mhurhangee/ep-ind-claims huggingface dataset:
Stopper for a container for use in freeze drying, the stopper having an insertion section that can be inserted into the container, the insertion section having a side surface and a bottom surface, the bottom surface being formed opposite a top surface of the stopper in an axial direction of the stopper and the insertion section having a sealing section and a contact section, the contact section having a passage opening for a gas exchange, the passage opening extending from the side surface into the bottom surface, and the stopper having a sealing body and a base body, which are connected to each other, the base body consisting of a material which has a higher hardness than a material of which the sealing body consists, characterized in that outer surfaces of the sealing body form the side surface and the bottom surface of the insertion section, the base body in the region of the insertion section is formed within the sealing body, the stopper having a covering section adjoining the insertion section in the axial direction, the covering section having the sealing surface and a radial dimension of the covering section being at least as large as a radial dimension of the insertion section, the base body in the region of the covering section having a projection formed radially on the outside, extending from the top surface in the direction of the bottom surface, the projection at least partially covering the sealing body radially on the outside in the region of the covering section.
A canister (110, 210) for use in administering reduced pressure to a tissue site, the canister comprising: a center body (138, 238) having a first end (144, 244), a second end (146, 246), and a number of fluidly separate body conduits (148, 248) extending from the first end to the second end; a first end cap (140, 240) connected to the first end of the center body, the first end cap having a number of return conduits (158, 258) configured to fluidly connect one of the body conduits with another of the body conduits, the first end cap having a port (160, 260) for receiving a conduit in fluid communication with the tissue site; and a second end cap (142, 242) connected to the second end of the center body, the second end having a number of return conduits (164, 264) configured to fluidly connect one of the body conduits with another of the body conduits, the second end cap having a port (166, 266) for receiving a conduit in fluid communication with a reduced pressure source; wherein the fluid connection of the body conduits to the return conduits of the first and second end caps creates a continuous, tortuous flow path (157, 257). a center body (138, 238) having a first end (144, 244), a second end (146, 246), and a number of fluidly separate body conduits (148, 248) extending from the first end to the second end; a first end cap (140, 240) connected to the first end of the center body, the first end cap having a number of return conduits (158, 258) configured to fluidly connect one of the body conduits with another of the body conduits, the first end cap having a port (160, 260) for receiving a conduit in fluid communication with the tissue site; and a second end cap (142, 242) connected to the second end of the center body, the second end having a number of return conduits (164, 264) configured to fluidly connect one of the body conduits with another of the body conduits, the second end cap having a port (166, 266) for receiving a conduit in fluid communication with a reduced pressure source; wherein the fluid connection of the body conduits to the return conduits of the first and second end caps creates a continuous, tortuous flow path (157, 257).
A method of generating human hematopoietic multi-lineage progenitor cells (HMLPs) from human endothelial cells (ECs), comprising culturing ECs expressing each of the transcription factors Finkel-Biskis-Jinkins murine osteosarcoma viral oncogene homolog B (FOSB), growth factor independent 1 transcription repressor, Runt-related transcription factor 1 (RUNX1), spleen focus forming virus proviral integration oncogene, or functional homologs or derivatives thereof, in serum-free media with endothelial feeder cells.
