mhurhangee/ep-ind-claims huggingface dataset:
A gear apparatus for an image forming apparatus comprising: a gear comprising a shaft hole and a gear portion; a rotation shaft that is inserted into the shaft hole; a reinforcing member comprising a through hole into which the rotation shaft is inserted; a first connecting portion configured to connect the gear and the reinforcing member such that the gear and the reinforcing member rotate together, and which is provided at a radial circumference of the shaft hole; and characterised by comprising a second connecting portion configured to connect the reinforcing member and the rotation shaft such that the reinforcing member and the rotation shaft rotate together, and in that the reinforcing member has a stiffness that is higher than a stiffness of the gear. a gear comprising a shaft hole and a gear portion; a rotation shaft that is inserted into the shaft hole; a reinforcing member comprising a through hole into which the rotation shaft is inserted; a first connecting portion configured to connect the gear and the reinforcing member such that the gear and the reinforcing member rotate together, and which is provided at a radial circumference of the shaft hole; and characterised by comprising a second connecting portion configured to connect the reinforcing member and the rotation shaft such that the reinforcing member and the rotation shaft rotate together, and in that the reinforcing member has a stiffness that is higher than a stiffness of the gear.
A video encoding method for dividing each frame of a video into macroblocks of a predetermined size, and for encoding each of the macroblocks by combining temporal compression using difference data and motion compensation, an orthogonal transform for transforming spatial information into frequency information, and quantization of an orthogonal transform coefficient, comprising: further dividing the macroblocks into small blocks such that different quantization parameters can be used in the small blocks; deciding a quantization parameter for each of the small blocks; and quantizing the orthogonal transform coefficient with the quantization parameter for each of the small blocks, wherein each of the small blocks for which the quantization parameter is decided has a size equal to or larger than a block size that is a unit of processing in the orthogonal transform, and characterized in that the quantization parameter for a given small block is calculated by using quantization parameters of neighboring small blocks of the same macroblock. further dividing the macroblocks into small blocks such that different quantization parameters can be used in the small blocks; deciding a quantization parameter for each of the small blocks; and quantizing the orthogonal transform coefficient with the quantization parameter for each of the small blocks, wherein each of the small blocks for which the quantization parameter is decided has a size equal to or larger than a block size that is a unit of processing in the orthogonal transform, and characterized in that the quantization parameter for a given small block is calculated by using quantization parameters of neighboring small blocks of the same macroblock.
A modified Factor VIII or a complex comprising modified Factor VIII and non-modified VWF wherein the modified Factor VIII is fused at a C-terminal part of the primary translation polypeptide of Factor VIII to the N-terminal part of an albumin.
Bumper assembly comprising an elongated bumper beam having a web and two legs forming a generally hat-shaped cross-section, at least two crash boxes attached to said bumper beam, a cover plate section covering at least a part of the open side of the bumper beam, the cover plate section comprising a central part provided with at least one ridge extending outwards and at least one recess adjacent said ridge for providing a deformation initiator, characterised in that said cover plate section is positioned in front of at least one of said at least two crash boxes, the bumper assembly further comprising at least one tow bushing arranged in said at least one crash box and extending through said cover plate section.
A pusher mechanism and pusher mechanism guide, along which the pusher mechanism can travel, for a merchandise display system, the pusher mechanism comprising: a pusher paddle comprising a guide panel defining a guide panel plane, a first coil spring configured to coil up within a coil spring housing on the pusher paddle and locked into place on the pusher mechanism guide by a locking mechanism, so that the first coil spring can be tensioned between the pusher paddle and the pusher mechanism guide and permitted to uncoil in a direction perpendicular to the guide panel, wherein the first coil spring is configured to bias the pusher paddle in a direction of the locking mechanism; characterized in that: the pusher paddle further comprises a first folding panel defining a first folding panel plane, a second folding panel defining a second folding panel plane, and a second spring configured to bias the first folding panel and the second folding panel such that the first folding panel plane and the second folding panel plane are parallel to the guide panel plane; wherein the first folding panel and the second folding panel are configured to pivot on the guide panel. a pusher paddle comprising a guide panel defining a guide panel plane, a first coil spring configured to coil up within a coil spring housing on the pusher paddle and locked into place on the pusher mechanism guide by a locking mechanism, so that the first coil spring can be tensioned between the pusher paddle and the pusher mechanism guide and permitted to uncoil in a direction perpendicular to the guide panel, wherein the first coil spring is configured to bias the pusher paddle in a direction of the locking mechanism; characterized in that: the pusher paddle further comprises a first folding panel defining a first folding panel plane, a second folding panel defining a second folding panel plane, and a second spring configured to bias the first folding panel and the second folding panel such that the first folding panel plane and the second folding panel plane are parallel to the guide panel plane; wherein the first folding panel and the second folding panel are configured to pivot on the guide panel. the pusher paddle further comprises a first folding panel defining a first folding panel plane, a second folding panel defining a second folding panel plane, and a second spring configured to bias the first folding panel and the second folding panel such that the first folding panel plane and the second folding panel plane are parallel to the guide panel plane; wherein the first folding panel and the second folding panel are configured to pivot on the guide panel.
