mhurhangee/ep-ind-claims huggingface dataset:
A waste melting furnace for drying, thermally decomposing, and melting waste, the furnace comprising: a cylindrical main part extending vertically so as to form a space for containing the waste and guide the waste from upside to downside; a melt reservoir part, joined to a lower end portion of the main part along a center axis of the main part, for retaining melt generated from the waste; and a gas induction part, joined to an upper end portion of the main part along the center axis of the main part, for collecting a gas generated from the waste and guiding the collected gas to an exhaust port; wherein an opening part for introducing the waste and carbon-based combustible material into the waste melting furnace is constituted at an upper end portion of the gas induction part; wherein the melt reservoir part has a bottom part for forming a bed of the carbon-based combustible material; wherein the main part has a taper part having an inner cross-sectional area gradually decreasing to the downside; wherein the taper part vertically occupies the whole height of the main part or the largest height in all of parts constituting the main part, so that the ratio of the height of the taper part with respect to the total height of the main part is 50% or more; and wherein an inner face of the taper part forms an angle of inclination exceeding 75° but less than 90° with a horizontal plane. a cylindrical main part extending vertically so as to form a space for containing the waste and guide the waste from upside to downside; a melt reservoir part, joined to a lower end portion of the main part along a center axis of the main part, for retaining melt generated from the waste; and a gas induction part, joined to an upper end portion of the main part along the center axis of the main part, for collecting a gas generated from the waste and guiding the collected gas to an exhaust port; wherein an opening part for introducing the waste and carbon-based combustible material into the waste melting furnace is constituted at an upper end portion of the gas induction part; wherein the melt reservoir part has a bottom part for forming a bed of the carbon-based combustible material; wherein the main part has a taper part having an inner cross-sectional area gradually decreasing to the downside; wherein the taper part vertically occupies the whole height of the main part or the largest height in all of parts constituting the main part, so that the ratio of the height of the taper part with respect to the total height of the main part is 50% or more; and wherein an inner face of the taper part forms an angle of inclination exceeding 75° but less than 90° with a horizontal plane.
Assembly comprising: - at least one delivering tap; - a connector adapted to be operatively coupled with said delivering tap wherein said connector comprises, in combination: - at least one pouring element adapted to connect to a tube that takes liquid from the tap to a dispensing device; - at least one valve, adapted to perform static and dynamic sealing inside the connector and housed inside said pouring element; - a body, adapted to contain the tap and to be operatively coupled with the pouring element; - at least one small blocking plug, adapted to engage said tap in an open and continuous delivery position of said tap, said small blocking plug being operatively coupled with a metallic spring, said spring being adapted to make the small plug go back to its opening position when the connector does not work together with said tap, characterised in that: - said connector comprises at least one lever, adapted to be operatively connected to said body and to open said tap through a rotation around a fulcrum obtained on said body; - the shape of the spring is flexible in order to insert it into and fasten it to said lever, and in that - the small blocking plug is operatively connected to said lever. - at least one delivering tap; - a connector adapted to be operatively coupled with said delivering tap wherein said connector comprises, in combination: - at least one pouring element adapted to connect to a tube that takes liquid from the tap to a dispensing device; - at least one valve, adapted to perform static and dynamic sealing inside the connector and housed inside said pouring element; - a body, adapted to contain the tap and to be operatively coupled with the pouring element; - at least one small blocking plug, adapted to engage said tap in an open and continuous delivery position of said tap, said small blocking plug being operatively coupled with a metallic spring, said spring being adapted to make the small plug go back to its opening position when the connector does not work together with said tap, characterised in that: - said connector comprises at least one lever, adapted to be operatively connected to said body and to open said tap through a rotation around a fulcrum obtained on said body; - the shape of the spring is flexible in order to insert it into and fasten it to said lever, and in that - the small blocking plug is operatively connected to said lever.
Actuator module for locking an electric connection, such as a charge inlet, in particular of e-mobility vehicles, the actuator module comprising a locking member which is movable from an unlocked position to a locked position along a direction of movement, a drive unit for moving the locking member from the unlocked to the locked position, and a position detection unit for determining the position of the locking member, characterized in that the position detection unit comprises at least two optical sensors wherein the at least two optical sensors each contain at least one light barrier with a detection zone, for detecting an object in the detection zone of the corresponding optical sensor, the actuator module further comprising a trigger member, the trigger member being located in the detection zones of the at least two optical sensors in one of the unlocked position and the locked position of the locking member.
