mhurhangee/ep-ind-claims huggingface dataset:
A device for gathering and unloading items, comprising: - a container open on its upper wall, comprising a front wall, adjacent to two lateral walls and a lower wall, whose one of the walls is movable and intended for unloading the items in a cardboard box, - a means of gathering with variable geometry of the items in the direction of a zero-reference point, in the plane of the lower wall, in the orthonormal directions (OX, OY), the means being able to evolve and modify the trajectories of the items according to the orthonormal directions (OX, OY) towards the reference point, according to their respective dimensions. - a container open on its upper wall, comprising a front wall, adjacent to two lateral walls and a lower wall, whose one of the walls is movable and intended for unloading the items in a cardboard box, - a means of gathering with variable geometry of the items in the direction of a zero-reference point, in the plane of the lower wall, in the orthonormal directions (OX, OY), the means being able to evolve and modify the trajectories of the items according to the orthonormal directions (OX, OY) towards the reference point, according to their respective dimensions.
An assembly for an implantable medical device, comprising: a) a ceramic substrate having a sidewall extending to spaced apart ceramic substrate first and second end surfaces (12A; 12B); and b) at least one via extending through the ceramic substrate from the ceramic substrate first end surface to the ceramic substrate second end surface, c) wherein, in cross-section looking downwardly at one of the ceramic substrate first and second end surfaces (12A; 12B) and with respect to a center point of the via, the at least one via has a square-shape with rounded corners and comprises four straight sidewall portions (42; 44; 46; 48) and four rounded corners, and wherein each of the four straight sidewall portions (42; 44; 46; 48) extends to and meets with two of the rounded corners and each of the four rounded corners has an arc (102; 108; 114; 120) that ranges from about 50° to ≤ 80°. a) a ceramic substrate having a sidewall extending to spaced apart ceramic substrate first and second end surfaces (12A; 12B); and b) at least one via extending through the ceramic substrate from the ceramic substrate first end surface to the ceramic substrate second end surface, c) wherein, in cross-section looking downwardly at one of the ceramic substrate first and second end surfaces (12A; 12B) and with respect to a center point of the via, the at least one via has a square-shape with rounded corners and comprises four straight sidewall portions (42; 44; 46; 48) and four rounded corners, and wherein each of the four straight sidewall portions (42; 44; 46; 48) extends to and meets with two of the rounded corners and each of the four rounded corners has an arc (102; 108; 114; 120) that ranges from about 50° to ≤ 80°.
Rainproof façade covering or roof covering, comprising tiles arranged in a bond with offset joints and comprising a fastening structure for fastening the tiles, in which each tile comprises a visible part on its lower side which remains exposed in the bond, comprises an invisible part on its upper side which is overlapped in the bond by the visible parts of two overlapping tiles, and comprises a nose on its rear side for fastening the tile to the fastening structure, this nose dividing the invisible part of the tile into, on the one hand, a mechanically loaded and waterproofing part which adjoins the visible part, having a waterproofing function in order to assure watertightness of the covering and, on the other hand, a part which extends between the nose and the upper edge of the tile and which is thinner than the part which adjoins the visible part, and which is not mechanically loaded and thus not fitted against said fastening structure, characterized in that in each tile, the part of the invisible part which extends between the nose and the upper edge of the tile is a purely waterproofing part, having a waterproofing function in order to assure watertightness of the covering by draining off rainwater downwards and to the outside of the covering on account of the force of gravity.
A battery including a current collector (12, 13) which electrically connects a power generating element contained inside of an envelope to an external terminal (14, 15) whose at least part is disposed outside of the envelope comprising a case and a cover, wherein the current collector (12, 13) comprises: a base electrically connected to the external terminal (14, 15); a connector projecting from the base to be electrically connected to the power generating element; and a rib disposed along at least a part of an outer peripheral edge of the base, wherein the rib includes a main portion vertically projecting from the base, characterised in that the base of the current collector (12, 13) is formed with a through hole, and wherein the external terminal (14, 15) and the base of the current collector (12, 13) are caulked and fixed to the cover via the through hole. a base electrically connected to the external terminal (14, 15); a connector projecting from the base to be electrically connected to the power generating element; and a rib disposed along at least a part of an outer peripheral edge of the base, wherein the rib includes a main portion vertically projecting from the base, characterised in that the base of the current collector (12, 13) is formed with a through hole, and wherein the external terminal (14, 15) and the base of the current collector (12, 13) are caulked and fixed to the cover via the through hole.
