mhurhangee/ep-ind-claims huggingface dataset:
An endoluminal prosthesis introducer including: a rotatable inner cannula including a proximal end; a proximal tip disposed at the proximal end of the inner cannula and including a distal end; and a unitary retaining member (260, 380) coupled to the proximal tip with a threaded coupling, the retaining member including a sleeve and an engaging member extending radially from the sleeve outward, the retaining member being disposed about the proximal end of the inner cannula, wherein the engaging member has a proximal edge which extends radially and longitudinally in a proximal direction at an acute angle relative to the cannula; whereby, in response to rotation of the inner cannula with respect to the retaining member, the proximal tip is longitudinally movable relative to the engaging member between a retaining configuration and a releasing configuration, wherein the proximal tip and the engaging member are spaced from one another by a greater longitudinal distance in the releasing configuration than in the retaining configuration. a rotatable inner cannula including a proximal end; a proximal tip disposed at the proximal end of the inner cannula and including a distal end; and a unitary retaining member (260, 380) coupled to the proximal tip with a threaded coupling, the retaining member including a sleeve and an engaging member extending radially from the sleeve outward, the retaining member being disposed about the proximal end of the inner cannula, wherein the engaging member has a proximal edge which extends radially and longitudinally in a proximal direction at an acute angle relative to the cannula; whereby, in response to rotation of the inner cannula with respect to the retaining member, the proximal tip is longitudinally movable relative to the engaging member between a retaining configuration and a releasing configuration, wherein the proximal tip and the engaging member are spaced from one another by a greater longitudinal distance in the releasing configuration than in the retaining configuration.
A method, comprising: receiving, by a user equipment of a communication network, information comprising a random access channel configuration and a number of cycled beams; determining a number of random access channel occasions (405, 505) for a random access channel occasion group (410, 510); transforming synchronization signal blocks (440, 540) to a beam index (450, 550) given the number of cycled beams and associating beams with the number of random access channel occasions (405, 505) of the random access channel occasion group (410, 510); identifying a random access channel occasion group (410, 510) associated with the beam index (450, 550); selecting at least one preamble associated with the beam index (450, 550) in the random access channel occasion group (410, 510); and transmitting the at least one preamble within each of the number of random access channel occasions (405, 505) of the random access channel occasion group (410, 510) to perform a random access channel procedure. receiving, by a user equipment of a communication network, information comprising a random access channel configuration and a number of cycled beams; determining a number of random access channel occasions (405, 505) for a random access channel occasion group (410, 510); transforming synchronization signal blocks (440, 540) to a beam index (450, 550) given the number of cycled beams and associating beams with the number of random access channel occasions (405, 505) of the random access channel occasion group (410, 510); identifying a random access channel occasion group (410, 510) associated with the beam index (450, 550); selecting at least one preamble associated with the beam index (450, 550) in the random access channel occasion group (410, 510); and transmitting the at least one preamble within each of the number of random access channel occasions (405, 505) of the random access channel occasion group (410, 510) to perform a random access channel procedure.
A tablet cutting blade replacement jig used to assist a tablet cutting blade attaching/detaching operation for a tablet splitting apparatus, the tablet splitting apparatus being configured to allow a plate-shaped falling tablet guiding member having a tablet falling path formed therein to be slidingly engaged with and disengaged from a support member for the falling tablet guiding member and to allow tablet cutting blades to be slidingly engaged with and disengaged from blade moving members for holding the tablet cutting blades with a direction of sliding of the tablet cutting blades being parallel to a direction of sliding of the falling tablet guiding member, the tablet splitting apparatus including a housing that accommodates the support member and the blade moving members, the housing having an opening that allows the falling tablet guiding member and the tablet cutting blades to pass therethrough simultaneously, the opening being formed ahead of the support member and the blade moving members in the directions of sliding, the tablet cutting blade replacement jig comprising: a jig main body including at least one plate-shaped body having a notch that is formed so as to allow the tablet cutting blades to be inserted thereinto with the tablet cutting blades being slidable with respect to the blade moving members, the jig main body being capable of being slidingly engaged with and disengaged from the support member in place of the falling tablet guiding member; blade holders for retaining the tablet cutting blades within the notch; operating members that are manually operated to switch between maintenance and release of retention of the tablet cutting blades; and urging members for maintaining a state after switching even though the state is on a retention maintained side or is on a retention released side.
