mhurhangee/ep-ind-claims huggingface dataset:
A subscription profile downloading method, wherein the method is executed by a subscription management server, and the method comprises: receiving a profile order from an operator server, wherein the profile order comprises authentication information of an application on a device allowed by the operator server to initiate subscription profile downloading, wherein the authentication information enables the application to trigger a Local Profile Assistant, LPA, on the device to download a subscription profile; returning a profile order response message to the operator server based on the profile order; receiving an authentication request from a device, wherein the authentication request comprises information about an application initiating subscription profile downloading in the device, and comparing the authentication information and the information about the application initiating subscription profile downloading in the device, to attempt to authenticate the application initiating subscription profile downloading; and downloading the subscription profile to the device after the authentication succeeds. receiving a profile order from an operator server, wherein the profile order comprises authentication information of an application on a device allowed by the operator server to initiate subscription profile downloading, wherein the authentication information enables the application to trigger a Local Profile Assistant, LPA, on the device to download a subscription profile; returning a profile order response message to the operator server based on the profile order; receiving an authentication request from a device, wherein the authentication request comprises information about an application initiating subscription profile downloading in the device, and comparing the authentication information and the information about the application initiating subscription profile downloading in the device, to attempt to authenticate the application initiating subscription profile downloading; and downloading the subscription profile to the device after the authentication succeeds.
A system for preserving a blood sample and removing red blood cells, comprising: a casing (101, 130), the casing having a sample port; a lateral flow strip in the casing, the lateral flow strip receiving a sample through the sample port and flowing the sample down a length of the lateral flow strip; a blood separation layer configured to remove red blood cells in the casing on top of the lateral flow strip, oriented in line with the sample port such that the blood separation layer serves to contact the sample; a sealable sample preservation enclosure; and a desiccant received within the sample preservation enclosure; the casing and contained lateral flow strip and blood separation layer having a first condition of being separate from the sample preservation enclosure for reception of a sample, the casing and contained lateral flow strip and blood separation layer having a second condition, after having received a sample, of being sealed within the sample preservation enclosure, the desiccant being effective to dry the sample within the sealed sample preservation enclosure; characterised in that: the blood separation layer includes a screen side and an opposed felt side, and the lateral flow strip includes a screen side and an opposed felt side, the screen side of the blood separation and the uniform screen side of the lateral flow strip facing each other; and a nylon layer oriented in the casing under the lateral flow test strip. a casing (101, 130), the casing having a sample port; a lateral flow strip in the casing, the lateral flow strip receiving a sample through the sample port and flowing the sample down a length of the lateral flow strip; a blood separation layer configured to remove red blood cells in the casing on top of the lateral flow strip, oriented in line with the sample port such that the blood separation layer serves to contact the sample; a sealable sample preservation enclosure; and a desiccant received within the sample preservation enclosure; the casing and contained lateral flow strip and blood separation layer having a first condition of being separate from the sample preservation enclosure for reception of a sample, the casing and contained lateral flow strip and blood separation layer having a second condition, after having received a sample, of being sealed within the sample preservation enclosure, the desiccant being effective to dry the sample within the sealed sample preservation enclosure; characterised in that: the blood separation layer includes a screen side and an opposed felt side, and the lateral flow strip includes a screen side and an opposed felt side, the screen side of the blood separation and the uniform screen side of the lateral flow strip facing each other; and a nylon layer oriented in the casing under the lateral flow test strip.
Injection cartridge comprising a barrel having a distal end and a proximal end and a housing insert (106, 115, 119), wherein the housing insert is at least partially received in the distal end of the barrel and wherein the housing insert (106, 115, 119) comprises a central opening (110, 111) at least partially receiving a needle system comprising a needle with a distal tip and a hub, wherein the hub is provided with attachment means for guiding and retaining the hub in the injection cartridge, with said central opening (110, 111) comprising retaining means (106a, 106b) for guiding and retaining the hub and being aligned to the attachment means of the hub, wherein the central opening (110, 111) of the housing insert (106, 115, 119) is a through-hole being provided with closing means (105, 117, 119a) for blocking a fluid communication between the barrel and the central opening (110, 111), wherein the closing means comprises a septum being integrally formed with the housing insert (106, 115, 119), wherein the needle further has a proximal tip and the hub surrounds the needle near its proximal tip.
