mhurhangee/ep-ind-claims huggingface dataset:
House mail box comprising a cuboid housing which has a mail receiving space accessible via a removal opening and which is delimited by a rear wall, two side walls, a lower wall, and an upper wall which is provided with an insertion slot, and comprising a closure flap which is hinged in the region of a front edge of the lower wall and is pivotable there, to a limited extent, about a horizontal axis between a closed position which closes the removal opening and an open position in which said flap is directed obliquely forwards and upwards, the lower edge of the closure flap projecting downwards beyond the lower wall and said closure flap having a bent portion which engages the lower wall from below in part and strikes against the lower wall in the open position of the closure flap, the closure flap having a lock which can be locked to the housing in the closed position of the flap, the lock being arranged close to the upper edge of the closure flap, and an insertion cover being hinged to the upper wall, which cover is pivotable, to a limited extent, between a closed position which closes the insertion slot and an open position, characterized in that a damping member is arranged between the housing and the closure flap, which member decelerates the opening movement of the closure flap and thus reduces the striking speed of the bent portion, and in that the insertion cover overlaps the lock in the closed position.
A memory hub, comprising: a link interface receiving memory requests, at least some of the memory requests including a row address; a memory device interface operable to output memory requests and to receive read data responsive to at least some of the memory requests, at least some of the memory requests output by the memory device interface being responsive to memory requests transferred from the link interface to the memory device interface; a row cache memory coupled to the memory device interface for receiving and storing read data received from the memory device interface responsive to at least one of the memory requests being output from the memory device interface; and a sequencer coupled to the link interface and the memory device interface and the row cache memory, the sequencer being operable to transfer memory requests from the link interface to the memory device interface and further being operable to generate and couple to the memory device interface memory requests to read data associated with read data received by the memory device interface responsive to the memory requests transferred from the link interface to the memory device interface to cause data stored in remaining columns of an addressed row to be transferred, the read data received responsive to memory requests from the sequencer being stored in the row cache memory, wherein the sequencer is operable to generate and couple to the memory device interface memory requests to read data only when memory requests are not being transferred from the link interface to the memory device interface by the sequencer. a link interface receiving memory requests, at least some of the memory requests including a row address; a memory device interface operable to output memory requests and to receive read data responsive to at least some of the memory requests, at least some of the memory requests output by the memory device interface being responsive to memory requests transferred from the link interface to the memory device interface; a row cache memory coupled to the memory device interface for receiving and storing read data received from the memory device interface responsive to at least one of the memory requests being output from the memory device interface; and a sequencer coupled to the link interface and the memory device interface and the row cache memory, the sequencer being operable to transfer memory requests from the link interface to the memory device interface and further being operable to generate and couple to the memory device interface memory requests to read data associated with read data received by the memory device interface responsive to the memory requests transferred from the link interface to the memory device interface to cause data stored in remaining columns of an addressed row to be transferred, the read data received responsive to memory requests from the sequencer being stored in the row cache memory, wherein the sequencer is operable to generate and couple to the memory device interface memory requests to read data only when memory requests are not being transferred from the link interface to the memory device interface by the sequencer.
