mhurhangee/ep-ind-claims huggingface dataset:
A windscreen attachable to a microphone, wherein the microphone comprises a sound collecting part (111 and 114) configured to collect sound and a light emitting part configured to indicate an operation state of the sound collecting part (111 and 114), the windscreen comprising: a windscreen body that is adapted to cover the sound collecting part (111 and 114); and a fixing member that is adapted to fix the windscreen body to the microphone, wherein the windscreen body includes an insertion hole in which the sound collecting part (111 and 114) is disposable, the fixing member includes a light guide part that is disposed outside the insertion hole, and the light guide part that is adapted to guide light from the light emitting part, the windscreen is characterized in that the fixing member includes a positioning part (222, 223a-223c and 224a-224c) that is disposable within the insertion hole, the positioning part (222, 223a-223c and 224a-224c) is adapted to position the light guide part to the light emitting part, and the light guide part is integrally formed with the positioning part (222, 223a-223c and 224a-224c). a windscreen body that is adapted to cover the sound collecting part (111 and 114); and a fixing member that is adapted to fix the windscreen body to the microphone, wherein the windscreen body includes an insertion hole in which the sound collecting part (111 and 114) is disposable, the fixing member includes a light guide part that is disposed outside the insertion hole, and the light guide part that is adapted to guide light from the light emitting part, the windscreen is characterized in that the fixing member includes a positioning part (222, 223a-223c and 224a-224c) that is disposable within the insertion hole, the positioning part (222, 223a-223c and 224a-224c) is adapted to position the light guide part to the light emitting part, and the light guide part is integrally formed with the positioning part (222, 223a-223c and 224a-224c).
A welding portion inspection device configured to inspect a welding condition of a welding portion formed when a plurality of works (W1, W2) is welded together, the welding portion inspection device comprising: an irradiation portion (1, 5) configured to irradiate a welding laser beam along a welding trajectory set in works (W1, W2) or irradiate an inspection laser beam along a scanning trajectory set in a molten pool of the work molten by a welding laser beam so as to weld together the works (W1, W2); a light receiving portion configured to receive return light including at least one of reflected light from the molten pool in the work (W1, W2) by the welding laser beam or the inspection laser beam irradiated by the irradiation portion (1, 5), evaporation luminescence which is generated by evaporating of the work (W1, W2), and thermal radiation light radiated from the molten pool in the work (W1, W2); and an inspecting portion configured to inspect the welding condition of the welding portion in the work (W1, W2) based on an amplitude under a fundamental frequency which is detected by conducting Fourier transform on intensity of the return light received by the light receiving portion and another amplitude under a frequency that is twice as high as the fundamental frequency, and characterized in that the irradiation portion (1, 5) is configured so as to irradiate the welding laser beam along an identical welding trajectory several times or so as to irradiate the inspection laser beam along an identical scanning trajectory several times. an irradiation portion (1, 5) configured to irradiate a welding laser beam along a welding trajectory set in works (W1, W2) or irradiate an inspection laser beam along a scanning trajectory set in a molten pool of the work molten by a welding laser beam so as to weld together the works (W1, W2); a light receiving portion configured to receive return light including at least one of reflected light from the molten pool in the work (W1, W2) by the welding laser beam or the inspection laser beam irradiated by the irradiation portion (1, 5), evaporation luminescence which is generated by evaporating of the work (W1, W2), and thermal radiation light radiated from the molten pool in the work (W1, W2); and an inspecting portion configured to inspect the welding condition of the welding portion in the work (W1, W2) based on an amplitude under a fundamental frequency which is detected by conducting Fourier transform on intensity of the return light received by the light receiving portion and another amplitude under a frequency that is twice as high as the fundamental frequency, and characterized in that the irradiation portion (1, 5) is configured so as to irradiate the welding laser beam along an identical welding trajectory several times or so as to irradiate the inspection laser beam along an identical scanning trajectory several times.
