mhurhangee/patent-ind-claim-en huggingface dataset:
A gateway device comprising: a call handling equipment -CHE-listener interface configured to form a communication channel with a CHE and receive call event data from the CHE, wherein the call event data comprises data describing a call event that is created by the CHE in response to receiving an emergency call; an Internet Protocol -IP-interface configured to communicate with a cloud-based processing system; a provisioning engine configured to provide information about the CHE to the cloud-based processing system via the IP interface, and to receive, from the cloud-based processing system via the IP interface, instructions based on the information about the CHE provided, wherein the instructions comprises parsing instructions for parsing the received call event data in a data output format used by the CHE and formatting instructions for formatting the parsed call event data to a consistent data format used by the cloud-based processing system; and a message parsing engine configured to: parse the call event data received from the CHE via the CHE listener interface according to the parsing instructions, and format the call event data according to the consistent data format used by the cloud-based processing system; wherein the gateway device is configured to transmit the formatted call event data to the cloud-based processing system via the IP interface. a call handling equipment -CHE-listener interface configured to form a communication channel with a CHE and receive call event data from the CHE, wherein the call event data comprises data describing a call event that is created by the CHE in response to receiving an emergency call; an Internet Protocol -IP-interface configured to communicate with a cloud-based processing system; a provisioning engine configured to provide information about the CHE to the cloud-based processing system via the IP interface, and to receive, from the cloud-based processing system via the IP interface, instructions based on the information about the CHE provided, wherein the instructions comprises parsing instructions for parsing the received call event data in a data output format used by the CHE and formatting instructions for formatting the parsed call event data to a consistent data format used by the cloud-based processing system; and a message parsing engine configured to: parse the call event data received from the CHE via the CHE listener interface according to the parsing instructions, and format the call event data according to the consistent data format used by the cloud-based processing system; parse the call event data received from the CHE via the CHE listener interface according to the parsing instructions, and format the call event data according to the consistent data format used by the cloud-based processing system; wherein the gateway device is configured to transmit the formatted call event data to the cloud-based processing system via the IP interface.
Use of an N-acetylated oligosaccharide, a galacto-oligosaccharide and a sialylated oligosaccharide in the manufacture of a nutritional composition for administration to an infant in the first six months of life to reduce the risk of obesity later in life, to reduce lipogenesis in the infant and/or to promote beta-oxidation of fatty acids by the infant.
A headlamp for a vehicle, having at least one light source , a primary optical system for generating a lighting image, and a projecting optical system , said projecting optical system being configured to project the lighting image onto the road as a light image, the primary optical system having a plurality of light-guiding elements and a supporting layer , the light-guiding elements being arranged on a rear face of the supporting layer , and the lighting image being generatable on a front face of the supporting layer , the light-guiding elements being arranged adjacently to one another or overlapping one another in series in an axial direction (y) and forming at least one row , each light-guiding element having a light input face for coupling in light from at least one light source and a light output face for coupling out light, characterised in that all the light-guiding elements of the at least one row have a common border which is curved continuously on at least one side oriented substantially along the axial direction (y) and which, with the supporting layer , forms an intersection curve having a curved curve profile , the curve profile being curved so as to reduce distortion.
A tyre comprising a tread portion , wherein the tread portion is provided with a rib divided by main grooves extending continuously in a tyre circumferential direction, the rib is provided with lateral grooves extending between a first end and a second end thereof, the lateral grooves include a first curved portion and a second curved portion , the first curved portion extends from the first end in a curved shape convex in a first direction in the tyre circumferential direction, the second curved portion extends from the second end in a curved shape convex in a second direction in the tyre circumferential direction, and a groove width (Wa) of the first curved portion is gradually increased over an entire length thereof as it goes toward the first end , or a groove width (Wb) of the second curved portion is gradually increased over an entire length thereof as it goes toward the second end , characterized in that the lateral grooves cross the rib completely, and the rib is not provided with other grooves or sipes as incisions except for the lateral grooves . the tread portion is provided with a rib divided by main grooves extending continuously in a tyre circumferential direction, the rib is provided with lateral grooves extending between a first end and a second end thereof, the lateral grooves include a first curved portion and a second curved portion , the first curved portion extends from the first end in a curved shape convex in a first direction in the tyre circumferential direction, the second curved portion extends from the second end in a curved shape convex in a second direction in the tyre circumferential direction, and a groove width (Wa) of the first curved portion is gradually increased over an entire length thereof as it goes toward the first end , or a groove width (Wb) of the second curved portion is gradually increased over an entire length thereof as it goes toward the second end , characterized in that the lateral grooves cross the rib completely, and the rib is not provided with other grooves or sipes as incisions except for the lateral grooves .
