mhurhangee/ep-ind-claims huggingface dataset:
Device for the sealed connection of communicating ducts (7, 8) in adjoining and/or connected components (2, 4) of an internal combustion engine, in particular of communicating ducts in a crankcase and an oil sump of an internal combustion engine, having a connecting pipe which is inserted into the ducts (7, 8) and which has a pipe portion which projects into a first component, between which pipe portion and an associated duct wall of the first component there is arranged a radially sealing sealing ring, characterized in that the connecting pipe furthermore has an annular collar which is accommodated in a duct-side recess of the second component, wherein an axially sealing second sealing ring is arranged between a face-side portion of the annular collar and a wall region of the duct-side recess, and wherein the annular collar is furthermore accommodated in the recess with a radial circumferential gap (s).
A cutting insert, comprising opposing top and bottom ends (22, 24) and at least first and second side surfaces (26A, 26B) extending therebetween, a first insert corner comprising a corner cutting edge formed at an intersection of the first and second side surfaces (26A, 26B) and the top end, a land extending along the intersection, a chip evacuation surface, a chip deflecting surface extending between the land and the chip evacuation surface, wherein the land, the chip evacuation surface and the chip deflecting surface are all disposed at the top end; and a chip-control arrangement at the first insert corner; the chip-control arrangement comprising a first projection (28, 128) which is elongated and disposed on the top end adjacent to the intersection; wherein at least a majority of the first projection is located at the chip deflecting surface; and the first projection is entirely located within the first third of a distance from the second side surface at the first insert corner to a midway point of the first side surface characterised in that the first projection extends from a middle portion thereof, in opposite directions, towards adjacent insert corners (44A, 44D). opposing top and bottom ends (22, 24) and at least first and second side surfaces (26A, 26B) extending therebetween, a first insert corner comprising a corner cutting edge formed at an intersection of the first and second side surfaces (26A, 26B) and the top end, a land extending along the intersection, a chip evacuation surface, a chip deflecting surface extending between the land and the chip evacuation surface, wherein the land, the chip evacuation surface and the chip deflecting surface are all disposed at the top end; and a chip-control arrangement at the first insert corner; the chip-control arrangement comprising a first projection (28, 128) which is elongated and disposed on the top end adjacent to the intersection; wherein at least a majority of the first projection is located at the chip deflecting surface; and the first projection is entirely located within the first third of a distance from the second side surface at the first insert corner to a midway point of the first side surface characterised in that the first projection extends from a middle portion thereof, in opposite directions, towards adjacent insert corners (44A, 44D). the chip-control arrangement comprising a first projection (28, 128) which is elongated and disposed on the top end adjacent to the intersection; wherein at least a majority of the first projection is located at the chip deflecting surface; and the first projection is entirely located within the first third of a distance from the second side surface at the first insert corner to a midway point of the first side surface characterised in that the first projection extends from a middle portion thereof, in opposite directions, towards adjacent insert corners (44A, 44D).
An apparatus for transforming teeth into bone graft material suitable to treat said teeth by immersion in liquids, and comprising: - a reactor device including contact means, a reaction chamber and an ejection chamber, - a cartridge including a plurality of containers for said processing and washing liquids, separated liquid-tight from each other, and - a fragmentation device suitable to fragment said teeth, and characterised in that it comprises: - a guide suitable to detachably connect said cartridge and said fragmentation device to said apparatus, - a movement device suitable to detachably connect at least partially said reactor device to said apparatus and allow said reactor device to sequentially withdraw said teeth from said fragmentation device and said liquids from said cartridge. - a reactor device including contact means, a reaction chamber and an ejection chamber, - a cartridge including a plurality of containers for said processing and washing liquids, separated liquid-tight from each other, and - a fragmentation device suitable to fragment said teeth, and characterised in that it comprises: - a guide suitable to detachably connect said cartridge and said fragmentation device to said apparatus, - a movement device suitable to detachably connect at least partially said reactor device to said apparatus and allow said reactor device to sequentially withdraw said teeth from said fragmentation device and said liquids from said cartridge. - a guide suitable to detachably connect said cartridge and said fragmentation device to said apparatus, - a movement device suitable to detachably connect at least partially said reactor device to said apparatus and allow said reactor device to sequentially withdraw said teeth from said fragmentation device and said liquids from said cartridge.
