mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a switch (200/300); and a fan disposed towards a back side of the apparatus; wherein the switch (200/300) comprises a faceplate (224,324) having a plurality of openings for corresponding I/O connectors and comprising: a top panel (225/325) including a portion (203/303) angled towards a front side of the faceplate (224/324), the angled portion (203/303) comprising an obtuse angle; and a front panel disposed on the front side of the faceplate (224/324), the front panel comprising a first face (202A/302A) angled towards the front side of the faceplate (224/324) and a second face (202B/302B) angled towards the front side of the faceplate (224/324), the first face (202A/302A) and the second face (202B/302B) having a plurality of holes, wherein the angled portion (203/303) of the top panel (225/325), the angled first face (202A/302A), and the angled second face (202B/302B) facilitate an intake/outlet area for air flow across the front side of the faceplate, characterised in that the apparatus further comprises a chassis, wherein each of the openings are equal distance to a chipset located at the chassis. a switch (200/300); and a fan disposed towards a back side of the apparatus; wherein the switch (200/300) comprises a faceplate (224,324) having a plurality of openings for corresponding I/O connectors and comprising: a top panel (225/325) including a portion (203/303) angled towards a front side of the faceplate (224/324), the angled portion (203/303) comprising an obtuse angle; and a front panel disposed on the front side of the faceplate (224/324), the front panel comprising a first face (202A/302A) angled towards the front side of the faceplate (224/324) and a second face (202B/302B) angled towards the front side of the faceplate (224/324), the first face (202A/302A) and the second face (202B/302B) having a plurality of holes, wherein the angled portion (203/303) of the top panel (225/325), the angled first face (202A/302A), and the angled second face (202B/302B) facilitate an intake/outlet area for air flow across the front side of the faceplate, characterised in that the apparatus further comprises a chassis, wherein each of the openings are equal distance to a chipset located at the chassis. a top panel (225/325) including a portion (203/303) angled towards a front side of the faceplate (224/324), the angled portion (203/303) comprising an obtuse angle; and a front panel disposed on the front side of the faceplate (224/324), the front panel comprising a first face (202A/302A) angled towards the front side of the faceplate (224/324) and a second face (202B/302B) angled towards the front side of the faceplate (224/324), the first face (202A/302A) and the second face (202B/302B) having a plurality of holes, wherein the angled portion (203/303) of the top panel (225/325), the angled first face (202A/302A), and the angled second face (202B/302B) facilitate an intake/outlet area for air flow across the front side of the faceplate, characterised in that the apparatus further comprises a chassis, wherein each of the openings are equal distance to a chipset located at the chassis.
A worm reducer, comprising: a worm shaft; a worm wheel; a housing that houses the worm shaft and the worm wheel; a bearing that holds the worm shaft inside the housing; a coil spring that contacts an outer peripheral surface of the bearing and applies an urging force toward the worm wheel; and a preload member that is screwed into and fixed to the housing and pressurizes the coil spring, characterized in that a winding direction of the coil spring is different from a winding direction of a thread of the preload member, and contact resistance between the coil spring and the preload member is greater than contact resistance between the coil spring and the bearing. a worm shaft; a worm wheel; a housing that houses the worm shaft and the worm wheel; a bearing that holds the worm shaft inside the housing; a coil spring that contacts an outer peripheral surface of the bearing and applies an urging force toward the worm wheel; and a preload member that is screwed into and fixed to the housing and pressurizes the coil spring, characterized in that a winding direction of the coil spring is different from a winding direction of a thread of the preload member, and contact resistance between the coil spring and the preload member is greater than contact resistance between the coil spring and the bearing.
Plane plate for a pressing tool of a press, wherein the plane plate for activating a punch of a press by way of at least one lifting cylinder can be displaced along an axial direction; wherein the plane plate has an upper side that points in a first axial direction and a lower side that points in a second axial direction counter to the first axial direction, a link to the at least one lifting cylinder, a centrally disposed receptacle for contacting the punch or a punch holder of the press, as well as at least a first at least partially cylindrical guiding face which for contacting a first guide column is parallel with the axial direction, and a second at least partially cylindrical guiding face which for contacting a second guide column is parallel with the axial direction; wherein on the lower side of the plane plate the first guiding face has a first lower end and the second guiding face has a second lower end, characterized in that the first lower end and the second lower end in relation to the axial direction are disposed at mutually dissimilar heights and thus are disposed so as to be mutually spaced apart in the axial direction.
