mhurhangee/ep-ind-claims huggingface dataset:
An arrangement of electromechanical switches, the arrangement having L rings (410a, 410b, 410c, 410d) of electromechanical switches and one or more redundancy access rows (405a, 405b, 405c, 405d) of electromechanical switches, wherein: the arrangement is disposed between a plurality of inputs and a plurality of outputs; each electromechanical switch is either part of a first subset or part of a second subset of the electromechanical switches, each switch in the first subset being included in a respective redundancy access row (405a, 405b, 405c, 405d), and no switch in the second subset of the electromechanical switches being included in any redundancy access row (405a, 405b, 405c, 405d); each of the one or more of the redundancy access rows (405a, 405b, 405c, 405d) has L electromechanical switches, each of the L electromechanical switches in a respective redundancy access row being directly coupled with at least one other of the L electromechanical switches; each electromechanical switch in the second subset of electromechanical switches has a first port coupled to one of the plurality of inputs, a second port coupled to one of the plurality of outputs, and a third port and a fourth port, each respectively coupled to a different switch of the first subset of electromechanical switches; each of the L rings (410a, 410b, 410c, 410d) includes, from each redundancy access row (405a, 405b, 405c, 405d), a respective one of the L electromechanical switches; each of the L electromechanical switches is coupled with two corresponding electromechanical switches of a respective one of the L rings (410a, 410b, 410c, 410d) of electromechanical switches; and L is at least two. the arrangement is disposed between a plurality of inputs and a plurality of outputs; each electromechanical switch is either part of a first subset or part of a second subset of the electromechanical switches, each switch in the first subset being included in a respective redundancy access row (405a, 405b, 405c, 405d), and no switch in the second subset of the electromechanical switches being included in any redundancy access row (405a, 405b, 405c, 405d); each of the one or more of the redundancy access rows (405a, 405b, 405c, 405d) has L electromechanical switches, each of the L electromechanical switches in a respective redundancy access row being directly coupled with at least one other of the L electromechanical switches; each electromechanical switch in the second subset of electromechanical switches has a first port coupled to one of the plurality of inputs, a second port coupled to one of the plurality of outputs, and a third port and a fourth port, each respectively coupled to a different switch of the first subset of electromechanical switches; each of the L rings (410a, 410b, 410c, 410d) includes, from each redundancy access row (405a, 405b, 405c, 405d), a respective one of the L electromechanical switches; each of the L electromechanical switches is coupled with two corresponding electromechanical switches of a respective one of the L rings (410a, 410b, 410c, 410d) of electromechanical switches; and L is at least two.
Method of bringing together a plurality of separate streams of packaged goods (16, 18, 20) into a main stream, in which each of the streams of packaged goods (16, 18, 20) is conveyed on a feed conveyor (6, 8a, 8b, 10a, 10b) with the main stream (6, 8a, 8b, 10a, 10b), is combined with the main stream in the region of a feed mouth of the feed conveyor (6, 8a, 8b, 10a, 10b) and is conveyed further on a main conveyor (4a, 4b, 4c) in the main stream transported further in the main stream, wherein at least a side wall (42a, 42b) laterally bounds the main stream, wherein packaged goods of the main flow are conveyed in the region between two feed openings of two feed conveyors (6, 8a, 8b, 10a, 10b) due to an orientation of the main conveyor (4a, 4b, 15 4c) relative to the side wall (42a, 42b, 42c) towards the latter and then along the latter then along it, characterised in that the side wall (42a, 42b, 42c) is at least partially over a conveyor element (60a, 60b, 60c, 60d) of the main conveyor (4a, 4b, 4c) and forms a gap (56a, 56b, 56c) to the conveying element (60a, 60b, 60c, 60d), which gap extends, which increases vertically downstream.
