mhurhangee/ep-ind-claims huggingface dataset:
Intervertebral implant comprising a single piece hollow body with an upper wall configured to engage a first vertebral end plate and a lower wall configured to engage a second vertebral end plate, with two opposite sidewalls (3, 4) connecting the upper wall and the lower wall, respectively, and with a load transmitting part configured to transmit load between the upper wall and the lower wall; wherein the body is configured to assume a compressed condition in which a distance between the upper wall and the lower wall defines a first height (h 1) of the implant and an expanded condition in which the distance between the upper wall and the lower wall defines a second height (h 2) of the implant that is greater than the first height (h 1); wherein the implant is made of a material that exhibits shape memory properties, wherein the load transmitting part includes at least one strut (8; 80, 81) having a first end (8a, 80a, 81a) connected to either the upper wall or the lower wall and a second end (8b, 80b, 81b) and wherein the strut is deformable such that it is deformed in the compressed condition and non deformed in the expanded condition, wherein the second end (8b, 80b, 81b) of the strut (8; 80, 81) is caught in a catch in the expanded condition, wherein the strut (8; 80, 81) extends across substantially the whole width of the upper wall or the lower wall, characterized in that the width (w 1) of the upper wall and the lower wall is smaller than a length of the upper wall and the lower wall.
A piece of furniture with an interior protected against unauthorized access, having a frame with a plurality of frame elements (5, 7, 9, 11, 13, 15, 17), side wall elements (19, 21, 23, 25) respectively including a main plane and at least partly surrounding said interior, and having at least one lockable door element and/or at least one lockable drawer element arranged in said interior, wherein a first side wall element is arranged between two first opposing frame elements, a first resting surface of said first side wall element respectively rests against said two frame elements on the side of said two first frame elements facing said interior and a first blocking element is fastened between said first two or second two frame elements (5, 7, 9, 11, 13, 15, 17) and retains said first side wall element resting against said two first frame elements, characterized in that said two first frame elements and/or said two second frame elements each comprise a perforated strip, wherein said first blocking element is adapted to be hung into said perforated strip for fastening purposes.
An electromagnetic radiation absorbing composition comprising a carbon filler comprising elongate carbon elements with an average longest dimension in the range from 100 to 150 microns, with a thickness in the range of 1 to 15 microns, characterised wherein the total carbon filler content is present in the range from 1 to 20 volume% dried, in a non conductive binder.
A surface shape measurement apparatus to measure a surface shape of a measurement object, wherein the surface shape measurement apparatus comprises: a measurement unit having a distance measurement device arranged to measure a distance to a measurement point on a surface of the measurement object using a first probe light and an angle measurement device arranged to measure inclination of the surface at said measurement point using a second probe light; a first calculation part configured to calculate reference shape data of the measurement object based on the distance measured by the distance measurement device; and a second calculation part configured to calculate detailed shape data of the measurement object based on said inclination at the measurement point measured by the angle measurement device, said calculated reference shape data, and a sampling interval that is the sampling interval when scanning the angle measurement device, wherein the first probe light and the second probe light overlap at a reference distance from a reference position of the surface shape measurement apparatus, and wherein the surface shape measurement apparatus is configured to perform scanning such that the distance between the measurement unit and the surface of the measurement object is kept at the reference distance. a second calculation part configured to calculate detailed shape data of the measurement object based on said inclination at the measurement point measured by the angle measurement device, said calculated reference shape data, and a sampling interval that is the sampling interval when scanning the angle measurement device, wherein the first probe light and the second probe light overlap at a reference distance from a reference position of the surface shape measurement apparatus, and wherein the surface shape measurement apparatus is configured to perform scanning such that the distance between the measurement unit and the surface of the measurement object is kept at the reference distance.
