mhurhangee/ep-ind-claims huggingface dataset:
A rubber composition comprising a rubber component comprising an isoprene-based rubber, a butadiene rubber, and a styrene-butadiene rubber, and a filler comprising particulate carbon black and silica, wherein an average primary particle size of the particulate carbon black is 19 nm or less, wherein, when a content (part by mass) of the particulate carbon black based on 100 parts by mass of the rubber component is defined as A and a content (part by mass) of the silica based on 100 parts by mass of the rubber component is defined as B, A and B satisfy the inequality described below B/ A + B < 0.50 wherein the average primary particle size of carbon black is calculated by measuring 400 or more primary particles observed in the field of view with a transmission electron microscope and calculating an arithmetic average of them. a rubber component comprising an isoprene-based rubber, a butadiene rubber, and a styrene-butadiene rubber, and a filler comprising particulate carbon black and silica, wherein an average primary particle size of the particulate carbon black is 19 nm or less, wherein, when a content (part by mass) of the particulate carbon black based on 100 parts by mass of the rubber component is defined as A and a content (part by mass) of the silica based on 100 parts by mass of the rubber component is defined as B, A and B satisfy the inequality described below B/ A + B < 0.50 wherein the average primary particle size of carbon black is calculated by measuring 400 or more primary particles observed in the field of view with a transmission electron microscope and calculating an arithmetic average of them.
Pick-up arrangement for picking up harvested root crop, preferably sugar beets, comprising: - a pick-up device which has a pick-up device frame defining a pick-up opening located on a pick-up side of the pick-up device and - a pick-up member, which is a roller mounted rotatable with respect to the pick-up device frame, located on the pick-up side and adapted to pick-up harvested crop and defining a pick-up width, and - a guiding device adapted to guide harvested crop located outside the pick-up width into the pick-up opening, the pick-up device defining a pick-up direction PD, characterized in that the guiding device comprises - a guiding device frame and - a first guiding member extending outside the pick-up width, being rotatably mounted with respect to the guiding device frame, and being adapted to transport harvested crops located outside the pick-up width into the pick-up opening and in that - the or each guiding member is a transport screw adapted to transport the harvested crop towards the pick-up opening. - a pick-up device which has a pick-up device frame defining a pick-up opening located on a pick-up side of the pick-up device and - a pick-up member, which is a roller mounted rotatable with respect to the pick-up device frame, located on the pick-up side and adapted to pick-up harvested crop and defining a pick-up width, and - a guiding device adapted to guide harvested crop located outside the pick-up width into the pick-up opening, - a guiding device frame and - a first guiding member extending outside the pick-up width, being rotatably mounted with respect to the guiding device frame, and being adapted to transport harvested crops located outside the pick-up width into the pick-up opening and in that - the or each guiding member is a transport screw adapted to transport the harvested crop towards the pick-up opening.
Disposal vehicle with at least one vehicle-mounted receptacle for residues, recyclables or the like and with at least one feed device for receiving and transferring goods to be disposed of to the receptacle, wherein the disposal vehicle is equipped with at least one camera assembly (15;16;17;18;19) for monitoring and for producing three-dimensional spatial images, and with an image evaluation unit, characterized in that a volume calculation of a space (21;22;23;24a;24b) recorded by one of or the camera assembly/assemblies (15;16;17;18;19) can be carried out by the image evaluation unit and a change in the volume which may occur if an object enters said space (21;22;23;24a;24b) can be detected.
An aircraft optical sensor cover system comprising: an optics housing adapted to house an optical sensor therein; and a window connected to the optics housing by a removable connection, the window comprising a window exterior, a window interior, and a window edge, the removable connection comprises a thermal insulation between the window and the optics housing which comprises a heat transfer limiting system to limit heat transfer, due to aerodynamically generated conductive heat, from the window to the optics housing, wherein the heat transfer limiting system comprises the window contacting the optics housing at only a small area defined by precision surfaces (24, 25) being located in the window interior and assuring accurate alignment of the window with the optics housing. an optics housing adapted to house an optical sensor therein; and a window connected to the optics housing by a removable connection, the window comprising a window exterior, a window interior, and a window edge, the removable connection comprises a thermal insulation between the window and the optics housing which comprises a heat transfer limiting system to limit heat transfer, due to aerodynamically generated conductive heat, from the window to the optics housing, wherein the heat transfer limiting system comprises the window contacting the optics housing at only a small area defined by precision surfaces (24, 25) being located in the window interior and assuring accurate alignment of the window with the optics housing.