A synchronization beam sending method, comprising: sending, by a network device, at least one first subframe to a terminal, wherein the at least one first subframe comprises at least one first beam identifier and at least one second beam identifier, a first beam corresponding to the first beam identifier is a beam in a first beam set, a second beam corresponding to the second beam identifier is a beam in a second beam set, an intersection set of the first beam set and the second beam set is empty, and the first beam identifier and the second beam identifier are different, wherein widths of beams in the first beam set are greater than widths of beams in the second beam set, the at least one first subframe comprises at least three subframes, and the method further comprises: sending, by the network device in each subframe of the at least three subframes, all beams in the first beam set, and sending, by the network device in each subframe of the at least three subframes, a part of beams in the second beam set, so that all the beams in the first beam set sent in each subframe of the at least three subframes cover a spatial range of the network device, and the parts of the beams in the second beam set sent in the at least three subframes together cover the spatial range of the network device. sending, by a network device, at least one first subframe to a terminal, wherein the at least one first subframe comprises at least one first beam identifier and at least one second beam identifier, a first beam corresponding to the first beam identifier is a beam in a first beam set, a second beam corresponding to the second beam identifier is a beam in a second beam set, an intersection set of the first beam set and the second beam set is empty, and the first beam identifier and the second beam identifier are different, wherein widths of beams in the first beam set are greater than widths of beams in the second beam set, the at least one first subframe comprises at least three subframes, and the method further comprises: sending, by the network device in each subframe of the at least three subframes, all beams in the first beam set, and sending, by the network device in each subframe of the at least three subframes, a part of beams in the second beam set, so that all the beams in the first beam set sent in each subframe of the at least three subframes cover a spatial range of the network device, and the parts of the beams in the second beam set sent in the at least three subframes together cover the spatial range of the network device. sending, by the network device in each subframe of the at least three subframes, all beams in the first beam set, and sending, by the network device in each subframe of the at least three subframes, a part of beams in the second beam set, so that all the beams in the first beam set sent in each subframe of the at least three subframes cover a spatial range of the network device, and the parts of the beams in the second beam set sent in the at least three subframes together cover the spatial range of the network device.
An electric ground drill comprising a bracket having a handle (222, 223), a drill rod, a motor assembly mounted on the bracket for driving the drill rod to rotate, and a switch assembly mounted on the handle, wherein the switch assembly comprises: a first micro switch configured to activate or deactivate the motor assembly; a switch pivotably mounted on the handle through a pivot, and cooperating with the first micro switch; and a self-locking button engaged with the switch and configured as: when in a first state, the self-locking button abuts against the switch to prevent the switch from rotating around the pivot; when in a second state, the self-locking button is disengaged with the switch, and the switch can rotate around the pivot, wherein a moving direction of the self-locking button from the first state to the second state is parallel to or perpendicular to an axial direction of the pivot, characterized in that a through hole is arranged on a side of the handle facing the motor assembly, and wherein the self-locking button is partially protruded from the through hole. a first micro switch configured to activate or deactivate the motor assembly; a switch pivotably mounted on the handle through a pivot, and cooperating with the first micro switch; and a self-locking button engaged with the switch and configured as: when in a first state, the self-locking button abuts against the switch to prevent the switch from rotating around the pivot; when in a second state, the self-locking button is disengaged with the switch, and the switch can rotate around the pivot, wherein a moving direction of the self-locking button from the first state to the second state is parallel to or perpendicular to an axial direction of the pivot, characterized in that a through hole is arranged on a side of the handle facing the motor assembly, and wherein the self-locking button is partially protruded from the through hole.
A power toothbrush, comprising: a handle portion containing a power drive assembly; a brushhead assembly, including a brushhead arm and a brush element at a distal end thereof; a V-spring assembly responsive to the power drive assembly for converting the action of the power drive assembly to a back-and-forth action of the brushhead assembly, wherein the V-spring assembly and the brushhead assembly are arranged to move together about a pivot point; the V-spring assembly further responsive to pressure being applied to the brush element, such that the brushhead assembly is arranged to rotate about the pivot point and the V-spring assembly is arranged to move in an opposing direction; a mounting member positioned at the rear end of the V-spring assembly; a magnet attached to the mounting member; a Hall effect sensor mounted within the changing magnetic field produced by the magnet as the rear end of the V-spring moves, wherein the output of the Hall effect sensor is arranged to change from a no-load condition corresponding to the displacement of the rear end of the V-spring due to pressure on the brush element; and a processor responsive to the Hall sensor output and stored information arranged to produce a signal indicative of the pressure applied to the brush element during brushing operation. a handle portion containing a power drive assembly; a brushhead assembly, including a brushhead arm and a brush element at a distal end thereof; a V-spring assembly responsive to the power drive assembly for converting the action of the power drive assembly to a back-and-forth action of the brushhead assembly, wherein the V-spring assembly and the brushhead assembly are arranged to move together about a pivot point; the V-spring assembly further responsive to pressure being applied to the brush element, such that the brushhead assembly is arranged to rotate about the pivot point and the V-spring assembly is arranged to move in an opposing direction; a mounting member positioned at the rear end of the V-spring assembly; a magnet attached to the mounting member; a Hall effect sensor mounted within the changing magnetic field produced by the magnet as the rear end of the V-spring moves, wherein the output of the Hall effect sensor is arranged to change from a no-load condition corresponding to the displacement of the rear end of the V-spring due to pressure on the brush element; and a processor responsive to the Hall sensor output and stored information arranged to produce a signal indicative of the pressure applied to the brush element during brushing operation.
