mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for replacing a percutaneous cable (30; 130) in connection with a vascular device (15; 115), the apparatus comprising: a vascular device (15; 115) connected to a percutaneous cable (30; 130); a distal disconnect coupler in the percutaneous cable (30; 130) at a distal location from the vascular device (15; 115); a distal connector portion at the distal location of the percutaneous cable (30; 130), the distal connector portion configured for removable connection with the distal disconnect coupler so as to allow replacement of at least a portion of the percutaneous cable (30; 130); and the apparatus being characterized in that it further comprises: a connector cap configured for removable connection with the distal connector portion, the connector cap configured for tunnelling through skin and tissue; wherein the connector cap is configured for attachment to the distal connector portion when the percutaneous cable (30; 130) is positioned through an exit site of a patient, and the connector cap is configured for removal from the distal connector portion when the percutaneous cable (30; 130) is positioned through the exit site of a patient and prior to attachment of the distal disconnect coupler and the distal connector portion to one another. a vascular device (15; 115) connected to a percutaneous cable (30; 130); a distal disconnect coupler in the percutaneous cable (30; 130) at a distal location from the vascular device (15; 115); a distal connector portion at the distal location of the percutaneous cable (30; 130), the distal connector portion configured for removable connection with the distal disconnect coupler so as to allow replacement of at least a portion of the percutaneous cable (30; 130); and the apparatus being characterized in that it further comprises: a connector cap configured for removable connection with the distal connector portion, the connector cap configured for tunnelling through skin and tissue; wherein the connector cap is configured for attachment to the distal connector portion when the percutaneous cable (30; 130) is positioned through an exit site of a patient, and the connector cap is configured for removal from the distal connector portion when the percutaneous cable (30; 130) is positioned through the exit site of a patient and prior to attachment of the distal disconnect coupler and the distal connector portion to one another. a connector cap configured for removable connection with the distal connector portion, the connector cap configured for tunnelling through skin and tissue; wherein the connector cap is configured for attachment to the distal connector portion when the percutaneous cable (30; 130) is positioned through an exit site of a patient, and the connector cap is configured for removal from the distal connector portion when the percutaneous cable (30; 130) is positioned through the exit site of a patient and prior to attachment of the distal disconnect coupler and the distal connector portion to one another.
Awning with a housing with a front opening and a front lath for covering the front opening in a closed position of the awning, whereby the awning is provided with a lighting, characterized in that the lighting comprises a light strip that is provided between the housing and the front lath and extending in the longitudinal direction of the awning, the light strip being fixed either to the housing or to the front lath and being visible at least partly when the awning is in its closed position and that the light strip is made as a sealing and/or abutment between the housing and the front lath.
A method for translation of virtual private network, VPN, addresses over an IPv6 provider network, the method comprising: creating a multipoint tunnel extending between customer edge routers in an IPv4 VPN network and over the provider network, the multipoint tunnel identified with a multicast address; sending multicast packets over the multipoint tunnel to identify multipoint tunnel endpoints at customer edge routers within the VPN; and converting, at one of the customer edge routers, a VPN IPv4 (S,G) join message to a provider IPv6 (S,G) join message and sending it over the provider network, wherein S is an IPv6 address assigned to the customer edge router at a source site and G is the group address derived from the IPv4 (S,G) address. creating a multipoint tunnel extending between customer edge routers in an IPv4 VPN network and over the provider network, the multipoint tunnel identified with a multicast address; sending multicast packets over the multipoint tunnel to identify multipoint tunnel endpoints at customer edge routers within the VPN; and converting, at one of the customer edge routers, a VPN IPv4 (S,G) join message to a provider IPv6 (S,G) join message and sending it over the provider network, wherein S is an IPv6 address assigned to the customer edge router at a source site and G is the group address derived from the IPv4 (S,G) address.
