mhurhangee/ep-ind-claims huggingface dataset:
Cable gland for feeding a ribbon cable through an opening in a mounting wall, in particular a housing wall of an electrical device or an electrical cabinet, with a cap nut which has a feed-through opening for feeding the cable through and which can be placed on a hollow-cylindrical mounting socket, with - a wrench flat for applying a tool, - at least one first external thread, and - a socket channel in which at least one sealing element is arranged, which has a cylindrical base body through which a receiving channel for receiving the ribbon cable to be fed through is passed, at least approximately in the axial direction, the receiving channel having an elongated cross section with two longer channel sides and two shorter channel sides, characterized in that at least three recesses are provided on each shorter channel side, which are distributed at least approximately regularly over the shorter channel side and in that the recesses are preferably arranged mirror-symmetrically to each other on both shorter channel sides and that the cutouts have the cross section of triangles, half ellipses, semicircles, fingers or elongated rectangles with rounded corners and that the cutouts extend along the axis of the sealing element continuously from one base of the cylindrical body to the other. - a wrench flat for applying a tool, - at least one first external thread, and - a socket channel in which at least one sealing element is arranged, which has a cylindrical base body through which a receiving channel for receiving the ribbon cable to be fed through is passed, at least approximately in the axial direction,
A fixed side glazing for a means of transport, particularly a tramway glazing, said glazing comprising: mounting plate 20 - a glazed element having an exterior face that faces an exterior space, an interior face which faces an interior space, and a peripheral edge face, - at least one mounting plate having an exterior face situated facing the interior face of said glazed element, an interior face oriented toward said interior space, and a peripheral edge face, and said exterior face of said mounting plate being bonded to said interior face of said glazed element by means of a layer of glue, - a peripheral profiled strip, situated at least partly on said interior face and further toward the periphery of said interior face of said glazed element than said mounting plate, - a threaded rod which extends substantially perpendicular to said interior face of said glazed element and in the direction of said interior space for the fixation of the glazing, characterized in that said mounting plate has a hole passing all the way through and opening onto the exterior face and onto the interior face of the mounting plate in order to allow the threaded rod to pass toward the exterior space and to allow the threaded rod to turn freely with respect to the mounting plate and said glazed element has at least one hole passing all the way through and opening onto the exterior face and onto the interior face of the glazed element, said hole in the glazed element being coaxial with said hole in said mounting plate. - a glazed element having an exterior face that faces an exterior space, an interior face which faces an interior space, and a peripheral edge face, - at least one mounting plate having an exterior face situated facing the interior face of said glazed element, an interior face oriented toward said interior space, and a peripheral edge face, and said exterior face of said mounting plate being bonded to said interior face of said glazed element by means of a layer of glue, - a peripheral profiled strip, situated at least partly on said interior face and further toward the periphery of said interior face of said glazed element than said mounting plate, - a threaded rod which extends substantially perpendicular to said interior face of said glazed element and in the direction of said interior space for the fixation of the glazing,
A method for resetting a piece of trackside detection equipment of a secondary system for the detection of the occupancy of a zone of a railroad network, said secondary system belonging to a CBTC architecture, said CBTC architecture further comprising a primary system for the detection of the occupancy of said zone, based on a transmission of an instantaneous position of each train by computers onboard trains traveling on the network, comprising the following steps: - using the piece of trackside detection equipment of the secondary detection system to detect the trains entering and/or leaving the zone and periodically sending a second piece of occupancy information of the zone to a zone controller; - using the zone controller to send a reset request for the piece of trackside detection equipment following reception of a second piece of occupancy information of the zone by said piece of trackside detection equipment indicating that the zone is in a second "occupied" state, while a first piece of occupancy information of the zone by the primary detection system for occupancy of the zone indicates, at the same time, that the zone is in a first "free" state; - receiving the reset request by the piece of trackside detection equipment; and - resetting the piece of trackside detection equipment, characterized in that, at the end of the reset step for the piece of trackside detection equipment, the piece of trackside detection equipment verifies that no train has been detected entering and/or leaving the zone between a moment of sending, by the zone controller, of the reset request and a moment of conclusion of the reset of the piece of detection equipment; and the piece of trackside detection equipment sends, in the affirmative, a successful reset message to the zone controller, and, in the negative, a failed reset message to the zone controller. - using the piece of trackside detection equipment of the secondary detection system to detect the trains entering and/or leaving the zone and periodically sending a second piece of occupancy information of the zone to a zone controller; - using the zone controller to send a reset request for the piece of trackside detection equipment following reception of a second piece of occupancy information of the zone by said piece of trackside detection equipment indicating that the zone is in a second "occupied" state, while a first piece of occupancy information of the zone by the primary detection system for occupancy of the zone indicates, at the same time, that the zone is in a first "free" state; - receiving the reset request by the piece of trackside detection equipment; and - resetting the piece of trackside detection equipment,
