mhurhangee/ep-ind-claims huggingface dataset:
An assembly for recycling contaminated, in particular asbestos-containing, metal scrap comprising a furnace body, a melting furnace which is tiltably arranged therein and which comprises a casting device for casting a molten metal produced in the melting furnace into a ladle, and a hood-like housing which is arranged on the deck of the tiltable melting furnace and which surrounds and covers the upper melting furnace opening and comprises at least one door (1.1, 1.2) and a channel-like flue gas exhaust system which extends out of the hood-like housing in a gas-tight manner and is designed such that it follows all tilting movements of the melting furnace, wherein the channel-like flue gas exhaust system comprises a gas discharge channel fastened on the deck of the melting furnace as well as an end channel, wherein the gas discharge channel and the end channel are not connected to one another and wherein the end channel has its own, preferably hydraulic, drive by means of which the end channel can be moved synchronously with the melting furnace movement, such that the flue gas openings of the gas discharge channel and end channel always overlap, and an electronic control circuit is provided for the drive which causes the end channel to always follow the movement of the gas discharge channel.
Seeker for a guided missile with a detector and optics for imaging an object scene on the detector, which has primary optics, an optical joint for pivoting the primary optics relative to a longitudinal axis of the guided missile and detector optics, wherein the detector optics are achromatically corrected optics for at least two infrared spectral ranges (56, 58) with two lenses of different materials, wherein one of the two lenses of different materials is made of silicon and the other of the two lenses of different materials is made of gallium arsenide.
Intermediate housing floor for a fluid kinetic machine, having a part joint, at which the intermediate housing floor (13, 14) can be divided during the mounting into and/or dismantling from the fluid kinetic machine, and which part joint is formed by at least two part joint faces (20, 21) which overlap one another on mutually facing sections (17, 18) of the intermediate housing floor (13, 14), characterized in that a recess (22, 30) is provided in the region of the overlap in at least the one part joint face (20, 21), in which recess (22, 30) a coating (23, 31) is accommodated which protrudes from the one part joint face (20, 21) as a projection in the dismantled state of the intermediate housing floor (13, 14), in which state the intermediate housing floor (13, 14) is divided at the part joint, with the result that, in the mounted state of the intermediate housing floor (13, 14), the coating (22, 30) bears against the other part joint face (20, 21) which faces the one part joint face (20, 21), as a result of which the part joint is sealed, the one recess being provided in the one part joint face in the region of the overlap and the other recess being provided in the other part joint face, in which recesses (22, 30) in each case one of the coatings (23, 30) is accommodated, the coatings (23, 30) being arranged so as to overlap one another.
A slider for a slide fastener of the type used to slide along a pair of rows of teeth (2a, 2b) engageable to each other, wherein each row of teeth is supported by corresponding stringer tapes (3a, 3b) or flexible bands acting as stringer tapes (3a, 3b) for said teeth, being said stringer tapes (3a, 3b) typically attached to a longitudinal opening of any kind of garment or article, either by means of seams, adhesives or the like in order to obtain the longitudinal closure or opening of said opening, the slider comprising a left portion including a pair of left guide tabs vertically separated from each other by a gap (s) for the passage of said stringer tape of said teeth, a right portion including a pair of right guide tabs vertically separated from each other by a gap (s) for the passage of said stringer tape of said teeth, and separating means for disengage said rows of teeth, said left portion and said right portion are connectable to each other through a means of engagement (10 and 13) so that said guide tabs (4a,4b) of said left portion and said right portion can come horizontally closer or farther, thus adopting different horizontal approaching distances (h) therebetween, wherein said slider is characterized in that a locking means allows to fix a particular horizontal approaching distance (h) existing between said left and right guide tabs (4a, 4b), and wherein each of said left and right guide tabs (4a, 4b) has in their contact end with said teeth a thickness that is equal or less than a separation gap (s) between consecutive teeth of the same stringer tape (3a, 3b).
