mhurhangee/ep-ind-claims huggingface dataset:
A Schlemm's canal implant, comprising: a cap portion having an inlet; a distal anchor portion sized so as to be insertable from within an anterior chamber of an eye into ocular tissue; an intermediate main body portion extending between the cap portion and the distal anchor portion, the intermediate main body portion comprising one or more outlet side-ports; and a lumen extending from the inlet to the one or more outlets. a cap portion having an inlet; a distal anchor portion sized so as to be insertable from within an anterior chamber of an eye into ocular tissue; an intermediate main body portion extending between the cap portion and the distal anchor portion, the intermediate main body portion comprising one or more outlet side-ports; and a lumen extending from the inlet to the one or more outlets.
In a telecommunications network including a radio access network comprising a plurality of base stations (20, 22), each defining a cell, for wirelessly transmitting data that is receivable by one or more mobile terminals, wherein at least one of the base stations is an IMS-enabled Home Node B, HNB, in communication with a core component of the telecommunication network via an IP server, a method of validating a request to register a mobile terminal with the HNB, the method including: obtaining an identifier of the last known cell location in which the mobile terminal was registered, together with an age associated with that registration; comparing the last known cell location identifier and the associated age with the HNB identity; and using the comparison to decide whether or not to accept the mobile terminal registration request. obtaining an identifier of the last known cell location in which the mobile terminal was registered, together with an age associated with that registration; comparing the last known cell location identifier and the associated age with the HNB identity; and using the comparison to decide whether or not to accept the mobile terminal registration request.
A dose delivery device comprising: a gearing mechanism including a first gearing member (6, 106) with a first thread (39, 139), a driver (8, 108) with a second thread (24, 124), a second gearing member (7, 107), a housing (1, 101) for interfacing a user and wherein the gearing mechanism is coaxially arranged, a dose setting member (2, 102), and a lead screw (10, 110), wherein the first (39, 139) and the second (24, 124) threads are headed in opposite directions and wherein the first gearing member (6, 106) and the driver (8, 108) are rotationally connected via a track (33, 123) allowing axial movement, wherein the second gearing member (7, 107) comprises two threads (26/27, 126/127) engaging the first (39, 139) and the second (24, 124) threads, the dose delivery device further comprises a dosing nut (9, 109) engaged with the lead screw (10, 110) via a thread (34/35, 134/135), the dosing nut (9, 109) axially connected to the second gearing member (7, 107), the dosing nut (9, 109) is rotationally connected to the first gearing member (6, 106), the dose setting member (2, 102) is rotationally connected to the gearing mechanism during dose setting, and the gearing mechanism rotates relative to the housing (1, 101) when a dose is set by rotating the dose setting member (2, 102). a gearing mechanism including a first gearing member (6, 106) with a first thread (39, 139), a driver (8, 108) with a second thread (24, 124), a second gearing member (7, 107), a first gearing member (6, 106) with a first thread (39, 139), a driver (8, 108) with a second thread (24, 124), a second gearing member (7, 107), a housing (1, 101) for interfacing a user and wherein the gearing mechanism is coaxially arranged, a dose setting member (2, 102), and a lead screw (10, 110), wherein the first (39, 139) and the second (24, 124) threads are headed in opposite directions and wherein the first gearing member (6, 106) and the driver (8, 108) are rotationally connected via a track (33, 123) allowing axial movement, wherein the second gearing member (7, 107) comprises two threads (26/27, 126/127) engaging the first (39, 139) and the second (24, 124) threads, the dose delivery device further comprises a dosing nut (9, 109) engaged with the lead screw (10, 110) via a thread (34/35, 134/135), the dosing nut (9, 109) axially connected to the second gearing member (7, 107), the dosing nut (9, 109) is rotationally connected to the first gearing member (6, 106), the dose setting member (2, 102) is rotationally connected to the gearing mechanism during dose setting, and the gearing mechanism rotates relative to the housing (1, 101) when a dose is set by rotating the dose setting member (2, 102).
Method for sealing a coke oven charging hole closed with a lid, wherein the annular gap between the lid and a charging hole frame is sealed by pouring a sealing compound which cures after the pouring operation, and wherein a previously determined quantity of sealing compound is removed from a storage tank and is poured into the annular gap with the aid of a metering device, characterized in that the metering device has a metering tip which is positioned over a selected position of the annular gap and which remains at this selected location during the pouring of the sealing compound, and in that the pouring of the sealing compound takes place at the same time as the screwing in of the lid, wherein the sealing compound is distributed over the annular gap by the rotation of the lid, and wherein the sealing compound contains water, truly or colloidally dissolved silicates and dissolved or colloidally dispersed organic polymers and has a viscosity, measured according to Brookfield using spindle No. 2 at 30 revolutions per minute, in the range from 200 to 5000 mPa·s at 20°C.