Method for producing a sprayed-concrete accelerator from a mixture a), comprising the mixing of a) at least one aluminium compound selected from an aluminium sulfate and/or an aluminium hydroxysulfate, at least one calcium compound, and optionally water, where, in the mixture a), the molar ratio Ca:Al is in the range from 0.002 to 0.5 and the sprayed-concrete accelerator or, where it is a solid sprayed-concrete accelerator, a mixture of the solid sprayed-concrete accelerator in water has a pH of below 4. a) at least one aluminium compound selected from an aluminium sulfate and/or an aluminium hydroxysulfate, at least one calcium compound, and optionally water,
A press plate comprising: a plate shaped press portion that is capable of resilient deformation; a support body comprising a first wall portion standing from a first edge portion of the press portion further upwards than a press portion plate face, and second wall portions (36A, 36B) extending from both ends of the first wall portion to face each other along second edge portions of the press portion so as to stand up from the second edge portions, and the support body supporting the press portion; characterised by a first slit that is provided to the first wall portion with length direction along the first edge portion, and that penetrates the first wall portion; second slits (42A, 42B) that are provided to the second wall portions (36A, 36B) with length direction along the second edge portions, and that penetrate the second wall portions; and a first corner portion slit (44A, 44B) that is provided straddling a corner portion (38A, 38B) between the first wall portion and the second wall portion and penetrating the corner portion, that is connected to the first slit, and that is disposed at a separation to the second slit (42A, 42B). a plate shaped press portion that is capable of resilient deformation; a support body comprising a first wall portion standing from a first edge portion of the press portion further upwards than a press portion plate face, and second wall portions (36A, 36B) extending from both ends of the first wall portion to face each other along second edge portions of the press portion so as to stand up from the second edge portions, and the support body supporting the press portion; characterised by a first slit that is provided to the first wall portion with length direction along the first edge portion, and that penetrates the first wall portion; second slits (42A, 42B) that are provided to the second wall portions (36A, 36B) with length direction along the second edge portions, and that penetrate the second wall portions; and a first corner portion slit (44A, 44B) that is provided straddling a corner portion (38A, 38B) between the first wall portion and the second wall portion and penetrating the corner portion, that is connected to the first slit, and that is disposed at a separation to the second slit (42A, 42B).
A method of transmitting reference signals in an Orthogonal Frequency Division Multiplexing (OFDM) system for synchronizing with a periodic radio frame comprising a plurality of subframes, wherein each of the subframes comprises a plurality of slots, said method comprising: transmitting a primary synchronization signal in a first subframe of a frame and a second subframe of the frame; transmitting a first secondary synchronization signal in a first slot of the first subframe over a first antenna port; and transmitting a second secondary synchronization signal in a second slot of the first subframe over the first antenna port transmitting a primary synchronization signal in a first subframe of a frame and a second subframe of the frame; transmitting a first secondary synchronization signal in a first slot of the first subframe over a first antenna port; and transmitting a second secondary synchronization signal in a second slot of the first subframe over the first antenna port
A sectional gate with a gate leaf, a door leaf integrated into the gate leaf, a guide rail arrangement designed to guide the movement of the gate leaf between an open position and a closed position, and a bolt arrangement for the integrated door leaf, wherein a bolt device with in each case at least one bolt element that can be adjusted between a bolting position and a release position is assigned to at least two door leaf elements, a common actuation device that can be actuated to adjust the bolt elements is assigned to at least two bolt devices and the actuation device is coupled to the bolt device by a connection device, the connection device having on the bolt device at least two coupling rods assigned to door leaf elements that are consecutive in the direction of the swivel axis, each extending in the direction of the swivel axis, held displaceably in relation to the door leaf elements (10, 20) in the direction of the swivel axis and tiltable with respect to one another in relation to the tilt axis, axial ends that face one another being connected to one another by at least two coupling rods by means of a deformable connection element, characterised in that the connection element is plastically deformable and exhibits an extension of less than 10% when subjected to tensile force of 1000 N and the connection element is in the form of a section of wire cable.
A method for manufacturing a tape wire (10, 30), comprising: - a step of preparing a tape substrate (11, 31); - a step of forming an intermediate thin layer (12, 32) on the tape substrate (11, 31); and - a step of depositing a high-temperature superconducting material on the intermediate thin layer (12, 32) for forming a superconductive layer (13, 33) for attaining a superconducting state at a critical temperature, characterized by - (S40, S50) a machining step of forming at least one portion in which the superconductive layer is not present extending from a one-end portion (13c, 32c) to an other-end portion (13d, 32d), wherein said end portions are ends of the superconducting layer on the intermediate thin layer. - a step of preparing a tape substrate (11, 31); - a step of forming an intermediate thin layer (12, 32) on the tape substrate (11, 31); and - a step of depositing a high-temperature superconducting material on the intermediate thin layer (12, 32) for forming a superconductive layer (13, 33) for attaining a superconducting state at a critical temperature, characterized by - (S40, S50) a machining step of forming at least one portion in which the superconductive layer is not present extending from a one-end portion (13c, 32c) to an other-end portion (13d, 32d), wherein said end portions are ends of the superconducting layer on the intermediate thin layer.