A cutter element for an earth-boring tool, comprising a polycrystalline diamond volume joined at an interface boundary to a cemented carbide substrate; the PCD volume including a rake face opposite the interface boundary, an edge of the rake face being suitable as a cutting edge of the cutter element; and the PCD volume comprising a plurality of strata (104;106) directly joined to each other at inter-strata boundaries, in which each of a first plurality of the strata comprises PCD material having a first diamond content; each of a second plurality of the strata comprises PCD material having a second diamond content; the second diamond content being greater than the first diamond content; and the strata of the first and second pluralities (104;106) disposed in an alternating arrangement with respect to each other; characterised in that: the strata configured and arranged such that a radial line through the edge and a centroid of the interface boundary intersects, within a maximum distance of 1,000 microns from the edge, each of the inter-strata boundaries; wherein the respective tangent plane to each inter-strata boundary at the respective intersection is disposed relative to the radial line at no less than a minimum angle of 30°. a polycrystalline diamond volume joined at an interface boundary to a cemented carbide substrate; the PCD volume including a rake face opposite the interface boundary, an edge of the rake face being suitable as a cutting edge of the cutter element; and the PCD volume comprising a plurality of strata (104;106) directly joined to each other at inter-strata boundaries, in which each of a first plurality of the strata comprises PCD material having a first diamond content; each of a second plurality of the strata comprises PCD material having a second diamond content; the second diamond content being greater than the first diamond content; and the strata of the first and second pluralities (104;106) disposed in an alternating arrangement with respect to each other; characterised in that: the strata configured and arranged such that a radial line through the edge and a centroid of the interface boundary intersects, within a maximum distance of 1,000 microns from the edge, each of the inter-strata boundaries; wherein the respective tangent plane to each inter-strata boundary at the respective intersection is disposed relative to the radial line at no less than a minimum angle of 30°. the strata configured and arranged such that a radial line through the edge and a centroid of the interface boundary intersects, within a maximum distance of 1,000 microns from the edge, each of the inter-strata boundaries; wherein the respective tangent plane to each inter-strata boundary at the respective intersection is disposed relative to the radial line at no less than a minimum angle of 30°.
An implantable medical lead comprising: a substrate having a surface; and a nanolaminate (124; 224) disposed on the surface of the substrate, the nanolaminate (124; 224) comprising: at least one ceramic layer (126; 226); and at least one polymer layer (128; 228), wherein each ceramic layer (126; 226) is less than or equal to about 30 nanometers thick. a substrate having a surface; and a nanolaminate (124; 224) disposed on the surface of the substrate, the nanolaminate (124; 224) comprising: at least one ceramic layer (126; 226); and at least one polymer layer (128; 228), wherein each ceramic layer (126; 226) is less than or equal to about 30 nanometers thick. at least one ceramic layer (126; 226); and at least one polymer layer (128; 228), wherein each ceramic layer (126; 226) is less than or equal to about 30 nanometers thick.
An orthodontic bracket, comprising: a main body, having an archwire slot configured to receive an archwire; a cover, hingedly connected to the main body and movable between an open position for exposing the archwire slot and a closed position for covering the archwire slot, wherein the main body has a hole, and the cover has a hinge pin confined within the hole, wherein the hole is configured to allow translational movement of the hinge pin along a long axis of the hole, and allow rotation of the hinge pin about a pin axis of the hinge pin; and an elastic spring element, disposed in the main body and coupled to the cover and the main body, configured to generate a force to drive movement of the cover into the open position; wherein the archwire slot has a base wall at an end of the archwire slot, a pair of side walls (PW2, PW2') connected to the base wall, and a curved redirecting wall connected to and inclined to one of the pair of side walls (PW2, PW2'), wherein the curved redirecting wall is closer to the cover than the connected side wall, and a surface of the curved redirecting wall facing the other one of the pair of side walls (PW2') is concave, wherein the pair of side walls (PW2, PW2') is configured to guide the archwire to move in a first exit direction, and the curved redirecting wall is configured to guide the archwire to move from the first exit direction to a second exit direction, wherein the first exit direction is not parallel to the second exit direction. a main body, having an archwire slot configured to receive an archwire; a cover, hingedly connected to the main body and movable between an open position for exposing the archwire slot and a closed position for covering the archwire slot, wherein the main body has a hole, and the cover has a hinge pin confined within the hole, wherein the hole is configured to allow translational movement of the hinge pin along a long axis of the hole, and allow rotation of the hinge pin about a pin axis of the hinge pin; and an elastic spring element, disposed in the main body and coupled to the cover and the main body, configured to generate a force to drive movement of the cover into the open position; wherein the archwire slot has a base wall at an end of the archwire slot, a pair of side walls (PW2, PW2') connected to the base wall, and a curved redirecting wall connected to and inclined to one of the pair of side walls (PW2, PW2'), wherein the curved redirecting wall is closer to the cover than the connected side wall, and a surface of the curved redirecting wall facing the other one of the pair of side walls (PW2') is concave, wherein the pair of side walls (PW2, PW2') is configured to guide the archwire to move in a first exit direction, and the curved redirecting wall is configured to guide the archwire to move from the first exit direction to a second exit direction, wherein the first exit direction is not parallel to the second exit direction.
