparatus while standing conveniently beside the helicopter repeatedly stepping with the foot on the tread section.
A washing machine comprising a fixed outer drum and, arranged in the outer drum, an inner drum, which is driveable by a drive rotatably relative to the outer drum, and a controller which, during a washing procedure, controls the drive so that this rotates the inner drum in opposed directions of rotation, wherein, during a rotary motion in each of the directions of rotation, the inner drum runs through at least one rotary cycle, which comprises an acceleration phase, a washing circulation phase and a braking phase, wherein the controller, during the washing circulation phase, allows the inner drum to run through at least one turbulent phase, in which a rotation speed of the inner drum deviates by more than 5% from a mean value of the rotation speed which is determined by averaging over the entire washing circulation phase, characterised in that a radial spacing between an outer wall face of the inner drum and an inner face of the outer drum is configured to vary in a circumferential direction, in that the outer drum, radially to the rotation axis, has narrowed inner wall regions, which, starting from the lowest point in the direction of gravity, lie in an angular range between 40° and 140° on mutually opposite sides of the outer drum.
A positive electrode active material formed of a lithium-nickel-containing metal phosphate compound represented by a general formula: LiNi( 1-x)M x PO 4 (in Formula, M is Mg and/or Mn, and x is a number satisfying the condition 0.1 ≤ x ≤ 0.2), wherein at least part of a surface of the lithium-nickel-containing metal phosphate compound is covered with carbon, and the lithium-nickel-containing metal phosphate compound covered with carbon has an olivine-type crystal structure with a maximum peak at a position with a 2θ value of 27° ± 1° or 37° ± 1°, as confirmed by structure analysis by X-ray diffraction.
Glass melting furnace comprising a channel-shaped melting tank, the starting materials being introduced at an upstream end, the molten glass being recovered at the downstream end, the furnace being heated by means of burners, in which at least 65% of the combustion energy is produced by oxy-fuel combustion, the burners being distributed on the walls along the length of the furnace at a distance from the flue gas discharge points, in which the discharge point for at least 65% of the flue gases is located close to the upstream end near the openings for introducing the starting materials, the remainder of the flue gases being discharged close to the downstream part, beyond the last burners so as to maintain dynamic sealing with respect to the surrounding atmosphere, and comprising at least one heat exchange unit comprising a double heat exchange system, the flue gases in a first recuperator heating an intermediate fluid which heats the oxygen used in the furnace in secondary exchangers, the oxygen being brought to temperature which is not below 350°C and not above 650°C, each secondary exchanger preheating the oxygen supplying one or two burners.
An integrated circuit comprising: a silicon, Si, or insulator substrate; a pseudo-substrate formed on the substrate and comprising one of: i) germanium, Ge, and/or silicon germanium, SiGe; or ii) at least one III-V material; a first transistor including a channel region (312, 412), the first transistor channel region formed from a portion of the pseudo-substrate and comprising the pseudo-substrate material; and a second transistor including a channel region (322, 422), the second transistor channel region formed on the pseudo-substrate and comprising the other of: i) Ge and/or SiGe; or ii) at least one III-V material; wherein the first and second transistors individually have a nanowire configuration or a finned configuration, and wherein the second transistor includes source/drain regions formed from a portion of the pseudo-substrate and comprising the pseudo-substrate material. a silicon, Si, or insulator substrate; a pseudo-substrate formed on the substrate and comprising one of: i) germanium, Ge, and/or silicon germanium, SiGe; or ii) at least one III-V material; i) germanium, Ge, and/or silicon germanium, SiGe; or ii) at least one III-V material; a first transistor including a channel region (312, 412), the first transistor channel region formed from a portion of the pseudo-substrate and comprising the pseudo-substrate material; and a second transistor including a channel region (322, 422), the second transistor channel region formed on the pseudo-substrate and comprising the other of: i) Ge and/or SiGe; or ii) at least one III-V material; i) Ge and/or SiGe; or ii) at least one III-V material; wherein the first and second transistors individually have a nanowire configuration or a finned configuration, and wherein the second transistor includes source/drain regions formed from a portion of the pseudo-substrate and comprising the pseudo-substrate material.
Refrigeration device with an inner part which is equipped with a plug profile element (5, 5',..., 6, 7), which has two limbs (12; 13, 13'...) connected to one another made of a first material, delimiting a slot and which is able to be plugged into a plate-shaped section (2, 28) with an edge (3, 4) wherein, at least on a part of the length of the slot, a first projection directed into the slot and made of a second material which is more flexible than the first material is attached on the side surface facing towards the slot of at least one of the limbs (12; 13, 13'...), characterised in that the outer surfaces of the plug profile elements (5, 5',...6, 7) are coated with a metallic foil or by a foil imitating a metallic surface.
An apparatus including a wireless communication unit configured to communicate over a wireless communication medium according to a discovery scheme including a plurality of contention-based discovery windows, the wireless communication unit configured to: select a discovery window, DW, in a wireless communication network according to a first value of a transmission window, TW; attempt, according to a contention mechanism, to transmit a service discovery frame during the DW; set a second value of said TW based on whether or not said wireless communication device is able to transmit said service discovery frame during a time period within said DW, wherein setting the second value of said TW comprises decreasing said TW from the first value to the second value, if said wireless communication device is able to transmit said service discovery frame within said time period, and wherein setting the second value of said TW comprises increasing said TW from the first value to the second value, if the wireless communication device is not able to transmit said service discovery frame within said time period; and select another DW for another service discovery frame transmission according to the second value of the TW. select a discovery window, DW, in a wireless communication network according to a first value of a transmission window, TW; attempt, according to a contention mechanism, to transmit a service discovery frame during the DW; set a second value of said TW based on whether or not said wireless communication device is able to transmit said service discovery frame during a time period within said DW, wherein setting the second value of said TW comprises decreasing said TW from the first value to the second value, if said wireless communication device is able to transmit said service discovery frame within said time period, and wherein setting the second value of said TW comprises increasing said TW from the first value to the second value, if the wireless communication device is not able to transmit said service discovery frame within said time period; and select another DW for another service discovery frame transmission according to the second value of the TW.