A moisture-curable adhesive composition comprising: a) a polymer component selected from a silane-terminated polyalkylene oxide and/or a polyurethane; b) a plurality of amino-silane modified wollastonite fibers having an average aspect ratio of from about 1.5: 1 to about 12:1 and an average fiber length of from about 6 μm to about 825 μm; c) at least two fillers, wherein one of said fillers is untreated and a second of said fillers is treated with a modifier selected from the group consisting of a fatty acid derivative, a silane, a titanate, and mixtures thereof and wherein one of said fillers has an average particle size of between about 1.5 μm and about 10 μm and a second of said fillers has an average particle size of between about 0.1 μm and about 1.3 μm, wherein at least one of said fillers is not spheroidal or substantially spheroidal; d) a rheology modifier. a) a polymer component selected from a silane-terminated polyalkylene oxide and/or a polyurethane; b) a plurality of amino-silane modified wollastonite fibers having an average aspect ratio of from about 1.5: 1 to about 12:1 and an average fiber length of from about 6 μm to about 825 μm; c) at least two fillers, wherein one of said fillers is untreated and a second of said fillers is treated with a modifier selected from the group consisting of a fatty acid derivative, a silane, a titanate, and mixtures thereof and wherein one of said fillers has an average particle size of between about 1.5 μm and about 10 μm and a second of said fillers has an average particle size of between about 0.1 μm and about 1.3 μm, wherein at least one of said fillers is not spheroidal or substantially spheroidal; d) a rheology modifier.
A waterproof lamp comprising: a lamp base defining a first chamber and comprising a mounting member received in the first chamber, the lamp base defining a first mounting opening and a second mounting opening that both communicate with the first chamber, the mounting member defining a second chamber and comprising a first mounting post received in the second chamber; and a cap threadedly connected to the lamp base; characterized in that the mounting member further comprises a limiting portion on the first mounting post, the limiting portion is received in the second chamber, the cap comprises therein a limiting post, the cap covers the mounting member and the limiting post is partly received in the second chamber and abuts against the limiting portion when the cap is threadedly connected to the lamp base. a lamp base defining a first chamber and comprising a mounting member received in the first chamber, the lamp base defining a first mounting opening and a second mounting opening that both communicate with the first chamber, the mounting member defining a second chamber and comprising a first mounting post received in the second chamber; and a cap threadedly connected to the lamp base;
A baffle for locating in a tank for containing liquid, the baffle comprising: a baffle wall enclosing an internal cavity; and one or more openings in the baffle wall configured to permit the flow of a fluid between the internal cavity of the baffle and a volume external to the baffle wall; characterised in that; the baffle wall comprises: a first portion providing an outer wall; and a second portion located within the first portion and providing an inner wall; the first portion comprises one or more openings; the second portion comprises one or more openings, the number of openings in the second portion being equal to the number of openings in the first portion; each of the openings in the first portion is attached to a respective opening in the second portion via a respective opening side wall; and the first and second portions (42, 44) are spaced apart to define therebetween a chamber. a baffle wall enclosing an internal cavity; and one or more openings in the baffle wall configured to permit the flow of a fluid between the internal cavity of the baffle and a volume external to the baffle wall; characterised in that; the baffle wall comprises: a first portion providing an outer wall; and a second portion located within the first portion and providing an inner wall; a first portion providing an outer wall; and a second portion located within the first portion and providing an inner wall; the first portion comprises one or more openings; the second portion comprises one or more openings, the number of openings in the second portion being equal to the number of openings in the first portion; each of the openings in the first portion is attached to a respective opening in the second portion via a respective opening side wall; and the first and second portions (42, 44) are spaced apart to define therebetween a chamber.
A method of making a pressure-sensitive adhesive assembly, the method comprising: coating a pressure-sensitive adhesive composition comprising a silicone polymer on a first major surface of a first release liner to form a first layer; coating a composition on the first layer to form a second layer, the composition of the second layer comprising an elastomer, at least one of the pressure-sensitive adhesive composition of the first layer and the composition of the second layer being in an uncured state during the coating of the second layer; and curing at least one of the first layer and the second layer, the first pressure-sensitive adhesive composition of the multi-layer assembly exhibiting a release force to the release liner of no greater than 100 gram per 1.3 cm (0.5 inch) width after the multi-layer assembly has been stored for 46 days at 48,89°C (120°F), the composition of the second layer being different from that of the pressure sensitive adhesive composition of the first layer, and wherein the release force to the release liner is determined as described herein. coating a pressure-sensitive adhesive composition comprising a silicone polymer on a first major surface of a first release liner to form a first layer; coating a composition on the first layer to form a second layer, the composition of the second layer comprising an elastomer, at least one of the pressure-sensitive adhesive composition of the first layer and the composition of the second layer being in an uncured state during the coating of the second layer; and curing at least one of the first layer and the second layer, the first pressure-sensitive adhesive composition of the multi-layer assembly exhibiting a release force to the release liner of no greater than 100 gram per 1.3 cm (0.5 inch) width after the multi-layer assembly has been stored for 46 days at 48,89°C (120°F), the composition of the second layer being different from that of the pressure sensitive adhesive composition of the first layer, and wherein the release force to the release liner is determined as described herein.