A drill bit button insert that is attached to a button inserts mounted in a drill bit and performs a drilling, comprising: a tip body; and an abrasive layer formed of a diamond sintered body harder than the tip body coated at least at the button insert working/cutting surface of the tip body, wherein the abrasive layer has at least two high hardness layers and a low hardness layer having a hardness lower than that of the high hardness layer, and the low hardness layer is disposed between these high hardness layers, from the surface side of the abrasive layer toward the tip body side, characterized in that the high hardness layers are composed of diamond particles and a metal binder selected from a group consisting of Co, Ni and Fe - Ni alloy, wherein the thickness of the high hardness layer is set to be in a range of 1/2 or more of the thickness of the low hardness layer, and of the thickness of the low hardness layer or less, and wherein each of the thicknesses of the at least two high hardness layers and the thickness of the low hardness layer is 150 μm or more at the thinnest portion, and 800 μm or less at the thickest portion. a tip body; and an abrasive layer formed of a diamond sintered body harder than the tip body coated at least at the button insert working/cutting surface of the tip body, wherein the abrasive layer has at least two high hardness layers and a low hardness layer having a hardness lower than that of the high hardness layer, and the low hardness layer is disposed between these high hardness layers, from the surface side of the abrasive layer toward the tip body side, the high hardness layers are composed of diamond particles and a metal binder selected from a group consisting of Co, Ni and Fe - Ni alloy, wherein the thickness of the high hardness layer is set to be in a range of 1/2 or more of the thickness of the low hardness layer, and of the thickness of the low hardness layer or less, and wherein each of the thicknesses of the at least two high hardness layers and the thickness of the low hardness layer is 150 μm or more at the thinnest portion, and 800 μm or less at the thickest portion.
A fastening element with tolerance-compensation function for fastening add-on elements, in particular roof rails, comprising the following features: a) a threaded bolt having a fastening portion for an add-on element, a threaded portion as well as a radial projection between fastening portion and threaded portion, b) a positioning and supporting element arranged at the threaded bolt adjacent to the fastening region and abutting the projection, c) an adjusting element arranged in the threaded portion so that a distance relative to the positioning and supporting element is adjustable, and which comprises an inner thread matching with the threaded portion as well as a drive means, wherein the drive means is arranged radially inside, and d) a fastening means arranged in the threaded portion adjacent to the adjusting element. a) a threaded bolt having a fastening portion for an add-on element, a threaded portion as well as a radial projection between fastening portion and threaded portion, b) a positioning and supporting element arranged at the threaded bolt adjacent to the fastening region and abutting the projection, c) an adjusting element arranged in the threaded portion so that a distance relative to the positioning and supporting element is adjustable, and which comprises an inner thread matching with the threaded portion as well as a drive means, wherein the drive means is arranged radially inside, and d) a fastening means arranged in the threaded portion adjacent to the adjusting element.
Device for transporting preforms of containers made of plastic, of the type of preforms that are intended to be transformed into containers by blow-moulding or stretch-blow-moulding, which preforms are made of plastic and each have a tubular wall defining a body and a neck that are separated by a collar that protrudes radially from the wall, said device comprising an endless circulating element that has an external face and bears a series of brushes that protrude from the external face, which are able to come into contact with the preforms so as to drive them by friction along a path, the device comprising a pair of rails that are spaced apart from one another, which jointly define at least a part of the path of the preforms, these rails having coplanar bearing faces for the suspension, by their collar, of the preforms oriented neck up, the belt having an internal face opposite the external face, said device also comprising a neck guide that extends vertically in line with the rails at a distance therefrom that is greater than or equal to a height of the neck of the preforms, the guiding of the preforms by the neck guide preventing the collars of two successive preforms from overlapping, and a lateral guide on which the circulating element bears via the internal face, over at least a part of the path, characterized in that the external face of the belt forms a succession of crenellations, each crenellation bearing a brush, and in that a horizontal part of the guide is provided with oblong holes into which screws are introduced for fastening the guide to the plate so as to transversely adjust the position of the guide.