A focus assembly for a camera, the focus assembly comprising: a base portion for securing the focus assembly to the camera; a rotatable focus member adjoining the base portion; an indicator element; and at least one engagement member coupled to the indicator element and engaging the rotatable focus member; wherein the engagement member engages the rotatable focus member with its outer diameter and is coupled to the indicator element with its inner diameter, characterized in that the at least one engagement member comprises an O-ring, and wherein rotating the rotatable focus member causes the O-ring and the indicator element to rotate due to rolling resistance between the rotatable focus member and the O-ring. a base portion for securing the focus assembly to the camera; a rotatable focus member adjoining the base portion; an indicator element; and at least one engagement member coupled to the indicator element and engaging the rotatable focus member; wherein the engagement member engages the rotatable focus member with its outer diameter and is coupled to the indicator element with its inner diameter, characterized in that the at least one engagement member comprises an O-ring, and wherein rotating the rotatable focus member causes the O-ring and the indicator element to rotate due to rolling resistance between the rotatable focus member and the O-ring.
A medical device for shutting off an anatomical channel, comprising - a band part which can be placed around the body tissue surrounding the anatomical channel and which can be closed to form a ring that encloses a through-opening for the body tissue, and which has a hollow chamber constituting a part of a working fluid receiving space of the device for receiving working fluid, and - a pump unit which serves to convey the working fluid, wherein the through-opening can be made smaller by introducing the working fluid into the hollow chamber, and - a storage container with a flexible wall delimiting a storage chamber, wherein, in order to apply an additional force to the body tissue guided through the through-opening, the volume of the storage chamber can be made smaller by increasing an ambient pressure acting on the storage container, and the storage chamber forms a part of an auxiliary fluid receiving space of the device for receiving an auxiliary fluid separate from the working fluid, and the auxiliary fluid receiving space moreover comprises an expansion chamber of an expansion body of the device, wherein the expansion chamber can be filled with the auxiliary fluid in order to apply the additional force characterized in that the wall of the storage container is designed to be at least substantially non-extensible. - a band part which can be placed around the body tissue surrounding the anatomical channel and which can be closed to form a ring that encloses a through-opening for the body tissue, and which has a hollow chamber constituting a part of a working fluid receiving space of the device for receiving working fluid, and - a pump unit which serves to convey the working fluid, wherein the through-opening can be made smaller by introducing the working fluid into the hollow chamber, and - a storage container with a flexible wall delimiting a storage chamber, wherein, in order to apply an additional force to the body tissue guided through the through-opening, the volume of the storage chamber can be made smaller by increasing an ambient pressure acting on the storage container, and the storage chamber forms a part of an auxiliary fluid receiving space of the device for receiving an auxiliary fluid separate from the working fluid, and the auxiliary fluid receiving space moreover comprises an expansion chamber of an expansion body of the device, wherein the expansion chamber can be filled with the auxiliary fluid in order to apply the additional force characterized in that the wall of the storage container is designed to be at least substantially non-extensible.
A shrink ring formed of a clamping band the ends (11, 12) of which engage one another in puzzle-like fashion for closing the shrink ring, wherein one band end carries a tongue projecting in the longitudinal direction of the band and having arms (15... 17) extending transversely to the longitudinal direction of the band, and the other band end is formed complementarily thereto, characterised in that, on at least one arm (15, 16), the transverse edge (20, 21) which extends transversely to the longitudinal direction of the band and faces the free end of the tongue has a straight middle part, a convex part deviating form the straight central part at its outer end, and a concave part deviating form the straight middle part at its inner end.