Device for heating of asphalt and similar mixtures and repairs of asphalt surfaces, provided with at least one microwave generator and a control system, wherein the outlet chamber is provided by at least one mixer, on which at least one deflector is fixed on a horizontal, rotary shaft, for dispersion of microwaves generated by said microwave generator, characterized in that the at least one deflector comprises deflectors having different diameters from 100 to 350 millimetres
A method for intelligently configuring connection of AV cables between a video device and peripheral devices, the method comprising: the video device sensing said peripheral devices connected to a network and giving a unique identifier to each of the connected peripheral devices; the video device requesting back panel information from the peripheral devices and the peripheral devices each subsequently checking their own back panel information by performing a search as to whether a back panel image is present in a memory comprised in the peripheral device, wherein, if it is determined from search results that the back panel image is not present, the peripheral device transmitting video and audio terminal information as the back panel information, and if it is determined from search results that the back panel image is present, the peripheral device transmitting the video and audio terminal information, back panel image, and back panel image information as the back pane information, wherein the back panel image information comprises image type, color, width and height; the video device receiving the back panel information from the peripheral devices; the video device computing an optimal video and audio connection configuration for the AV cables between the video device and each peripheral device based on the back panel information transmitted by the respective peripheral device so that the user can view and listen to the best quality video and audio possible; and displaying the optimal video and audio connection configuration as a guide. the video device sensing said peripheral devices connected to a network and giving a unique identifier to each of the connected peripheral devices; the video device requesting back panel information from the peripheral devices and the peripheral devices each subsequently checking their own back panel information by performing a search as to whether a back panel image is present in a memory comprised in the peripheral device, wherein, if it is determined from search results that the back panel image is not present, the peripheral device transmitting video and audio terminal information as the back panel information, and if it is determined from search results that the back panel image is present, the peripheral device transmitting the video and audio terminal information, back panel image, and back panel image information as the back pane information, wherein the back panel image information comprises image type, color, width and height; the video device receiving the back panel information from the peripheral devices; the video device computing an optimal video and audio connection configuration for the AV cables between the video device and each peripheral device based on the back panel information transmitted by the respective peripheral device so that the user can view and listen to the best quality video and audio possible; and displaying the optimal video and audio connection configuration as a guide.
An extrusion process for producing hollow pellets, the process comprising: feeding a molten material into an underfluid pelletizer; and extruding the molten material through an extrusion die of the pelletizer; the pelletizer further comprising a die hole, an insert disposed in the die hole, the insert comprising a rear section and a forward section, the rear section comprising a hollow can and the forward section comprising a mandrel, the mandrel comprising a plurality of fins; characterized in that during extrusion the molten material flows through the hollow can of the insert, flows through at least one hole of the insert to the mandrel, and flows around the fins disposed on the mandrel of the insert, said fins extending from an outer surface of the mandrel and holding mandrel steady in die hole in the extrusion die in which the insert is placed. feeding a molten material into an underfluid pelletizer; and extruding the molten material through an extrusion die of the pelletizer; the pelletizer further comprising a die hole, an insert disposed in the die hole, the insert comprising a rear section and a forward section, the rear section comprising a hollow can and the forward section comprising a mandrel, the mandrel comprising a plurality of fins; characterized in that during extrusion the molten material flows through the hollow can of the insert, flows through at least one hole of the insert to the mandrel, and flows around the fins disposed on the mandrel of the insert, said fins extending from an outer surface of the mandrel and holding mandrel steady in die hole in the extrusion die in which the insert is placed.
A method of communication between a first node, a second node and a third node of a home-automation installation, the method comprising the following steps: - emission of a first signal from a first emitting part of the first node to a second receiving part of the second node, - following reception of the first signal by the second node, emission of a second signal from a second emitting part of the second node to a first receiving part of the first node, the second signal comprising a signal (ACK Info1) confirming to the first node that the first signal has been well received and understood, - placing the first receiving part in the inactive state or maintaining it in the active state as a function of an information contained in the second signal received by the first node, thereby informing the first node that a third node wishes to get in contact with it, the first emitting part remaining listening for a signal comprising information making it possible to establish a contact between the first node and the third node. - emission of a first signal from a first emitting part of the first node to a second receiving part of the second node, - following reception of the first signal by the second node, emission of a second signal from a second emitting part of the second node to a first receiving part of the first node, the second signal comprising a signal (ACK Info1) confirming to the first node that the first signal has been well received and understood, - placing the first receiving part in the inactive state or maintaining it in the active state as a function of an information contained in the second signal received by the first node, thereby informing the first node that a third node wishes to get in contact with it, the first emitting part remaining listening for a signal comprising information making it possible to establish a contact between the first node and the third node.