A method of assembling a prosthetic heart valve comprising a plurality of leaflets, the method comprising: forming a plurality of commissures with the plurality of leaflets, wherein each commissure is formed by pairing a first commissure tab of a first leaflet with an adjacent, second commissure tab of a second leaflet; folding a first portion of a support strip over a first edge reinforcing element; folding a second portion of the support strip over a second edge reinforcing element; coupling an end portion of the first portion of the support strip to an end portion of the second portion of the support strip to form a reinforced region of the support strip; positioning the support strip along respective inner surfaces of the first commissure tab and the second commissure tab; coupling first and second outer reinforcing elements (1424a, 1424b) to the first and second commissure tabs, respectively, via stitching that extends through the first outer reinforcing element, the first commissure tab, the folded support strip, the second commissure tab, and the second outer reinforcing element, the stitching extending over the reinforced region of the support strip; and for each commissure, securing the support strip to a respective support portion of a frame of the prosthetic heart valve. forming a plurality of commissures with the plurality of leaflets, wherein each commissure is formed by pairing a first commissure tab of a first leaflet with an adjacent, second commissure tab of a second leaflet; folding a first portion of a support strip over a first edge reinforcing element; folding a second portion of the support strip over a second edge reinforcing element; coupling an end portion of the first portion of the support strip to an end portion of the second portion of the support strip to form a reinforced region of the support strip; positioning the support strip along respective inner surfaces of the first commissure tab and the second commissure tab; coupling first and second outer reinforcing elements (1424a, 1424b) to the first and second commissure tabs, respectively, via stitching that extends through the first outer reinforcing element, the first commissure tab, the folded support strip, the second commissure tab, and the second outer reinforcing element, the stitching extending over the reinforced region of the support strip; and for each commissure, securing the support strip to a respective support portion of a frame of the prosthetic heart valve.
Heat-treatment-device for protein containing products, comprising a transportation means for transporting said protein containing products through the device and past at least one microwave-radiometer-antenna, wherein the microwave-radiometer-antenna is located in shielding means, which are stationary and extend at least partially around the cross-section of the transportation means and are adapted to at least partially isolate the microwave-radiometer-antenna from external sources of microwave electromagnetic radiation, characterized in that the at least one antenna is located in a chamber which is open towards the transportation means and which is adapted to channel the radiation received by the antenna wherein the shielding means comprises two slots (9, 10) at its inlet and outlet through which the transportation means are guided and wherein the height of the slot is adjustable to the product which is currently processed in the heat treatment device.
Camshaft adjuster for an internal combustion engine, for adjusting a relative angular position between a drive element and a driven element, the drive element and the driven element being connected to one another via a transmission, and lubrication taking place via a stream of lubricant through a flow duct (26, 27), the stream of lubricant being influenced by a flow element which forms a diaphragm or throttle which is inserted into a flow duct of the camshaft adjuster, characterized in that a filter element is arranged upstream of the flow element, in that the flow duct has an annular cross section in the region into which the flow element is inserted, and in that the flow duct is formed between a surface area of a central screw screwed into the camshaft on the end face and a camshaft-fixed inner surface.
A bearing device for the vibrationally decoupled rotary mounting of an intermediate shaft on the engine block of a motor vehicle, comprising the following features: a. a radial bearing comprising i. an inner ring for accommodating the intermediate shaft, and ii. an outer ring, b. a bearing housing which is formed in two parts and in which the outer ring of the radial bearing is fixed in a positive fit, i. which is provided 1. for attachment to the engine block of the motor vehicle, and 2. for accommodating the radial bearing in a non-rotatable manner, and ii. which forms a mechanical interface for attaching the bearing housing to the engine block of the motor vehicle, wherein c. the bearing device further comprises at least one rubber-elastic damper member provided to be disposed in a vibration-damping way between the bearing housing and the engine block when the bearing housing is mounted on the engine block, characterized in that d. the radial bearing fixed in the bearing housing is able to execute a wobbling movement about two axes x,y. a. a radial bearing comprising i. an inner ring for accommodating the intermediate shaft, and ii. an outer ring, i. an inner ring for accommodating the intermediate shaft, and ii. an outer ring, b. a bearing housing which is formed in two parts and in which the outer ring of the radial bearing is fixed in a positive fit, i. which is provided 1. for attachment to the engine block of the motor vehicle, and 2. for accommodating the radial bearing in a non-rotatable manner, and ii. which forms a mechanical interface for attaching the bearing housing to the engine block of the motor vehicle, wherein i. which is provided 1. for attachment to the engine block of the motor vehicle, and 2. for accommodating the radial bearing in a non-rotatable manner, and 1. for attachment to the engine block of the motor vehicle, and 2. for accommodating the radial bearing in a non-rotatable manner, and ii. which forms a mechanical interface for attaching the bearing housing to the engine block of the motor vehicle, wherein c. the bearing device further comprises at least one rubber-elastic damper member provided to be disposed in a vibration-damping way between the bearing housing and the engine block when the bearing housing is mounted on the engine block, characterized in that d. the radial bearing fixed in the bearing housing is able to execute a wobbling movement about two axes x,y.