A connecting device for securing two beams (28; 30) to each other end to end, wherein the connecting device comprises a pin, a shaft, and at least one splice element provided with a first through hole for receiving the shaft, and a second through hole spaced apart from the first through hole for receiving the pin, wherein there is a gap between the pin and the splice element when the pin is inserted in the second through hole, the shaft is rotatable with respect to splice element about a rotational axis when the shaft is inserted in the first through hole, characterized in that the connecting device comprises an eccentric ring arranged in the first through hole so that the eccentric ring is rotatable with respect to the first through hole, the eccentric ring has an opening for receiving the shaft, the opening in the eccentric ring is designed so that the eccentric ring is rotated upon rotation of the shaft when the shaft is inserted into the opening, and the centre of the eccentric ring is offset from the rotational axis of the shaft so that the splice element is moved with respect to the pin upon rotation of the shaft and by that closes the gap on one side of the pin.
A composition for providing extended release of fragrance comprising: (a) a hydrophilically-modified cross-linked silicone elastomer; (b) an acrylic rheology modifier comprising a copolymer of an acrylate monomer and an acrylamide monomer; (c) a polyol; (d) an alcohol; and (e) a fragrance oil, wherein the composition is capable of releasing said fragrance oil over a longer period of time as compared to an otherwise identical composition lacking either said hydrophilically-modified cross-linked silicone elastomer or said acrylic rheology modifier. (a) a hydrophilically-modified cross-linked silicone elastomer; (b) an acrylic rheology modifier comprising a copolymer of an acrylate monomer and an acrylamide monomer; (c) a polyol; (d) an alcohol; and (e) a fragrance oil,
Electrical circuit assembly for a control device of a motor vehicle, comprising a first circuit board, at least one second circuit board and at least one mount for holding the second circuit board on the first circuit board whilst producing an electrical contact between the first and the second circuit board, wherein the second circuit board is preassembled on the mount, and the preassembled unit consisting of second circuit board and mount is connected to the first circuit board, wherein the mount and the second circuit board are arranged transversely, in particular at right angles, with respect to the first circuit board, characterized in that the electrical contact between the first and the second circuit board is produced via the mount, wherein the contact via the mount is produced via at least one contact element (7, 24), and wherein the contact element (7, 24) makes contact with the first circuit board by means of at least one spring element or at least one press-fit pin and with the second circuit board by means of at least one press-fit pin, and in that holding elements embodied as latching connection elements are provided for holding the second circuit board on the mount, wherein the mount has insert openings for receiving the holding elements in a latching manner.
A wireless positioning pen with a pressure-sensitive tip comprising an electric power source, optical system, inertial sensors and wireless technology, characterized in that the wireless positioning pen comprises a casing comprising a second casing in a rear part, wherein a top part of the casing comprises holes having fingerboards with buttons; wherein the casing comprises a sliding housed body with a battery therein, wherein a head is attached to a front part of the sliding housed body, and a first cover comprises a fastening mechanism attached to a bottom part of the sliding housed body, wherein the sliding housed body houses a printed circuit board comprising a first fixed part, a second fixed part, a third fixed part, and a fourth fixed part mutually interconnected with flexible parts, wherein the front part of the sliding housed body comprises the optical system configured for sliding thereof on a PCB fixed part bearing an optical sensor connected through a PCB flexible part to the fourth fixed part, wherein the head comprises a tip button having a cone part, an arm part and a light source, and in addition, a capacitive sensor, wherein the capacitive sensor comprises a fixed electrode built inside the first fixed part and a mobile electrode, and is one-sidedly signal-connected with an RC oscillator that is further signal-connected to a power manager, wherein applying a force on the cone part of the tip button towards a perpendicular plane of a longitudinal pen axis makes the tip button revolve around a tip rotation axis and transfers a force via the arm part of the tip button onto the mobile electrode which changes its electrical capacity due to approaching or departing of the flexible mobile electrode to or from the fixed electrode.