A method for carrying out a material change in an extrusion device with at least two supply devices for supplying input material (E) for an extruder , comprising the following steps: - Detecting a change request for a material change in the extrusion device , - preparing the supply devices for the material change, - separating at least two supply devices from the feed of input material (E) to the extruder , - discharging the input material (E) from the separated supply devices , - filling a subsequent material (EF) into the empty supply devices , characterized in that the steps are carried out in a production machine with at least four extrusion devices , wherein each extrusion device generates a layer of a plastic film, wherein the filling level thereof is reduced to a change filling level (WF) as preparation of the supply devices . - Detecting a change request for a material change in the extrusion device , - preparing the supply devices for the material change, - separating at least two supply devices from the feed of input material (E) to the extruder , - discharging the input material (E) from the separated supply devices , - filling a subsequent material (EF) into the empty supply devices ,
A method for capturing a target substance, comprising: a step for preparing a solid-phase carrier for capturing a target substance, the carrier having a base material, at least a portion of the surface thereof being formed of or coated with a saccharide, and having a linker of 5-100 atoms, wherein the number of atoms means the number of atoms when the ligand is bound to the linker and is counted from a starting point at the atom adjacent to the saccharide ring structure to an end point at the functional group to be used for the binding of the ligand, and, if the linker has a ring structure or if the linker has a branched chain structure and has plural starting points and/or end points, the number of atoms refers to the minimum number of atoms from the starting point to the end point, having a reactive functional group for binding a ligand, wherein the ligand is a lipophilic compound that specifically binds to the target substance, wherein the saccharide is chemically bound to the linker, and wherein the linker contains in its structure a polyalkylene glycol chain; a step for binding the ligand to the solid-phase carrier to obtain a solid-phase carrier having a ligand bound thereto; and a step for bringing the solid-phase carrier having the ligand bound thereto into contact with a sample possibly containing the target substance that specifically binds to the ligand. a step for preparing a solid-phase carrier for capturing a target substance, the carrier having a base material, at least a portion of the surface thereof being formed of or coated with a saccharide, and having a linker of 5-100 atoms, wherein the number of atoms means the number of atoms when the ligand is bound to the linker and is counted from a starting point at the atom adjacent to the saccharide ring structure to an end point at the functional group to be used for the binding of the ligand, and, if the linker has a ring structure or if the linker has a branched chain structure and has plural starting points and/or end points, the number of atoms refers to the minimum number of atoms from the starting point to the end point, having a reactive functional group for binding a ligand, wherein the ligand is a lipophilic compound that specifically binds to the target substance, wherein the saccharide is chemically bound to the linker, and wherein the linker contains in its structure a polyalkylene glycol chain; a step for binding the ligand to the solid-phase carrier to obtain a solid-phase carrier having a ligand bound thereto; and a step for bringing the solid-phase carrier having the ligand bound thereto into contact with a sample possibly containing the target substance that specifically binds to the ligand.