A channel measurement method, comprising: Obtaining, by user equipment, UE, a second reference signal resource mapping diagram of K2 second reference signal resource mapping diagrams, and obtaining a reference signal according to the second reference signal resource mapping diagram; and Performing, by the UE, channel measurement according to the reference signal to determine channel state information, and feeding back the channel state information to a base station, wherein the second reference signal resource mapping diagram is a location to which a time-frequency resource of the reference signal is mapped, wherein the second reference signal resource mapping diagram of the K2 second reference resource mapping diagrams comprises time-frequency resources of at least two of K1 first reference signal resource mapping diagrams, wherein K2 is a quantity of the second reference signal resource mapping diagrams, K1 is a quantity of the first reference signal resource mapping diagrams, and K1 and K2 are integers greater than or equal to 1; and each of the first reference signal resource mapping diagram is a Y-port reference signal resource mapping diagram, the second reference signal resource mapping diagram is an X-port reference signal resource mapping diagram, wherein Y is an integer less than or equal to 8 and satisfying 2 n and X is an integer greater than 8, or wherein Y is an integer less than or equal to 8 and satisfying 2 n and X is an integer less than 8 not satisfying 2 n. Obtaining, by user equipment, UE, a second reference signal resource mapping diagram of K2 second reference signal resource mapping diagrams, and obtaining a reference signal according to the second reference signal resource mapping diagram; and Performing, by the UE, channel measurement according to the reference signal to determine channel state information, and feeding back the channel state information to a base station, wherein the second reference signal resource mapping diagram is a location to which a time-frequency resource of the reference signal is mapped, wherein the second reference signal resource mapping diagram of the K2 second reference resource mapping diagrams comprises time-frequency resources of at least two of K1 first reference signal resource mapping diagrams, wherein K2 is a quantity of the second reference signal resource mapping diagrams, K1 is a quantity of the first reference signal resource mapping diagrams, and K1 and K2 are integers greater than or equal to 1; and each of the first reference signal resource mapping diagram is a Y-port reference signal resource mapping diagram, the second reference signal resource mapping diagram is an X-port reference signal resource mapping diagram, wherein Y is an integer less than or equal to 8 and satisfying 2 n and X is an integer greater than 8, or wherein Y is an integer less than or equal to 8 and satisfying 2 n and X is an integer less than 8 not satisfying 2 n.
A method for searching for an interrupted device, which is applicable to an external USB slave device, the method comprising: connecting to a master device through a connection device; receiving task process information sent by the master device, wherein the task process information comprises: recorded task process information that is recorded when the master device and the slave device is executing a task; in response to an interruption of receiving the task process information sent by the master device, determining that the slave device is an interrupted slave device according to the interrupted task process information; and re-enumerating, by the interrupted slave device or by an external device, the interrupted slave device to restore a connection between the interrupted slave device and the master device. connecting to a master device through a connection device; receiving task process information sent by the master device, wherein the task process information comprises: recorded task process information that is recorded when the master device and the slave device is executing a task; in response to an interruption of receiving the task process information sent by the master device, determining that the slave device is an interrupted slave device according to the interrupted task process information; and re-enumerating, by the interrupted slave device or by an external device, the interrupted slave device to restore a connection between the interrupted slave device and the master device.
A storage control device comprising: a first enclosure including a first controller controlling data communications to and from a host and a plurality of first disk drives; and a second enclosure connected to the first enclosure and including a plurality of second storage devices; wherein the first controller is arranged to shift a second storage device, of the second storage devices included in the second enclosure, which has not been accessed for a predetermined time or more to a storage device power conservation mode that suppresses power consumption; wherein the first enclosure is configured to hold system constitution information for managing the power supply state of each second storage device included in the second enclosure; and wherein the first controller is arranged to detect the power supply state of all the second storage devices by referring to the system constitution information, and when the first controller detects from the system constitution information that the power supply state of all the second storage devices included in the second enclosure is in the storage device power conservation mode, the first controller is arranged to control to shift the second enclosure to an enclosure power conservation mode. a first enclosure including a first controller controlling data communications to and from a host and a plurality of first disk drives; and a second enclosure connected to the first enclosure and including a plurality of second storage devices; wherein the first controller is arranged to shift a second storage device, of the second storage devices included in the second enclosure, which has not been accessed for a predetermined time or more to a storage device power conservation mode that suppresses power consumption; wherein the first enclosure is configured to hold system constitution information for managing the power supply state of each second storage device included in the second enclosure; and wherein the first controller is arranged to detect the power supply state of all the second storage devices by referring to the system constitution information, and when the first controller detects from the system constitution information that the power supply state of all the second storage devices included in the second enclosure is in the storage device power conservation mode, the first controller is arranged to control to shift the second enclosure to an enclosure power conservation mode.