Wind turbine comprising: - a turbine rotor with rotor blades for the wind turbine, - a main gear shaft (20, 41) driven by the turbine rotor; - a generator, and - a transmission between the main gear shaft and the generator wherein the transmission comprises - a main gear (10, 18, 42, 45) mounted on the main gear shaft; - two or more pinions engaging the main gear; - two or more hydraulic pumps each driven by one pinion; - a hydraulic motor that drives the generator; and - a high-pressure line and a low-pressure line that connect the hydraulic motor and the hydraulic pumps; characterized in that - the hydraulic motor is directly coupled to and supported by the generator. - a turbine rotor with rotor blades for the wind turbine, - a main gear shaft (20, 41) driven by the turbine rotor; - a generator, and - a transmission between the main gear shaft and the generator wherein the transmission comprises - a main gear (10, 18, 42, 45) mounted on the main gear shaft; - two or more pinions engaging the main gear; - two or more hydraulic pumps each driven by one pinion; - a hydraulic motor that drives the generator; and - a high-pressure line and a low-pressure line that connect the hydraulic motor and the hydraulic pumps; - the hydraulic motor is directly coupled to and supported by the generator.
A method for generating a playback content based on data retrieved from a first read-only storage medium and data retrieved from a second rewritable storage medium, wherein the data on the first storage medium are stored as files structured in a first directory tree (D_DT), and the data stored on the second storage medium are stored as files structured in a second directory tree (HDD_DT), wherein the first storage medium has a first identification label and a second identification label stored thereon and wherein a first branch of the second directory tree has a name corresponding to the first identification label and a second branch of the second directory tree has a name corresponding to the second identification label and the second branch is a subbranch of said first branch, the method comprising the steps of: - constructing a logical directory tree (L_DT) from the first directory tree and the second branch of the second directory tree, such that: (a) the logical directory tree has the same structure as the first directory tree, (b) files (index.bdvm, 03003.mpls) that are available only in the first directory tree or the second branch of the second directory tree are also available in the logical directory tree, and (c) for files that are available in the first directory tree and the second branch of the second directory tree (MovieObject.bdvm), the version available from the second branch of the second directory tree is available in the logical directory tree; - retrieving data from the first and second storage medium according to the logical directory tree; and - generating a playback content based on said retrieved data, wherein said data from the first and the second storage medium are seamlessly integrated. - constructing a logical directory tree (L_DT) from the first directory tree and the second branch of the second directory tree, such that: (a) the logical directory tree has the same structure as the first directory tree, (b) files (index.bdvm, 03003.mpls) that are available only in the first directory tree or the second branch of the second directory tree are also available in the logical directory tree, and (c) for files that are available in the first directory tree and the second branch of the second directory tree (MovieObject.bdvm), the version available from the second branch of the second directory tree is available in the logical directory tree; (a) the logical directory tree has the same structure as the first directory tree, (b) files (index.bdvm, 03003.mpls) that are available only in the first directory tree or the second branch of the second directory tree are also available in the logical directory tree, and (c) for files that are available in the first directory tree and the second branch of the - retrieving data from the first and second storage medium according to the logical directory tree; and - generating a playback content based on said retrieved data, wherein said data from the first and the second storage medium are seamlessly integrated.
