mhurhangee/ep-ind-claims huggingface dataset:
Linear actuator comprising a console, an outer tube connected to the console, an electric motor, a transmission, and a spindle connected to the electric motor via the transmission, a spindle nut on the spindle, an inner tube connected to the spindle nut, and where the spindle nut and the inner tube is guided inside the outer tube and moved along the longitudinal axis of the spindle and thereby in or out of the outer tube depending on the direction of rotation of the electric motor, and where the linear actuator comprises a control box connected to the console by means of a snap connection (35,36), where the linear actuator comprises an end stop arrangement having an end switch (21,22) for each direction of movement of the spindle nut, and where the linear actuator comprises a sliding element arranged between the spindle nut and the end switches (6,7), and where the sliding element is activated by the spindle nut, characterized in that the end switches (21,22) are arranged in the control box.
Planetary transmission (1, 25) of a wind power plant comprising: - a planetary carrier which is connected fixedly to a shaft, - a transmission housing, in which the planetary carrier is arranged, - an internal toothing system of the transmission housing, - planetary gears (4, 5) which mesh with the internal toothing system, - a sun gear which meshes with the planetary gears (4, 5), - bearings which are arranged on the two end sides of the planetary gears (4, 5) for mounting the planetary carrier in the transmission housing, the two bearings being configured as cylindrical roller bearings (11, 12, 26, 27), at least one cylindrical roller bearing (11, 12, 26, 27) having an inner or outer ring (13, 16) with two rims (14, 15), characterized in that the respective other ring has an L-section ring or a floating rim. - a planetary carrier which is connected fixedly to a shaft, - a transmission housing, in which the planetary carrier is arranged, - an internal toothing system of the transmission housing, - planetary gears (4, 5) which mesh with the internal toothing system, - a sun gear which meshes with the planetary gears (4, 5), - bearings which are arranged on the two end sides of the planetary gears (4, 5) for mounting the planetary carrier in the transmission housing,
A network authentication method, comprising: receiving, by an authentication network element (1100, 1200), a request to access a data network, DN, by a user equipment, UE, the authentication network element (1100, 1200) is an authentication, authorization, accounting, AAA, server; receiving, by the authentication network element (1100, 1200), a first authentication identifier of the UE and a second authentication identifier of the UE sent by a session management function, SMF, apparatus (1300, 1400), wherein the first authentication identifier of the UE has been authenticated by an authentication server function network element, AUSF; and the second authentication identifier of the UE is an identifier used by the UE to request to access the DN; and verifying, by the authentication network element (1100, 1200) based on first binding information, whether the first authentication identifier of the UE and the second authentication identifier of the UE satisfy the first binding relationship, to obtain an authentication result, wherein the first binding information comprises first binding relationships of one or more pairs of first authentication identifiers and second authentication identifiers, the first authentication identifier in the first binding information indicates an identifier used for authentication performed by the AUSF, and the second authentication identifier in the first binding information indicates an identifier used for authentication on access of the UE to the DN. receiving, by an authentication network element (1100, 1200), a request to access a data network, DN, by a user equipment, UE, the authentication network element (1100, 1200) is an authentication, authorization, accounting, AAA, server; receiving, by the authentication network element (1100, 1200), a first authentication identifier of the UE and a second authentication identifier of the UE sent by a session management function, SMF, apparatus (1300, 1400), wherein the first authentication identifier of the UE has been authenticated by an authentication server function network element, AUSF; and the second authentication identifier of the UE is an identifier used by the UE to request to access the DN; and verifying, by the authentication network element (1100, 1200) based on first binding information, whether the first authentication identifier of the UE and the second authentication identifier of the UE satisfy the first binding relationship, to obtain an authentication result, wherein the first binding information comprises first binding relationships of one or more pairs of first authentication identifiers and second authentication identifiers, the first authentication identifier in the first binding information indicates an identifier used for authentication performed by the AUSF, and the second authentication identifier in the first binding information indicates an identifier used for authentication on access of the UE to the DN.
Housing for a household appliance having a body and at least one height-adjustable foot arranged on the underside of the body, and an elastic damper layer, characterised in that the damper layer is inserted in an interspace between an underside of the foot and a footprint on which the device is positioned.
A vehicle comprising: a propulsion unit configured to move the vehicle and to induce a near-vehicle fluid flow field around the vehicle; a plurality of pressure sensors configured to detect a pressure of the near-vehicle fluid flow field at a plurality of positions around the vehicle; obstacle detection circuitry configured to determine a presence of an obstacle in the vicinity of the vehicle based on a comparison between the detected pressures of the near-vehicle fluid flow field and corresponding reference values, and a navigation control system configured to control the propulsion unit of the vehicle to avoid the detected object. a propulsion unit configured to move the vehicle and to induce a near-vehicle fluid flow field around the vehicle; a plurality of pressure sensors configured to detect a pressure of the near-vehicle fluid flow field at a plurality of positions around the vehicle; obstacle detection circuitry configured to determine a presence of an obstacle in the vicinity of the vehicle based on a comparison between the detected pressures of the near-vehicle fluid flow field and corresponding reference values, and a navigation control system configured to control the propulsion unit of the vehicle to avoid the detected object.