Electrical socket accessory (1, 1', 2) comprising: - a support (13a, 13b, 13, 13', 23) and an active part (11, 11', 21) rotating with respect to the support (13a, 13b, 13, 13', 23) along an axis of rotation, - a notched rotation mechanism (3a, 3b, 3, 3', 5) allowing for the rotation of the support (13a, 13b, 13, 13', 23) with respect to the active part (11, 11', 21), comprising: ∘ a leaf spring (30a, 30b, 30, 30', 50) comprising at least one notch (300, 500, 500a, 500b) and ∘ a cylindrical part (31a, 31b, 31, 51) comprising notches (311, 511, 511a, 511b) complementary in shape with the notch (300, 500, 500a, 500b) of the leaf spring (30a, 30b, 30, 30', 50), - and in that the leaf spring (30a, 30b, 30, 30', 50) is elastically deformed by bending when the active part (11, 11', 21) rotates with respect to the support (13a, 13b, 13, 13', 23) from one angular position to another angular position and in that in each angular position, the notch (300, 500, 500a, 500b) of the leaf spring (30a, 30b, 30, 30', 50) is in contact with respectively one of the complementary notches (311, 511, 511a, 511b) of the cylindrical part (31a, 31b, 31, 51) - the electrical socket accessory being characterised in that the leaf spring comprises a stop (303i, 303a, 503a, 503b) to be integral with the support or the active part. - a support (13a, 13b, 13, 13', 23) and an active part (11, 11', 21) rotating with respect to the support (13a, 13b, 13, 13', 23) along an axis of rotation, - a notched rotation mechanism (3a, 3b, 3, 3', 5) allowing for the rotation of the support (13a, 13b, 13, 13', 23) with respect to the active part (11, 11', 21), comprising: ∘ a leaf spring (30a, 30b, 30, 30', 50) comprising at least one notch (300, 500, 500a, 500b) and ∘ a cylindrical part (31a, 31b, 31, 51) comprising notches (311, 511, 511a, 511b) complementary in shape with the notch (300, 500, 500a, 500b) of the leaf spring (30a, 30b, 30, 30', 50), ∘ a leaf spring (30a, 30b, 30, 30', 50) comprising at least one notch (300, 500, 500a, 500b) and ∘ a cylindrical part (31a, 31b, 31, 51) comprising notches (311, 511, 511a, 511b) complementary in shape with the notch (300, 500, 500a, 500b) of the leaf spring (30a, 30b, 30, 30', 50), - and in that the leaf spring (30a, 30b, 30, 30', 50) is elastically deformed by bending when the active part (11, 11', 21) rotates with respect to the support (13a, 13b, 13, 13', 23) from one angular position to another angular position and in that in each angular position, the notch (300, 500, 500a, 500b) of the leaf spring (30a, 30b, 30, 30', 50) is in contact with respectively one of the complementary notches (311, 511, 511a, 511b) of the cylindrical part (31a, 31b, 31, 51) - the electrical socket accessory being characterised in that the leaf spring comprises a stop (303i, 303a, 503a, 503b) to be integral with the support or the active part.
A device (12, 18; 202) for encoding audio data, the device comprising: a memory configured to store the audio data; and one or more processors in communication with the memory, the one or more processors being configured to: encode the audio data to form encoded audio data; select a renderer associated with the encoded audio data; and generate an encoded audio bitstream comprising the encoded audio data and data indicative of the selected renderer; characterized in that the selected renderer comprises one of an object-based renderer or an ambisonic renderer; and wherein the one or more processors are further configured to include the data indicative of the selected renderer in metadata of the encoded audio data. a memory configured to store the audio data; and one or more processors in communication with the memory, the one or more processors being configured to: encode the audio data to form encoded audio data; select a renderer associated with the encoded audio data; and generate an encoded audio bitstream comprising the encoded audio data and data indicative of the selected renderer; encode the audio data to form encoded audio data; select a renderer associated with the encoded audio data; and generate an encoded audio bitstream comprising the encoded audio data and data indicative of the selected renderer; characterized in that the selected renderer comprises one of an object-based renderer or an ambisonic renderer; and wherein the one or more processors are further configured to include the data indicative of the selected renderer in metadata of the encoded audio data. the selected renderer comprises one of an object-based renderer or an ambisonic renderer; and wherein the one or more processors are further configured to include the data indicative of the selected renderer in metadata of the encoded audio data.
Fixing device, having a hook, having a straight shank which is introducible into an anchoring hole in an anchoring substrate, and having an expansion element which is expansible by an axial movement relative to the shank, wherein the fixing device is fixable in the anchoring hole by expansion of the expansion element and wherein the fixing device has a notional first radial plane radial with respect to its shank at a hook-side end of the straight shank and a notional first parallel plane parallel to the first radial plane, which first parallel plane is located on a side of the first radial plane that faces away from the expansion element and the spacing of which from the first radial plane corresponds to a smallest diameter of the hook, wherein a free end of the hook is located on a side of the first parallel plane that faces towards the expansion element so that the shank of the fixing device is introducible into the anchoring hole to a depth such that a spacing of the free end of the hook from the anchoring substrate is smaller than the smallest diameter of the hook, characterised in that the straight shank has a setting depth marker in a notional second radial plane of the shank and a notional second parallel plane parallel to the second radial plane, which second parallel plane is located on a side of the second radial plane that faces away from the expansion element and the spacing of which from the second radial plane corresponds to the smallest diameter of the hook, and the free end of the hook is located on a side of the second parallel plane that faces towards the expansion element.