Method for handling subscription data in a telecommunications network, wherein the telecommunications network comprises a first network entity providing the functions of a Home Subscriber Server and/or of a Home Location Register, wherein the telecommunications network comprises a third network entity providing the functions of a Visitor Location Register and/or of a Mobile Management Entity, characterized in that the telecommunications network comprises a fifth network entity providing a routing functionality by storing subscriber specific routing information, wherein the method comprises the steps of: -- storing first subscription data comprising subscriber specific profile data in an IT provisioning system, the first subscription data being provisional subscription data of a subscriber not yet active in the telecommunications network; -- the fifth network entity receiving a first message with regard to the subscriber, the first message being sent by the third network entity and being directed to the first network entity; -- the fifth network entity sending a second message to the first network entity, the second message comprising only an indication that a subscription of the subscriber is a provisional subscription, wherein the first network entity comprises a default profile information that is unspecific of the subscriber for provisioning the subscriber to become an active subscriber, wherein the telecommunications network further comprises a second network entity and a fourth network entity, wherein the second network entity provides a subscription management function, wherein the fourth network entity provides the functions of a Service Node providing a service, wherein the method further comprises the steps of: -- the first network entity sending a fifth message to the second network entity; -- the second network entity sending a sixth message to the fourth network entity, the sixth message comprising at least partly the first subscription data comprising the subscriber specific profile data for provisioning the subscriber to become a subscriber enabled for the service provided by the fourth network entity. -- storing first subscription data comprising subscriber specific profile data in an IT provisioning system, the first subscription data being provisional subscription data of a subscriber not yet active in the telecommunications network; -- the fifth network entity receiving a first message with regard to the subscriber, the first message being sent by the third network entity and being directed to the first network entity; -- the fifth network entity sending a second message to the first network entity, the second message comprising only an indication that a subscription of the subscriber is a provisional subscription, -- the first network entity sending a fifth message to the second network entity; -- the second network entity sending a sixth message to the fourth network entity, the sixth message comprising at least partly the first subscription data comprising the subscriber specific profile data for provisioning the subscriber to become a subscriber enabled for the service provided by the fourth network entity.
A detection device for detecting the presence or amount of a detection target substance contained in a sample, using surface plasmon resonance, the detection device comprising: a detection chip including: a prism including an incident surface and a film formation surface; a metal film disposed on the film formation surface; a capturing body disposed on the metal film; and a base body (154, 354) disposed on a surface of the metal film, the surface being where the capturing body is disposed, and the base body (154, 354) being configured to form, together with the metal film, a liquid reservoir section that reserves a liquid, a holder for holding the detection chip; an excitation light irradiation section for emitting excitation light toward the incident surface; and a heating section (130, 230) arranged to heat at least any one of the base body (154, 354), the prism, and the metal film, in a contact state or a non-contact state, the heating section (130, 230) being disposed while avoiding a light path of the excitation light from the excitation light irradiation section to the incident surface, characterized in that the detection chip further comprises a reagent storing section configured to store a sample or reagent to be supplied to the liquid reservoir section, the reagent storing section not being in fluidic communication with the liquid reservoir section, and the heating section (130, 230) is further arranged to heat the reagent storing section in a contact state or a non-contact state. a detection chip including: a prism including an incident surface and a film formation surface; a metal film disposed on the film formation surface; a capturing body disposed on the metal film; and a base body (154, 354) disposed on a surface of the metal film, the surface being where the capturing body is disposed, and the base body (154, 354) being configured to form, together with the metal film, a liquid reservoir section that reserves a liquid, a holder for holding the detection chip; an excitation light irradiation section for emitting excitation light toward the incident surface; and a heating section (130, 230) arranged to heat at least any one of the base body (154, 354), the prism, and the metal film, in a contact state or a non-contact state, the heating section (130, 230) being disposed while avoiding a light path of the excitation light from the excitation light irradiation section to the incident surface, characterized in that the detection chip further comprises a reagent storing section configured to store a sample or reagent to be supplied to the liquid reservoir section, the reagent storing section not being in fluidic communication with the liquid reservoir section, and the heating section (130, 230) is further arranged to heat the reagent storing section in a contact state or a non-contact state.
A bi-directional contra-rotating circular-rail bearing Y-shaped compound blade fluid energy collection multi-unit power generating windmill, comprising a remote automatic windmill control system, Y-shaped compound blades formed by individual blades, a circular-rail windmill body bearing the Y-shaped compound blade, a circular windmill rail bearing the circular-rail windmill body for running, circular-rail one-piece cable pulling vehicles running on a circular cable pulling vehicle rail to pull a circular-rail windmill using a stay cable, hydraulic energy collection multi-unit power generating systems or pneumatic energy collection multi-unit power generating systems, wherein: the Y-shaped compound blades are borne by three circles of the circular-rail windmill body and are arranged successively and equidistantly on the circular-rail windmill body; the circular-rail windmill body has six circles, and the opening angle of the Y-shaped compound blades borne by three inner circles of the circular-rail windmill body is opposite to the opening angle of the Y-shaped compound blades borne by three outer circles of the circular-rail windmill body so that the bi-direction contra-rotation of the circular-rail windmill is realized; and there are four circles of the circular cable pulling vehicle rail, the circular-rail one-piece cable pulling vehicles run on the circular cable pulling vehicle rail, and in every two circles, the circular-rail one-piece cable pulling vehicles are connected with the Y-shaped compound blades in the middle via the stay cable. the Y-shaped compound blades are borne by three circles of the circular-rail windmill body and are arranged successively and equidistantly on the circular-rail windmill body; the circular-rail windmill body has six circles, and the opening angle of the Y-shaped compound blades borne by three inner circles of the circular-rail windmill body is opposite to the opening angle of the Y-shaped compound blades borne by three outer circles of the circular-rail windmill body so that the bi-direction contra-rotation of the circular-rail windmill is realized; and there are four circles of the circular cable pulling vehicle rail, the circular-rail one-piece cable pulling vehicles run on the circular cable pulling vehicle rail, and in every two circles, the circular-rail one-piece cable pulling vehicles are connected with the Y-shaped compound blades in the middle via the stay cable.