A method for extracting and processing video content encoded in a rendered color space to be emulated by an ambient light source, comprising: Extracting color information from a video signal that encodes at least some of said video content in said rendered color space; Transforming said color information to an unrendered color space; Transforming said color information from said unrendered color space to a second rendered color space (R'G'B') so formed as to allow driving said ambient light source, characterized in that steps and additionally comprise matrix transformations of primaries (RGB, R'G'B') of said rendered color space and second rendered color space (R'G'B') to said unrendered color space using first and second tristimulus primary matrices (M 1, M 2); and deriving a transformation of said color information into said second rendered color space (R'G'B') by matrix multiplication of said primaries (RGB, R'G'B') of said rendered color space (RGB, R'G'B'), said first tristimulus matrix (M 1), and the inverse of said second tristimulus matrix (M 2 -1). Extracting color information from a video signal that encodes at least some of said video content in said rendered color space; Transforming said color information to an unrendered color space; Transforming said color information from said unrendered color space to a second rendered color space (R'G'B') so formed as to allow driving said ambient light source, characterized in
A reinforced polypropylene material, characterized in that, the material comprises the following components in parts by weight: a, 10 to 90 parts of a polypropylene resin; b, 0.5 to 25 parts of a compatilizer; c, 5 to 60 parts of reinforcing fibers; d, 0.1 to 20 parts of a colorant powder having a Moh's hardness less than 6; wherein the reinforcing fibers comprise a component I, a component II and a component III: the component I is composed of reinforcing fibers with a length of 0.1 mm - 0.6 mm, accounting for 35% - 50% of a number of reinforcing fibers; the component II is composed of reinforcing fibers with a length of 0.7 mm - 1.3 mm, accounting for 35% - 45% of the number of reinforcing fibers; the component III is composed of reinforcing fibers with a length of 1.4 mm - 2.0 mm, accounting for 5% - 20% of the number of reinforcing fibers. a, 10 to 90 parts of a polypropylene resin; b, 0.5 to 25 parts of a compatilizer; c, 5 to 60 parts of reinforcing fibers; d, 0.1 to 20 parts of a colorant powder having a Moh's hardness less than 6; the component I is composed of reinforcing fibers with a length of 0.1 mm - 0.6 mm, accounting for 35% - 50% of a number of reinforcing fibers; the component II is composed of reinforcing fibers with a length of 0.7 mm - 1.3 mm, accounting for 35% - 45% of the number of reinforcing fibers; the component III is composed of reinforcing fibers with a length of 1.4 mm - 2.0 mm, accounting for 5% - 20% of the number of reinforcing fibers.
Door frame of an elevator shaft closure, which separates an elevator shaft of a building from a floor of the building, wherein an elevator control arrangement (18, 28, 38, 48) is arranged in a chamber of the door frame, wherein the elevator control arrangement (18, 28, 38, 48) includes an elevator control unit and at least one electronic power unit (21, 21A, 21B) connectible with an elevator motor, characterised in that the door frame comprises in the region of the chamber an opening directed towards the elevator shaft and that the elevator control arrangement (18, 28, 38, 48) comprises a main carrier (16.2, 26.2, 36.2, 46.2) at which the elevator control unit and the electronic power unit (21, 21A, 21B) are arranged, wherein the opening is closed by the main carrier (16.2), that the main carrier (16.2, 26.2, 36.2, 46.2), comprises a cooling air shaft (19, 49) formed by walls (19.1, 19.2, 19.3, 19.6), wherein the cooling air shaft (19, 49) connects an induction opening (16.5) formed at the main carrier (16.2, 26.2, 36.2, 46.2) with an outlet opening (16.6) formed at the main carrier (16.2, 26.2, 36.2, 46.2), the induction opening (16.5) and outlet opening (16.6) are directed towards the elevator shaft and the elevator control unit and the electronic power unit (21, 21A, 21 B) are arranged at the walls (19.1, 19.2, 19.3, 19.6) of the cooling air shaft (19, 49).