An electronic device in a wireless communication system, comprising: one or more processing circuits (211, 212) configured to: acquire a NACK message indicating failed information transmission between a transmitting end and a receiving end in the wireless communication system and failure cause information indicating a cause of the failed information transmission, wherein the cause of the failed information transmission comprises a link quality cause and a non-link quality cause; and generate spectrum sensing parameter information if it is determined that the cause of the failed information transmission is the non-link quality cause to adjust a spectrum sensing parameter of the transmitting end, so as to increase a probability of successful information transmission between the transmitting end and the receiving end. one or more processing circuits (211, 212) configured to: acquire a NACK message indicating failed information transmission between a transmitting end and a receiving end in the wireless communication system and failure cause information indicating a cause of the failed information transmission, wherein the cause of the failed information transmission comprises a link quality cause and a non-link quality cause; and generate spectrum sensing parameter information if it is determined that the cause of the failed information transmission is the non-link quality cause to adjust a spectrum sensing parameter of the transmitting end, so as to increase a probability of successful information transmission between the transmitting end and the receiving end. acquire a NACK message indicating failed information transmission between a transmitting end and a receiving end in the wireless communication system and failure cause information indicating a cause of the failed information transmission, wherein the cause of the failed information transmission comprises a link quality cause and a non-link quality cause; and generate spectrum sensing parameter information if it is determined that the cause of the failed information transmission is the non-link quality cause to adjust a spectrum sensing parameter of the transmitting end, so as to increase a probability of successful information transmission between the transmitting end and the receiving end.
An electromechanical brake system, comprising: an electromechanical actuator (104A, 104B) comprising a servo motor, a current control electronically coupled to the servo motor; a resolver configured to detect an angular velocity and an angular position of the servo motor; and characterised by a converter configured to convert the angular velocity value into a linear velocity value and the angular position value into a linear position value; and an intelligent observer configured to estimate a load force of the electromechanical actuator based on the linear position and the linear velocity. an electromechanical actuator (104A, 104B) comprising a servo motor, a current control electronically coupled to the servo motor; a resolver configured to detect an angular velocity and an angular position of the servo motor; and characterised by a converter configured to convert the angular velocity value into a linear velocity value and the angular position value into a linear position value; and an intelligent observer configured to estimate a load force of the electromechanical actuator based on the linear position and the linear velocity.
An intermediate cap mounted on an inside of a powder container and to which a mesh is coupled by a coupling ring and a lower cover, the intermediate cap comprising: a cap body provided at one side thereof with a coupling wheel; a coupling ring forcedly fitted around the coupling wheel of the cap body; a mesh fixed between the cap body and the coupling ring; and a lower cover coupled to one side of the cap body while wrapping the coupling ring and the mesh. a cap body provided at one side thereof with a coupling wheel; a coupling ring forcedly fitted around the coupling wheel of the cap body; a mesh fixed between the cap body and the coupling ring; and a lower cover coupled to one side of the cap body while wrapping the coupling ring and the mesh.
A fan for a gas turbine engine, the fan comprising: a first set of fan blades, each fan blade of the first set comprising a root (26, 126, 226) and an axial retention feature (44, 150, 152, 250a, 250b, 250c, 252a, 252b, 252c) provided on the root at a first position; and a second set of fan blades, each fan blade of the second set comprising a root and an axial retention feature (44, 150, 152, 250a, 250b, 250c, 252a, 252b, 252c) provided on the root at a second position wherein one of the first or second positions is provided on a pressure side of the respective fan blade and the other of the second or first position is provided on the suction side of the respective fan blade; characterised in that: the first position is at a different relative chordal position to the second position; and wherein relative to the respective fan blade on which the respective axial retention feature is provided, the first position is different to the second position such that the second set of fan blades is different to the first set of fan blades and the second set of fan blades has a different arrangement of axial retention features to the first set of fan blades. a first set of fan blades, each fan blade of the first set comprising a root (26, 126, 226) and an axial retention feature (44, 150, 152, 250a, 250b, 250c, 252a, 252b, 252c) provided on the root at a first position; and a second set of fan blades, each fan blade of the second set comprising a root and an axial retention feature (44, 150, 152, 250a, 250b, 250c, 252a, 252b, 252c) provided on the root at a second position wherein one of the first or second positions is provided on a pressure side of the respective fan blade and the other of the second or first position is provided on the suction side of the respective fan blade; characterised in that: the first position is at a different relative chordal position to the second position; and wherein relative to the respective fan blade on which the respective axial retention feature is provided, the first position is different to the second position such that the second set of fan blades is different to the first set of fan blades and the second set of fan blades has a different arrangement of axial retention features to the first set of fan blades.