A light emitting device having a n-type semiconductor layer, a p-type semiconductor layer and an active layer between the n-type semiconductor layer and the p-type semiconductor layer, wherein the active layer comprises a well layer made of In x1 Ga 1-x1 N and a first barrier layer made of Al y2 Ga 1-y2 N formed on the well layer, said x1 being set to be not less than 0.6, said y2 being set to be not less than 0.15, characterised in that said active layer comprises a second barrier layer made of In x3 Al y3 Ga 1-x3-y3 N, (0≦x3≦0.3, 0≦y3≦0.1, x3+y3 ≦0.3) and said well layer is formed on said second barrier layer, wherein said well layer, said first barrier layer and said second barrier layer compose a series of multi layers and wherein said active layer includes a plurality of said series of multi layers so as to compose a multiple quantum well structure.
A performance index method for determining a performance index associated with a well in an area, the method comprising: determining a time period during producing the well; and determining the performance index from data of the time period, the data including the average daily rate (q) of the well for the time period; characterised in that the performance index is a measure of subterranean rock quality in the area, and is determined from the equation: PI = q / dd * cum. / GPI, where PI is the performance index, q is the average daily rate of the well for the time period, dd is the average drawdown per day of the well for the time period, cum. is the cumulative production of the well for the time period, and GPI is the gross perforated interval of the well for the time period. determining a time period during producing the well; and determining the performance index from data of the time period, the data including the average daily rate (q) of the well for the time period; characterised in that the performance index is a measure of subterranean rock quality in the area, and is determined from the equation: PI = q / dd * cum. / GPI, where PI is the performance index, q is the average daily rate of the well for the time period, dd is the average drawdown per day of the well for the time period, cum. is the cumulative production of the well for the time period, and GPI is the gross perforated interval of the well for the time period.
Seamless button, comprising a guiding element, a movable actuating element and a switch which is located on a mounting plate, wherein the guiding element includes a rigid outer wall which forms an inner chamber with a bottom opening and a top opening and which is provided on its outer side in the upper area with an inwardly offset outer profile edge and with a pedestal extending substantially horizontally and forming the transition between the upper outer profile edge and the remaining part of the outer wall; the movable actuating element is an elastic button element made of elastic material and provided with a massive middle shaft spaced from the inner walls of the chamber by an air gap and having an upper actuating surface, with a movement crimp surrounding the outer rim of the actuating surface above the air gap and being located directly at the upper rim of the button and enclosing the air gap located underneath tightly outwardly such that the button is seamless, and with a profile area arranged at the outer circumference of the movement crimp and extending firstly horizontally outwardly and then downwardly and ending in a horizontally outwardly extending protrusion; wherein the horizontally outwardly extending portion of the profile area rests on top of the outer wall, the downwardly extending portion of the profile area rests on the outside of the outer profile edge and the protrusion rests on the pedestal covering it at least partially.
Use of an affinity adsorbent for the separation, removal, isolation, purification, characterisation, identification or quantification of fibrinogen or a protein that is a fibrinogen analogue, wherein the affinity adsorbent is a compound of selected from: wherein A is a support matrix, optionally linked to the triazine ring by a spacer.
An organic light-emitting display device, comprising: a substrate including a plurality of pixels; a first electrode on the substrate for each pixel; a pixel defining layer on the substrate to define each pixel, the pixel defining layer having an opening to expose the first electrode; a charge injection layer on the first electrode; a surface processing layer on the charge injection layer; a charge transport layer on the surface processing layer; a light-emitting layer on the charge transport layer; and a second electrode on the light-emitting layer, characterized in that the surface processing layer is extending from inside the opening of the pixel defining layer to a top surface of the pixel defining layer such that a portion of the top surface of the pixel defining layer remains exposed, the surface processing layer is more lyophilic to a charge transport solution used to form the charge transport layer than the pixel defining layer such that the charge transport layer does not extend beyond the surface processing layer and the surface processing layer has a plurality of grooves in a portion extending on the top surface of the pixel defining layer. a substrate including a plurality of pixels; a first electrode on the substrate for each pixel; a pixel defining layer on the substrate to define each pixel, the pixel defining layer having an opening to expose the first electrode; a charge injection layer on the first electrode; a surface processing layer on the charge injection layer; a charge transport layer on the surface processing layer; a light-emitting layer on the charge transport layer; and a second electrode on the light-emitting layer, characterized in that the surface processing layer is extending from inside the opening of the pixel defining layer to a top surface of the pixel defining layer such that a portion of the top surface of the pixel defining layer remains exposed,
System for dispensing a fluid product which is packaged in a tank, the system comprising a base and a cap which are intended to be mounted on said tank, together forming a distribution chamber which has at least one passage for supplying packaged product, said cap having a wall which is provided with a skirt for mounting on the tank and a sleeve which is arranged around a nozzle of the base, forming between said sleeve and said nozzle a dispensing interface which opens into a dispensing orifice formed in said wall, which is reversibly deformable by the pressure of the product in the dispensing chamber from a stable closed state of the interface in which the sleeve is arranged in sealed contact around the nozzle into a deformed opening state of said interface in which said sealed contact is broken in order to allow the dispensing of the product contained in the dispensing chamber through the dispensing orifice, with the system characterised in that the skirt is connected to the sleeve via a deformable membrane, with arms for connecting the skirt to the sleeve being arranged in the membrane.