A soundproofing transformer, comprising: a tank; a winding portion and a core portion provided inside the tank; and an insulating fluid provided inside the tank, a reinforcing member provided outside of the tank; a cavity having a resonance space and connected to the reinforcing member by a coupling member; a partition member stacked on the cavity and forming an acoustic absorption space, characterized in that the soundproofing transformer further comprises, a noise inlet member having a first inlet facing the tank, connected to the cavity through the acoustic absorption space, and configured to transmit noise introduced from the first inlet to the resonance space, and a noise reduction panel connected to the partition member and the noise inlet member, and having a second inlet provided to communicate with the acoustic absorption space while facing the tank, and wherein the partition member connects the cavity and noise reduction panel, and is provided to separate the noise reduction panel from the cavity. a tank; a winding portion and a core portion provided inside the tank; and an insulating fluid provided inside the tank, a reinforcing member provided outside of the tank; a cavity having a resonance space and connected to the reinforcing member by a coupling member; a partition member stacked on the cavity and forming an acoustic absorption space, characterized in that the soundproofing transformer further comprises, a noise inlet member having a first inlet facing the tank, connected to the cavity through the acoustic absorption space, and configured to transmit noise introduced from the first inlet to the resonance space, and a noise reduction panel connected to the partition member and the noise inlet member, and having a second inlet provided to communicate with the acoustic absorption space while facing the tank, and wherein the partition member connects the cavity and noise reduction panel, and is provided to separate the noise reduction panel from the cavity.
A friction brake system comprising a plurality of friction brake devices provided in a vehicle, and a higher-order control unit including a braking force distributor configured to distribute target brake pressing force to each friction brake device in accordance with requested braking force, each friction brake device including: a brake actuator having a brake rotor, a friction material, and a friction material actuator configured to press the friction material against the brake rotor; and an individual brake controller configured to control output of the friction material actuator in accordance with the target brake pressing force distributed from the braking force distributor, wherein the friction brake system comprises a braking friction coefficient estimator configured to estimate a friction coefficient between the brake rotor and the friction material of each friction brake device, the friction coefficient being reflected by distribution of the brake pressing force by the braking force distributor, characterized in that the braking friction coefficient estimator includes: an estimation distribution adjustment section configured to change the brake pressing force to be distributed from the braking force distributor, in a predetermined combination, for estimation of the friction coefficient; and an estimation calculation section configured to estimate the friction coefficient on the basis of a relationship between deceleration of the vehicle and the brake pressing force the distribution of which has been changed. characterized in that the braking friction coefficient estimator includes: an estimation distribution adjustment section configured to change the brake pressing force to be distributed from the braking force distributor, in a predetermined combination, for estimation of the friction coefficient; and an estimation calculation section configured to estimate the friction coefficient on the basis of a relationship between deceleration of the vehicle and the brake pressing force the distribution of which has been changed.
Assembly of a drink bottle and a promotional object, the bottle having a plastic or glass body, wherein the drink bottle has at least one concave recess into which the promotional object is inserted, wherein the size of the concave recess corresponds to the size of a large part of the promotional object, and wherein said part of the promotional object is inserted in said concave recess while remaining easily removable; wherein the bottle is provided with a wrapping made of shrink-wrap material, wherein the wrapping constitutes the drink bottle label, wherein the wrapping covers at least a part of the surface of the drink bottle and the promotional object and is configured to fixate the promotional object; wherein a part of the promotional object extends outwardly beyond the recess, wherein the at least one concave recess has an egg-shape, and wherein the promotional object has an egg-shape, wherein the drink bottle has a waist, and wherein the egg-shaped concave recess and the egg-shaped promotional object are located at the waist. wherein the drink bottle has at least one concave recess into which the promotional object is inserted, wherein the size of the concave recess corresponds to the size of a large part of the promotional object, and wherein said part of the promotional object is inserted in said concave recess while remaining easily removable; wherein the bottle is provided with a wrapping made of shrink-wrap material, wherein the wrapping constitutes the drink bottle label, wherein the wrapping covers at least a part of the surface of the drink bottle and the promotional object and is configured to fixate the promotional object; wherein a part of the promotional object extends outwardly beyond the recess, wherein the at least one concave recess has an egg-shape, and wherein the promotional object has an egg-shape, wherein the drink bottle has a waist, and wherein the egg-shaped concave recess and the egg-shaped promotional object are located at the waist.