Coupling device designed for transmitting a torque between an output shaft and an input shaft belonging to a home automation equipment for closing, solar protection or projection, such as an output shaft of an electric motor and an input shaft of a reducing gear of an actuator for driving a screen or a leaf, this coupling device including: - a first member which is rotatably secured, or suitable for being rotatably secured, to the output shaft, and which is provided with at least one longitudinal outer groove, and - a second member which is rotatably secured, or suitable for being rotatably secured, to the input shaft, and which is provided with at least one longitudinal outer groove and - an element for rotatably coupling the first and second members together, which has, on at least one surface (2031; 2039A, 2039B) thereof, at least two series (S1, S2) of lugs projecting from said surface, wherein the lugs are inserted into the longitudinal outer groove of the first member and the longitudinal outer groove of the second member, respectively, characterized in that each lug comprises a head with a spherical section which projects from the surface (2031; 2039B) of the coupling element. - a first member which is rotatably secured, or suitable for being rotatably secured, to the output shaft, and which is provided with at least one longitudinal outer groove, and - a second member which is rotatably secured, or suitable for being rotatably secured, to the input shaft, and which is provided with at least one longitudinal outer groove and - an element for rotatably coupling the first and second members together, which has, on at least one surface (2031; 2039A, 2039B) thereof, at least two series (S1, S2) of lugs projecting from said surface, wherein the lugs are inserted into the longitudinal outer groove of the first member and the longitudinal outer groove of the second member, respectively,
Switch cabinet key with a central base body, from which a plurality of key arms (3, 4, 5, 6) project radially, at the radially outer ends of which tool heads are formed, wherein at least one tool head comprises a double bit having a cylindrical base body with a cylindrical lateral surface which extends along a key arm longitudinal axis of the key arm and encloses the latter, from which two bits (312, 313) extend radially outwards diametrically opposite to one another, each of which comprises a bit engagement surface arranged distally on the key arm and two bit flanks (3122, 3123) extending proximally from this bit engagement surface, as well as a bit outer surface delimiting these bit flanks (3122, 3123) radially on the outside, CHARACTERIZED IN THAT the double bit (312, 313) further comprises an internal stabilizing flange extending proximally parallel offset from the key arm tool plane of the key arm and substantially transverse to the longitudinal axis of the key arm.
A device for drying a root canal, comprising a cannula for injecting a gas stream into the root canal, a handpiece for holding the cannula, characterized in that the handpiece has a safety valve to prevent the gas pressure in the cannula from increasing above a predefined threshold level.
A method for breaking static friction between a goods-carrying sheet and a floor surface, comprising the steps of: jolting a first segment of said goods-carrying sheet upwardly and simultaneously applying a tension in said first segment in said goods-carrying sheet; supporting said goods-carrying sheet with cables and causing said cables and said good-carrying sheet to elongate within elastic limits of said cables and said goods-carrying sheet, being characterized in the additional step of transmitting a vibration shock (120,122) along said goods-carrying sheet from said first segment.
A modular applicator to be inserted into a cavity of a patient for enabling a brachytherapy treatment, comprising a central element (3, 94) for defining an axis for a dose delivery pattern and one or more peripheral elements for contributing to the dose delivery pattern, wherein at least one of the one or more peripheral elements comprises a substantially tubular source guide for guiding a radioactive source with a proximal connection to a brachytherapy delivery device, wherein the central element (3, 94) is adapted with a slidable fixation mechanism comprising a core (4, 91) having one or more suitably formed surfaces for enabling attachment of the peripheral elements, the surfaces having the shape of a guide (4a, 4b) arranged to cooperate with a mating guide of the peripheral element, such that the peripheral element may be slid on the core (4, 91), for slidably affixing the said peripheral elements to said core (4, 91), characterized in that the surfaces having the shape of a guide (4a, 4b) provide a non-alterable pre-defined orientation between the guide (4a, 4b) and the mating guide for mounting the peripheral elements, to prevent a rotational displacement of the peripheral elements attached to the core with respect to the central element.
A method of manufacturing a model car body, comprising preparing a steel mold comprising a core plate with an inner core, a top plate and at least two side plates; attaching at least one pre-fabricated plastic block to a side of the inner core of the core plate; combining the core plate, the top plate and the at least two side plates with each other, wherein a cavity is formed among the top plate, the side plates, the inner core of the core plate and the at least one pre-fabricated plastic block; injecting melted plastic material into the cavity, wherein the melted plastic material is filled with the cavity and the at least one pre-fabricated plastic block is encased by the melted plastic material; solidifying the melted plastic so as to form the model car body, wherein the at least one pre-fabricated plastic block is integrated with the plastic model car body; separating the core plate, the top plate and the at least two side plates from each other; and releasing the model car body with the at least one pre-fabricated plastic block from the mold.
A work vehicle configured to travel in a travel direction across a ground surface, the work vehicle comprising: a frame; a row unit (119; 121,123,125) that is attached to the frame, the row unit including a gauge wheel and a ground engaging implement, the gauge wheel configured to ride on the ground surface and maintain the ground engaging implement at a predetermined vertical position with respect to the ground surface; and a ground support unit that supports the frame for movement across the ground surface, the ground support unit including an outer face, the outer face characterised by including a non-treaded side area (242, 244) that defines a lateral side of the outer face, the outer face including a tread area that is spaced laterally from the lateral edge, the tread area including a plurality of projections, the non-treaded side area aligned along the travel direction with respect to the gauge wheel. a frame; a row unit (119; 121,123,125) that is attached to the frame, the row unit including a gauge wheel and a ground engaging implement, the gauge wheel configured to ride on the ground surface and maintain the ground engaging implement at a predetermined vertical position with respect to the ground surface; and a ground support unit that supports the frame for movement across the ground surface, the ground support unit including an outer face, the outer face characterised by including a non-treaded side area (242, 244) that defines a lateral side of the outer face, the outer face including a tread area that is spaced laterally from the lateral edge, the tread area including a plurality of projections, the non-treaded side area aligned along the travel direction with respect to the gauge wheel.