A coil spring having a spring wire formed into a helical shape axially extending from one side to the other side, wherein the coil spring comprises a first end coil part having a first bearing surface that is arranged on one side in the axial direction of the coil spring and faces one side in the axial direction of the coil spring, a second end coil part having a second bearing surface that is arranged on the other side in the axial direction of the coil spring and faces the other side in the axial direction of the coil spring, and a central coil part between the first and second end coil parts (10, 20), the coil spring having a helical space defined by a space between coils that are adjacent to each other in an axial direction has a first end region wherein the space between coils in the natural length state is increased from a first reference point, where the space between coils in the natural length state is zero, circumferentially toward the other side in the axial direction along the helical shape, a reference region located closer to the other side in the axial direction than the first end region is, wherein the space between coils in the natural length state is at a reference value L (L> 0), and a second end region located closer to the other side in the axial direction than the reference region is, wherein the space between coils is reduced circumferentially toward the other side in the axial direction along the helical shape and the space between coils in the natural state is zero at a second reference point; the first end region is configured such that the number of turns of the helical space is greater than 1 and the distance of space between coils in the natural length state in a terminal position is greater than the reference value L; the helical space has a first transitional region (63) between the terminal position of the first end region and the reference region, the first transitional region (63) being configured so that the distance of space between coils is reduced from the terminal position) of the first end region along the helical shape of the helical space toward the other side in the axial direction and becomes the reference value L; the coil spring being characterized in that the first end coil part includes a first end coil part edge region that extends from a first end on one side in the longitudinal direction of the spring wire to a part forming the first reference point, and a first end coil part transitional region that extends from the first end coil edge region to the central coil part; the first end coil part edge region being bent toward one side in the axial direction of the coil spring as compared with the first end coil part transitional region; and the first bearing surface extending from the first end coil part edge region to the first end coil part transitional region across a border between the first end coil part edge region and the first end coil part transitional region.
Sanitary mixer fitting for mounting on the wall of a building, said fitting having a cast housing and a control cartridge, wherein a) the cast housing has an outlet for the mixed water and, in a rear wall which is adjacent to the wall in the mounting position, a connection for cold water and a connection for hot water; b) the following are provided in the interior space of the cast housing: ba) a receiving space for the control cartridge; bb) a cold water passage which leads from the connection for cold water to the receiving space for the control cartridge; bc) a hot water passage which leads from the connection for hot water to the receiving space for the control cartridge; bd) a mixed water passage which leads from the receiving space for the control cartridge to the outlet for mixed water; c) the cast housing itself does not have any cast walls that separate the various water passages from one another; d) the receiving space for the control cartridge is provided in a receiving insert, the outer shape of which is so designed that said insert interacts with sealing faces on the inside of the cast housing and thus separates the various water passages from one another; characterised in that e) the receiving insert has, on its peripheral wall, axially parallel ribs (16, 17, 18) which interact with ribs (10, 11, 12) on the inner face of the cast housing for separating the various water passages. a) the cast housing has an outlet for the mixed water and, in a rear wall which is adjacent to the wall in the mounting position, a connection for cold water and a connection for hot water; b) the following are provided in the interior space of the cast housing: ba) a receiving space for the control cartridge; bb) a cold water passage which leads from the connection for cold water to the receiving space for the control cartridge; bc) a hot water passage which leads from the connection for hot water to the receiving space for the control cartridge; bd) a mixed water passage which leads from the receiving space for the control cartridge to the outlet for mixed water; ba) a receiving space for the control cartridge; bb) a cold water passage which leads from the connection for cold water to the receiving space for the control cartridge; bc) a hot water passage which leads from the connection for hot water to the receiving space for the control cartridge; bd) a mixed water passage which leads from the receiving space for the control cartridge to the outlet for mixed water; c) the cast housing itself does not have any cast walls that separate the various water passages from one another; d) the receiving space for the control cartridge is provided in a receiving insert, the outer shape of which is so designed that said insert interacts with sealing faces on the inside of the cast housing and thus separates the various water passages from one another; characterised in that e) the receiving insert has, on its peripheral wall, axially parallel ribs (16, 17, 18) which interact with ribs (10, 11, 12) on the inner face of the cast housing for separating the various water passages.
Heavy duty monopile fastening system suitable for retaining a monopile of a windmill during transport, comprising a frame for supporting the monopile, which frame comprises supporting elements (5, 6) at a predetermined distance from each other, which distance is selected to enable the frame to receive and support the monopile, characterized in that the supporting elements (5, 6) are embodied as separate vertically straight uprising standards (5', 6'), wherein at least a first vertically straight uprising standard is provided with at least one pivotable and upstanding substantially straight arm having its pivot in common with the first vertically straight uprising standard, and that at least one flexible element or band is provided to connect the first vertically straight uprising standard with a second vertically straight uprising standard which is separate from the first vertically straight uprising standard, wherein the at least one flexible element or band is embodied with two extremities (9', 9") distant from each other, and that a first extremity of the at least one flexible element or band connects to the upstanding arm at a position distant from the pivot which the arm has in common with the first vertically straight uprising standard, and that a second extremity (9") of the at least one flexible element or band connects to the second vertically straight uprising standard.