A tool assembly comprising: a first piece having a first joint portion including a top surface and at least a first interlock surface; a second piece having a second joint portion configured to interlock with the first joint portion, the second joint portion including a top surface and at least a second interlock surface that is complementary to the first interlock surface; and a fastener (118, 702, 802, 902, 904) extending through the first joint portion and the second joint portion, wherein the first interlock surface and the top surface of the first joint portion form an obtuse angle corner and the second interlock surface and the top surface of the second joint portion form an acute angle corner, wherein the first interlock surface is configured to contact the second interlock surface to inhibit relative movement between the first piece and the second piece along a longitudinal axis of the tool assembly, and wherein the first piece further comprises a third interlock surface and a first intermediate surface, and the first intermediate surface and the first interlock surface form an obtuse angle corner, and wherein the first intermediate surface and the third interlock surface form an obtuse angle corner. a first piece having a first joint portion including a top surface and at least a first interlock surface; a second piece having a second joint portion configured to interlock with the first joint portion, the second joint portion including a top surface and at least a second interlock surface that is complementary to the first interlock surface; and a fastener (118, 702, 802, 902, 904) extending through the first joint portion and the second joint portion, wherein the first interlock surface and the top surface of the first joint portion form an obtuse angle corner and the second interlock surface and the top surface of the second joint portion form an acute angle corner, wherein the first interlock surface is configured to contact the second interlock surface to inhibit relative movement between the first piece and the second piece along a longitudinal axis of the tool assembly, and wherein the first piece further comprises a third interlock surface and a first intermediate surface, and the first intermediate surface and the first interlock surface form an obtuse angle corner, and wherein the first intermediate surface and the third interlock surface form an obtuse angle corner.
A wing assembly comprising: a wing having a leading edge and a trailing edge; a flow control structure carried by the wing so as to extend from a first end to a second end, wherein the first end is closer to the leading edge than the second end and the second end is closer to the trailing edge than the first end, wherein the flow control structure defines an inlet proximate the first end, an outlet comprising a plurality of openings proximate the second end and an internal passage extending from the inlet to the outlet, wherein the flow control structure comprises a control section configured to control a flow of air exiting from the outlet; and a control surface positioned downstream of the outlet of the flow control structure, wherein the flow control structure is configured to control the flow of air exiting from the outlet in order to correspondingly control attachment of the air with the control surface, the assembly being characterised in that the outlet further comprises one or more openings that extend in an upstream direction and one or more openings that extend in a downstream direction; wherein the control section is configured to selectively direct air through one or both of the openings that extend in the upstream direction or the openings that extend in the downstream direction so as to control a direction of the flow of the air upon exiting from the outlet. a wing having a leading edge and a trailing edge; a flow control structure carried by the wing so as to extend from a first end to a second end, wherein the first end is closer to the leading edge than the second end and the second end is closer to the trailing edge than the first end, wherein the flow control structure defines an inlet proximate the first end, an outlet comprising a plurality of openings proximate the second end and an internal passage extending from the inlet to the outlet, wherein the flow control structure comprises a control section configured to control a flow of air exiting from the outlet; and a control surface positioned downstream of the outlet of the flow control structure, wherein the flow control structure is configured to control the flow of air exiting from the outlet in order to correspondingly control attachment of the air with the control surface, the assembly being characterised in that the outlet further comprises one or more openings that extend in an upstream direction and one or more openings that extend in a downstream direction; wherein the control section is configured to selectively direct air through one or both of the openings that extend in the upstream direction or the openings that extend in the downstream direction so as to control a direction of the flow of the air upon exiting from the outlet.
A support base for supporting a stand, wherein the support base has a first connecting plate, a second connecting plate, and a height adjustment unit, wherein one of the connecting plates (3, 4) is provided to be connected to the stand and has a stand contact surface, wherein the height adjustment unit has a threaded rod and an adjustment threaded sleeve for adjusting a length of the height adjustment unit, wherein a first end of the height adjustment unit is permanently fastened on the first connecting plate, in particular formed on, wherein the height adjustment unit has a flange, which is circumferential in particular, characterized in that the flange is arranged on a second end of the height adjustment unit opposite to the first end, a retaining ring held by the flange is arranged on the second end, the retaining ring is detachably connected to the second connecting plate, and the retaining ring is detachably connected to the second connecting plate by means of fastening screws.
Process for making up an area of human keratin materials using a makeup device having a transfer surface and a coat of at least one cosmetic colouring ink borne by the transfer surface and obtained by printing using at least one digital printer, the colouring ink being intended to be applied to the keratin materials, the process comprising the following steps: - forming a base coating by applying at least one cosmetic composition comprising an oil onto the area of the keratin materials to be made up, the base coating being coloured and being chosen from a foundation or a lip gloss, - producing a pattern on the area of the keratin materials by placing the coat of cosmetic ink in contact with the base coating present on the area to be made up so as to transfer the coat of cosmetic ink onto the keratin materials. - forming a base coating by applying at least one cosmetic composition comprising an oil onto the area of the keratin materials to be made up, the base coating being coloured and being chosen from a foundation or a lip gloss, - producing a pattern on the area of the keratin materials by placing the coat of cosmetic ink in contact with the base coating present on the area to be made up so as to transfer the coat of cosmetic ink onto the keratin materials.