A surface inspection system for inspecting the surface of sheet elements present in an inspection area, comprising an image evaluation unit, two light sources (12, 14) arranged adjacent each other on opposite sides of an illumination plane (O 11) and oriented for illuminating the inspection area, and a camera adapted for capturing line images (I 12, I 14) of the inspection area along a viewing plane (O 16), the illumination plane (O 11) and the viewing plane (O 16) being arranged on opposite sides of a median plane which is perpendicular to an inspection plane, the angle (a) between the illumination plane (O 11) and the median plane being the same as the angle (α) between the viewing plane (O 16) and the median plane, whereby the two light sources (12,14) are inclined with respect to the illumination plane (O 11) by an angle (β) in the range of 5° to 10° and preferably in the order of 7.5°, and in that the two light sources (12,14) are arranged symmetrically on opposite sides of the illumination plane (O 11).
A method for preventing an external party to map an identity of a network cell of a telecommunication network (112 or 120) with a corresponding geographical location of the network cell, characterized in that, the method comprising: receiving, at a base station of the telecommunication network (112 or 120) system information from a radio network controller of the telecommunication network (112 or 120); extracting, at the base station, the identity of the network cell from the received system information; changing, at the base station, the identity or one of multiple parts of the identity of the network cell, wherein changing the identity or one of multiple parts of the identity of the network cell comprises scrambling the identity or the one of multiple parts of the identity based on a scrambling key received from the radio network controller; and sending, the changed identity or the one of multiple parts of the identity to a user terminal. receiving, at a base station of the telecommunication network (112 or 120) system information from a radio network controller of the telecommunication network (112 or 120); extracting, at the base station, the identity of the network cell from the received system information; changing, at the base station, the identity or one of multiple parts of the identity of the network cell, wherein changing the identity or one of multiple parts of the identity of the network cell comprises scrambling the identity or the one of multiple parts of the identity based on a scrambling key received from the radio network controller; and sending, the changed identity or the one of multiple parts of the identity to a user terminal.
A method for producing a β-Ga 2 O 3 based substrate, comprising a step for cutting out a β-Ga 2 O 3 based substrate from a β-Ga 2 O 3 based crystal containing a group IV element, wherein annealing processing in an inert gas atmosphere is performed on the β-Ga 2 O 3 based crystal before cutting out the β-Ga 2 O 3 based substrate or on the β-Ga 2 O 3 based substrate, wherein an annealing temperature of the annealing processing is in a temperature range of 1000∼1725 ° C.
Stowage device for a habitation vehicle, with at least one housing, with at least one pull-out element arranged, in a first pull-out position, at least partially within the housing and, in a second pull-out position, at least partially outside the housing, with at least one cover which at least partially covers the pull-out element in a first cover position, and at least partially releases the pull-out element in a second cover position, and with a bearing unit comprising at least one first bearing, which is configured to support the pull-out element movably along at least one first direction from the first pull-out position into the second pull-out position, and comprising at least one second bearing, which is configured to support the cover section-wise movably along at least one second direction from the first cover position into the second cover position, the first direction and the second direction being at least substantially opposed to each other, characterised in that the second bearing is configured, in a movement from the first cover position into the second cover position and in a movement from the second cover position into the first cover position, to move the cover at least section-wise transversally to the first direction and/or to the second direction. with at least one housing, with at least one pull-out element arranged, in a first pull-out position, at least partially within the housing and, in a second pull-out position, at least partially outside the housing, with at least one cover which at least partially covers the pull-out element in a first cover position, and at least partially releases the pull-out element in a second cover position, and with a bearing unit comprising at least one first bearing, which is configured to support the pull-out element movably along at least one first direction from the first pull-out position into the second pull-out position, and comprising at least one second bearing, which is configured to support the cover section-wise movably along at least one second direction from the first cover position into the second cover position, the first direction and the second direction being at least substantially opposed to each other, characterised in that the second bearing is configured, in a movement from the first cover position into the second cover position and in a movement from the second cover position into the first cover position, to move the cover at least section-wise transversally to the first direction and/or to the second direction.