A sieve for stone picking stones from soil, said sieve in the orientation intended for use comprising: a number of bars (2,2',2",2"'), wherein each bar is extending in a longitudinal direction between a lower end configured to be at least partly submerged in soil, and an upper end; wherein each said bar comprises a leading surface extending a distance from a first edge to a second edge of said leading surface of said bar; wherein each said bar comprises a trailing surface; wherein one or more sets of two adjacent bars (2,2',2",2"'), preferably all sets of two adjacent bars, of the sieve are being grouped in pairs in such a way that the lower end of two adjacent bars are being connected to each other characterized in that in respect of two specific adjacent bars (2,2',2",2"'), preferably in respect of any two adjacent bars, the geometry of the bars and the sieve is configured in such a way that the smallest distance between said two adjacent bars is only being present at the position of the leading surface of said two adjacent bars. a number of bars (2,2',2",2"'), wherein each bar is extending in a longitudinal direction between a lower end configured to be at least partly submerged in soil, and an upper end; wherein each said bar comprises a leading surface extending a distance from a first edge to a second edge of said leading surface of said bar; wherein each said bar comprises a trailing surface; wherein one or more sets of two adjacent bars (2,2',2",2"'), preferably all sets of two adjacent bars, of the sieve are being grouped in pairs in such a way that the lower end of two adjacent bars are being connected to each other characterized in that in respect of two specific adjacent bars (2,2',2",2"'), preferably in respect of any two adjacent bars, the geometry of the bars and the sieve is configured in such a way that the smallest distance between said two adjacent bars is only being present at the position of the leading surface of said two adjacent bars.
A wearable device comprising: a communicator configured to receive notification messages from a device connected to the wearable device via wireless communication; a display configured to display at least one notification message; and a controller configured to determine the at least one notification message to be displayed on the display from among the received notification messages, based on notification message output setting information stored in the wearable device. a communicator configured to receive notification messages from a device connected to the wearable device via wireless communication; a display configured to display at least one notification message; and a controller configured to determine the at least one notification message to be displayed on the display from among the received notification messages, based on notification message output setting information stored in the wearable device.
A lagoon type swimming pool with skimmer take-up means or similar, comprising a tank with curved or sloping walls formed from an excavation in the ground or from a work above the ground, on which a layer of rubber-like waterproof material, e.g. EPDM synthetic rubber is laid to form the water containing basin, said swimming pool comprising a plumbing system with delivery conduits and return conduits connected to a distribution unit comprising water filtering and antibacterial treatment systems and hydraulic pumps for the functioning of the system; said swimming pool being characterised in that the delivery of the water inside the tank is achieved by means of a tubular type distribution system in which the individual conduits are provided with a series of holes, and in that one or more layers of high porosity or water permeable material are applied over said tubular distribution system.
A communication module for lighting systems, arranged to support an execution of a commissioning of a plurality of installed devices of a lighting system, wherein the communication module comprises: • a first communication interface configured to receive data on one or more commissioning commands (21_1,..., 21_n); and • a second communication interface configured to transmit or broadcast, according to Thread network protocol, the one or more commissioning commands (21_1,..., 21_n)to the plurality of installed devices of the lighting system, wherein each one of said one or more commissioning commands (21_1,..., 21_n)is arranged to initiate an execution of a respective lighting activity by the plurality of installed devices of the lighting system; characterized in that the first communication interface is configured to receive the data according to near field communication standard. • a first communication interface configured to receive data on one or more commissioning commands (21_1,..., 21_n); and • a second communication interface configured to transmit or broadcast, according to Thread network protocol, the one or more commissioning commands (21_1,..., 21_n)to the plurality of installed devices of the lighting system, wherein each one of said one or more commissioning commands (21_1,..., 21_n)is arranged to initiate an execution of a respective lighting activity by the plurality of installed devices of the lighting system;
A cleaner head comprising: a case forming an outer shape of the cleaner head, the case including: a nozzle connection portion, and an air passage groove formed only on an exterior surface of a side surface of the case, extending from a first edge region of the exterior surface of the side surface to a second edge region of the exterior surface of the side surface, and configured to allow air to flow along the air passage groove on the exterior surface from the first edge region to the second edge region to a surface to-be-cleaned; and a brush rotatably disposed in an interior of the case and configured to rotate to move material from the surface to-be-cleaned into the case, to thereafter be provided to the nozzle connection portion. a case forming an outer shape of the cleaner head, the case including: a nozzle connection portion, and an air passage groove formed only on an exterior surface of a side surface of the case, extending from a first edge region of the exterior surface of the side surface to a second edge region of the exterior surface of the side surface, and configured to allow air to flow along the air passage groove on the exterior surface from the first edge region to the second edge region to a surface to-be-cleaned; and a nozzle connection portion, and an air passage groove formed only on an exterior surface of a side surface of the case, extending from a first edge region of the exterior surface of the side surface to a second edge region of the exterior surface of the side surface, and configured to allow air to flow along the air passage groove on the exterior surface from the first edge region to the second edge region to a surface to-be-cleaned; and a brush rotatably disposed in an interior of the case and configured to rotate to move material from the surface to-be-cleaned into the case, to thereafter be provided to the nozzle connection portion.