A method for manufacturing a structural component formed as door inner skin, door module carrier or assembly carrier of a motor vehicle door by hot forming of a multilayer organo-sheet, characterized in that portions (21, 22) of the structural component manufactured from the organo-sheet which are exposed to an increased load, are structured more strongly by orientation the continuous fibers or continuous fiber layers (41 - 46) embedded in the thermoplastic material in loading direction of a functional element of the motor vehicle door mounted on the structural component, such that - the continuous fibers or continuous fiber layers are oriented in pull-off direction of a window pane of a window lifter of the motor vehicle door, and / or - the continuous fibers or continuous fiber layers are oriented in direction of the pull connection between a door lock and a door hinge of the motor vehicle door, and / or - the continuous fibers or continuous fiber layers are oriented in loading direction of a door closing handle of the motor vehicle door, wherein in addition at least one sealing layer (84 - 87) which consists of a film is arranged between two layers (81 - 83) of the organo-sheet which have continuous fibers or continuous fiber layers, in order to a) prevent during the formation of the spatial structure, that holes are formed and the structure becomes untight, and to b) prevent by the hot forming of the multilayer organo-sheet that passageways occur at points of deformation of the organo-sheet, through which moisture can pass from the wet space to the dry space of the motor vehicle door. - the continuous fibers or continuous fiber layers are oriented in pull-off direction of a window pane of a window lifter of the motor vehicle door, and / or - the continuous fibers or continuous fiber layers are oriented in direction of the pull connection between a door lock and a door hinge of the motor vehicle door, and / or - the continuous fibers or continuous fiber layers are oriented in loading direction of a door closing handle of the motor vehicle door,
An assembly and disassembly device for automobile tire, comprising a device case, an upright disposed on the device case, a tire dismantling tool connected to a cross beam of the upright, and a workbench disposed below the tire dismantling tool and located on the device case; the device case being internally provided with a gearbox; wherein the gearbox is a compound gearbox integrating a gearbox body and a motor, the gearbox being internally penetrated by a main shaft which drives the workbench disposed on the device case to move; the motor being provided with a motor gear; and the compound gearbox being internally provided with a drive gear; wherein the main shaft is sleeved with a main shaft gear and the motor gear is in an engaged connection with the drive gear and makes the drive gear move, the drive gear is in an engaged connection with the main shaft gear and makes the main shaft gear move and the main shaft gear drives the main shaft to bring the workbench in connection with the main shaft to move, characterized in that a lower end of the drive gear engaged with the motor gear is a helical gear and an upper end of the drive gear is a straight gear, the motor gear is a spiral-tooth structure, in an engaged connection with the drive gear, and several drive gears are provided, wherein the drive gears are in an engaged connection with one another to control the precision of the drive and adjust the driving force of the drive.
A mounting arrangement for mounting an aerofoil body on an annular support, the mounting arrangement comprising: an aerofoil body comprising a root portion and a tip portion, each having a pressure surface and a suction surface, wherein the pressure surface and suction surface of the root and/or tip portion each comprise a respective ridge portion (5, 5'), each ridge portion having an inclined first face (6, 6') and an oppositely inclined second face (7, 7'), and at least one mounting bracket, wherein: the at least one mounting bracket has a central portion housing the ridge portions on the root and/or tip portion and an opposing flange portion (26, 26') extending from the central portion at right angles to the central portion and for affixing to the annular support; the mounting bracket(s) is/are cured or moulded around the root and/or tip portion of the aerofoil body, characterized in that the mounting bracket(s) is/are formed from an organic matrix composite and the aerofoil body is formed of an organic matrix composite or a metal matrix composite. an aerofoil body comprising a root portion and a tip portion, each having a pressure surface and a suction surface, wherein the pressure surface and suction surface of the root and/or tip portion each comprise a respective ridge portion (5, 5'), each ridge portion having an inclined first face (6, 6') and an oppositely inclined second face (7, 7'), and at least one mounting bracket, wherein: the at least one mounting bracket has a central portion housing the ridge portions on the root and/or tip portion and an opposing flange portion (26, 26') extending from the central portion at right angles to the central portion and for affixing to the annular support; the mounting bracket(s) is/are cured or moulded around the root and/or tip portion of the aerofoil body, characterized in that the mounting bracket(s) is/are formed from an organic matrix composite and the aerofoil body is formed of an organic matrix composite or a metal matrix composite. the at least one mounting bracket has a central portion housing the ridge portions on the root and/or tip portion and an opposing flange portion (26, 26') extending from the central portion at right angles to the central portion and for affixing to the annular support; the mounting bracket(s) is/are cured or moulded around the root and/or tip portion of the aerofoil body, characterized in that the mounting bracket(s) is/are formed from an organic matrix composite and the aerofoil body is formed of an organic matrix composite or a metal matrix composite.