A method of wireless communication performed by a user equipment, UE, comprising: receiving (415, 610) a configuration from a base station that indicates whether to use a first channel quality indicator, CQI, table from a first set of CQI tables associated with terrestrial network communications or whether to use a second CQI table from a second set of CQI tables associated with non-terrestrial network communications, wherein the configuration is based at least in part on at least one of a quality of service requirement for a data communication associated with the CQI feedback or a hybrid automatic repeat request, HARQ, configuration for the UE; and transmitting (425, 620) CQI feedback to the base station based at least in part on the configuration, wherein the CQI feedback is transmitted using the first CQI table when the configuration indicates that the first CQI table is to be used or is transmitted using the second CQI table when the configuration indicates that the second CQI table is to be used. receiving (415, 610) a configuration from a base station that indicates whether to use a first channel quality indicator, CQI, table from a first set of CQI tables associated with terrestrial network communications or whether to use a second CQI table from a second set of CQI tables associated with non-terrestrial network communications, wherein the configuration is based at least in part on at least one of a quality of service requirement for a data communication associated with the CQI feedback or a hybrid automatic repeat request, HARQ, configuration for the UE; and transmitting (425, 620) CQI feedback to the base station based at least in part on the configuration, wherein the CQI feedback is transmitted using the first CQI table when the configuration indicates that the first CQI table is to be used or is transmitted using the second CQI table when the configuration indicates that the second CQI table is to be used.
A rotational angle sensor comprising: an annular rotary plate being made of metal; and a printed circuit board in which a primary coil supplied with high-frequency current and a secondary coil group outputting induced current to a detection IC detecting the induced current are arranged in such a way that loops of the primary coil and the secondary coil group are along a surface of the printed circuit board, wherein the rotary plate includes a target portion having variable dimension in the radial direction of the rotary plate between a minimal dimension and a maximal dimension, wherein the radial dimension varies with a rotational angle of the rotary plate in a sine-wave shape, the primary coil is arranged in such a way as to partially overlap with the target portion in a plan view of the printed circuit board, and is formed in a circular-arc shape spanning between two angular ends in the rotational direction of the rotary plate, the secondary coil group includes 4n, n being a natural number, secondary coils arranged in pairs in line along the rotational direction, inside the loops of the primary coil, and a number of turns of each secondary coil in a pair is equal, and a first pair (22, 23) of coils with a greater number of turns is arranged along the rotational direction within a second pair (21, 24) of coils having a smaller number of turns. an annular rotary plate being made of metal; and a printed circuit board in which a primary coil supplied with high-frequency current and a secondary coil group outputting induced current to a detection IC detecting the induced current are arranged in such a way that loops of the primary coil and the secondary coil group are along a surface of the printed circuit board, wherein the rotary plate includes a target portion having variable dimension in the radial direction of the rotary plate between a minimal dimension and a maximal dimension, wherein the radial dimension varies with a rotational angle of the rotary plate in a sine-wave shape, the primary coil is arranged in such a way as to partially overlap with the target portion in a plan view of the printed circuit board, and is formed in a circular-arc shape spanning between two angular ends in the rotational direction of the rotary plate, the secondary coil group includes 4n, n being a natural number, secondary coils arranged in pairs in line along the rotational direction, inside the loops of the primary coil, and a number of turns of each secondary coil in a pair is equal, and a first pair (22, 23) of coils with a greater number of turns is arranged along the rotational direction within a second pair (21, 24) of coils having a smaller number of turns.
A method comprising: triggering, by a gateway device and at a first time, a capture of a first waveform from a first intelligent electronic device associated with a first asset in a power system; transmitting, by the gateway device, the waveform to a remote device; extracting fault features from the first waveform corresponding to different failure modes associated with the asset of the power system; determining, based on the features extracted from first waveform, that a fault of a first fault mode has occurred in the asset; and providing an alert that the fault has been identified, wherein the alert initiates or facilitates a control action in the power system, creating a first cluster of asset including the first asset and a second asset; triggering, by the gateway device, a capture of a second waveform from a second IED associated with the second asset in the power system; sending, by the gateway device and to the remote device, the second waveform; and establishing an operational baseline for the first cluster of asset based on the first waveform and the second waveform; wherein establishing the operational baseline for the first cluster further comprises establishing an operational baseline for a first data bin (402, 403, 404) comprising a first range of operating conditions for the first cluster, and wherein the method further comprises establishing a second operational baseline for the first cluster for a second data bin (402, 403, 404) comprising a second range of operating conditions for the first cluster. triggering, by a gateway device and at a first time, a capture of a first waveform from a first intelligent electronic device associated with a first asset in a power system; transmitting, by the gateway device, the waveform to a remote device; extracting fault features from the first waveform corresponding to different failure modes associated with the asset of the power system; determining, based on the features extracted from first waveform, that a fault of a first fault mode has occurred in the asset; and providing an alert that the fault has been identified, wherein the alert initiates or facilitates a control action in the power system, creating a first cluster of asset including the first asset and a second asset; triggering, by the gateway device, a capture of a second waveform from a second IED associated with the second asset in the power system; sending, by the gateway device and to the remote device, the second waveform; and establishing an operational baseline for the first cluster of asset based on the first waveform and the second waveform; wherein establishing the operational baseline for the first cluster further comprises establishing an operational baseline for a first data bin (402, 403, 404) comprising a first range of operating conditions for the first cluster, and wherein the method further comprises establishing a second operational baseline for the first cluster for a second data bin (402, 403, 404) comprising a second range of operating conditions for the first cluster.