An actuator assembly comprising: an actuator drive unit housing comprising a first ADU track and a ball screw comprising: a first thrust bearing track having a fourth diameter, wherein the first ADU track and the first thrust bearing track form a first thrust bearing raceway in which a first thrust bearing ball is disposed; and a second thrust bearing track having a fifth diameter, wherein the first thrust bearing track and the second thrust bearing track are disposed in a radially inward surface of the ball screw, and characterised by a second ADU track wherein the second ADU track and the second thrust bearing track form a second thrust bearing raceway in which a second thrust bearing ball is disposed, wherein the fourth diameter and the fifth diameter are not equal and wherein the first thrust bearing raceway and the second thrust bearing raceway are adjacent in an axial direction. an actuator drive unit housing comprising a first ADU track and a ball screw comprising: a first thrust bearing track having a fourth diameter, wherein the first ADU track and the first thrust bearing track form a first thrust bearing raceway in which a first thrust bearing ball is disposed; and a second thrust bearing track having a fifth diameter, a first thrust bearing track having a fourth diameter, wherein the first ADU track and the first thrust bearing track form a first thrust bearing raceway in which a first thrust bearing ball is disposed; and a second thrust bearing track having a fifth diameter, wherein the first thrust bearing track and the second thrust bearing track are disposed in a radially inward surface of the ball screw, and characterised by a second ADU track wherein the second ADU track and the second thrust bearing track form a second thrust bearing raceway in which a second thrust bearing ball is disposed, wherein the fourth diameter and the fifth diameter are not equal and wherein the first thrust bearing raceway and the second thrust bearing raceway are adjacent in an axial direction.
A bladeless optical fiber cleaver device for cleaving an optical fiber, comprising: a first clamp and a second clamp coupled to each other via a generally planar support tray, wherein the second clamp is movable with respect to the first clamp along an axis of the optical fiber; wherein the first and second clamps (110, 120) each receive a portion of the optical fiber; and an axial tension mechanism to create a tension force in a stripped portion of the optical fiber, wherein the stripped portion of the fiber under tension is exposed to receive contact from a flexible abrasive material, the flexible abrasive material introducing a flaw in the optical fiber, characterized in that the flexible abrasive material is disposed on a shuttle device disposed on the tray between the first clamp and the second clamp that is adapted to laterally move across the fiber axis from a first position to a second position on the tray, and wherein the movement of the shuttle device triggers the creation of the tension force by the axial tension mechanism. a first clamp and a second clamp coupled to each other via a generally planar support tray, wherein the second clamp is movable with respect to the first clamp along an axis of the optical fiber; wherein the first and second clamps (110, 120) each receive a portion of the optical fiber; and an axial tension mechanism to create a tension force in a stripped portion of the optical fiber, wherein the stripped portion of the fiber under tension is exposed to receive contact from a flexible abrasive material, the flexible abrasive material introducing a flaw in the optical fiber, characterized in that the flexible abrasive material is disposed on a shuttle device disposed on the tray between the first clamp and the second clamp that is adapted to laterally move across the fiber axis from a first position to a second position on the tray, and wherein the movement of the shuttle device triggers the creation of the tension force by the axial tension mechanism.
A road making machine (1, 11) in the form of a road finishing machine for producing a paving layer from a laying material or a charger vehicle for supplying the road finishing machine with a laying material to be laid, wherein the road finishing machine or the charger vehicle comprises a material bunker (4, 12) for receiving the laying material arranged, as viewed in the direction of travel, at the front on a chassis of the road finishing machine or the charger vehicle, and a pushing means (10, 14) which is fixed, as viewed in the direction of travel, forward of the material bunker (4, 12) at the chassis such that pushing rollers mounted at the pushing means (10, 14) may dock to rear tires of a truck when the truck is pouring the laying material into the material bunker (4, 12) of the road finishing machine or the charger vehicle, wherein the pushing rollers comprise a pair of first pushing rollers which may be mounted in at least one first position, as viewed longitudinally to the direction of travel, with respect to a traverse of the pushing means (10, 14), in which position the first pushing rollers are fixed in a seat of the traverse, characterized in that the pushing means (10, 14) is expandable by means of at least one changeable attachment to which the first pushing rollers may be mounted in a second position further moved to the front with respect to the first position, as viewed in the direction of travel.