A downhole apparatus for combustion steam generation comprising: a combustion chamber having an inlet end and an outlet end; a manifold housing connected to the inlet end and configured to introduce a fuel and an oxidizer into the combustion chamber; an outer casing defining a coolant chamber between an inner surface of the outer casing and an outer surface of the combustion chamber; a plurality of converging coolant inlets for conducting coolant from the coolant chamber into the combustion chamber at or near the outlet end of the combustion chamber the plurality of converging coolant inlets being radially disposed around the combustion chamber, the apparatus further characterized by an exit flame diffuser located in fluid communication with the outlet end of the combustion chamber, wherein the plurality of converging coolant inlets are configured to produce a converging section and throat of a converging-diverging nozzle from the coolant conducted into the combustion chamber, and wherein the combustion chamber and/or exit flame diffuser have a diverging section configured to produce the diverging section of the converging-diverging nozzle. a combustion chamber having an inlet end and an outlet end; a manifold housing connected to the inlet end and configured to introduce a fuel and an oxidizer into the combustion chamber; an outer casing defining a coolant chamber between an inner surface of the outer casing and an outer surface of the combustion chamber; a plurality of converging coolant inlets for conducting coolant from the coolant chamber into the combustion chamber at or near the outlet end of the combustion chamber the plurality of converging coolant inlets being radially disposed around the combustion chamber, the apparatus further characterized by an exit flame diffuser located in fluid communication with the outlet end of the combustion chamber, wherein the plurality of converging coolant inlets are configured to produce a converging section and throat of a converging-diverging nozzle from the coolant conducted into the combustion chamber, and wherein the combustion chamber and/or exit flame diffuser have a diverging section configured to produce the diverging section of the converging-diverging nozzle.
A method of performing a handover of a terminal to a target base station in a mobile communications system, the method comprising: - receiving, by the terminal, a handover command message from the source base station after the source base station has determined that a handover should occur to the target base station; wherein the handover command message includes access information, and the access information includes preamble information previously defined by the target base station; - establishing, by the terminal, and in response to the handover command message, a radio connection with the target base station, wherein the terminal (i) connects with the target base station during a random access procedure using a preamble based on the received preamble information and (ii) receives from the target base station an uplink radio resource allocation; and - transmitting, by the terminal, a handover complete message to the target base station. - receiving, by the terminal, a handover command message from the source base station after the source base station has determined that a handover should occur to the target base station; wherein the handover command message includes access information, and the access information includes preamble information previously defined by the target base station; - establishing, by the terminal, and in response to the handover command message, a radio connection with the target base station, wherein the terminal (i) connects with the target base station during a random access procedure using a preamble based on the received preamble information and (ii) receives from the target base station an uplink radio resource allocation; and - transmitting, by the terminal, a handover complete message to the target base station.
High speed input/output, I/O, connection interface element comprising a substrate carrying a plurality of pairs of electrically conductive leads, each of said conductive leads having an I/O transition interface region to be connected to at least one I/O conductor, wherein said pairs of electrically conductive leads comprise input leads and output leads which are formed in trace layers arranged on opposing faces of said substrate, and wherein at least one electrically conductive ground plane layer is arranged at least partially within said substrate, being electrically insulated from said plurality of conductive leads, wherein the at least one ground plane layer is provided with a plurality of clearances, characterized in that each of said pairs of electrically conductive leads is separated from an adjacent pair by a ground lead, which is formed in said trace layer and is connected to said at least one ground plane layer, wherein each of said plurality of clearances is separated from an adjacent one by a grounding web of the at least one ground plane layer and is arranged and dimensioned in a way that directly below the I/O transition interface region of each pair of electrically conductive leads, no ground plane metallization is present, wherein said grounding web is directly underlying the ground leads of the trace layer.