Method for preparing a 3-layer catalyst-coated membrane comprising a first catalyst layer, an ionomer membrane and a second catalyst layer, said method comprising the steps of a) preparing a first catalyst layer on a supporting substrate, b) coating the first catalyst layer with an ionomer dispersion to form an ionomer membrane in contact with the first catalyst layer, c) applying the second catalyst layer on top of the ionomer membrane, wherein the ionomer dispersion applied in step b) has a viscosity in the range of 0,01 to 0,4 Pa.s (10 to 400 centipoise), measured at 25 °C and a shear rate of 100 s -1, and an ionomer concentration in the range of 15 to 35 wt.-%. a) preparing a first catalyst layer on a supporting substrate, b) coating the first catalyst layer with an ionomer dispersion to form an ionomer membrane in contact with the first catalyst layer, c) applying the second catalyst layer on top of the ionomer membrane,
An image blur correction apparatus comprising: a lens unit which includes an imaging optical system and an imaging unit configured to generate an image signal of an imaged image and which is supported rotatably in a yawing direction and in a pitching direction; a shake detection unit configured to detect a shake applied to the lens unit; a position detection unit configured to detect a position of the lens unit; a drive unit configured to perform rotation driving of the lens unit in the yawing direction and in the pitching direction; a blur correction control unit configured to correct an image blur of the imaged image by controlling the driving operation, which is performed by the drive unit, based on the shake detected by the shake detection unit, the position detected by the position detection unit, and a barycentric position of the lens unit; and a barycentric position calculation unit configured to calculate the barycentric position of the lens unit, wherein the barycentric position calculation unit calcullates the barycentric position based on a lens position of the lens unit and an extension state of a mirror tube of the lens unit. a lens unit which includes an imaging optical system and an imaging unit configured to generate an image signal of an imaged image and which is supported rotatably in a yawing direction and in a pitching direction; a shake detection unit configured to detect a shake applied to the lens unit; a position detection unit configured to detect a position of the lens unit; a drive unit configured to perform rotation driving of the lens unit in the yawing direction and in the pitching direction; a blur correction control unit configured to correct an image blur of the imaged image by controlling the driving operation, which is performed by the drive unit, based on the shake detected by the shake detection unit, the position detected by the position detection unit, and a barycentric position of the lens unit; and a barycentric position calculation unit configured to calculate the barycentric position of the lens unit, wherein the barycentric position calculation unit calcullates the barycentric position based on a lens position of the lens unit and an extension state of a mirror tube of the lens unit.
An agricultural square baler for working harvested material into square bales, comprising - a drive train for working drive power provided from an auxiliary drive of a tractor, as well as - a plurality of working units for working the harvested material, wherein the drive train has at least one energy storage means in the form of a flywheel, wherein the drive train has a main baler transmission by means of which the drive power can be transmitted to the working units, characterized in that the drive train has at least one fluid coupling which transmits a torque in accordance with the Föttinger principle, wherein the fluid coupling is associated with the flywheel, wherein, considered in the direction of flow of the drive power, the fluid coupling is upstream of the flywheel or, considered in the direction of flow of the drive power, the fluid coupling is downstream of the flywheel. - a drive train for working drive power provided from an auxiliary drive of a tractor, as well as - a plurality of working units for working the harvested material, wherein the drive train has at least one energy storage means in the form of a flywheel, wherein the drive train has a main baler transmission by means of which the drive power can be transmitted to the working units, characterized in that the drive train has at least one fluid coupling which transmits a torque in accordance with the Föttinger principle, wherein the fluid coupling is associated with the flywheel, wherein, considered in the direction of flow of the drive power, the fluid coupling is upstream of the flywheel or, considered in the direction of flow of the drive power, the fluid coupling is downstream of the flywheel.
An apparatus of a user equipment, UE, (108; 1100; 1220) the apparatus, under control of one or more processors and memory, to achieve low latency synchronization with an enhanced Node B, eNB, (104; 710; 1210) the apparatus configured to: sense for a predetermined time period if any physical uplink shared channels, PUSCH, are idle; provide a unique UE identification in a grant free PUSCH transmission; and communicate the grant free PUSCH transmission in one of the idle PUSCH channels for contention free communication with the eNB (104; 710; 1210) for uplink synchronization. sense for a predetermined time period if any physical uplink shared channels, PUSCH, are idle; provide a unique UE identification in a grant free PUSCH transmission; and communicate the grant free PUSCH transmission in one of the idle PUSCH channels for contention free communication with the eNB (104; 710; 1210) for uplink synchronization.