Method for spreading an adhesive continuously on a covering, preferably a self-adhesive floor covering, based on a non-adhesive covering consisting of: a/ laminating onto the lower surface of a continuously running covering sheet, an adhesive transfer tape comprising an adhesive film intended to be fixed on the lower surface of the covering sheet and a non-adhesive protective substrate, the width of the adhesive transfer tape being greater than the width of the covering sheet so that the adhesive film and its protective substrate project beyond each side of the covering sheet; b/ neutralizing the two longitudinal borders (9,10) of the adhesive film on each side of the covering sheet, by sandwiching each of them between the longitudinal edge (17,18) of the protective substrate of the adhesive transfer tape and neutralizing means (iii.1, iii.2) in contact with the border and meeting flush with the edge surface (5,6) of the covering sheet; c/ then removing the two borders (9,10) of the adhesive film so as to obtain a clean break in the adhesive film flush with the edge surface (5,6) of the covering sheet. a/ laminating onto the lower surface of a continuously running covering sheet, an adhesive transfer tape comprising an adhesive film intended to be fixed on the lower surface of the covering sheet and a non-adhesive protective substrate, the width of the adhesive transfer tape being greater than the width of the covering sheet so that the adhesive film and its protective substrate project beyond each side of the covering sheet; b/ neutralizing the two longitudinal borders (9,10) of the adhesive film on each side of the covering sheet, by sandwiching each of them between the longitudinal edge (17,18) of the protective substrate of the adhesive transfer tape and neutralizing means (iii.1, iii.2) in contact with the border and meeting flush with the edge surface (5,6) of the covering sheet; c/ then removing the two borders (9,10) of the adhesive film so as to obtain a clean break in the adhesive film flush with the edge surface (5,6) of the covering sheet.
A method for wireless communication executed by a user equipment, the method comprising: initiating a system acquisition to perform inter radio access technology, IRAT, measurement; adjusting a period of time allowed for performing the system acquisition before aborting the system acquisition, wherein the period of time is adjusted based at least in part on at least one metric; and waiting the period of time before aborting the system acquisition, wherein the at least one metric comprises at least one of a frequency of available measurement gaps, a total number of available measurement gaps, or a length of each measurement gap within a subframe. initiating a system acquisition to perform inter radio access technology, IRAT, measurement; adjusting a period of time allowed for performing the system acquisition before aborting the system acquisition, wherein the period of time is adjusted based at least in part on at least one metric; and waiting the period of time before aborting the system acquisition, wherein the at least one metric comprises at least one of a frequency of available measurement gaps, a total number of available measurement gaps, or a length of each measurement gap within a subframe.
A method for controlling operation of semiconductor gates in a power conversion system including one or more multilevel inverters coupleable to a modulator and a controller, the method comprising: generating, via the controller, a control signal responsive to an output current power factor associated with the inverters; producing a discontinuous pulse width modulation reference signal based upon the control signal and a target output power, the discontinuous pulse width modulation reference signal being indicative of shifting a phase angle between current and voltage; and generating a gating signal, for output from the modulator, as a function of the reference signal and a carrier waveform; wherein the gating signal adjusts the phase angle to prevent switching of the semiconductor gates; the method further comprising, aligning the output current power factor with an output current or an output voltage associated with the semiconductors, in order to generate real power or reactive power. generating, via the controller, a control signal responsive to an output current power factor associated with the inverters; producing a discontinuous pulse width modulation reference signal based upon the control signal and a target output power, the discontinuous pulse width modulation reference signal being indicative of shifting a phase angle between current and voltage; and generating a gating signal, for output from the modulator, as a function of the reference signal and a carrier waveform; wherein the gating signal adjusts the phase angle to prevent switching of the semiconductor gates; the method further comprising, aligning the output current power factor with an output current or an output voltage associated with the semiconductors, in order to generate real power or reactive power.
A cap comprising: a thread on an inner surface of said cap; and a liner inside said cap capable of sealing on multiple surfaces; and a top end; which comprises at least one opening, wherein the thread comprises a first diameter and a second diameter, wherein the first diameter is larger than the second diameter, and wherein the inner diameter of said liner decreases axially toward said top end such that it is capable of engaging a variety of bottle necks of varying heights and diameters.
Process for manufacturing a tyre comprising the following steps: a) forming a carcass from at least one first material based on thermoplastic elastomer; b) forming on the carcass at least bead zones from at least one second material based on thermoplastic elastomer; characterized in that said process further comprises the following step: c) forming, on the assembly obtained during step b), an additional part from at least one third material based on thermoplastic elastomer in order to obtain a tyre which comprises a tread formed during step b) or step c) from a material based on thermoplastic elastomer. a) forming a carcass from at least one first material based on thermoplastic elastomer; b) forming on the carcass at least bead zones from at least one second material based on thermoplastic elastomer; c) forming, on the assembly obtained during step b), an additional part from at least one third material based on thermoplastic elastomer in order to obtain a tyre which comprises a tread formed during step b) or step c) from a material based on thermoplastic elastomer.