Tactile stimulation interface including a surface intended to be explored tactilely by at least one of a user's organs, at least one actuator intended to apply a force on said surface, and means for controlling said at least one actuator, said control means being intended to send the actuator signals corresponding to the forces to be applied to said surface according to the tactile stimulation to be generated on the surface, said forces being determined by means of a time reversal method, the tactile stimulation interface being characterised in that, for at least one tactile stimulation in a given stimulation zone (a, b) of the surface, said stimulation zone being in contact with the user's organ according to a given tactile pattern, the control means are configured to control said at least one actuator such that it generates in said at least one given stimulation zone (a, b) of the surface in contact with the user's organ, pulses by focusing at least one acoustic wave at a point, the location of which on the surface in said given stimulation zone varies over time, so as to stimulate said organ tactilely according to the given tactile pattern.
An effective amount of an agent which selectively inhibits the redox function of Ape 1/Ref-1 for use in inhibiting a physiological disorder associated with altered angiogenesis selected from diabetic retinopathy, degenerative maculopathy, and retrolental fibroplasias; wherein the agent is 3-[(5-(2,3-dimethoxy-6-methyl 1,4-benzoquinoyl)]-2-nonyl-2-propenoic acid.
A blood pump, comprising: a housing defining a proximal end, a distal end, a first axis extending from the proximal end to the distal end, the housing including an inflow cannula sized to be implanted with a human heart; a ferromagnetic rotor disposed within the housing and configured pump blood in a direction along the first axis; and a stator disposed within housing and around the ferromagnetic rotor, the stator being configured to apply a magnetic force causing rotation of the ferromagnetic rotor; the housing further includes a non-ferromagnetic tubular body disposed between the rotor and the stator, the tubular body being disposed around the rotor; and the stator being eccentric to the tubular body and the rotor and during operation of the rotor is maintained at predetermined non-uniform radial distance from the tubular body. a housing defining a proximal end, a distal end, a first axis extending from the proximal end to the distal end, the housing including an inflow cannula sized to be implanted with a human heart; a ferromagnetic rotor disposed within the housing and configured pump blood in a direction along the first axis; and a stator disposed within housing and around the ferromagnetic rotor, the stator being configured to apply a magnetic force causing rotation of the ferromagnetic rotor; the housing further includes a non-ferromagnetic tubular body disposed between the rotor and the stator, the tubular body being disposed around the rotor; and the stator being eccentric to the tubular body and the rotor and during operation of the rotor is maintained at predetermined non-uniform radial distance from the tubular body.
A method of inducing expression of a desired RNA molecule, or a desired protein or polypeptide in a cell comprising: (i) providing a cell comprising a first and a second polynucleotide expression construct, the first construct comprising a polynucleotide sequence to be transcribed, and wherein the polynucleotide sequence is interrupted by at least two introns which are self-splicing introns and whose splicing activity is under the control of an aptamer, and wherein the aptamer has binding affinity for an inducer, and the second expression construct comprises a polynucleotide sequence whose expression is under the control of a promoter which is under the control of the RNA, protein or polypeptide product of the first expression construct, and the RNA product of the second expression construct is the desired RNA molecule; or the expressed protein or polypeptide expression product of the second expression construct is the desired protein or polypeptide; (ii) exposing the transformed cell to the inducer to activate self-splicing activity of the introns and thereby to produce the desired RNA molecule, or expression of the desired protein or polypeptide. (i) providing a cell comprising a first and a second polynucleotide expression construct, the first construct comprising a polynucleotide sequence to be transcribed, and wherein the polynucleotide sequence is interrupted by at least two introns which are self-splicing introns and whose splicing activity is under the control of an aptamer, and wherein the aptamer has binding affinity for an inducer, and the second expression construct comprises a polynucleotide sequence whose expression is under the control of a promoter which is under the control of the RNA, protein or polypeptide product of the first expression construct, and the RNA product of the second expression construct is the desired RNA molecule; or the expressed protein or polypeptide expression product of the second expression construct is the desired protein or polypeptide; (ii) exposing the transformed cell to the inducer to activate self-splicing activity of the introns and thereby to produce the desired RNA molecule, or expression of the desired protein or polypeptide.