An acoustic insulation panel comprising two facing panels (2,4) having a natural respiration frequency, said facing panels being separated by a solid structure that is substantially flat and has two faces (7b,7c) that are substantially flat and parallel, each of them being secured to a facing panel, said structure comprising through-holes forming a mesh, so that the mesh structure helps with the noise-absorption function, an acoustic absorption block being placed inside at least one mesh of the mesh structure, characterized in that the acoustic absorption block comprises a layer, parallel to the facing panels (2,4), of a material and with dimensions chosen to resonate substantially at the respiration frequency.
A seat locking mechanism comprising: a plurality of positional brake mechanisms including a longitudinal brake assembly, a lateral brake assembly, and a rotational brake assembly; an electric motor assembly operably connected to each of the plurality of positional brake mechanisms, the electric motor assembly comprising: a drive motor; a clutch system located between the drive motor and the plurality of positional brake mechanisms; and a solenoid operably connected to the clutch system, the solenoid in operation engages the clutch system to operably connect the electric motor to the plurality of positional brake mechanisms when the electric motor assembly is activated and disengages the clutch system to operably disconnect the electric motor to the plurality of positional brake mechanisms when the electric motor assembly is deactivated, wherein the electric motor assembly in operation moves the plurality of positional brake mechanisms to at least one of a locked position when the electric motor assembly is activated and an unlocked position when the electrical motor assembly is deactivated. a plurality of positional brake mechanisms including a longitudinal brake assembly, a lateral brake assembly, and a rotational brake assembly; an electric motor assembly operably connected to each of the plurality of positional brake mechanisms, the electric motor assembly comprising: a drive motor; a clutch system located between the drive motor and the plurality of positional brake mechanisms; and a solenoid operably connected to the clutch system, the solenoid in operation engages the clutch system to operably connect the electric motor to the plurality of positional brake mechanisms when the electric motor assembly is activated and disengages the clutch system to operably disconnect the electric motor to the plurality of positional brake mechanisms when the electric motor assembly is deactivated, wherein the electric motor assembly in operation moves the plurality of positional brake mechanisms to at least one of a locked position when the electric motor assembly is activated and an unlocked position when the electrical motor assembly is deactivated. a drive motor; a clutch system located between the drive motor and the plurality of positional brake mechanisms; and a solenoid operably connected to the clutch system, the solenoid in operation engages the clutch system to operably connect the electric motor to the plurality of positional brake mechanisms when the electric motor assembly is activated and disengages the clutch system to operably disconnect the electric motor to the plurality of positional brake mechanisms when the electric motor assembly is deactivated, wherein the electric motor assembly in operation moves the plurality of positional brake mechanisms to at least one of a locked position when the electric motor assembly is activated and an unlocked position when the electrical motor assembly is deactivated.
Thin-film encapsulation structure for electronic devices with organic substances, especially OLEDs or other organic optoelectronic devices, with a primary, inorganic barrier layer, which is directly arranged on the device or the surface to be encapsulated; a planarization layer arranged on the primary, inorganic barrier layer, the thickness of said planarization layer selected such that it is thicker than the simple value of the distance between highest peak and deepest valley of the surface of the primary barrier layer or the surface of the device under the primary, inorganic barrier layer or the surface to be encapsulated, characterized in that a secondary barrier layer comprises exactly two inorganic sublayers (7, 9) with an organic sublayer arranged between them, the secondary barrier layer being arranged on the planarization layer, wherein arranged on the secondary barrier is a hydrophobic layer, whose surface energy is such that the contact angle with water is greater than 80 deg.
A heating apparatus for heating a bearing ring and at least one bearing element, comprising: a rotational support member having a rotational axis about which the rotational support member is configured to rotate; an inductor positioned adjacent to at least a portion of a bearing ring (32, 132, 133); wherein the rotational support member is operably coupled to the bearing ring; wherein the rotational support member is configured to rotate relative to the inductor; characterized by a bearing orienting member (34, 134) configured to orient a surface of at least one bearing element (31, 131, 231) disposed in the bearing ring, with the bearing orienting member being configured to rotate in conjunction with the rotational support member. a rotational support member having a rotational axis about which the rotational support member is configured to rotate; an inductor positioned adjacent to at least a portion of a bearing ring (32, 132, 133); wherein the rotational support member is operably coupled to the bearing ring; wherein the rotational support member is configured to rotate relative to the inductor; characterized by a bearing orienting member (34, 134) configured to orient a surface of at least one bearing element (31, 131, 231) disposed in the bearing ring, with the bearing orienting member being configured to rotate in conjunction with the rotational support member.