A copolymer made by nitroxide controlled polymerisation comprising at least one monomer (MA r) selected from unsaturated monomers out of the group of acrylates, methacrylates, acrylamides, methacrylamides, styrenic monomers, at least one monomer (MB s) selected from unsaturated monomers out of the group of acrylates, methacrylates, acrylamides, methacrylamides, styrenic monomers wherein the monomer MB has a quaternized N-atom structure with a polar substituent selected from polyether, polyamine, nitrile, amide, imine, imide, ester, ketone, nitrile, aldehyde, diketone, ketoester, ketoamide, carbonate, carbamate, carbamide, sulfoxide, sulfone, carboxylic acid, sulfonic acid, phosphoric acid groups; or carboxylic acid anion, sulfonic acid anion or phosphoric acid anion groups which is formed as betaine structure r denotes the total number of monomers MA within the structural element (MA r) and r is > 5, preferred 10-1000, most preferred 10-500; s denotes the total number of monomers MB within the structural element (MB s) and s is > 1, preferred 2-100, most preferred 2-50; a fragment In of an initiator In-E capable to initiate radical polymerization, and a group E bearing at least one stable free nitroxyl radical which is bound via the oxygen atom to the copolymer. r denotes the total number of monomers MA within the structural element (MA r) and r is > 5, preferred 10-1000, most preferred 10-500; s denotes the total number of monomers MB within the structural element (MB s) and s is > 1, preferred 2-100, most preferred 2-50;
Illuminatable transparent panel (20, 30, 112, 113, 114), which can be illuminated by at least one light source (55, 116, 117) and in which the light source (55, 116, 117) is arranged at at least one edge region of the illuminatable transparent panel (20, 30, 112, 113, 114), characterised in that the illuminatable transparent panel (20, 30, 112, 113, 114) has a construction which comprises a plurality of layers (61, 62, 63, 64, 65, 66, 67), that each layer (61, 62, 63, 64, 65, 66, 67) has two mutually opposite side surfaces (61A, 61B, 62A, 62B, 63A, 63B, 64A, 64B, 65A, 65B, 66A, 66B, 67A, 67B) and is bounded in its area dimension by an edge region (61C, 62C, 63C, 64C, 65C, 66C, 67C), that the layers (61, 62, 63, 64, 65, 66, 67) of the construction are arranged with the side surfaces (61 B, 62A, 62B, 63A, 63B, 64A, 64B, 65A, 65B, 66A, 66B, 67B) thereof against one another and that the construction has the layer sequence in which a first layer is a first glass pane, the second layer is a first transparent polymer layer, the third layer is a second glass pane, the fourth layer is a transparent edge-illuminatable polymer material plate containing light-dispersing particles, the fifth layer is a third glass pane, the sixth layer is a second transparent polymer layer and the seventh layer is a fourth glass pane.
A utility type surface cleaning vehicle comprising: a unitary frame utility type tractor defining a longitudinal axis and having a front end and a back end, left and right driven rear wheels and at least one steerable front wheel and a trailing unit connecting mechanism; a debris hopper removably connectable in trailing relation to said utility type tractor via said trailing unit connecting mechanism; a pick-up head operatively mountable on said unitary frame utility type tractor forwardly of said rear wheels, and having a debris outlet; and, an air and debris transfer duct having an inlet connected in debris receiving relation to said debris outlet of said pick-up head and an outlet connected in debris depositing relation to said debris hopper; characterised in that said air and debris transfer duct extends rearwardly from said pick-up head beneath a rear axle assembly of said unitary frame utility type tractor; and wherein said air and debris transfer duct has a bottom opening along its bottom area to thereby be open to a surface being cleaned. a unitary frame utility type tractor defining a longitudinal axis and having a front end and a back end, left and right driven rear wheels and at least one steerable front wheel and a trailing unit connecting mechanism; a debris hopper removably connectable in trailing relation to said utility type tractor via said trailing unit connecting mechanism; a pick-up head operatively mountable on said unitary frame utility type tractor forwardly of said rear wheels, and having a debris outlet; and, an air and debris transfer duct having an inlet connected in debris receiving relation to said debris outlet of said pick-up head and an outlet connected in debris depositing relation to said debris hopper; characterised in that said air and debris transfer duct extends rearwardly from said pick-up head beneath a rear axle assembly of said unitary frame utility type tractor; and wherein said air and debris transfer duct has a bottom opening along its bottom area to thereby be open to a surface being cleaned.