Method for producing a results image (410, 410-1, 410-2, 411) of an object by means of an optical apparatus, wherein the optical apparatus is a microscope, wherein the method comprises the following steps: - sequentially illuminating the object using at least two illumination geometries (110-1, 110-2, 110-3) by means of an illumination apparatus of the optical apparatus, - for each of the at least two illumination geometries (110-1, 110-2, 110-3): capturing an intensity image (401-1 - 401-6) of the object by means of a detector of the optical apparatus during the illumination with the respective illumination geometry (110-1, 110-2, 110-3), - combining the intensity images (401-1 - 401-6) in a weighted fashion on the basis of combination parameters for producing the results image (410, 410-1, 410-2, 411) by means of a computing unit, wherein the combining is carried out in such a way that the results image (410, 410-1, 410-2, 411) satisfies a prescribed optimization criterion, wherein the method furthermore comprises: - performing a numerical optimization by means of the computing unit, wherein the performance of the numerical optimization provides the combination parameters for the combining in a weighted fashion with which the results image (410, 410-1, 410-2, 411) satisfies the prescribed optimization criterion. - sequentially illuminating the object using at least two illumination geometries (110-1, 110-2, 110-3) by means of an illumination apparatus of the optical apparatus, - for each of the at least two illumination geometries (110-1, 110-2, 110-3): capturing an intensity image (401-1 - 401-6) of the object by means of a detector of the optical apparatus during the illumination with the respective illumination geometry (110-1, 110-2, 110-3), - combining the intensity images (401-1 - 401-6) in a weighted fashion on the basis of combination parameters for producing the results image (410, 410-1, 410-2, 411) by means of a computing unit, - performing a numerical optimization by means of the computing unit, wherein the performance of the numerical optimization provides the combination parameters for the combining in a weighted fashion with which the results image (410, 410-1, 410-2, 411) satisfies the prescribed optimization criterion.
A high or medium voltage switch comprising a first and a second terminal (8, 9), a first and a second set of contact elements (13a, 13b, 13c; 14a, 14b, 14c) arranged between the first and the second terminal (8, 9), at least a first drive for mutually displacing the sets of contact elements (13a, 13b, 13c; 14a, 14b, 14c) along a displacement direction, wherein each contact element (13a, 13b, 13c; 14a, 14b, 14c) comprises an insulating carrier part carrying at least one conducting element, and wherein in a first mutual position of said contact elements (13a, 13b, 13c; 14a, 14b, 14c) the conducting elements of said contact elements (13a, 13b, 13c; 14a, 14b, 14c) form at least one conducting path in an axial direction between said first and said second terminals (8, 9) in a direction transversally to said displacement direction, and wherein in a second mutual position of said contact elements (13a, 13b, 13c; 14a, 14b, 14c) the conducting elements are mutually displaced and do not form said conducting path, characterized in that the conducting elements are fastened to the contact elements (13a, 13b, 13c; 14a, 14b, 14c) with at least one spring-loaded pin (161,162) allowing for a limited amount of rotation or tilting of each conducting element around its respective at least one pin (161,162), and wherein the conducting element comprises an elongated rectangular cuboid as main body with two flattened long contact faces for contacting in operation the flattened contact side of the conducting element of an adjacent contact element (13a, 13b, 13c; 14a, 14b, 14c) and further comprises at least one spring-loaded pin (161,162) partially inserted into a blind hole at at least one of the small faces of the main body.