A mineralized core-shell microcapsule slurry comprising at least one microcapsule having: a) an oil-based core comprising a hydrophobic active ingredient, preferably a perfume; b) a polymeric shell having a terminating charged functional surface; and c) a mineral layer on the terminating charged functional surface, wherein the surface of the mineral layer has a rough, spiny, spiky, ridged, rugose, dendritic or textured appearance with rough heterogeneous crystalline features over the surface, and wherein the mineral layer has a roughness profile having an arithmetical mean roughness value (R a) greater than 15nm and/or a mean roughness depth (R z) greater than 50nm, as evaluated by a Keyence VK-X series confocal laser scanning microscope profilometer with a violet range laser, characterized in that: - the arithmetical mean roughness value (R a) is the average deviation of the surface height from the mean height of the roughness profile, and - the mean roughness depth (R z) is the mean localized maximum roughness. a) an oil-based core comprising a hydrophobic active ingredient, preferably a perfume; b) a polymeric shell having a terminating charged functional surface; and c) a mineral layer on the terminating charged functional surface, wherein the surface of the mineral layer has a rough, spiny, spiky, ridged, rugose, dendritic or textured appearance with rough heterogeneous crystalline features over the surface, and wherein the mineral layer has a roughness profile having an arithmetical mean roughness value (R a) greater than 15nm and/or a mean roughness depth (R z) greater than 50nm, as evaluated by a Keyence VK-X series confocal laser scanning microscope profilometer with a violet range laser, characterized in that: - the arithmetical mean roughness value (R a) is the average deviation of the surface height from the mean height of the roughness profile, and - the mean roughness depth (R z) is the mean localized maximum roughness. - the arithmetical mean roughness value (R a) is the average deviation of the surface height from the mean height of the roughness profile, and - the mean roughness depth (R z) is the mean localized maximum roughness.
A method, comprising: obtaining, by a terminal, an equipment code that uniquely identifies the terminal; generating, by the terminal, a symmetric key based at least in part on the equipment code and a session identifier, wherein the session identifier uniquely identifies a session between the terminal and a server, and the symmetric key is generated based at least in part on a combination of at least the equipment code and the session identifier; generating, by the terminal, a dynamic password based at least in part on the symmetric key and an output value of a counter, wherein the dynamic password is a basis for authentication of the terminal by a server; and sending, by the terminal, the dynamic password to the server, wherein the server authenticates the dynamic password. obtaining, by a terminal, an equipment code that uniquely identifies the terminal; generating, by the terminal, a symmetric key based at least in part on the equipment code and a session identifier, wherein the session identifier uniquely identifies a session between the terminal and a server, and the symmetric key is generated based at least in part on a combination of at least the equipment code and the session identifier; generating, by the terminal, a dynamic password based at least in part on the symmetric key and an output value of a counter, wherein the dynamic password is a basis for authentication of the terminal by a server; and sending, by the terminal, the dynamic password to the server, wherein the server authenticates the dynamic password.
A method for establishing a secure link over a wireless area network, WLAN, the method executed at a user equipment, UE, the method comprising: - sending a transport layer security, TLS, type Ethernet frame carrying a TLS client Hello message over a link layer connection for establishment of a secure TLS tunnel over Ethernet, ETLS, between the UE and a receiver of the TLS type Ethernet frame through an Access Point, AP, wherein the receiver is a wireless access gateway, WAG; - upon obtaining from the receiver a TLS server Hello message encapsulated in the TLS type Ethernet frame, establishing the secure ETLS between the UE and the receiver in accordance with TLS handshake messages encapsulated in the TLS type Ethernet frame; and - tunneling selected data traffic and signaling over the secure ETLS, wherein the selected data traffic is encrypted and encapsulated in a data TLS type Ethernet frame. - sending a transport layer security, TLS, type Ethernet frame carrying a TLS client Hello message over a link layer connection for establishment of a secure TLS tunnel over Ethernet, ETLS, between the UE and a receiver of the TLS type Ethernet frame through an Access Point, AP, wherein the receiver is a wireless access gateway, WAG; - upon obtaining from the receiver a TLS server Hello message encapsulated in the TLS type Ethernet frame, establishing the secure ETLS between the UE and the receiver in accordance with TLS handshake messages encapsulated in the TLS type Ethernet frame; and - tunneling selected data traffic and signaling over the secure ETLS, wherein the selected data traffic is encrypted and encapsulated in a data TLS type Ethernet frame.