A measuring device to be mounted on a grill device, the grill device including a first grilling unit, and a second grilling unit pivotally connected to the first grilling unit and rotatable with respect to the first grilling unit about a rotation axis, said measuring device being characterized by: a magnetic unit to be mounted on one of the first and second grilling units (2, 3), and configured to generate a magnetic field; a sensing unit to be mounted on the other one of the first and second grilling units (2,3), and configured to measure an angle of rotation of the magnetic field generated by said magnetic unit and to generate an output signal indicating the angle of rotation of the magnetic field; and a processing unit communicatively connected to said sensing unit for receiving the output signal therefrom, and configured to obtain an included angle between the first and second grilling units (2, 3) based on the angle of rotation of the magnetic field indicated by the output signal. a magnetic unit to be mounted on one of the first and second grilling units (2, 3), and configured to generate a magnetic field; a sensing unit to be mounted on the other one of the first and second grilling units (2,3), and configured to measure an angle of rotation of the magnetic field generated by said magnetic unit and to generate an output signal indicating the angle of rotation of the magnetic field; and a processing unit communicatively connected to said sensing unit for receiving the output signal therefrom, and configured to obtain an included angle between the first and second grilling units (2, 3) based on the angle of rotation of the magnetic field indicated by the output signal.
An oral dosage form which is a pharmaceutical, nutritional or dietary supplement product comprising an emulsion preconcentrate composition comprising: from 60 to 85 wt% of an omega-3 fatty acid oil; and from 15 to 40 wt% of one or more surfactants; based on the total weight of the omega-3 fatty acid oil and the surfactant in the composition; wherein the composition is characterised in that the surfactant is selected from PEG 35 castor oil, polysorbate 80, and mixtures thereof. from 60 to 85 wt% of an omega-3 fatty acid oil; and from 15 to 40 wt% of one or more surfactants; based on the total weight of the omega-3 fatty acid oil and the surfactant in the composition; wherein the composition is characterised in that the surfactant is selected from PEG 35 castor oil, polysorbate 80, and mixtures thereof.
Grouping device for grouping together fuel cells, comprising at least two fuel cells in which at least a first fluid circulates, characterized in that the grouping device comprises a support and at least a portion of a first circuit for the first fluid comprising a first feeder configured to supply the fuel cells with first fluid and a first manifold configured to collect the first fluid from the fuel cells, the support comprising a casing, the first feeder and the first manifold being secured to the casing and positioned between the casing and the fuel cells, each casing comprising at least one outer shoulder extending over at least a part of its periphery.
Studded tyre comprising a tread band, in which respective pluralities of grooves and blocks are made, which as a whole define a tread pattern of said tyre in which a module is identified, which module extends between opposite axial ends of said tread band and is the minimum tread band portion, a repeated sequence of which configuration is provided along the circumferential extent of the tread band in order to form said tread pattern, said tread band comprising: - at least one first block on which a stud is provided, - at least one reference block which does not comprise any studs and is arranged in the same position to said first block in a separate module to that comprising said first block, wherein - an original edge is identified on said first block and corresponds to the edge of said reference block when said reference block is superimposed on said first block, - said original edge divides said first block into a main body, which substantially corresponds to said reference block, and into a projection, which corresponds to a portion of said first block that is added with respect to said reference block, and - said stud is positioned in said first block so as to: i. touch said original edge, or ii. be arranged entirely inside said projection and characterised in that said projection extends so as to connect said first block to an adjacent block. - at least one first block on which a stud is provided, - at least one reference block which does not comprise any studs and is arranged in the same position to said first block in a separate module to that comprising said first block, - an original edge is identified on said first block and corresponds to the edge of said reference block when said reference block is superimposed on said first block, - said original edge divides said first block into a main body, which substantially corresponds to said reference block, and into a projection, which corresponds to a portion of said first block that is added with respect to said reference block, and - said stud is positioned in said first block so as to: i. touch said original edge, or ii. be arranged entirely inside said projection and i. touch said original edge, or ii. be arranged entirely inside said projection and