A rotary compressor comprising: a shaft that extends along an axis (Ac); a disk-shaped rotor that is fixed to the shaft and centered on the axis (Ac); a pair of stators (3, 3A, 3B) that faces the rotor from both sides in a direction of the axis (Ac), and includes each a disk-shaped back yoke (31A, 31B) centered on the axis (Ac), teeth (32A, 32B) protruding from the back yoke (31A, 31B), and a coil (33A,33B) wound around the teeth (32A, 32B); a pair of cylinders that abuts on the stator (3, 3A, 3B) from the direction of the axis (Ac) and has an annular shape centered on the axis(Ac); rotary pistons (12, 12A, 12B) that rotate eccentrically with the shaft; a pair of end plates (5, 5A, 5B) that forms respective compression chambers (C1, C2) for accommodating the rotary pistons (12, 12A, 12B); and a pair of bearings (6, 6A, 6B) that is provided on at least one of the end plate (5, 5A, 5B) and the back yoke (31A, 31B), characterized in that each compression chamber (C1,C2) is formed by one of the end plates (5, 5A, 5B) and one of the back yokes (31A, 31B) that is a portion of a stator (3, 3A, 3B), each cylinder (4, 4A, 4B) is sandwiched by the end plate (5, 5A, 5B) and the stator (3, 3A, 3B) from the direction of the axis (Ac). a shaft that extends along an axis (Ac); a disk-shaped rotor that is fixed to the shaft and centered on the axis (Ac); a pair of stators (3, 3A, 3B) that faces the rotor from both sides in a direction of the axis (Ac), and includes each a disk-shaped back yoke (31A, 31B) centered on the axis (Ac), teeth (32A, 32B) protruding from the back yoke (31A, 31B), and a coil (33A,33B) wound around the teeth (32A, 32B); a pair of cylinders that abuts on the stator (3, 3A, 3B) from the direction of the axis (Ac) and has an annular shape centered on the axis(Ac); rotary pistons (12, 12A, 12B) that rotate eccentrically with the shaft; a pair of end plates (5, 5A, 5B) that forms respective compression chambers (C1, C2) for accommodating the rotary pistons (12, 12A, 12B); and a pair of bearings (6, 6A, 6B) that is provided on at least one of the end plate (5, 5A, 5B) and the back yoke (31A, 31B), characterized in that each compression chamber (C1,C2) is formed by one of the end plates (5, 5A, 5B) and one of the back yokes (31A, 31B) that is a portion of a stator (3, 3A, 3B), each cylinder (4, 4A, 4B) is sandwiched by the end plate (5, 5A, 5B) and the stator (3, 3A, 3B) from the direction of the axis (Ac).
Method for controlling an output torque of an automated transmission which is coupled to an internal combustion engine and has a transmission control unit, wherein the internal combustion engine has an exhaust gas turbocharger and an air blower device for blowing air into an intake line, having the following method steps: (i) reception of a torque request by the transmission control unit; (ii) generation of an air blowing-in signal by the transmission control unit on the basis of the torque request and current operating parameters of the internal combustion engine and of the automated transmission; and (iii) control of the output torque by activating the air blower device on the basis of the air blowing-in signal in order to blow air into the intake line of the internal combustion engine for a definable time period, wherein in the event of a torque request to increase the torque when the output torque is being controlled, a shifting process of the automated transmission to a relatively high transmission ratio occurs after the activation of the air blower device has ended, or said shifting process does not occur, and that in the event of a torque request to increase the torque when the output torque is being controlled, a shifting process of the automated transmission to a relatively high transmission ratio occurs together with the activation, or during the activation, of the air blower device, and that in the event of a torque request to decrease the torque when the output torque is being controlled, a shifting process of the automated transmission to at least one relatively low transmission ratio occurs after the activation of the air blower device has ended, wherein the air blowing-in signal is generated for a definable time period during a double declutching process with opening of the throttle. (i) reception of a torque request by the transmission control unit; (ii) generation of an air blowing-in signal by the transmission control unit on the basis of the torque request and current operating parameters of the internal combustion engine and of the automated transmission; and (iii) control of the output torque by activating the air blower device on the basis of the air blowing-in signal in order to blow air into the intake line of the internal combustion engine for a definable time period,