A method for routing calls for a number using an instant message server, the method comprising: receiving a call for the number from a PSTN telecommunications device; determining routing preferences for the number, the routing preferences indicating if the call should be routed to one or more instant messaging usernames associated with the number; determining if any of the one or more instant messaging usernames associated with the number are on-line; and ringing the on-line instant messaging usernames for the call. receiving a call for the number from a PSTN telecommunications device; determining routing preferences for the number, the routing preferences indicating if the call should be routed to one or more instant messaging usernames associated with the number; determining if any of the one or more instant messaging usernames associated with the number are on-line; and ringing the on-line instant messaging usernames for the call.
A heart valve device for implantation in a native mitral valve of a heart, the heart valve device comprising: a valve support for carrying a prosthetic valve, wherein the valve support is configured to be implanted at an annulus of the native mitral valve; at least one elongated flexible member extending from the valve support in a ventricular direction; and an anchor coupled to the valve support via the elongated flexible member, characterized in that the anchor is sized and shaped to wrap around an exterior area of an apical portion of the heart and to contract around the apical portion of the heart to lessen left ventricle dilation, and wherein the anchor is configured to inhibit retrograde migration of the valve support. a valve support for carrying a prosthetic valve, wherein the valve support is configured to be implanted at an annulus of the native mitral valve; at least one elongated flexible member extending from the valve support in a ventricular direction; and an anchor coupled to the valve support via the elongated flexible member, characterized in that the anchor is sized and shaped to wrap around an exterior area of an apical portion of the heart and to contract around the apical portion of the heart to lessen left ventricle dilation, and wherein the anchor is configured to inhibit retrograde migration of the valve support.
A printing apparatus including a printhead and a monitoring device, the monitoring device including an emitter, a receiver, and a processor; the emitter being operable to emit a first output (S O) and a second output (S O) towards a target surface, and the receiver being operable to receive first data corresponding to a reflected portion (S R) of the first output (S O) and data corresponding to a reflected portion (S R) of the second output (S O), each reflected portion (S R) having been reflected by the target surface, wherein each output (S O) emitted by the emitter is electromagnetic radiation, each reflected portion (S R) is an interference pattern, and in that the processor is operable to compare the data corresponding to the reflected portion (S R) of the first output (S O) and the data corresponding to the reflected portion (S R) of the second output (S O) to monitor a parameter of the target surface relative to the monitoring device.
A method for producing a biochemical comprising concurrently contacting a lignocellulosic hydrolysate with (a) a plurality of genetically engineered sugar-selective Escherichia coli cells; or (b) a plurality of genetically engineered sugar-selective Saccharomyces cerevisiae cells; the plurality of sugar-selective cells comprising first and second sugar-selective cells, wherein the first sugar-selective cell metabolizes a first sugar that cannot be metabolized by the second sugar-selective cell, and the second sugar-selective cell metabolizes a second sugar that cannot be metabolized by the first sugar-selective cell, under conditions to allow the plurality of genetically engineered sugar-selective cells to produce the biochemical; wherein the first and second sugars are independently selected from the group consisting of glucose, xylose, arabinose, or galactose.
A gyratory crusher main shaft comprising: a shaft body having a radially outward facing external surface and having a first end for positioning at a lower region of the crusher and a second end for positioning at an upper region of the crusher relative to the first end; an axial region of the shaft body extending from the second end is tapered relative to a longitudinal axis of the shaft body such that a cross sectional area of the shaft body at the tapered region decreases in a direction from the first end to the second end, the tapered region configured to mount a shaft sleeve; characterised by: at least one groove indented at the external surface and positioned at the tapered region and capable of receiving a pressurised fluid. a shaft body having a radially outward facing external surface and having a first end for positioning at a lower region of the crusher and a second end for positioning at an upper region of the crusher relative to the first end; an axial region of the shaft body extending from the second end is tapered relative to a longitudinal axis of the shaft body such that a cross sectional area of the shaft body at the tapered region decreases in a direction from the first end to the second end, the tapered region configured to mount a shaft sleeve; characterised by: at least one groove indented at the external surface and positioned at the tapered region and capable of receiving a pressurised fluid. at least one groove indented at the external surface and positioned at the tapered region and capable of receiving a pressurised fluid.
Process for producing a pore-containing food having a starch-containing matrix around the pores by producing a gaseous starch-containing raw dough and heating the raw dough, wherein the raw dough is flowable and is mixed with pressurized gas, characterized in that the raw dough is expanded through a nozzle into an immediately adjacent flow-through channel, and for heating in a subsequent section of the flow-through channel is contacted by at least two electrodes arranged on the circumference of the flow-through channel and current applied until the dough reaches at least a temperature at which it is stable for demoulding out of the flow-through channel.
A container (10, 12, 12a, 12b, 12c) comprising: a wall made of a cycloolefin polymer, for example COP, having an internal surface enclosing a lumen and a contact surface, and an external anti-static and anti-scratch coating on the contact surface. a wall made of a cycloolefin polymer, for example COP, having an internal surface enclosing a lumen and a contact surface, and an external anti-static and anti-scratch coating on the contact surface.