A modular sensor comprising: a substrate; a plurality of contact electrodes provided on a surface of the substrate; and a plurality of sensing areas disposed between the plurality of contact electrodes to collectively form a plurality of sensor elements, wherein each sensor element of the plurality of sensor elements comprises at least one sensing area extending longitudinally between and electrically connecting a pair of contact electrodes, wherein at least one of the plurality of sensor elements comprises a sensing area comprising a nanoscale material extending longitudinally between and electrically connecting the pair of contact electrodes, wherein the modular sensor is configured to be operably and releasably coupled to a device for use as a sensing apparatus. a substrate; a plurality of contact electrodes provided on a surface of the substrate; and a plurality of sensing areas disposed between the plurality of contact electrodes to collectively form a plurality of sensor elements, wherein each sensor element of the plurality of sensor elements comprises at least one sensing area extending longitudinally between and electrically connecting a pair of contact electrodes, wherein at least one of the plurality of sensor elements comprises a sensing area comprising a nanoscale material extending longitudinally between and electrically connecting the pair of contact electrodes, wherein the modular sensor is configured to be operably and releasably coupled to a device for use as a sensing apparatus.
Rear safety light arrangement comprising a vehicle, in particular a utility vehicle and/or a towing vehicle and trailer having a rear vehicle face having a rear vehicle face height (h F) of at least 150 cm, the vehicle having a braking system and standard rear lighting which cooperates with the braking system, further comprising a rear safety light having a projection module for generating at least one light projection and having a connection unit, formed for mounting on the vehicle and having a support arm and a cylindrical mounting body, the mounting body being connected to the support arm integrally and/or via connection means and having connection recesses for passing mounting connection means through, the rear safety light cooperating with the braking system of the vehicle and being mounted on the vehicle via the connection unit in such a way that, when a braking signal is outputted by the braking system, the light projection with at least one visual warning signal is imaged on the rear vehicle face above the standard rear lighting, characterised in that the connection unit has the mounting body for mounting on a corner fitting of a container loaded on the vehicle and/or of a swap body, the mounting body being held preferably positively in a rear-face fitting recess of the corner fitting and via the mounting connection means, and the mounting body having a lower-face locking recess, formed in a manner corresponding to a twist lock connecting the container and/or the swap bridge to an undercarriage of the vehicle.
An antenna system comprising: - a first module, arranged along a first axis (X-X'), serving the radio frequency function and containing at least one antenna and at least one radio connection box, the antenna system being characterized in that it comprises: - a second, mounting module, arranged along a second axis (Y-Y'), ensuring the positioning and fastening of the antenna system on a mount arranged along a third axis (Z-Z'), and said second module being adapted to perform a first rotation around said third axis (Z-Z'), - an interface part serving as a connection between the first module and the second module, said connection between the interface part and the first module enabling a second rotation of the first module around the first axis (X-X'), and said connection between the interface part and the second module enabling a third rotation of the interface part and of the first module around the second axis (Y-Y'), the antenna system enabling the alignment of the antenna by the first rotation and by the second rotation and by the third rotation. - a first module, arranged along a first axis (X-X'), serving the radio frequency function and containing at least one antenna and at least one radio connection box, the antenna system being characterized in that it comprises: - a second, mounting module, arranged along a second axis (Y-Y'), ensuring the positioning and fastening of the antenna system on a mount arranged along a third axis (Z-Z'), and said second module being adapted to perform a first rotation around said third axis (Z-Z'), - a second, mounting module, arranged along a second axis (Y-Y'), ensuring the positioning and fastening of the antenna system on a mount arranged along a third axis (Z-Z'), and said second module being adapted to perform a first rotation around said third axis (Z-Z'), - an interface part serving as a connection between the first module and the second module, said connection between the interface part and the first module enabling a second rotation of the first module around the first axis (X-X'), and said connection between the interface part and the second module enabling a third rotation of the interface part and of the first module around the second axis (Y-Y'),