mhurhangee/patent-ind-claim-en huggingface dataset:
An electric power system and a fuse , the electric power system comprising a circuit, an electric appliance, an electric generator, and/or an energy storage system, and the fuse comprising a negative thermal expansion plate interposed between a first metal plate and a second metal plate , the negative thermal expansion plate comprising a negative thermal expansion material such that at least a portion of the negative thermal expansion plate contracts in response to an increase in temperature, the contraction of the negative thermal expansion plate forming a nonconductive gap between the first metal plate and the second metal plate , and the formation of the nonconductive gap disrupting a current flow through the electric power system coupled with the fuse . the electric power system comprising a circuit, an electric appliance, an electric generator, and/or an energy storage system, and the fuse comprising a negative thermal expansion plate interposed between a first metal plate and a second metal plate , the negative thermal expansion plate comprising a negative thermal expansion material such that at least a portion of the negative thermal expansion plate contracts in response to an increase in temperature, the contraction of the negative thermal expansion plate forming a nonconductive gap between the first metal plate and the second metal plate , and the formation of the nonconductive gap disrupting a current flow through the electric power system coupled with the fuse .
Method for sterilizing a forming machine for forming containers from preforms made of thermoplastic material, the forming machine comprising a blowing network which comprises ducts which connect a controlled source of compressed blowing gas to at least one blowing nozzle for forming the containers by blowing, the forming machine comprising a device for sterilizing the blowing network comprising: - a controlled source of a pressurized hot drying gas, distinct from the controlled source of blowing gas, which is connected to the blowing network at a supply junction ; - a controlled source of sterilizing vapour comprising a vaporized oxidizing agent; - a chamber for mixing the sterilizing vapour with the drying gas to form a sterilizing gaseous mixture comprising vaporized oxidizing agent and water vapour; the method comprising: - a step (E1) of heating of the ducts of the blowing network by injection only of the pressurized hot drying gas, during which the drying gas heats up the internal walls of the ducts of the blowing network ; - a second step (E2) of injection of the sterilizing gaseous mixture into the blowing network , characterized in that it comprises a step of measurement of the treatment temperature (Ti) by means of a probe arranged at the coldest point, called cold point , of the blowing network exposed to the sterilizing gaseous mixture and in that the second step (E2) of injection of the sterilizing gaseous mixture is initiated when the cold point reaches a treatment temperature (Ti) which is higher than a condensation temperature (Td) of the water vapour and of the vaporized sterilizing agent at said cold point , the treatment temperature (Ti) being lower than the temperature (Tg) of the hot drying gas taken at the supply junction . - a controlled source of a pressurized hot drying gas, distinct from the controlled source of blowing gas, which is connected to the blowing network at a supply junction ; - a controlled source of sterilizing vapour comprising a vaporized oxidizing agent; - a chamber for mixing the sterilizing vapour with the drying gas to form a sterilizing gaseous mixture comprising vaporized oxidizing agent and water vapour; - a step (E1) of heating of the ducts of the blowing network by injection only of the pressurized hot drying gas, during which the drying gas heats up the internal walls of the ducts of the blowing network ; - a second step (E2) of injection of the sterilizing gaseous mixture into the blowing network ,
A method to stop or slow down a vehicle in an emergency, said vehicle comprising an emergency stop system able to cause the vehicle to stop or slow down, the emergency stop system being able to receive stop signals from users that are not driving the vehicle, the method comprising the steps of a) the emergency stop system receiving a first signal to stop the vehicle, b) the emergency stop system immediately starting a timing procedure, c) the emergency stop system, within a predetermined time window, receiving a predetermined number of further signals to stop the vehicle, d) the emergency stop system, if the required number of signals has been received, immediately causing the vehicle to stop or slow down. where each of the signals in step a) and step b) are caused by different users that are not driving the vehicle. a) the emergency stop system receiving a first signal to stop the vehicle, b) the emergency stop system immediately starting a timing procedure, c) the emergency stop system, within a predetermined time window, receiving a predetermined number of further signals to stop the vehicle, d) the emergency stop system, if the required number of signals has been received, immediately causing the vehicle to stop or slow down.