Fire alarm system having a plurality of fire alarms, having a fire alarm centre, wherein the fire alarms and the fire alarm centre form a first area, and wherein the fire alarm centre is connected to the fire alarms via a first network, with the result that fire alarm data (B, B') can be transmitted from the fire alarms to the fire alarm centre, wherein the first network is designed as a digital field bus system with realtime capability in such a manner that there is a reaction to a fire detected by a fire alarm within less than 10 seconds, wherein the fire alarms and/or the fire alarm centre is/are designed to output a fire alarm, having a monitoring centre for monitoring an installation and/or maintenance state of the fire alarms and/or of the fire alarm centre, wherein the monitoring centre is connected to the fire alarm centre via a second network, wherein a second area formed by the monitoring centre and the second network is designed in such a manner that there is a reaction to a discovered critical installation and/or maintenance state of the fire alarms and/or of the fire alarm centre later than 15 minutes after detection, at least in individual cases. having a plurality of fire alarms, having a fire alarm centre, wherein the fire alarms and the fire alarm centre form a first area, and wherein the fire alarm centre is connected to the fire alarms via a first network, with the result that fire alarm data (B, B') can be transmitted from the fire alarms to the fire alarm centre, wherein the first network is designed as a digital field bus system with realtime capability in such a manner that there is a reaction to a fire detected by a fire alarm within less than 10 seconds, wherein the fire alarms and/or the fire alarm centre is/are designed to output a fire alarm, having a monitoring centre for monitoring an installation and/or maintenance state of the fire alarms and/or of the fire alarm centre, wherein the monitoring centre is connected to the fire alarm centre via a second network, wherein a second area formed by the monitoring centre and the second network is designed in such a manner that there is a reaction to a discovered critical installation and/or maintenance state of the fire alarms and/or of the fire alarm centre later than 15 minutes after detection, at least in individual cases.
A harvester for broccoli which is movable along a plant row of broccoli, said broccoli comprising a stem rising up from the ground and a head on top of the stem, and said harvester comprising a first wheel and a second wheel, which wheels are cooperating and are generally horizontally oriented with reference to the ground from which the broccoli is standing up and from which the broccoli is to be harvested, wherein said first and second wheels (2, 3) are each rotatable around a vertical axis (4, 5), and said first and second wheels define a path for the stems of the broccoli to pass through at least in part, wherein the first and second wheels (2, 3) are arranged on different altitudes with reference to the ground so that the first and second wheels (2, 3) partly overlap, and that each of the first and second wheels (2, 3) comprises fingers (6, 7) protruding away from the vertical axis (4, 5) of the wheels (2, 3) so that the fingers of the first wheel that during rotation of the first wheel point towards the second wheel and the fingers of the second wheel that during rotation of the second wheel point towards the first wheel completely cross the path defined by the first and second wheels (2, 3) so as to provide a restriction for the stems of the broccoli at least partially passing said path, characterized in that the respective fingers (6, 7) of the first and second wheels (2, 3) are arcuate shaped, such that the fingers (6, 7) are bent and have their pointy extremity (6', 7') which is pointing away from the vertical axis (4, 5) directed forwards and leading in the respective directions (B, C) of rotation of the first and second wheels (2, 3).
A non-therapeutic method of producing a dental restoration, comprising the steps of: - determining a first spatial region of the dental restoration that is subject to a higher mechanical load than a second spatial region of the dental restoration; and - producing the dental restoration in the first spatial region with a different production material than in the second spatial region; characterized in that the production material in the first spatial region is doped differently than in the second spatial region. - determining a first spatial region of the dental restoration that is subject to a higher mechanical load than a second spatial region of the dental restoration; and - producing the dental restoration in the first spatial region with a different production material than in the second spatial region; characterized in that the production material in the first spatial region is doped differently than in the second spatial region.