mhurhangee/ep-ind-claims huggingface dataset:
Belt roller for a safety belt having a belt coil for winding and unwinding the safety belt, a lockable locking base which is connected to the belt coil and which is suitable for blocking the belt coil in the event of an abrupt rotation of the belt coil in the belt unwinding direction, and a force transmission element which couples the belt coil and the locking base in a locking position and is inactive in an unlocking position, characterized in that - the force transmission element has a base member and a shearing portion which can be sheared off, - wherein the base member is retained in an axially displaceable manner in a recess (200, 31) of one of the two portions, that is to say, the belt coil or the locking base - referred to below as the first portion - and can be axially displaced from a first position, in which the base member protrudes from the recess (200, 31) and engages in the other of the two portions - referred to below as the second portion - into a second position, in which the base member is introduced more deeply into the recess (200, 31) and is separated from the second portion, and - wherein the shearing portion in the first position of the base member blocks an axial displacement of the base member from the first position into the second position and allows the base member to be introduced more deeply into the recess (200, 31) only after a shearing action. - the force transmission element has a base member and a shearing portion which can be sheared off, - wherein the base member is retained in an axially displaceable manner in a recess (200, 31) of one of the two portions, that is to say, the belt coil or the locking base - referred to below as the first portion - and can be axially displaced from a first position, in which the base member protrudes from the recess (200, 31) and engages in the other of the two portions - referred to below as the second portion - into a second position, in which the base member is introduced more deeply into the recess (200, 31) and is separated from the second portion, and - wherein the shearing portion in the first position of the base member blocks an axial displacement of the base member from the first position into the second position and allows the base member to be introduced more deeply into the recess (200, 31) only after a shearing action.
A prosthetic mitral valve for transcatheter delivery, comprising: a frame formed by a collapsible and self-expandable wire mesh (2, 8, 23, 30) and a collapsible and self-expandable stent (1, 7, 18, 24, 33), the stent (1, 7, 18, 24, 33) having an atrial and a ventricular end and comprising internally a sealing skirt and a plurality of valve leaflets (3, 4, 5) and being configured for providing a radial force sufficient for stabilizing the frame in an area of a mitral valve and for forming a frame lumen, the wire mesh (2, 8, 23, 30) surrounding the stent (1, 7, 18, 24, 33) at the atrial end and forming a body around the stent (1, 7, 18, 24, 33), said body extending beyond the atrial end, the wire mesh (2, 8, 23, 30) being configured to conform to an anatomy it apposes to, wherein the stent (1, 7, 18, 24, 33) forms at its ventricular end a plurality of native leaflet capturing elements (6, 11, 31) being configured for capturing native leaflets of the mitral valve, and wherein the wire mesh (2, 8, 23, 30) extends longitudinally towards the ventricular end of the stent (1, 7, 18, 24, 33) forming a body around the stent (1, 7, 18, 24, 33). a frame formed by a collapsible and self-expandable wire mesh (2, 8, 23, 30) and a collapsible and self-expandable stent (1, 7, 18, 24, 33), the stent (1, 7, 18, 24, 33) having an atrial and a ventricular end and comprising internally a sealing skirt and a plurality of valve leaflets (3, 4, 5) and being configured for providing a radial force sufficient for stabilizing the frame in an area of a mitral valve and for forming a frame lumen, the wire mesh (2, 8, 23, 30) surrounding the stent (1, 7, 18, 24, 33) at the atrial end and forming a body around the stent (1, 7, 18, 24, 33), said body extending beyond the atrial end, the wire mesh (2, 8, 23, 30) being configured to conform to an anatomy it apposes to, wherein the stent (1, 7, 18, 24, 33) forms at its ventricular end a plurality of native leaflet capturing elements (6, 11, 31) being configured for capturing native leaflets of the mitral valve, and wherein the wire mesh (2, 8, 23, 30) extends longitudinally towards the ventricular end of the stent (1, 7, 18, 24, 33) forming a body around the stent (1, 7, 18, 24, 33).
Sighting optics device for a rangefinder (12; 12a), with an optics unit (14; 14a) which has at least one optical deflection unit (16; 16a) and a first optical lens element (18; 18a), wherein the optical deflection unit (16; 16a) and the first optical lens element (18; 18a) at least in part have an integral design with one another, characterized in that the optics unit (14; 14a) forms at least one concave mirror (26; 26a) which is formed, at least in part, by the first optical lens element (18; 18a).