A belt conveyor used for moving semi-finished or finished products along the lines of production or storage or the like, comprising a frame defined by two opposing and parallel lateral shoulders provided with transverse stiffening elements and elements of support for the sliding of a moving mat subtended between a motor roller and a reversing roller (20 , said rollers being transversally placed at the end portions of the opposing shoulders , said belt conveyor being provided with a tensioning device that comprises mechanical means with manual actuation comprising at least one threaded screw longitudinally inserted in a compartment with longitudinal development of the opposing shoulders of the frame at their end portions and roto-translatably coupled with at least one coaxial threaded insert likewise inserted and securely restrained in said longitudinal compartment , wherein by acting in the direction of screwing, the threaded screw moves forwards, roto-translating with respect to the threaded insert and, by pressing against thrust means defined by a projecting appendage developed away from an inner face of opposing box-type bodies , causes a displacement of the box-type body and, consequently, of the reversing roller restrained thereto in a direction parallel to the axis of the same with a correlated variation of its centre distance with respect to the motor roller, wherein said box-type bodies are closed along three of the four perimeter edges to define a pocket , partially covering an outer side portion of each of the opposing shoulders of the frame and defining with the outer lateral section bar of each of said opposing shoulders , on the side opposite to the one supporting said reversing roller , an opening accessible by a tool suitable for engaging with the at least one threaded screw for adjusting the tension of the moving mat via a change in the centre distance between the reversing roller and the motor roller , said box-type bodies being attached to the opposing shoulders of the frame and rotatably supporting said reversing roller , said opposing box-type bodies comprising a through slot longitudinally extending and a through hole , formed on the outer surface of each box-type body and respectively including a clamping screw and of a further clamping screw fixing said box-type element to the shoulders of the frame , characterized in that the belt conveyor comprises a plate arranged to partially close the pocket of the box-type body on the side turned in the direction of the reversing roller , tendentially shaped like a "J" to define a further pocket apt to embrace an end portion of the reversing roller .
A respiratory protection device , comprising: a mask body defining a first chamber , a second chamber , and a breathable air zone for a wearer; first and second breathing air source components configured for attachment to the mask body such that the first chamber is in fluid communication with the first breathing air source component and the second chamber is in fluid communication with the second breathing air source component; and a valve assembly comprising a single actuator operable between an open configuration and a closed configuration in which fluid communication between the first and second breathing air source components and the breathable air zone is prevented; wherein the first and second chambers , are fluidically isolated from one another such that the first chamber is in fluid communication with the breathable air zone through a first inhalation port and the second chamber is in fluid communication with the breathable air zone through a second inhalation port and breathable air is deliverable to the breathable air zone independently through each of the first and second chambers , without mixing of air received from the first and second breathing air source components before entering the breathable air zone . a mask body defining a first chamber , a second chamber , and a breathable air zone for a wearer; first and second breathing air source components configured for attachment to the mask body such that the first chamber is in fluid communication with the first breathing air source component and the second chamber is in fluid communication with the second breathing air source component; and a valve assembly comprising a single actuator operable between an open configuration and a closed configuration in which fluid communication between the first and second breathing air source components and the breathable air zone is prevented; wherein the first and second chambers , are fluidically isolated from one another such that the first chamber is in fluid communication with the breathable air zone through a first inhalation port and the second chamber is in fluid communication with the breathable air zone through a second inhalation port and breathable air is deliverable to the breathable air zone independently through each of the first and second chambers , without mixing of air received from the first and second breathing air source components before entering the breathable air zone .
An arrangement including a plurality of bodies which are configured to rotate about one or more axes of rotation , wherein on each of these bodies one or more distinctive points are provided at a radial distance from the one or more axes of rotation , characterized in that there are one or more imaging units (15, 15") which are suitable for imaging the distinctive points onto one or more image planes during a rotation of the plurality of bodies about the one or more axes of rotation and for generating one or more images from these images, the imaging units (15, 15") are spaced apart from the bodies without making contact, there is an evaluation unit which is configured to determine in one or more images positions of the distinctive points in the image on the basis of their specific features which differ from their surroundings, to determine from the positions of the distinctive points in the one or more images parts of trajectories of the distinctive points and to determine a location of the axes of rotation of the rotating bodies relative to one another from the trajectories of the distinctive points . there are one or more imaging units (15, 15") which are suitable for imaging the distinctive points onto one or more image planes during a rotation of the plurality of bodies about the one or more axes of rotation and for generating one or more images from these images, the imaging units (15, 15") are spaced apart from the bodies without making contact, there is an evaluation unit which is configured to determine in one or more images positions of the distinctive points in the image on the basis of their specific features which differ from their surroundings, to determine from the positions of the distinctive points in the one or more images parts of trajectories of the distinctive points and to determine a location of the axes of rotation of the rotating bodies relative to one another from the trajectories of the distinctive points .