Method in which a plate (1, 1', 1''), for use in the sanitary sector and/or for bending and sawing to size, as a whole is adhesively bonded to a wall to be panelled and/or is used as a wall panelling, wherein the plate (1, 1', 1'') can be received in a profile and comprises a carrier layer (2, 2', 2'') with a flat front side (2''a) and a flat rear side (2''b), wherein at least one groove for receiving a light source is formed in the carrier layer, wherein the groove is introduced in the surface of the rear side (2''b) and/or the front side (2''a) and the groove is formed within the carrier layer, wherein the plate (1, 1', 1'') and/or the carrier layer (2, 2', 2'') consist (s) of plastic or plastics, wherein at least one LED or a strip comprising LEDs is received in the groove, characterized in that the carrier layer (2, 2', 2'') is transparent and/or is manufactured from Plexiglas or polymethyl methacrylate.
Method for preparing and/or performing separation of a substrate element into at least two substrate sub-elements along a separation surface, comprising the steps of: providing the substrate element comprising at least one substrate body which comprises at least one substrate material; controlling at least one line focus within the substrate body such that substrate material of the substrate body is at least locally removed and/or displaced along the separation surface at least in areas, wherein the line focus represents at least one focus of at least one light beam, wherein the light beam, at least in the area of the line focus, is in the form of a light beam with asymmetrical beam supply, wherein in the asymmetrical beam supply energy is supplied asymmetrically and is configured in such a way that the centroid of the energy distribution in at least one plane perpendicular to the plane, in which the beam propagation takes place, lies in the area of the so far unmodified substrate material. providing the substrate element comprising at least one substrate body which comprises at least one substrate material; controlling at least one line focus within the substrate body such that substrate material of the substrate body is at least locally removed and/or displaced along the separation surface at least in areas, wherein the line focus represents at least one focus of at least one light beam, wherein the light beam, at least in the area of the line focus, is in the form of a light beam with asymmetrical beam supply, wherein in the asymmetrical beam supply energy is supplied asymmetrically and is configured in such a way that the centroid of the energy distribution in at least one plane perpendicular to the plane, in which the beam propagation takes place, lies in the area of the so far unmodified substrate material.
Portal for spanning a device, preferably a game and/or entertainment device such as a game table, the portal consisting of an apparatus housing and a lighting device, wherein the lighting device comprises an illuminated panel, as well as at least one light source assigned to a narrow side of the illuminated panel for feeding light into the illuminated panel, as well as a reflector facing a flat side of the illuminated panel, wherein the flat side of the illuminated panel facing the reflector and/or the reflector and/or an intermediate layer between the reflector and the illuminated panel is provided with a surface structure formed as a line grid made of continuous, intersecting grid lines; and wherein the illuminated panel is at least partly bordered by the apparatus housing, wherein the apparatus housing covers the at least one narrow side of the illuminated panel, via which the light from the at least one light source can be fed into the illuminated panel, wherein the at least one light source is arranged between an inside of the apparatus housing and the named panel narrow side and wherein the reflector facing the flat side of the illuminated panel is covered with a housing wall of the apparatus housing.
Connection bridge for connecting two optical devices with respectively their own voltage supply through a respective associated battery, wherein the optical devices are night-vision devices, with at least one coupling device for each optical device for coupling the respective optical device to the connection bridge, which has mechanical coupling means as well as electronic coupling means which are arranged so that the electronic coupling means produce an electronic contact between the connecting bridge and the respective optical device when a mechanical contact between the respective optical device and the connecting bridge is produced by means of the mechanical coupling means, with a connecting device that extends at least in sections between the coupling devices and joins these mechanically to one another, and with an evaluation device that is electronically connected to the electronic coupling means and can exchange electronic signals with the latter and/or can produce an electrical connection between the electronic coupling means of the coupling devices, wherein a regulating device is provided that is connected electronically to the evaluation device for the exchange of signals and depending on the signals from the evaluation device regulates at least one of the optical devices, characterised in that the evaluation device produces via the electronic coupling means an electrical connection with the respective battery of the respective optical device and that the evaluation device evaluates signals received from the electronic coupling means as regards at least one of the following parameters: • battery status of the optical devices • environmental parameters of the optical use situation • residual amount of light. • battery status of the optical devices • environmental parameters of the optical use situation • residual amount of light.