A thermoplastic resin composition comprising a polyamide resin and an ethylene-vinyl alcohol copolymer, and a modified rubber having an acid anhydride group or an epoxy group dispersed in the polyamide resin and the ethylene-vinyl alcohol copolymer, wherein the blending ratio between the polyamide resin and the ethylene-vinyl alcohol copolymer is from 47/53 to 61/39 and wherein the polyamide resin is not a modified polyamide resin.
Apparatus for producing bags from flexible-tube pieces which comprise preferably woven fabric made of drawn plastics strips and are made up of two walls located one above the other, wherein at least the following devices are provided: - at least one transporting device, by means of which the flexible-tube pieces can be transported to the individual processing stations (8, 9, 10, 11) in a transporting direction (x), which runs transversely to the direction (z) in which the flexible-tube pieces extend, - at least one bottom-opening station, by means of which open end portions can be produced by virtue of regions of at least one wall of the flexible-tub piece being folded over around folding edges at at least one end of the flexible-tube piece (15, 15'), and - at least one closing-up station (10, 10'), by means of which the open bottom squares can be closed up to form bottoms by virtue of parts of the walls and/or flaps being folded over around further folding edges; - at least one stamping device, by means of which at least some of the subsequent folding edges can be stamped into the flexible-tube pieces, characterized - in that at least one folding-over device is provided and, by means of this device, at least one end region (15, 15') of the flexible-tube piece is folded over along a folding line out of the original plane, which is defined by the flexible-tube piece, into a second plane, wherein the folding-over device is arranged upstream of the at least one bottom-opening station, and - in that the stamping device is arranged between the folding-over device and the bottom-opening station. - at least one transporting device, by means of which the flexible-tube pieces can be transported to the individual processing stations (8, 9, 10, 11) in a transporting direction (x), which runs transversely to the direction (z) in which the flexible-tube pieces extend, - at least one bottom-opening station, by means of which open end portions can be produced by virtue of regions of at least one wall of the flexible-tub piece being folded over around folding edges at at least one end of the flexible-tube piece (15, 15'), and - at least one closing-up station (10, 10'), by means of which the open bottom squares can be closed up to form bottoms by virtue of parts of the walls and/or flaps being folded over around further folding edges; - at least one stamping device, by means of which at least some of the subsequent folding edges can be stamped into the flexible-tube pieces, characterized - in that at least one folding-over device is provided and, by means of this device, at least one end region (15, 15') of the flexible-tube piece is folded over along a folding line out of the original plane, which is defined by the flexible-tube piece, into a second plane, wherein the folding-over device is arranged upstream of the at least one bottom-opening station, and - in that the stamping device is arranged between the folding-over device and the bottom-opening station.
A computer program comprising instructions which, when the program is executed by a computer, cause the computer to carry out a method comprising: receiving multi-planar fluoroscopic images of a patient anatomy acquired while a portion of a medical instrument (104, 226, 354) is positioned within the patient anatomy, the fluoroscopic images having a fluoroscopic frame of reference, wherein the portion has a sensed position in an anatomic model frame of reference; identifying the portion in the fluoroscopic images; identifying an extracted position, relative to three degrees of translation freedom, of the portion in the fluoroscopic frame of reference using the identified portion in the fluoroscopic images; identifying an extracted orientation, relative to three rotational degrees of freedom, of the portion in the fluoroscopic frame of reference using the identified portion in the fluoroscopic images, wherein the portion has a sensed orientation in the anatomic model frame of reference; and registering the fluoroscopic frame of reference to the anatomic model frame of reference based on the sensed position of the portion, the extracted position of the portion, the sensed orientation of the portion, and the extracted orientation of the portion, wherein identifying the portion in the fluoroscopic images includes comparing the fluoroscopic images of the patient anatomy while the portion of the medical instrument is positioned at a first location within the patient anatomy to fluoroscopic images of the patient anatomy recorded when the portion of the medical instrument is positioned at a second location within the patient anatomy. receiving multi-planar fluoroscopic images of a patient anatomy acquired while a portion of a medical instrument (104, 226, 354) is positioned within the patient anatomy, the fluoroscopic images having a fluoroscopic frame of reference, wherein the portion has a sensed position in an anatomic model frame of reference; identifying the portion in the fluoroscopic images; identifying an extracted position, relative to three degrees of translation freedom, of the portion in the fluoroscopic frame of reference using the identified portion in the fluoroscopic images; identifying an extracted orientation, relative to three rotational degrees of freedom, of the portion in the fluoroscopic frame of reference using the identified portion in the fluoroscopic images, wherein the portion has a sensed orientation in the anatomic model frame of reference; and registering the fluoroscopic frame of reference to the anatomic model frame of reference based on the sensed position of the portion, the extracted position of the portion, the sensed orientation of the portion, and the extracted orientation of the portion, wherein identifying the portion in the fluoroscopic images includes comparing the fluoroscopic images of the patient anatomy while the portion of the medical instrument is positioned at a first location within the patient anatomy to fluoroscopic images of the patient anatomy recorded when the portion of the medical instrument is positioned at a second location within the patient anatomy.