Loudspeaker system able to be arranged in a door box section of a motor vehicle, the loudspeaker system comprising a housing provided with two openings, a first opening receiving a nozzle that serves to place the internal volume of the housing in communication with the cabin of the vehicle, a second opening of the housing receiving a loudspeaker , wherein the housing can itself be arranged in an opening created in an internal wall of the door box section, the housing comprising two parts, an inner housing that can be oriented towards the cabin of the vehicle and that supports the loudspeaker , and an outer housing that can be oriented towards the exterior of the vehicle and is inserted inside the door box section, the outer housing comprising a rim provided with a seal that is able to maintain the seal of the door by pressing against the internal wall of the door box section.
A multi-speed hub gear , comprising: an axle (101; 201) adapted to be fixed against rotation; a hub shell (102; 203); a plurality of planetary gear sets (109, 115, 116, 117; 206), each comprising: a central gear concentrically fixed on said axle (101; 201); a rotating gear carrier mounting at least one rotating gear to revolve around the center of said central gear ; and a ring gear rotated by said at least one rotating gear ; wherein a respective said ring gear of one of said plurality of planetary gear sets (109, 115, 116, 117; 206) is mechanically connected to a respective said rotating gear carrier of another of said plurality of planetary gear sets (109, 115, 116, 117; 206) such that said plurality of planetary gear sets (109, 115, 116, 117; 206) rotate in conjunction; characterised in that the multiple speed hub gear further comprises a gear shifter adapted to engage at least one of said plurality of planetary gear sets (109, 115, 116, 117; 206) to said hub shell (102; 203) while disengaging another of said plurality of planetary gear sets (109, 115, 116, 117; 206) from said hub shell (102; 203). an axle (101; 201) adapted to be fixed against rotation; a hub shell (102; 203); a plurality of planetary gear sets (109, 115, 116, 117; 206), each comprising: a central gear concentrically fixed on said axle (101; 201); a rotating gear carrier mounting at least one rotating gear to revolve around the center of said central gear ; and a ring gear rotated by said at least one rotating gear ; wherein a respective said ring gear of one of said plurality of planetary gear sets (109, 115, 116, 117; 206) is mechanically connected to a respective said rotating gear carrier of another of said plurality of planetary gear sets (109, 115, 116, 117; 206) such that said plurality of planetary gear sets (109, 115, 116, 117; 206) rotate in conjunction; characterised in that the multiple speed hub gear further comprises a central gear concentrically fixed on said axle (101; 201); a rotating gear carrier mounting at least one rotating gear to revolve around the center of said central gear ; and a ring gear rotated by said at least one rotating gear ; wherein a respective said ring gear of one of said plurality of planetary gear sets (109, 115, 116, 117; 206) is mechanically connected to a respective said rotating gear carrier of another of said plurality of planetary gear sets (109, 115, 116, 117; 206) such that said plurality of planetary gear sets (109, 115, 116, 117; 206) rotate in conjunction; characterised in that the multiple speed hub gear further comprises a gear shifter adapted to engage at least one of said plurality of planetary gear sets (109, 115, 116, 117; 206) to said hub shell (102; 203) while disengaging another of said plurality of planetary gear sets (109, 115, 116, 117; 206) from said hub shell (102; 203).
A communication security processing method, comprising: receiving, by a terminal, a handover command from a radio access network, RAN, node, wherein the handover command indicates an handover of the terminal from a source cell to a target cell, wherein the source cell is served by the RAN node, and when the source cell and the target cell of the handover are located at a same RAN node being said RAN node, the handover command does not include a next hop chaining count, NCC; continuing to use (S162), by the terminal in the target cell, when the handover command does not include the NCC, an access stratum, AS, root key or an AS security key that is used in the source cell. receiving, by a terminal, a handover command from a radio access network, RAN, node, wherein the handover command indicates an handover of the terminal from a source cell to a target cell, wherein the source cell is served by the RAN node, and when the source cell and the target cell of the handover are located at a same RAN node being said RAN node, the handover command does not include a next hop chaining count, NCC; continuing to use (S162), by the terminal in the target cell, when the handover command does not include the NCC, an access stratum, AS, root key or an AS security key that is used in the source cell.