A fiber optic connector comprising: a connector body disposed about an optical fiber having an end face; a shutter pivotally mounted at a front end of the connector body, the shutter being pivotally moveable relative to the connector body between an open position and a closed position, the shutter covering the end face of the optical fiber when disposed in the closed position; and a cleaning material disposed at an inner side of the shutter, the cleaning material including a gel, the cleaning material being configured to contact the end face of the optical fiber when the shutter is disposed in the closed position, the gel being sufficiently soft that an optical fiber can penetrate into the gel, the end face of the optical fiber being embedded in the cleaning material after penetration when the shutter has moved to the closed position. a connector body disposed about an optical fiber having an end face; a shutter pivotally mounted at a front end of the connector body, the shutter being pivotally moveable relative to the connector body between an open position and a closed position, the shutter covering the end face of the optical fiber when disposed in the closed position; and a cleaning material disposed at an inner side of the shutter, the cleaning material including a gel, the cleaning material being configured to contact the end face of the optical fiber when the shutter is disposed in the closed position, the gel being sufficiently soft that an optical fiber can penetrate into the gel, the end face of the optical fiber being embedded in the cleaning material after penetration when the shutter has moved to the closed position.
A stage device comprising: a supporting plate; a slider that is arranged to hold an object while floating above the supporting plate and that is movable along the supporting plate; and a drive mechanism that includes respective pairs of first and second movable elements (26 1, 26 2, 28 1, 28 2) that are arranged symmetrically with respect to a neutral plane of the slider, on one side and another side in a second axis direction perpendicular to a first axis direction of an area where the object of the slider is mounted, and respective first and second pairs of stators (136 1, 136 2, 138 1, 138 2) that in cooperation with the respective pairs of movable elements individually generate a drive force in the first axis direction, wherein the pair of the first movable elements (26 1, 26 2) is embedded on the upper and lower surfaces of the slider, facing the first pair of stators (136 1, 136 2), respectively, wherein the pair of second movable elements (28 1, 28 2) is embedded on the upper and lower surfaces of the slider, facing the second pair of stators (138 1, 138 2), respectively. a supporting plate; a slider that is arranged to hold an object while floating above the supporting plate and that is movable along the supporting plate; and a drive mechanism that includes respective pairs of first and second movable elements (26 1, 26 2, 28 1, 28 2) that are arranged symmetrically with respect to a neutral plane of the slider, on one side and another side in a second axis direction perpendicular to a first axis direction of an area where the object of the slider is mounted, and respective first and second pairs of stators (136 1, 136 2, 138 1, 138 2) that in cooperation with the respective pairs of movable elements individually generate a drive force in the first axis direction, wherein the pair of the first movable elements (26 1, 26 2) is embedded on the upper and lower surfaces of the slider, facing the first pair of stators (136 1, 136 2), respectively, wherein the pair of second movable elements (28 1, 28 2) is embedded on the upper and lower surfaces of the slider, facing the second pair of stators (138 1, 138 2), respectively.