An effector launching system that is located on a moving platform, the launching system comprising: a plurality of effectors (48, 52, 54, 86); a robot that includes: a main body that is fixed to the moving platform, and a moveable robot arm having an end portion that is engageable with the plurality of effectors for firing the plurality of effectors; a sensor for detecting movement of the moving platform; a processor that is in communication with the sensor; and a motion stabilization controller that is in communication with the processor and the robot arm for controlling movement of the robot arm, wherein the motion stabilization controller adjusts the robot arm in response to the detected movement of the moving platform to maintain the end portion in a static position when the end portion is engaged with at least one of the plurality of effectors; and further comprising a payload guide (44, 50) that houses the plurality of effectors, wherein the payload guide has an engaged position and a storage position, the payload guide being engaged with the end portion of the robot arm when in the engaged position for firing the effector from the payload guide, the payload guide being disengaged from the end portion when in the storage position. a plurality of effectors (48, 52, 54, 86); a robot that includes: a main body that is fixed to the moving platform, and a moveable robot arm having an end portion that is engageable with the plurality of effectors for firing the plurality of effectors; a main body that is fixed to the moving platform, and a moveable robot arm having an end portion that is engageable with the plurality of effectors for firing the plurality of effectors; a sensor for detecting movement of the moving platform; a processor that is in communication with the sensor; and a motion stabilization controller that is in communication with the processor and the robot arm for controlling movement of the robot arm, wherein the motion stabilization controller adjusts the robot arm in response to the detected movement of the moving platform to maintain the end portion in a static position when the end portion is engaged with at least one of the plurality of effectors; and further comprising a payload guide (44, 50) that houses the plurality of effectors, wherein the payload guide has an engaged position and a storage position, the payload guide being engaged with the end portion of the robot arm when in the engaged position for firing the effector from the payload guide, the payload guide being disengaged from the end portion when in the storage position.
System for the thermal control of an electronic panel for the reproduction of images equipped with a backlight having a rear surface and a front surface opposite the rear surface and a display facing the front surface of the backlight, the system comprising: a first heatsink thermally associated with the rear surface of the backlight; a first closed circuit, in which a cooling fluid flows, which comprises a first fluid circulation chamber formed between the front surface of the backlight and the display, wherein said cooling fluid flows over the front surface of the backlight; said first closed circuit comprising a heat regeneration chamber for said cooling fluid arranged in fluid communication with said first circulation chamber; characterized in that said heat regeneration chamber is thermally associated with said first heatsink so that the heated cooling fluid is cooled in said first heat regeneration chamber. a first heatsink thermally associated with the rear surface of the backlight; a first closed circuit, in which a cooling fluid flows, which comprises a first fluid circulation chamber formed between the front surface of the backlight and the display, wherein said cooling fluid flows over the front surface of the backlight; said first closed circuit comprising a heat regeneration chamber for said cooling fluid arranged in fluid communication with said first circulation chamber; characterized in that said heat regeneration chamber is thermally associated with said first heatsink so that the heated cooling fluid is cooled in said first heat regeneration chamber.
A firearm suppressor cover assembly, comprising: one or more clamps configured to releasably couple the firearm suppressor cover assembly to a firearm suppressor, one of the clamps arranged near a rear end of the firearm suppressor cover assembly, distal from a muzzle of the firearm; an insulating cover assembly rigidly supported to maintain an elongated shape shaped to at least partially surround the firearm suppressor; and nine or fewer standoffs coupled to the one or more clamps, and in contact with the insulating cover assembly and configured to separate the firearm suppressor from the insulating cover assembly and forming an air gap therebetween. one or more clamps configured to releasably couple the firearm suppressor cover assembly to a firearm suppressor, one of the clamps arranged near a rear end of the firearm suppressor cover assembly, distal from a muzzle of the firearm; an insulating cover assembly rigidly supported to maintain an elongated shape shaped to at least partially surround the firearm suppressor; and nine or fewer standoffs coupled to the one or more clamps, and in contact with the insulating cover assembly and configured to separate the firearm suppressor from the insulating cover assembly and forming an air gap therebetween.