A bladed turbine stator for a turbine engine, comprising two annular walls (36, 38) extending about the same axis, the walls (36, 38) being connected to each other by blades having an aerodynamic profile, the bladed stator being divided into sectors and comprising several bladed stator sectors arranged circumferentially end to end about said axis, characterised in that the blades comprise first blades made of a first metal alloy, and second blades made of a second metal alloy different from the first alloy, each bladed stator sector comprising first blades and second blades.
A door handle arrangement for vehicles, comprising a body, an electrically insulating cover connected to the body and having an outer actuating surface for a user, at least one metal actuating electrode disposed on the inner side of the cover, that is on the side of the cover facing away from the actuating surface, wherein the actuating electrode is applied as a metal layer to the inner side of the cover wherein the cover is elastically deformable by an actuation in the area of the actuating surface, at least one sensor electrode disposed at a distance from the actuating electrode and opposite the inner side of the cover, wherein the sensor electrode lies opposite the actuating electrode at least in certain sections so that the distance between actuating electrode and sensor electrode is variable during deformation of the cover in the region of the actuating surface, spacers which in certain sections delimit the minimal spacing between the cover and sensor electrode, a control and evaluation device which is coupled at least to the sensor electrode to detect a capacitance between sensor electrode and actuating electrode.
Aerosol preparation comprising a) one or more pulverulent substances, b) at least one suspension agent selected from the group of sheet silicates, and c) an activation system composed of triethyl citrate and dipropylene glycol in the ratio from 10:1 to 1:10. a) one or more pulverulent substances, b) at least one suspension agent selected from the group of sheet silicates, and c) an activation system composed of triethyl citrate and dipropylene glycol in the ratio from 10:1 to 1:10.
A process for manufacturing a light emitting device having nano sized structures for light extraction, wherein the light emitting device comprises: a light emitting structure in which a first layer (310, 610) with a first polarity, an active layer (320, 620), and a second layer (330, 630) with a second polarity opposite to the first polarity are laminated; a first conductor (340, 692) electrically connected to the first layer (310, 610); and a second conductor (341, 691) formed on the second layer (330, 630), the process being characterized by: growing a plurality of compound semiconductor nano sized structures (351, 650) as nano sized agglomerations each spaced apart from one another on the second layer (330, 630) at a growth temperature of between 200°C and 900°C. a light emitting structure in which a first layer (310, 610) with a first polarity, an active layer (320, 620), and a second layer (330, 630) with a second polarity opposite to the first polarity are laminated; a first conductor (340, 692) electrically connected to the first layer (310, 610); and a second conductor (341, 691) formed on the second layer (330, 630),
Floor pan of a vehicle, in particular an armored military vehicle, with a lateral floor wall, which is connected via a connecting point with a second floor wall, an auxiliary protective module which is attached to the second floor wall, characterized in that the auxiliary protective module is releasably attached, whereas the second floor wall and the auxiliary protective module are elongated outside of the connecting point of the second floor wall and the lateral floor wall to form a projection, whereby the attachment point is located in this projection.