A method of making an inductance coil comprising a magnetic core and the coil which is wound around the magnetic core, wherein the coil is formed by: winding a flat surfaced wire around a winding axis, wherein the flat surface of the wire is perpendicular to the winding axis, such that the coil has a regular shape, wrapping a surface of the coil with an insulating adhesive tape, whereby the insulating adhesive tape is wound on and adhered to the coil formed by the wound wire, such that the insulating adhesive tape is wound around an axis which is substantially in line with the direction along which the wound wire forming the coil extends without leaving any gaps between the insulating adhesive tape and the surface of the coil, so as to form an isolation layer on the surface of the coil. winding a flat surfaced wire around a winding axis, wherein the flat surface of the wire is perpendicular to the winding axis, such that the coil has a regular shape, wrapping a surface of the coil with an insulating adhesive tape, whereby the insulating adhesive tape is wound on and adhered to the coil formed by the wound wire, such that the insulating adhesive tape is wound around an axis which is substantially in line with the direction along which the wound wire forming the coil extends without leaving any gaps between the insulating adhesive tape and the surface of the coil, so as to form an isolation layer on the surface of the coil.
A method for securely exchanging information, comprising: authenticating an identity of a client application resident on a wireless device based upon a request by the client application to access a device resource on the wireless device, wherein the request is based on a remotely received information retrieval configuration, wherein authenticating the identity of the client application comprises: receiving a random message from the client application comprising a request for a specific access level; receiving an application message digest transmitted by the client application, the application message digest comprising a result of the client application applying a first security mechanism to the random message; generating a device message digest, the device message digest comprising a result of the wireless device applying a second security mechanism to the received random message, the second security mechanism comprising a predetermined authentication security mechanism; and authenticating the client application if the application message digest matches the device message digest; and providing the client application with access to a predetermined portion of the device resource based upon a result of the authentication. authenticating an identity of a client application resident on a wireless device based upon a request by the client application to access a device resource on the wireless device, wherein the request is based on a remotely received information retrieval configuration, wherein authenticating the identity of the client application comprises: receiving a random message from the client application comprising a request for a specific access level; receiving an application message digest transmitted by the client application, the application message digest comprising a result of the client application applying a first security mechanism to the random message; generating a device message digest, the device message digest comprising a result of the wireless device applying a second security mechanism to the received random message, the second security mechanism comprising a predetermined authentication security mechanism; and authenticating the client application if the application message digest matches the device message digest; and receiving a random message from the client application comprising a request for a specific access level; receiving an application message digest transmitted by the client application, the application message digest comprising a result of the client application applying a first security mechanism to the random message; generating a device message digest, the device message digest comprising a result of the wireless device applying a second security mechanism to the received random message, the second security mechanism comprising a predetermined authentication security mechanism; and authenticating the client application if the application message digest matches the device message digest; and providing the client application with access to a predetermined portion of the device resource based upon a result of the authentication.
An article carrier bag (B1; B2), in particular of the fastfood takeaway type, formed from a plane sheet, the bag comprising a bottom (F11; F21) and sides (F12, F13; F22, F23) defining inside walls bounding an inside storage space, and being characterized in that at least one gusset element (E1; E2) in a folded state is fitted to and fastened on at least one inside wall of the sides (F12, F13; F22, F23) in two adjacent fastener zones (Z14, Z15; Z24, Z25) that are separated by a frangible zone (F15; F25a; F25b) provided in association with at least one side (F12, F13; F22, F23), so as to be capable of bringing the gusset element (E1; E2) into an unfolded state after breaking the frangible zone (F15; F25a; F25b).
A copper alloy for an electronic and electric device consisting of: Mg in a range of 0.15 mass% or more and less than 0.35 mass%; P in a range of 0.0005 mass% or more and less than 0.01 mass%; and a balance being Cu and inevitable impurities, wherein a Mg content [Mg] and a P content, both of which are in a mass ratio, satisfy relationships expressed by [Mg]+20× <0.5 and 25<[Mg]/ ≤400, a 0.2% yield strength is 300 MPa or more when a tensile test is carried out in a direction orthogonal to a rolling direction, a residual stress ratio measured according to the standard JCBA-T309:2004 is 50% or more at 150°C for 1000 hours, and an electrical conductivity of the copper alloy is more than 75%IACS. Mg in a range of 0.15 mass% or more and less than 0.35 mass%; P in a range of 0.0005 mass% or more and less than 0.01 mass%; and a balance being Cu and inevitable impurities, wherein a Mg content [Mg] and a P content, both of which are in a mass ratio, satisfy relationships expressed by [Mg]+20× <0.5 and 25<[Mg]/ ≤400, a 0.2% yield strength is 300 MPa or more when a tensile test is carried out in a direction orthogonal to a rolling direction, a residual stress ratio measured according to the standard JCBA-T309:2004 is 50% or more at 150°C for 1000 hours, and an electrical conductivity of the copper alloy is more than 75%IACS.