An agricultural round baler comprising a plurality of continuous side-by-side belts, each belt having a belt width and a belt thickness, at least one guide roll for directing movement of the plurality of belts, said at least one guide roll comprising: an elongate guide roll having a roller axis and a generally cylindrical outer surface with a roller diameter centered on said roller axis, said outer surface extending substantially between and generally perpendicular to opposing, spaced-apart side walls of the baler; and a plurality of belt guides corresponding in number to said plurality of continuous side-by-side belts, characterised in that each of said plurality of belt guides having an interior diameter, a co-axial exterior belt engaging surface, and a length defined between opposing ends greater than a width of each of said plurality of belts, said interior diameter being sized to encircle said outer surface of the elongated guide roll and allow movement of each belt guide relative to said outer surface of the elongated guide roll and independent rotation of each of said plurality of belt guides. an elongate guide roll having a roller axis and a generally cylindrical outer surface with a roller diameter centered on said roller axis, said outer surface extending substantially between and generally perpendicular to opposing, spaced-apart side walls of the baler; and a plurality of belt guides corresponding in number to said plurality of continuous side-by-side belts, characterised in that each of said plurality of belt guides having an interior diameter, a co-axial exterior belt engaging surface, and a length defined between opposing ends greater than a width of each of said plurality of belts, said interior diameter being sized to encircle said outer surface of the elongated guide roll and allow movement of each belt guide relative to said outer surface of the elongated guide roll and independent rotation of each of said plurality of belt guides.
- Piece of jewellery with: ▪ at least one stone, in particular a diamond, having a visible face with a generally round shape and a pavilion with a generally conical shape having an axis, separated from the visible face by a peripheral girdle, and ▪ a mount located essentially on the same side as the pavilion and having claws for supporting the stone, characterized in that: ▪ the girdle has a certain height (h) measured parallel to the axis; ▪ the stone has at least three facets overlapping the girdle and the pavilion, locally forming a bevel between the pavilion and the girdle; and ▪ each facet has a groove formed therein, extending transverse to the axis and receiving a lip of one of said claws. ▪ at least one stone, in particular a diamond, having a visible face with a generally round shape and a pavilion with a generally conical shape having an axis, separated from the visible face by a peripheral girdle, and ▪ a mount located essentially on the same side as the pavilion and having claws for supporting the stone, ▪ the girdle has a certain height (h) measured parallel to the axis; ▪ the stone has at least three facets overlapping the girdle and the pavilion, locally forming a bevel between the pavilion and the girdle; and ▪ each facet has a groove formed therein, extending transverse to the axis and receiving a lip of one of said claws.
A delivery system for delivering an expandable implant to a body location, the delivery system comprising: an outer sheath assembly comprising an outer shaft having an outer lumen and a proximal end and a distal end, wherein the outer sheath assembly comprises an implant retention area configured to retain the expandable implant in a compressed configuration; a rail assembly located within the outer lumen, the rail assembly comprising a rail shaft having a rail lumen and a proximal end and a distal end, wherein the rail assembly comprises one or more pull wires attached on an inner surface of the rail shaft configured to provide an axial force on the rail shaft to steer the rail assembly; and an inner assembly located within the outer lumen, the inner assembly comprising an inner shaft having an inner lumen and a proximal end and a distal end, wherein the inner assembly comprises an inner retention member configured to be releasably attached to the expandable implant; wherein the outer sheath assembly and the inner assembly are capable of moving together distally relative to the rail assembly for advancing the expandable implant toward a native valve while the expandable implant remains in the compressed configuration; and wherein retraction of the outer sheath assembly proximally relative to the inner assembly uncovers the expandable implant for allowing the beginning of the expansion of the expandable implant from the compressed configuration. an outer sheath assembly comprising an outer shaft having an outer lumen and a proximal end and a distal end, wherein the outer sheath assembly comprises an implant retention area configured to retain the expandable implant in a compressed configuration; a rail assembly located within the outer lumen, the rail assembly comprising a rail shaft having a rail lumen and a proximal end and a distal end, wherein the rail assembly comprises one or more pull wires attached on an inner surface of the rail shaft configured to provide an axial force on the rail shaft to steer the rail assembly; and an inner assembly located within the outer lumen, the inner assembly comprising an inner shaft having an inner lumen and a proximal end and a distal end, wherein the inner assembly comprises an inner retention member configured to be releasably attached to the expandable implant; wherein the outer sheath assembly and the inner assembly are capable of moving together distally relative to the rail assembly for advancing the expandable implant toward a native valve while the expandable implant remains in the compressed configuration; and wherein retraction of the outer sheath assembly proximally relative to the inner assembly uncovers the expandable implant for allowing the beginning of the expansion of the expandable implant from the compressed configuration.