Method for measuring the angle of rotation of two objects (11, 12) rotating relative to one another, comprising a transmitter which is assigned to one of the objects and an element which influences the direction of polarisation, wherein the transmitter and the element which influences the direction of polarisation rotate relative to one another as a function of the angle of rotation, and wherein the light intensity passing through or reflected by the element influencing the direction of polarisation and measured by a receiver is evaluated as a signal dependent on the angle of rotation, characterised in that the receiver has at least two groups (41, 42, 43, 44) which are spatially separated from one another and are of identical construction, each having at least two receiver elements (41a, 41b, 41c, 41d, 41e, 41f, 41g, 41h, 42a, 42b, 42c, 42d, 42e, 42f, 42g, 42h, 43a, 43b, 43c, 43d, 43e, 43f, 43g, 43h, 44a, 44b, 44c, 44d, 44e, 44f, 44g, 44h), wherein each receiver element (41a-44h) is designed as a detector which is sensitive to polarisation, wherein the polarisation planes of the receiver elements (41a-44h) in each group (41, 42, 43, 44) are rotated with respect to one another, wherein the receive signals of at least two of the receiver elements (41a, 42a, 43a, 44a; 41b, 42b, 43b, 44b; 41c, 42c, 43c, 44c; 41d, 42d, 43d, 44d; 41e, 42e, 43e, 44e; 41f, 42f, 43f, 44f; 41g, 42g, 43g, 44g; 41h, 42h, 43h, 44h) are evaluated independently of one another in a monitoring mode, wherein the receive signals of at least two of the receiver elements (41a-44h) having the same polarisation planes can be compared with one another in the monitoring mode.
A pipelined microprocessor for processing instructions, comprising at least one pipeline comprising an instruction fetching functional stage, an instruction decoding functional stage, an execution functional stage comprising a number of execution units (4A;4B;4C) and a commit functional stage comprising or being associated with a reorder buffer, characterized in the pipelined microprocessor further comprising detecting means (8A;8B;8C;8D), for detecting instruction irregularities comprising one or more of exceptions, interrupts and mispredicted branch instructions, said detecting means (8A;8B;8C;8D) provided in, or associated with, the instruction fetching functional stage, or separately or externally of the pipeline, and adapted to detect an instruction irregularity at the commit stage or at the execution functional stage, means (C1, 2, 4C, 6, 8A-8D, 9A, 9B) for generating when an instruction irregularity is detected at the execution functional stage or at the commit functional stage, an irregularity indication signal and a flush instruction, wherein the irregularity indication signal is adapted to initiate a flush mode and to set at least the execution unit (4A;4B;4C) handling the instruction irregularity or the commit functional stage in flush mode, during which instructions processed in said at least the execution unit (4A; 4B, 4C) handling the instruction irregularity or the commit functional stage in flush mode are canceled marked and committed by the commit functional stage as invalid, wherein when a canceled marked instruction is received in the commit functional stage the commit functional stage is set in flush mode or when an instruction marked as having caused the irregularity is received in the commit functional stage, the commit functional stage is set in flush mode, means for inputting the flush instruction into the pipeline, wherein the flush instruction, when received in each functional stage and execution unit set in flush mode, resets the flush mode in said functional stage and execution unit 4A; 4B; 4C).
A shock test apparatus for pouch-shaped battery cells, the shock test apparatus comprising: a flat bottom plate; a jig comprising a first jig member and a second jig member configured to be located respectively at opposite surfaces of a pouch-shaped battery cell, each of the first jig member and the second jig member having a quadrangular shape; a pressing member configured to press a predetermined part of the pouch-shaped battery cell, and characterized by a plurality of fastening members configured to fix the first jig member and the second jig member to each other while adjusting a distance therebetween is provided at an edge of each of the first jig member and the second jig member so as to extend therethrough. a flat bottom plate; a jig comprising a first jig member and a second jig member configured to be located respectively at opposite surfaces of a pouch-shaped battery cell, each of the first jig member and the second jig member having a quadrangular shape; a pressing member configured to press a predetermined part of the pouch-shaped battery cell, and characterized by a plurality of fastening members configured to fix the first jig member and the second jig member to each other while adjusting a distance therebetween is provided at an edge of each of the first jig member and the second jig member so as to extend therethrough.
A device for borehole termination, which comprises a lid with a first passage adapted for cabling passage and a second passage adapted for a water pipe passage, wherein the lid is provided on its underside with a suspension element for suspending a pumping device, wherein the lid is circular and comprises a first plate, which is circular and is adapted to cover a borehole to be terminated, characterized in that the first plate is provided with a radial notch extending from the edge of the first plate towards the central area of the first plate, wherein the lid further comprises a second plate, which is shaped and dimensioned to overlap the radial notch in the first plate in the area from the outer circumference of the first plate towards the central area of the first plate except the radial notch in the central area of the first plate, where the second plate is terminated at a distance from the inner end of the radial notch in the central area of the first plate, the first passage adapted for cabling passage and the second passage adapted for the water pipe passage are formed between the front edge of the second plate and the inner end of the radial notch and the two plates (1a, 1b) are detachably connected into the lid.