A container for isolating a first liquid and a second liquid prior to dispensing, the container comprising: an enclosed body for containing the first liquid and having an opening; a first exit flow path for dispensing the first liquid from the body; an insert for containing the second liquid and at least partially received within the body to isolate the first and second liquids (90, 92); a second exit flow path for dispensing the second liquid from the insert; and characterized in that a valve member is moveable, in response to the enclosed body being squeezed, from a closed position blocking both the first and second exit flow paths and isolating the first and second liquids (90, 92) upstream of the valve member to an open position permitting flow through both the first and second exit flow paths to dispense the first and second liquids (90, 92) from the container. an enclosed body for containing the first liquid and having an opening; a first exit flow path for dispensing the first liquid from the body; an insert for containing the second liquid and at least partially received within the body to isolate the first and second liquids (90, 92); a second exit flow path for dispensing the second liquid from the insert; and characterized in that a valve member is moveable, in response to the enclosed body being squeezed, from a closed position blocking both the first and second exit flow paths and isolating the first and second liquids (90, 92) upstream of the valve member to an open position permitting flow through both the first and second exit flow paths to dispense the first and second liquids (90, 92) from the container.
A pharmaceutical composition for use in the treatment of Parkinson's disease comprising a pharmaceutically acceptable carrier and a fixed dose combination of pramipexole and rasagiline, wherein the fixed dose combination contains from 0.05 mg to 1.0 mg of pramipexole and from 0.05 mg to 1.0 mg of rasagiline, and the dose of pramipexole is lower than the dose of rasagiline.
A stationary convective oven for processing friction layers of brake pads, comprising a heat treatment chamber, a continuous supply device having a loading area for loading one or more friction layers which are directed towards the heat treatment chamber and an unloading area where friction layers arrive upon exiting the heat treatment chamber, the continuous supply device comprising a plurality of relief extensions (17a, 17b) spaced along a feed direction of the continuous supply device so as to define, an anti-flipping abutment for the friction layers in a direction that is opposite to said direction and a stop in said direction, both delimiting a pocket which is adapted for housing the friction layer in a resting position; characterized in that: i)- the pocket houses the friction layer of the brake pads with a degree of play, at least in the feed direction, so as the brake pads are kept at an angle in a herringbone pattern with respect to the direction D; ii)- the pocket houses a plurality of brake pads placed side by side within the pockets along a straight line and perpendicular to the feed direction, on a peripheral edge thereof; iii)- the relief extensions (17a, 17b) comprise pierced or apertured walls. i)- the pocket houses the friction layer of the brake pads with a degree of play, at least in the feed direction, so as the brake pads are kept at an angle in a herringbone pattern with respect to the direction D; ii)- the pocket houses a plurality of brake pads placed side by side within the pockets along a straight line and perpendicular to the feed direction, on a peripheral edge thereof; iii)- the relief extensions (17a, 17b) comprise pierced or apertured walls.
An adapter (27, 107) for an ink cartridge, the adapter being configured to be removably mounted to a cartridge mounting portion of a recording apparatus, comprising: a |detection portion positioned at the adapter, wherein the detection portion is configured to block light emitted from an optical sensor of the cartridge mounting portion when the adapter (27, 107) is inserted into the cartridge mounting portion, and to provide information about the ink cartridge which is to be used with the adapter (27, 107) in the cartridge mounting portion to the recording apparatus by blocking light, wherein the adapter (27, 107) and the ink cartridge are separate members, and a main body, wherein the detection portion is positioned at the main body, wherein the ink cartridge is insertable into an accommodating chamber of the cartridge mounting portion, after the insertion of adapter into the accommodating chamber is completed, and the adapter (27, 107) is made of an opaque resin. a |detection portion positioned at the adapter, wherein the detection portion is configured to block light emitted from an optical sensor of the cartridge mounting portion when the adapter (27, 107) is inserted into the cartridge mounting portion, and to provide information about the ink cartridge which is to be used with the adapter (27, 107) in the cartridge mounting portion to the recording apparatus by blocking light, wherein the adapter (27, 107) and the ink cartridge are separate members, and a main body, wherein the detection portion is positioned at the main body, wherein the ink cartridge is insertable into an accommodating chamber of the cartridge mounting portion, after the insertion of adapter into the accommodating chamber is completed, and the adapter (27, 107) is made of an opaque resin.