Housing for a front end module of a motor vehicle defining a flow duct for the flow of an air stream, said housing comprising a. a perforated structure comprising a plurality of openings delimited by ribs b. a skin secured to the perforated structure and covering the openings so as to form an airtight wall impervious to the air stream, characterized in that the openings are arranged at least partially in a repeating pattern. a. a perforated structure comprising a plurality of openings delimited by ribs b. a skin secured to the perforated structure and covering the openings so as to form an airtight wall impervious to the air stream,
A cell genetically engineered to express an isolated nucleic acid sequence encoding an OleA polypeptide comprising an amino acid sequence having at least 85% sequence identity with SEQ ID NO: 2, wherein the cell is a yeast cell, a fungal cell, a non-human animal cell, an insect cell, a bacterial cell, or an algae cell, and wherein the OleA polypeptide is involved in the biosynthesis of aliphatic ketones or olefins.
A flame-retardant cable (10;20) having a transmissive core and an outermost layer (13a; 14) made from a flame-retardant polymer composition comprising: a) 100 phr of polyvinylchloride as base polymer; b) 65-90 phr of a metal hydroxide; c) 2-9 phr of antimony trioxide; d) 1-3 phr of an optionally surface-modified sepiolite, and e) 3-10 phr of a Ca/Zn stabilizer. a) 100 phr of polyvinylchloride as base polymer; b) 65-90 phr of a metal hydroxide; c) 2-9 phr of antimony trioxide; d) 1-3 phr of an optionally surface-modified sepiolite, and e) 3-10 phr of a Ca/Zn stabilizer.
MOTOR VEHICLE CHILD SEAT comprising a support with means of anchoring (2 and 2') to a vehicle and a telescopic leg for support on the floor of the vehicle, the support being made up of a sloping frame, where the child's seat is fitted, with said means of anchoring (2 and 2') it at a lower front part, and at a high part of a rear part it has said telescopic leg, with means to adjust its length, so that by varying the length of the leg, you can change the slope of the support and thus the tilt of the chair, characterized in that the length of the leg can be adjusted by two independent adjustment systems, one conventional supporting the leg on the floor of the vehicle, adapting the support to the distance between the seat and the floor, and a tilting system with an independent control that increases or reduces the distance with the first conventional adjustment system, tilting the seat without needing to modify the adjustment of the conventional system.
A hybrid drive device for a motor vehicle, preferably for a bus, comprising a) an axle housing with a first and second drive connection (2a, 2b), b) an internal combustion engine connectable to the first drive connection, c) an electric machine connectable to the second drive connection, d) a differential arranged in the axle housing, connected to two axle shafts and characterised by a first torque transmission device arranged in the axle housing, comprising a first clutch, wherein the first torque transmission device is configured to transmit torque between the first and/or second drive connection (2a, 2b) and the differential in a first operating mode M 1 and to transmit torque between the first and second drive connection (2a, 2b) bypassing the differential in a second operating mode M 2, wherein the electric motor is connectable to the second drive connection via a second drive connection, and wherein the second drive connection comprises a rigid shaft, a joint shaft, a cardan shaft and/or a fifth separating clutch. a) an axle housing with a first and second drive connection (2a, 2b), b) an internal combustion engine connectable to the first drive connection, c) an electric machine connectable to the second drive connection, d) a differential arranged in the axle housing, connected to two axle shafts and characterised by a first torque transmission device arranged in the axle housing, comprising a first clutch, wherein the first torque transmission device is configured to transmit torque between the first and/or second drive connection (2a, 2b) and the differential in a first operating mode M 1 and to transmit torque between the first and second drive connection (2a, 2b) bypassing the differential in a second operating mode M 2, wherein the electric motor is connectable to the second drive connection via a second drive connection, and wherein the second drive connection comprises a rigid shaft, a joint shaft, a cardan shaft and/or a fifth separating clutch.