A method, at a network element in a network, said network element being a network controller, the method comprising: receiving a first notification indicating a failure of a service plane verification by a first packet in a network; in response to receiving the first notification, triggering a data-collection feature on one or more nodes in the network for second subsequent packets that traverse the one or more nodes, the second subsequent packets having the same source and destination as the first packet, wherein the second subsequent packets are augmented to carry metadata about the one or more nodes or the network path traversed by the second subsequent packets, wherein the data collection feature includes probe data included in an in-band operation, administration, and maintenance, iOAM, tag; evaluating a second subsequent packet that includes data augmented by the data collection feature, wherein the second subsequent packet is transmitted in the network after the first notification is received; and determining a cause for the failure of the service plane verification by the first packet in the network based on the data augmented to the evaluated second subsequent packet. receiving a first notification indicating a failure of a service plane verification by a first packet in a network; in response to receiving the first notification, triggering a data-collection feature on one or more nodes in the network for second subsequent packets that traverse the one or more nodes, the second subsequent packets having the same source and destination as the first packet, wherein the second subsequent packets are augmented to carry metadata about the one or more nodes or the network path traversed by the second subsequent packets, wherein the data collection feature includes probe data included in an in-band operation, administration, and maintenance, iOAM, tag; evaluating a second subsequent packet that includes data augmented by the data collection feature, wherein the second subsequent packet is transmitted in the network after the first notification is received; and determining a cause for the failure of the service plane verification by the first packet in the network based on the data augmented to the evaluated second subsequent packet.
An automatic analyzer that analyzes a sample automatically and determines a consistency of a test, the automatic analyzer comprising means to display a plurality of working steps relating to necessary work flow for measurement, wherein the display means is adapted to selectively present a maximized workflow display for displaying series of operations and works or a reduced workflow display for displaying series of operations and works; the maximized workflow display shows a plurality of operations and works in an order that the plurality of operations and works are processed; and the reduced workflow display shows setting/input display section, working step buttons (513a, 513b, 513c) displaying a work screen corresponding to the setting/input display section wherein text of a specific operation or work is displayed on the work screen, and the specific operation or work is a part of the plurality of operations and works in the maximized workflow display, scroll buttons (512a, 512b) used to move the work screen from one working step button displayed as a text to other working step button (513b, 513c) displayed previous or next of the one working step button, and an overall-flow indicator for showing details of the specific operation or work and where in an overall processing sequence the specific operation or work is placed.
A nozzle cooling system for a gas turbine engine, comprising: a nozzle (32A, 32B, 32C) comprising an inner side wall, the inner side wall comprising a radially inner surface and a radially outer surface; an impingement plate positioned radially inwardly from the radially inner surface of the inner side wall, the impingement plate and the inner side wall collectively defining an inner chamber, wherein the impingement plate comprises a first portion defining one or more impingement apertures and a second portion defining one or more post-impingement apertures; and a duct plate enclosing the first portion of the impingement plate, wherein the duct plate, the first portion of the impingement plate, and inner side wall collectively define an outer chamber in fluid communication with the inner chamber through the one or more impingement apertures; wherein compressed air from the outer chamber flows through the one or more impingement apertures into the inner chamber and exits the inner chamber through the one or more post-impingement apertures. a nozzle (32A, 32B, 32C) comprising an inner side wall, the inner side wall comprising a radially inner surface and a radially outer surface; an impingement plate positioned radially inwardly from the radially inner surface of the inner side wall, the impingement plate and the inner side wall collectively defining an inner chamber, wherein the impingement plate comprises a first portion defining one or more impingement apertures and a second portion defining one or more post-impingement apertures; and a duct plate enclosing the first portion of the impingement plate, wherein the duct plate, the first portion of the impingement plate, and inner side wall collectively define an outer chamber in fluid communication with the inner chamber through the one or more impingement apertures; wherein compressed air from the outer chamber flows through the one or more impingement apertures into the inner chamber and exits the inner chamber through the one or more post-impingement apertures.
A compound of formula ii-d: or a pharmaceutically acceptable salt thereof, wherein: R 2 is C 1 3 alkyl or cyclopropyl; R 5 is CH 2 CH 3, CH 2 CF 3, CH 2 CH 2 CF 3, or R Y is J 1 is H or CH 3; J 2 is C 1 4 alkyl; and Cy is C 3; cycloalkyl. R 2 is C 1 3 alkyl or cyclopropyl; R 5 is CH 2 CH 3, CH 2 CF 3, CH 2 CH 2 CF 3, or R Y is J 1 is H or CH 3; J 2 is C 1 4 alkyl; and Cy is C 3; cycloalkyl.