An indirect air handling unit (IDAHU) for a data centre, the indirect air handling unit comprising: i) an external air flow path arranged to be in fluid communication with air outside the data centre; and ii) an internal air flow path arranged to be in fluid communication with air inside the data centre; wherein the external air flow path is separated from the internal air flow path; and iii) a plurality of heat tube panels, each heat tube panel comprising at least one heat tube, wherein each heat tube comprises a first section extending into the external air flow path and a second section extending into the internal air flow path, the plurality of heat tube panels being arranged in at least one row across the internal air flow path and across the external air flow path; characterised in that: the heat tube panels are removable heat tube panels that extend through one or more openings between the internal air flow path and the external air flow path, each removable heat tube panel being slidably mounted in the IDAHU; in that each removable heat tube panel can be removed from the IDAHU without removing all of the other removable heat tube panels; and in that the IDAHU additionally comprises at least one adjustable opening baffle arranged to cooperate with the removable heat tube panels and the one or more openings such that the adjustable opening baffle can be operated to maintain separation of the internal and external air flow paths (203, 202) when a removable heat tube panel is removed from the indirect air handling unit. i) an external air flow path arranged to be in fluid communication with air outside the data centre; and ii) an internal air flow path arranged to be in fluid communication with air inside the data centre; wherein the external air flow path is separated from the internal air flow path; and iii) a plurality of heat tube panels, each heat tube panel comprising at least one heat tube, wherein each heat tube comprises a first section extending into the external air flow path and a second section extending into the internal air flow path, the plurality of heat tube panels being arranged in at least one row across the internal air flow path and across the external air flow path; the heat tube panels are removable heat tube panels that extend through one or more openings between the internal air flow path and the external air flow path, each removable heat tube panel being slidably mounted in the IDAHU; in that each removable heat tube panel can be removed from the IDAHU without removing all of the other removable heat tube panels; and in that the IDAHU additionally comprises at least one adjustable opening baffle arranged to cooperate with the removable heat tube panels and the one or more openings such that the adjustable opening baffle can be operated to maintain separation of the internal and external air flow paths (203, 202) when a removable heat tube panel is removed from the indirect air handling unit.
A method for preparing a hydraulic powder, comprising a step of grinding a hydraulic compound in the presence of compound (a) that is obtained by adding an alkyleneoxide having 2 to 4 carbon atoms to a compound which has no amino group, but has an active hydrogen, provided that polyethyleneglycol and polypropyelenglycol are excluded, wherein the compound (a) is an ethylene oxide and/or propyleneoxide adduct of glycerin and the average added mole number of EO and/or PO is 0.5 to 6 moles per 1 mole of glycerin.
A method comprising the steps of: (i) reacting ethylene with the fluoroalkyl iodide of the formula Rf(CF 2 CF 2) n I to prepare an ethylene adduct of the formula Rf(CF 2 CF 2) n CH 2 CH 2 I; (ii) reacting the obtained ethylene adduct of formula with at least one compound selected from lithium hydroxide, sodium hydroxide, lithium methoxide, lithium ethoxide, sodium methoxide and sodium ethoxide, in the presence of a lower alcohol and in the presence of ≤ 11.5 part by volume of water per 100 parts by volume of alcohol, thus preparing, by dehydroiodination, an olefin compound of the formula Rf(CF 2 CF 2) n CH=CH 2 and an alkali metal iodide; and (iii) collecting the alkali metal iodide; wherein in formulae - Rf is C 1-10 -fluoroalkyl and n is an integer of ≥ 1. (i) reacting ethylene with the fluoroalkyl iodide of the formula Rf(CF 2 CF 2) n I to prepare an ethylene adduct of the formula Rf(CF 2 CF 2) n CH 2 CH 2 I; (ii) reacting the obtained ethylene adduct of formula with at least one compound selected from lithium hydroxide, sodium hydroxide, lithium methoxide, lithium ethoxide, sodium methoxide and sodium ethoxide, in the presence of a lower alcohol and in the presence of ≤ 11.5 part by volume of water per 100 parts by volume of alcohol, thus preparing, by dehydroiodination, an olefin compound of the formula Rf(CF 2 CF 2) n CH=CH 2 and an alkali metal iodide; and (iii) collecting the alkali metal iodide;