A multi-layered tubular composite prosthetic device comprising at least one porous layer comprising electrospun poly(tetrafluoroethylene) and at least one porous layer comprising a second electrospun polymer, wherein the cross-section of the device comprises: - a lumen surrounded by a tubular structure of a first porous layer comprising electrospun poly(tetrafluoroethylene) and a second porous layer comprising a second electrospun polymer, the poly(tetrafluoroethylene) being on the device inner diameter surface; - a structural frame applied around the tubular structure; - a third porous layer comprising electrospun poly(tetrafluoroethylene) on the device outer diameter surface; and - a fourth layer comprising a third electrospun polymer, said fourth layer being between said third porous layer and said structural frame, - wherein the second electrospun polymer and the third electrospun polymer are the same polymer, selected from the group consisting of: a solution-electrospun polymer, a thermoplastic polymer, a thermoset polymer, polyurethane, a silicone, polydimethylsiloxane (PDMS), a dispersion-electrospun polymer, e.g. poly(tetrafluoroethylene), polyether block amide (PEBA), a polyamide, ultra-high molecular weight polyethylene (UHMWPE), a polyester, fluorinated ethylene propylene, polyvinylidene fluoride (PVDF), perfluoroalkoxy, a tetrafluoroethylene/hexafluoropropylene/vinylidene fluoride copolymer, poly(ethylene-co-tetrafluoroethylene) (ETFE), ethylene chlorotrifluoroethylene (ECTFE), polychlorotrifluoroethylene (PCTFE), and copolymers, blends, and derivatives thereof. - a lumen surrounded by a tubular structure of a first porous layer comprising electrospun poly(tetrafluoroethylene) and a second porous layer comprising a second electrospun polymer, the poly(tetrafluoroethylene) being on the device inner diameter surface; - a structural frame applied around the tubular structure; - a third porous layer comprising electrospun poly(tetrafluoroethylene) on the device outer diameter surface; and - a fourth layer comprising a third electrospun polymer, said fourth layer being between said third porous layer and said structural frame, - wherein the second electrospun polymer and the third electrospun polymer are the same polymer, selected from the group consisting of: a solution-electrospun polymer, a thermoplastic polymer, a thermoset polymer, polyurethane, a silicone, polydimethylsiloxane (PDMS), a dispersion-electrospun polymer, e.g. poly(tetrafluoroethylene), polyether block amide (PEBA), a polyamide, ultra-high molecular weight polyethylene (UHMWPE), a polyester, fluorinated ethylene propylene, polyvinylidene fluoride (PVDF), perfluoroalkoxy, a tetrafluoroethylene/hexafluoropropylene/vinylidene fluoride copolymer, poly(ethylene-co-tetrafluoroethylene) (ETFE), ethylene chlorotrifluoroethylene (ECTFE), polychlorotrifluoroethylene (PCTFE), and copolymers, blends, and derivatives thereof.
A medical device comprising: a rim defining a loop in a plane and defining a width measured perpendicular to the plane; at least one wire coupled to a distal end of the rim and extending proximally from the distal end out of the plane to a proximal end of the rim, the at least one wire having a cross-sectional dimension measured perpendicular to a longitudinal axis of the at least one wire, the cross-sectional dimension being smaller than the width of the rim; and a sheath configured to cover at least a portion of the rim and a portion of the at least one wire, characterized in that the rim has two openings (11, 12) at the distal end of the rim, wherein the at least one wire extends through the two openings, and wherein a portion of the at least one wire is outside the loop and distal to the rim. a rim defining a loop in a plane and defining a width measured perpendicular to the plane; at least one wire coupled to a distal end of the rim and extending proximally from the distal end out of the plane to a proximal end of the rim, the at least one wire having a cross-sectional dimension measured perpendicular to a longitudinal axis of the at least one wire, the cross-sectional dimension being smaller than the width of the rim; and a sheath configured to cover at least a portion of the rim and a portion of the at least one wire, characterized in that the rim has two openings (11, 12) at the distal end of the rim, wherein the at least one wire extends through the two openings, and wherein a portion of the at least one wire is outside the loop and distal to the rim.
An adjustable solar-charged lamp comprising: a housing comprising an exterior; an interior; a first pivot support; at least one light emitting device disposed within the housing interior; a rechargeable battery; at least one repositionable solar collector, wherein the solar collector and the light emitting device are in operational communication with the battery, the solar collector configured to adjust for maximum exposure to a light source; a hanger assembly pivotally attached to the housing, characterized by the fact that the hanger assembly comprises a yoke; wherein the yoke imparts a frictional force on the housing to allow the housing to be gripped in any selected orientation relative to the hanger assembly for maintaining the housing in that selected orientation. a housing comprising an exterior; an interior; a first pivot support; an exterior; an interior; a first pivot support; at least one light emitting device disposed within the housing interior; a rechargeable battery; at least one repositionable solar collector, wherein the solar collector and the light emitting device are in operational communication with the battery, the solar collector configured to adjust for maximum exposure to a light source; a hanger assembly pivotally attached to the housing, characterized by the fact that the hanger assembly comprises a yoke; wherein the yoke imparts a frictional force on the housing to allow the housing to be gripped in any selected orientation relative to the hanger assembly for maintaining the housing in that selected orientation.