A clockwork module (100; 200; 300; 400) including: - a mobile part (11; 21; 31; 41) including a first functional part and/or a second functional part (11a, 11b; 21a, 21b; 31a, 31b; 41a, 41b) and an arbor (15; 25; 35; 45), the arbor having a first axis (151; 251; 351; 451), - a spring (13; 23; 33; 43), notably a helical spring, - a casing (14; 24; 34; 44) including a housing (140; 240; 340; 440) having a second axis (141; 241; 341; 441) of translation and/or of rotation of the mobile part (11; 21; 31; 41), - a first guide surface (14a, 140a ; 24a, 240a ; 34a, 340a ; 44a, 440a) in the housing (140 ; 240 ; 340 ; 440), - a first stop (140b; 240b; 340b; 440b) in the housing, - a second stop (16b ; 26b ; 36b; 46b) arranged on the mobile part (11 ; 21 ; 31 ; 41), the arbor (15; 25; 35 ; 45) being guided by at least the first guide surface, the spring being arranged, notably having been pre-stressed, in the housing between the first and second stops, the first functional part including or being a member acting by translation and/or rotation about the second axis (141; 241; 341; 441), the mobile part being mobile in translation, the spring ensuring a return of the mobile part to an axial idle position. - a mobile part (11; 21; 31; 41) including a first functional part and/or a second functional part (11a, 11b; 21a, 21b; 31a, 31b; 41a, 41b) and an arbor (15; 25; 35; 45), the arbor having a first axis (151; 251; 351; 451), - a spring (13; 23; 33; 43), notably a helical spring, - a casing (14; 24; 34; 44) including a housing (140; 240; 340; 440) having a second axis (141; 241; 341; 441) of translation and/or of rotation of the mobile part (11; 21; 31; 41), - a first guide surface (14a, 140a ; 24a, 240a ; 34a, 340a ; 44a, 440a) in the housing (140 ; 240 ; 340 ; 440), - a first stop (140b; 240b; 340b; 440b) in the housing, - a second stop (16b ; 26b ; 36b; 46b) arranged on the mobile part (11 ; 21 ; 31 ; 41),
A system for isolating whole juice sacs from at least a portion of a whole citrus fruit, said system comprising: a first vessel configured to introduce a first enzyme into the at least a portion of the whole citrus fruit to cause the at least a portion of the whole citrus fruit to partially degrade to produce partially degraded citrus; a peel remover configured to remove peel from the partially degraded citrus to expose a first degraded citrus; a second vessel configured to apply a second enzyme to the first degraded citrus to cause the first degraded citrus to further degrade to form a second degraded citrus; and at least one isolation device configured to isolate the whole juice sacs from the second degraded citrus. a first vessel configured to introduce a first enzyme into the at least a portion of the whole citrus fruit to cause the at least a portion of the whole citrus fruit to partially degrade to produce partially degraded citrus; a peel remover configured to remove peel from the partially degraded citrus to expose a first degraded citrus; a second vessel configured to apply a second enzyme to the first degraded citrus to cause the first degraded citrus to further degrade to form a second degraded citrus; and at least one isolation device configured to isolate the whole juice sacs from the second degraded citrus.
A method for automatically determining a network operator for a mobile network device configured to operate on a network operated by the network operator, wherein the mobile device is configurable by a storage card , i.e. a subscriber identity module card, SIM card, containing one or more network codes, i.e. a mobile country code, MCC, and a mobile network code, MNC, and a network operator name, i.e. a service provider name, SPN, the method comprises: - reading the network codes, MCC, MNC, and the network operator name, SPN, from the storage card , - accessing a database stored on the mobile device which database contains different network operators, network codes, MCC, MNC, associated with the network operators, and operator names associated with the network operators, - comparing the network codes, MCC, MNC, from the storage card with the network codes in the database for determining candidate network operators having the same network codes as the network codes from the storage card, - comparing the network operator name, SPN, with the database operator names associated with the candidate network operators for determining a similarity score for each of the candidate network operators, where the similarity score indicates how much the card operator name resembles the database operator names, - attempt connecting to the candidate network operators in descending order of the determined similarity scores. - reading the network codes, MCC, MNC, and the network operator name, SPN, from the storage card , - accessing a database stored on the mobile device which database contains different network operators, network codes, MCC, MNC, associated with the network operators, and operator names associated with the network operators, - comparing the network codes, MCC, MNC, from the storage card with the network codes in the database for determining candidate network operators having the same network codes as the network codes from the storage card, - comparing the network operator name, SPN, with the database operator names associated with the candidate network operators for determining a similarity score for each of the candidate network operators, where the similarity score indicates how much the card operator name resembles the database operator names, - attempt connecting to the candidate network operators in descending order of the determined similarity scores.