A method of quantifying high mannose-containing glycoforms in a glycoprotein sample, the method comprising: (a) providing a glycoprotein sample which comprises glycoforms containing high mannose glycans, wherein high mannose glycans are present in an abundance of less than 20% relative to the total glycan mass of the glycoprotein sample; (b) treating the glycoprotein sample with Endoglycosydase F3; and (c) quantifying the high mannose-containing glycoforms in the treated sample. (a) providing a glycoprotein sample which comprises glycoforms containing high mannose glycans, wherein high mannose glycans are present in an abundance of less than 20% relative to the total glycan mass of the glycoprotein sample; (b) treating the glycoprotein sample with Endoglycosydase F3; and (c) quantifying the high mannose-containing glycoforms in the treated sample.
A multilayer overlay system for a metal substrate comprising: a basecoat layer formed by applying a slurry comprising metal or metal oxide pigment particles dispersed in a phosphate-based binder, the basecoat layer having a thickness of between 12.7 to 76.2 μm (0.5 to 3.0 mils); and a second layer formed by applying a slurry comprising metal oxide pigment particles dispersed in a phosphate-based binder, the second layer having a thickness of between 2.54 to 25.4 μm (0.1 to 1.0 mil); wherein the metal oxide pigment particles dispersed in the phosphate-based binder further comprises chromium oxide pigment particles dispersed in the phosphate-based binder; and wherein the chromium oxide pigment particles have a median particle size of between 0.8 to 2.2 μm, wherein the narrow particle size distribution is characterized in that the 50 th percentile of the particle size distribution has a diameter of between 1.0 to 2.0 μm and the 90 th percentile of the particle size distribution has a diameter of less than or equal to 3.0 μm; and wherein the optimized surface area of the chromium oxide pigment particles is greater than or equal to 4 m 2 /g. a basecoat layer formed by applying a slurry comprising metal or metal oxide pigment particles dispersed in a phosphate-based binder, the basecoat layer having a thickness of between 12.7 to 76.2 μm (0.5 to 3.0 mils); and a second layer formed by applying a slurry comprising metal oxide pigment particles dispersed in a phosphate-based binder, the second layer having a thickness of between 2.54 to 25.4 μm (0.1 to 1.0 mil);
Method for manufacturing a number of tubular packagings filled with a liquid, particularly a sterile liquid, comprising the steps of: providing a tube which is wound onto a first reel and is filled at least partially with the liquid, and unwinding the tube from the first reel and dividing it into a number of tubular segments by means of successive welding operations, characterized in that the tube is displaced through a welding device substantially vertically and substantially free of mechanical tension. providing a tube which is wound onto a first reel and is filled at least partially with the liquid, and unwinding the tube from the first reel and dividing it into a number of tubular segments by means of successive welding operations, characterized in that the tube is displaced through a welding device substantially vertically and substantially free of mechanical tension.
A plasma treatment apparatus, comprising: a plurality of plasma treatment chambers (S2, S3, S4, S5, S6) in which a plasma treatment is performed on a base material; a tray configured to hold the base material in a standing posture; and a lift mechanism configured to continuously convey the tray to the plurality of plasma treatment chambers (S2, S3, S4, S5, S6), wherein the lift mechanism comprises a rope which spans the plurality of plasma treatment chambers (S2, S3, S4, S5, S6) and on which the tray is hooked, and a drive source which moves the rope between the plurality of plasma treatment chambers. a plurality of plasma treatment chambers (S2, S3, S4, S5, S6) in which a plasma treatment is performed on a base material; a tray configured to hold the base material in a standing posture; and a lift mechanism configured to continuously convey the tray to the plurality of plasma treatment chambers (S2, S3, S4, S5, S6), wherein the lift mechanism comprises a rope which spans the plurality of plasma treatment chambers (S2, S3, S4, S5, S6) and on which the tray is hooked, and a drive source which moves the rope between the plurality of plasma treatment chambers.
A method of producing an antibody comprising a human variable region and a rodent constant region, comprising exposing to antigenic stimulation a rodent comprising a hybrid immunoglobulin heavy chain locus that produces said antibody, wherein said hybrid locus comprises human V, D and J gene segments operably linked to rodent heavy chain constant regions, and wherein said rodent does not produce fully human antibodies.