A motor control device, generating a torque command, such that a detection speed of a motor matches a command speed, and controlling the motor, the motor control device comprising: a torque command differential component taking a differential of the torque command and obtaining a torque command differential value; and a motor actual speed second order differential component taking a second order differential of the detection speed of the motor and obtaining a motor jerk; the motor control device being characterized in further comprising: a runaway detection component determining that the motor is in a runaway state in a case where an abnormal state in which a sign of the motor jerk and a sign of the torque command differential value do not match continues for a predetermined time or more. a torque command differential component taking a differential of the torque command and obtaining a torque command differential value; and a motor actual speed second order differential component taking a second order differential of the detection speed of the motor and obtaining a motor jerk; the motor control device being characterized in further comprising: a runaway detection component determining that the motor is in a runaway state in a case where an abnormal state in which a sign of the motor jerk and a sign of the torque command differential value do not match continues for a predetermined time or more.
A hydraulic load-clamping and load-lifting system including at least one load-damping hydraulic cylinder (101, 103) of a type having at least first and second sequentially extensible stages (105, 107) capable of applying clamping force to a load in response to a source of pressurized hydraulic fluid, said first stage having a first fluid pressure-receiving area greater than a second fluid pressure-receiving area of said second stage, said first stage being capable of applying a first clamping force to said load automatically variably dependent on a hydraulic pressure supporting a weight of said load applied to said first fluid pressure-receiving area; characterised in that said second stage is capable of applying a second clamping force less than said first clamping force to said load automatically dependent on a size of said load.
Sub-assembly of external parts for a timepiece or for a watch or for a piece of jewellery, including, coaxially with a first component and a second component compressing together at least one sealing and friction joint, and interposed therebetween, a bolt securing them together by axially blocking said first component, and a lower surface of which is, in the assembled position, in the vicinity of an upper surface of said second component, characterised in that said lower surface is arranged to cooperate with said upper surface to enclose a ball arranged to occupy, in a static rest position, a well of depth greater than the diameter of said ball that an orientation housing in said second component or said bolt includes, and framed by channels of depth less than the diameter of said ball and limited by limitation borders, which ball can occupy, during an adjustment where it is subjected to the gravity field and/or a magnetic field, both an orientation housing and a complementary housing of depth less than the diameter of said ball, that said bolt or respectively said second component includes, for the relative drive between said second component and said bolt by said ball when it is simultaneously braced on a said channel and a said complementary housing.
A compound of formula: wherein: R 5 and R 6 are each, independently, halo, hydroxyl, (C 1 -C 6) alkyl, trihalo (C 1) alkyl, cyano or (C 1 -C 6) alkoxy; R 8 is (C 1 -C 6) alkyl, optionally substituted with a hydroxyl; n is 1 or 2; or a pharmaceutically acceptable salt or hydrate or solvate thereof. R 5 and R 6 are each, independently, halo, hydroxyl, (C 1 -C 6) alkyl, trihalo (C 1) alkyl, cyano or (C 1 -C 6) alkoxy; R 8 is (C 1 -C 6) alkyl, optionally substituted with a hydroxyl; n is 1 or 2; or a pharmaceutically acceptable salt or hydrate or solvate thereof.
A backpack with two shoulder straps and two fins of a waistbelt connected to its rear wall, wherein each fin is connected to the closure of the waistbelt via a closure belt, wherein each closure belt (14; 15) comprises a belt tightener and each fin is connected to the backpack via a position adjusting belt and the extension direction of the position adjusting belt is redirected in the area of the fin and each position adjusting belt is connected to each one closure belt (14; 15) via each one guiding eye, characterized in that the connection area of the position adjusting belt on the backpack is wider relative to the length of the backpack than the connection area of the position adjusting belt on the waistbelt, wherein the position adjusting belt is divided into a top belt and a bottom belt, and wherein the top belt and the bottom belt are spaced from each other for attachment to the backpack and approach each other for connection to the position adjusting belt.