Method for extracting juice or sauce from food, characterised in that it comprises the following steps: - a fragmentation step consisting of grating or shredding food with a cutting tool moved by a rotation movement and/or an alternative movement, the cutting tool comprising a cutting face having several cutting members, the cutting tool having several through passages leading to a reception chamber, to release the cut food pieces into the reception chamber, each of the cutting members being adjacent to one of the through passages, - a later step of pressing cut food pieces between a pressing member and a filtering wall arranged in the reception chamber, the pressing member and the filtering wall being moved by a relative rotation movement and/or a relative alternative movement, to extract the juice and/or the sauce from the cut food pieces. - a fragmentation step consisting of grating or shredding food with a cutting tool moved by a rotation movement and/or an alternative movement, the cutting tool comprising a cutting face having several cutting members, the cutting tool having several through passages leading to a reception chamber, to release the cut food pieces into the reception chamber, each of the cutting members being adjacent to one of the through passages, - a later step of pressing cut food pieces between a pressing member and a filtering wall arranged in the reception chamber, the pressing member and the filtering wall being moved by a relative rotation movement and/or a relative alternative movement, to extract the juice and/or the sauce from the cut food pieces.
A system for heating a patient support surface, in particular for heating cushion elements (16a through 24a) for a patient support surface of an operating table, having a first cushion element and at least one second cushion element, each having an electrical heating element (20b, 22b) that is integrated into the cushion element (20a, 22a), wherein a central energy supply unit (48, 50) is provided for supplying the electrical heating elements (20b, 22b) with electrical energy, and a central control unit is provided for controlling the heat delivery to the patient support surface, characterized in that a cushion element control unit (20d, 22d) for controlling the heat delivery of the heating element (20b, 22b) to the cushion element (20a, 22a), and at least one temperature sensor (20e, 22e) are integrated into each cushion element (20a, 22a), the central control unit specifies at least one target temperature value for the cushion element control units (20d, 22d), and each cushion element control unit (20d, 22d), starting from an actual temperature value that is determined by the particular temperature sensor (20e, 22e) and the predefined target temperature value, regulates the heat delivery of the heating element (20b, 22b) to the cushion element (20a, 22a), and at least the first of the at least two cushion elements (20a, 22a) has a first electrical connection for supplying at least the electrical energy required for the heating elements (20b, 22b) of the first cushion element and of the second cushion element, and has at least one second electrical connection for providing the electrical energy required for the heating element of the second cushion element.
A method of catalytically converting polystyrene, the method comprising: contacting polystyrene with a catalyst to form a product comprising ethylbenzene, where the catalyst comprises: catalytic oxidized metal materials comprising: oxidized iron; oxidized cobalt; and oxidized copper; and a mesoporous support material comprising pores having an average pore diameter of from 2 nm to 50 nm. catalytic oxidized metal materials comprising: oxidized iron; oxidized cobalt; and oxidized copper; and oxidized iron; oxidized cobalt; and oxidized copper; and a mesoporous support material comprising pores having an average pore diameter of from 2 nm to 50 nm.
A liquid ejecting apparatus (11; 111) comprising: a liquid ejecting head (23; 123) configured to eject a liquid from a nozzle provided on a nozzle surface; a first storage portion (33; 133) that has an introduction portion into which the liquid accommodated in a liquid accommodating portion is introduced, the introduction portion being provided at an upper portion of the first storage portion, the first storage portion being configured so that a liquid level fluctuates in a range lower than the nozzle surface; a second storage portion (35; 135) that communicates with the first storage portion via a communication passage (34; 134) and to which the liquid is supplied from the first storage portion due to a water head difference; a supply flow path (37; 137) for supplying the liquid from the second storage portion to the liquid ejecting head; a pressurizing portion (47; 147) that pressurizes an inside of the second storage portion; and a first valve (36; 136) configured to close the communication passage at the time of pressurization by the pressurizing portion. a liquid ejecting head (23; 123) configured to eject a liquid from a nozzle provided on a nozzle surface; a first storage portion (33; 133) that has an introduction portion into which the liquid accommodated in a liquid accommodating portion is introduced, the introduction portion being provided at an upper portion of the first storage portion, the first storage portion being configured so that a liquid level fluctuates in a range lower than the nozzle surface; a second storage portion (35; 135) that communicates with the first storage portion via a communication passage (34; 134) and to which the liquid is supplied from the first storage portion due to a water head difference; a supply flow path (37; 137) for supplying the liquid from the second storage portion to the liquid ejecting head; a pressurizing portion (47; 147) that pressurizes an inside of the second storage portion; and a first valve (36; 136) configured to close the communication passage at the time of pressurization by the pressurizing portion.