A clock control circuit for controlling a clock signal used by a processing system which receives processing instructions, comprising: a sensor arrangement for sensing process or environmental variations and determining therefrom whether or not to activate a detector arrangement the detector arrangement for determining if a processing instruction uses a critical path in the processing system; and a clock control unit for implementing cycle stealing by removing the clock for a clock cycle when it is determined by the sensor arrangement that the detector arrangement has to be activated and when it is determined by the detector arrangement that the processing instruction uses a critical path. a sensor arrangement for sensing process or environmental variations and determining therefrom whether or not to activate a detector arrangement the detector arrangement for determining if a processing instruction uses a critical path in the processing system; and a clock control unit for implementing cycle stealing by removing the clock for a clock cycle when it is determined by the sensor arrangement that the detector arrangement has to be activated and when it is determined by the detector arrangement that the processing instruction uses a critical path.
A method of operating a user equipment within a vehicle with an in-vehicle configuration that includes a driver operation zone, comprising: determining (600, 605) that the UE is located within the driver operation zone of the vehicle based upon a calculated position of the UE that is calculated using one or more measurements of one or more signals exchanged between the UE and an in-vehicle location detection system; restricting, in response to the determination, one or more UE-based user interfaces (UIs) provisioned on the UE for accessing one or more UE-based features; and forwarding, in response to the determination, the one or more UE-based UIs to a vehicle-based UI controller that is coupled to a vehicle UI of the vehicle that is accessible to an operator of the UE within the driver operation zone to permit access to the one or more UE-based features via the vehicle-based UI, wherein the in-vehicle location detection system includes a plurality of Bluetooth transceivers deployed throughout the vehicle, and wherein the determining determines that the UE is located within the given zone of the vehicle based upon a Bluetooth Low Energy (BTLE) Received Signal Strength Indicator (RSSI) between the UE and at least one of the plurality of Bluetooth transceivers. determining (600, 605) that the UE is located within the driver operation zone of the vehicle based upon a calculated position of the UE that is calculated using one or more measurements of one or more signals exchanged between the UE and an in-vehicle location detection system; restricting, in response to the determination, one or more UE-based user interfaces (UIs) provisioned on the UE for accessing one or more UE-based features; and forwarding, in response to the determination, the one or more UE-based UIs to a vehicle-based UI controller that is coupled to a vehicle UI of the vehicle that is accessible to an operator of the UE within the driver operation zone to permit access to the one or more UE-based features via the vehicle-based UI, wherein the in-vehicle location detection system includes a plurality of Bluetooth transceivers deployed throughout the vehicle, and wherein the determining determines that the UE is located within the given zone of the vehicle based upon a Bluetooth Low Energy (BTLE) Received Signal Strength Indicator (RSSI) between the UE and at least one of the plurality of Bluetooth transceivers.
Method for secure interaction of a user with a mobile terminal and a further entity, wherein the further entity is a vehicle, comprising the steps of: - transmitting a secret or an image of the secret generated by a one-way function, and an individual datum of the user to a backend, wherein either the image of the secret is transferred by the user to the backend, or the image of the secret is generated by the backend based on the secret; - transmitting the image of the secret and of the individual datum from the backend to a protected execution environment of a processor of the mobile terminal, wherein the protected execution environment is what is known as a "trusted execution environment;" - logging in the user at a secure user interface of the mobile terminal, wherein the individual datum is displayed to the user in order to demonstrate to the user that their input possibility is trustworthy, and wherein the user is authenticated with the secret; - interaction of the user with a secure element of the mobile terminal, wherein the secure element is what is known as a "secure element," which has a secure connection with the protected execution environment, via the secure user interface and the protected execution environment; and - interaction of the secure element with the further entity via a secured connection, wherein, in an operating system of the mobile terminal, a program for interaction with the further entity is executed, and wherein the program interacts with the further entity via the secure element. - transmitting a secret or an image of the secret generated by a one-way function, and an individual datum of the user to a backend, wherein either the image of the secret is transferred by the user to the backend, or the image of the secret is generated by the backend based on the secret; - transmitting the image of the secret and of the individual datum from the backend to a protected execution environment of a processor of the mobile terminal, wherein the protected execution environment is what is known as a "trusted execution environment;" - logging in the user at a secure user interface of the mobile terminal, wherein the individual datum is displayed to the user in order to demonstrate to the user that their input possibility is trustworthy, and wherein the user is authenticated with the secret; - interaction of the user with a secure element of the mobile terminal, wherein the secure element is what is known as a "secure element," which has a secure connection with the protected execution environment, via the secure user interface and the protected execution environment; and - interaction of the secure element with the further entity via a secured connection, wherein, in an operating system of the mobile terminal, a program for interaction with the further entity is executed, and wherein the program interacts with the further entity via the secure element.