An outflow valve comprising: a frame; a first door rotatably coupled to the frame, the first door having an interior side opposite an exterior side and a bellmouth curving radially inward towards the interior side; and a second door rotatably coupled to the frame, wherein the first door and the second door are substantially simultaneously movable between at least a first position and a second position, characterized by the bellmouth defined by a super-ellipse, with a major axis of the super-ellipse substantially parallel to the exterior side and a minor axis of the super-ellipse substantially perpendicular to the exterior side. a frame; a first door rotatably coupled to the frame, the first door having an interior side opposite an exterior side and a bellmouth curving radially inward towards the interior side; and a second door rotatably coupled to the frame, wherein the first door and the second door are substantially simultaneously movable between at least a first position and a second position, characterized by the bellmouth defined by a super-ellipse, with a major axis of the super-ellipse substantially parallel to the exterior side and a minor axis of the super-ellipse substantially perpendicular to the exterior side.
A lever shaft assembly comprising a shaft and a lever having lever portion which in the assembled state extends perpendicularly from the shaft and an annular opening portion including a receiving opening, the receiving opening and the shaft being adapted such that the shaft can be inserted by moving it along its axial direction into the receiving opening, the outer wall of the shaft having an engagement recess and an inner wall of the receiving opening including a projecting wall projecting into the annular receiving opening, which recess and projecting wall are arranged to cooperate by positive engagement to lock said lever and shaft against relative pivotal movements about the longitudinal axis of the shaft, characterized in that the recess of the shaft is formed by a groove circumferentially extending over a part of the circumference of the shaft and having dimensions complementary to the projecting wall such that the projecting wall and the groove can be brought into engagement by moving the shaft perpendicular to its axial direction relative to the receiving opening portion to let the projecting wall be received in the groove to lock the lever and the shaft against rotational and axial movements relative to each other by positive mutual engagement, and that a releasable fastener is provided for securing the shaft in the receiving opening against movements of the shaft perpendicular to its longitudinal axis to keep the shaft with the groove and the projecting wall locked in the engaged position.
A system for spraying a bonding composition onto mineral fibers, the spraying system comprising at least one ring, inside which the mineral fibers are intended to pass, as well as at least one spray nozzle arranged on the at least one ring and configured to spray the bonding composition onto the mineral fibers, the spraying system comprising at least one first apparatus configured to measure a flow of a fluid (210, 220) relative to the sprayed bonding composition and a second apparatus configured to measure a pressure of a fluid (210, 220) relative to the sprayed bonding composition, as well as a module configured to compare at least one pair formed by a value (D1, D2, Dn), measured by the first apparatus, of the fluid flow and a value (P1, P2, Pn), measured by the second apparatus, of the fluid pressure, with at least one pair formed by a first previously defined reference value (Da) of a considered fluid flow (210, 220), and by a second previously defined reference value (Pa) of the considered fluid pressure (210, 220), the spraying system comprising at least a pump for feeding the fluid which is controlled so that a value of the flow of the fluid is constant.
A method for producing a medical device, which comprises a step of disposing a solution containing a hydrophilic polymer having a hydroxyl group and an amide group and a substrate on or in a support, and heating the solution and the substrate through the support, wherein a pH of the solution before starting the heating step is in a range of 2.0 or higher and 6.0 or lower, and a pH of the solution after completion of the heating step is in a range of 2.0 or higher and 6.0 or lower, wherein the support is a mold that has been used for molding the substrate.
Braking system for use in shaft and inclined conveyor systems in mining, having a plurality of braking channels (10.1, 10.2, 10.3, 10.n) for releasing or applying braking force generators (4.1, 4.2, 4.3, 4. n) to provided braking surfaces, wherein a first main pressure control path (12.1, 12.2, 12.3, 12.n) and a second secondary pressure control path (14.1, 14.2, 14.3, 14.n), which is activated in the event of a fault in the main pressure control path (12.1, 12.2, 12.3, 12.n), is provided and wherein a plurality of, preferably safe, central processing units (CPUs) (16.1, 16.2, 16.3, 16. n) with associated signal and voltage supply are provided for redundant control of the main (12.1, 12.2, 12.3, 12.n) and secondary pressure control paths (14.1, 14.2, 14.3, 14.n) of the multiple brake channels (10.1, 10.2, 10.3, 10.n), characterised in that each, preferably safe, CPU (16.1, 16.2, 16.3, 16.n) is used to control the main pressure control path (12.1, 12.2, 12.3, 12.n) of at least one brake channel (10. 1, 10.2, 10.3, 10.n) and a secondary pressure control path (14.1, 14.2, 14.3, 14.n) of at least one other of the multiple brake channels (10.1, 10.2, 10.3, 10.n).