A plumbing arrangement element with a pipe mount for connecting a first pipe section of the plumbing arrangement element as a first plumbing arrangement element to a second pipe section of a second plumbing arrangement element to form a continuous vertical pipeline, the pipe mount arranged inside the plumbing arrangement element , characterized in that the pipe mount comprises - a sliding member configured to be movably attached to the plumbing arrangement element , the sliding member configured to extend in the vertical direction (B) of the plumbing arrangement element , and the sliding member configured to be vertically movable between an extreme position and a second position; and - at least one pipe bracket extending horizontally from the sliding member , the at least one pipe bracket configured to secure the first pipe section onto the sliding member , the first pipe section configured to extend vertically from a bottom part of the plumbing arrangement element to a top part of the plumbing arrangement element - a sliding member configured to be movably attached to the plumbing arrangement element , the sliding member configured to extend in the vertical direction (B) of the plumbing arrangement element , and the sliding member configured to be vertically movable between an extreme position and a second position; and - at least one pipe bracket extending horizontally from the sliding member , the at least one pipe bracket configured to secure the first pipe section onto the sliding member , the first pipe section configured to extend vertically from a bottom part of the plumbing arrangement element to a top part of the plumbing arrangement element
A metal base substrate comprising: a metal substrate; an insulating layer laminated on one surface of the metal substrate; and a circuit layer laminated on a surface of the insulating layer opposite to the metal substrate side, wherein the insulating layer contains a resin, and a relationship between a thickness t (μm) of the insulating layer and an elastic modulus E (GPa) of the insulating layer at 100°C satisfies a following formula , 10 < t / E and characterized in that the circuit layer is made of a metal having a semi-softening temperature of 100°C or higher and 150°C or lower. a metal substrate; an insulating layer laminated on one surface of the metal substrate; and a circuit layer laminated on a surface of the insulating layer opposite to the metal substrate side, wherein the insulating layer contains a resin, and a relationship between a thickness t (μm) of the insulating layer and an elastic modulus E (GPa) of the insulating layer at 100°C satisfies a following formula , 10 < t / E and characterized in that the circuit layer is made of a metal having a semi-softening temperature of 100°C or higher and 150°C or lower.
A method of authenticating a device subscribed to a first wireless communication network on a second wireless communication network , the method comprising: deriving at a node within the first wireless communication network a set of one or more network keys for the second wireless communication network from one or more network keys of the first wireless communication network that uniquely identify the device within the first wireless communication network; communicating the derived set of one or more network keys to the device ; storing a first copy of the derived set of one or more network keys within an identification module at the device and a second copy of the derived set of one or more network keys within a secure area of the device ; authenticating the device on the second wireless communication network using the second copy of the derived set of one or more network keys stored in the secure area of the device ; communicating a copy of the set of one or more derived network keys from the secure area of the device to a node of the second wireless communication network for use in subsequent attachments of the device to the second wireless communication network, then deleting the second copy of the set of one or more derived network keys from the secure area of the device; and attaching the device to the second wireless communication network using the first copy of the derived set of one or more network keys stored in the identification module of the device. deriving at a node within the first wireless communication network a set of one or more network keys for the second wireless communication network from one or more network keys of the first wireless communication network that uniquely identify the device within the first wireless communication network; communicating the derived set of one or more network keys to the device ; storing a first copy of the derived set of one or more network keys within an identification module at the device and a second copy of the derived set of one or more network keys within a secure area of the device ; authenticating the device on the second wireless communication network using the second copy of the derived set of one or more network keys stored in the secure area of the device ; communicating a copy of the set of one or more derived network keys from the secure area of the device to a node of the second wireless communication network for use in subsequent attachments of the device to the second wireless communication network, then deleting the second copy of the set of one or more derived network keys from the secure area of the device; and attaching the device to the second wireless communication network using the first copy of the derived set of one or more network keys stored in the identification module of the device.
A tool for assaying microarrays that reduces the likelihood of air bubbles being trapped by the microarrays, comprising: two clamps , each of the two clamps comprising: a tool mount portion , the tool mount portion configured to engage a lifting mechanism of a plate handling robot for moving a pillar plate comprising microarrays, and a grasping portion , and characterized in that the grasping portion is configured to freely suspend the pillar plate at an inclination of a non-zero tilt angle relative to a plane normal to the tool mount portion . a tool mount portion , the tool mount portion configured to engage a lifting mechanism of a plate handling robot for moving a pillar plate comprising microarrays, and a grasping portion , and characterized in that the grasping portion is configured to freely suspend the pillar plate at an inclination of a non-zero tilt angle relative to a plane normal to the tool mount portion .