A production apparatus for polymer-based articles, particularly for producing soles of footwear items, comprising: - a weighing and mixing unit which is configured to prepare at least one polymer blend; - a supply hopper which is connected to the weighing and mixing unit in order to receive the at least one polymer blend from the weighing and mixing unit ; - a transforming machine which is supplied by the supply hopper and which is configured to transform the at least one polymer blend which is received from the supply hopper into one of the polymer-based articles characterised in that the apparatus further comprising a heating circuit which is connected to the supply hopper and which is configured to introduce a hot gas inside the supply hopper in order to heat the polymer blend and in that the that the weighing and mixing unit comprises a weighing hopper which is supported on load cells and in which the materials from the storage tanks are introduced, wherein the weighing and mixing unit further comprises a mixing hopper , which is positioned downstream of the weighing hopper and which is provided with a mixing member which is configured to mix in a substantially homogeneous manner the different materials which are contained in the mixing hopper . - a weighing and mixing unit which is configured to prepare at least one polymer blend; - a supply hopper which is connected to the weighing and mixing unit in order to receive the at least one polymer blend from the weighing and mixing unit ; - a transforming machine which is supplied by the supply hopper and which is configured to transform the at least one polymer blend which is received from the supply hopper into one of the polymer-based articles characterised in that the apparatus further comprising a heating circuit which is connected to the supply hopper and which is configured to introduce a hot gas inside the supply hopper in order to heat the polymer blend and in that the that the weighing and mixing unit comprises a weighing hopper which is supported on load cells and in which the materials from the storage tanks are introduced, wherein the weighing and mixing unit further comprises a mixing hopper , which is positioned downstream of the weighing hopper and which is provided with a mixing member which is configured to mix in a substantially homogeneous manner the different materials which are contained in the mixing hopper .
Food storage container for a household refrigeration appliance , with a tray for storing the food and having an air conditioning device , with which air can be exchanged between the environment and the interior of the food storage container in a first operating state of the air conditioning device , and with an attachment which is separate to the tray and is placed on the tray from above, wherein the air conditioning device has an actuation element for direct actuation of the air conditioning device by a user, said actuation element being a slider , wherein the slider is displaceably mounted on a strip of the food storage container which is arranged at the front in the depth direction (z) of the food storage container so that the first operating state of the air conditioning device is set in a first sliding position and a second operating state of the air conditioning device , which differs from the first, is set in a second sliding position, which differs from the first sliding position, wherein the slider is formed as a U-shaped profile in cross-section, which encompasses the strip , wherein the slider is displaceably mounted on the strip between the sliding positions over the entire displacement path, characterised in that , on a top side facing a bottom side of a bearing limb of the strip , a lower U-limb of the slider , viewed in the height direction (y) of the food storage container , has at least one sliding web for sliding on the top side .
An injection system comprising: - at least one supply station (105a; 105b; 105c) for supplying a fluid to be injected into a patient's vasculature; - a pressurizing unit comprising a motor for pressurizing the fluid received from said at least one supply station (105a; 105b; 105c); - a delivery arrangement in fluid communication with said at least one supply station (105a; 105b; 105c), the delivery arrangement comprising a connector having a connecting element and a latching mechanism ; - a patient set assembly in fluid communication with said delivery arrangement , said patient set assembly comprising a peristaltic pump component and at least one delivery tube for delivering the pressurized fluid to the patient, said peristaltic pump component having a connecting element for fluidically engaging the connecting element of the connector of the delivery arrangement at a port of the pressurizing unit , characterized in that said latching mechanism comprises an elongated flap integral with a body portion of said connector , and said latching mechanism engages said corresponding port of the pressurizing unit . - at least one supply station (105a; 105b; 105c) for supplying a fluid to be injected into a patient's vasculature; - a pressurizing unit comprising a motor for pressurizing the fluid received from said at least one supply station (105a; 105b; 105c); - a delivery arrangement in fluid communication with said at least one supply station (105a; 105b; 105c), the delivery arrangement comprising a connector having a connecting element and a latching mechanism ; - a patient set assembly in fluid communication with said delivery arrangement , said patient set assembly comprising a peristaltic pump component and at least one delivery tube for delivering the pressurized fluid to the patient, said peristaltic pump component having a connecting element for fluidically engaging the connecting element of the connector of the delivery arrangement at a port of the pressurizing unit ,