An apparatus comprising: a plurality of first switches coupled to a plurality of first colorless laser transmitters, wherein each of the first switches has an input port, an odd output port, being a output port to which signals of odd wavelength channels are transferred, and an even output port, being a output port to which signals of even wavelength channels are transferred, and each input port of the first switches is connected to a corresponding first colorless laser transmitter; a first odd channel coupler coupled to each odd output port of each first switch; a first even channel coupler coupled to each even output port of each first switch; a plurality of second switches coupled to a plurality of second colorless laser transmitters, wherein each of the second switches has an input port, an odd output port, being a output port to which signals of odd wavelength channels are transferred, and an even output port, being a output port to which signals of even wavelength channels are transferred, and each input port of the second switches is connected to a corresponding second colorless laser transmitter; a second odd channel coupler coupled to each odd output port of each second switch; a second even channel coupler coupled to each even output port of each second switch; a first odd channel combiner coupled to the first odd channel coupler and the second odd channel coupler; a first even channel combiner coupled to the first even channel coupler and the second even channel coupler; and a first interleaver coupled to the first odd channel combiner and the first even channel combiner. a plurality of first switches coupled to a plurality of first colorless laser transmitters, wherein each of the first switches has an input port, an odd output port, being a output port to which signals of odd wavelength channels are transferred, and an even output port, being a output port to which signals of even wavelength channels are transferred, and each input port of the first switches is connected to a corresponding first colorless laser transmitter; a first odd channel coupler coupled to each odd output port of each first switch; a first even channel coupler coupled to each even output port of each first switch; a plurality of second switches coupled to a plurality of second colorless laser transmitters, wherein each of the second switches has an input port, an odd output port, being a output port to which signals of odd wavelength channels are transferred, and an even output port, being a output port to which signals of even wavelength channels are transferred, and each input port of the second switches is connected to a corresponding second colorless laser transmitter; a second odd channel coupler coupled to each odd output port of each second switch; a second even channel coupler coupled to each even output port of each second switch; a first odd channel combiner coupled to the first odd channel coupler and the second odd channel coupler; a first even channel combiner coupled to the first even channel coupler and the second even channel coupler; and a first interleaver coupled to the first odd channel combiner and the first even channel combiner.
A computing device, comprising: a memory; and a processor coupled to the memory, the processor configured to: detect a cue signal; and match the cue signal with a pre-determined cue signal; characterized by: upon successful matching of the cue signal, opening a listening window and accepting incoming broadcasted device identifiers and looking back for ping signals comprising device identifiers, said ping signals received within a predefined time before opening the listening window; and initiating pairing with a second computing device that sent a broadcast device identifier. a memory; and a processor coupled to the memory, the processor configured to: detect a cue signal; and match the cue signal with a pre-determined cue signal; characterized by: upon successful matching of the cue signal, opening a listening window and accepting incoming broadcasted device identifiers and looking back for ping signals comprising device identifiers, said ping signals received within a predefined time before opening the listening window; and initiating pairing with a second computing device that sent a broadcast device identifier. detect a cue signal; and match the cue signal with a pre-determined cue signal; characterized by: upon successful matching of the cue signal, opening a listening window and accepting incoming broadcasted device identifiers and looking back for ping signals comprising device identifiers, said ping signals received within a predefined time before opening the listening window; and initiating pairing with a second computing device that sent a broadcast device identifier. upon successful matching of the cue signal, opening a listening window and accepting incoming broadcasted device identifiers and looking back for ping signals comprising device identifiers, said ping signals received within a predefined time before opening the listening window; and initiating pairing with a second computing device that sent a broadcast device identifier.