mhurhangee/ep-ind-claims huggingface dataset:
A damping device (63;81;91;101;111;121A;121B;131) that is mounted on an outer peripheral portion of a pipe including a flow passage through which fluid flows in operation and that is to dampen acoustic vibrations by introducing therein the fluid in the pipe, the damping device (63;81;91;101;111;121A;121B;131) comprising: a fluid introducing unit which is formed in a ring-shape so as to cover a part of the outer peripheral portion of the pipe such that a fluid introduction space that is able to introduce therein the fluid in the flow passage is formed; a plurality of acoustic boxes (73a,73b,73c,73d) that each include a resonance space (Da,Db) communicably connected with the fluid introduction space, a base portion connected to the fluid introducing unit, and an end portion, characterised by the end portion extending with a gap along the outer peripheral portion of the pipe and the fluid introducing unit in the circumferential direction, wherein the acoustic boxes (73a;73b,73c,73d) are bent in a L-shape and formed in a hollow box shape; and a plurality of partition plates (74a, 74b) fixed in the end portions of the acoustic boxes (73a,73b,73c,73d) to partition the resonance spaces (Da,Db) and to form resonance ducts (Ea,Eb,Ec) of a predetermined length. a fluid introducing unit which is formed in a ring-shape so as to cover a part of the outer peripheral portion of the pipe such that a fluid introduction space that is able to introduce therein the fluid in the flow passage is formed; a plurality of acoustic boxes (73a,73b,73c,73d) that each include a resonance space (Da,Db) communicably connected with the fluid introduction space, a base portion connected to the fluid introducing unit, and an end portion, characterised by the end portion extending with a gap along the outer peripheral portion of the pipe and the fluid introducing unit in the circumferential direction, wherein the acoustic boxes (73a;73b,73c,73d) are bent in a L-shape and formed in a hollow box shape; and a plurality of partition plates (74a, 74b) fixed in the end portions of the acoustic boxes (73a,73b,73c,73d) to partition the resonance spaces (Da,Db) and to form resonance ducts (Ea,Eb,Ec) of a predetermined length.
A composition for use in treatment of post-traumatic stress disorder, (PTSD), or the symptoms thereof, comprising D-cycloserine administered at a dosage of ≥ 500 mg/d to ≤1000 mg/d, and formulated to produce blood levels in excess of 25 microgram (μg)/mL.
A control device for combination weighing apparatuses comprising: an acquisition unit capable of acquiring, from each of a plurality of combination weighing apparatuses, parameters relating to combination weighing that are set for the combination weighing apparatuses, wherein some of the plurality of combination weighing apparatuses are destination combination weighing apparatuses; and characterized by a controller configured to collect the parameters from each of the plurality of combination weighing apparatuses, to generate, based on the collected parameters from each of the plurality of combination weighing apparatuses, setting parameters to set for the destination combination weighing apparatuses, and to transmit the setting parameters to the destination combination weighing apparatuses. an acquisition unit capable of acquiring, from each of a plurality of combination weighing apparatuses, parameters relating to combination weighing that are set for the combination weighing apparatuses, wherein some of the plurality of combination weighing apparatuses are destination combination weighing apparatuses; and characterized by a controller configured to collect the parameters from each of the plurality of combination weighing apparatuses, to generate, based on the collected parameters from each of the plurality of combination weighing apparatuses, setting parameters to set for the destination combination weighing apparatuses, and to transmit the setting parameters to the destination combination weighing apparatuses.
A light emitting diode comprising: a light emitting structure comprising a first conductivity type semiconductor layer, an active layer and a second conductivity type semiconductor layer; mesa-etched areas formed from the surface of the second conductivity type semiconductor layer to the first conductivity type semiconductor layer; a reflective electrode formed on the second conductivity type semiconductor layer; a lower insulation layer covering an overall surface of the structure formed by the first conductivity type semiconductor layer, the active layer, the second conductivity type semiconductor layer, the mesa-etched areas and the reflective electrode, with the lower insulation layer allowing an upper surface of the reflective electrode to be partially exposed therethrough and further allowing the surface of the first conductivity type semiconductor layer to be exposed therethrough in the mesa-etched areas; a current spreading layer formed on the lower insulation layer covering the first conductivity type semiconductor layer and being electrically connected to the first conductivity type semiconductor layer; an upper insulation layer formed on the current spreading layer being partially exposed through an opening in the upper insulation layer; a second pad electrically connected to the reflective electrode exposed through the upper insulation layer, characterized in that a first pad is electrically connected to the current spreading layer on the upper surface of a mesa M through the opening. a light emitting structure comprising a first conductivity type semiconductor layer, an active layer and a second conductivity type semiconductor layer; mesa-etched areas formed from the surface of the second conductivity type semiconductor layer to the first conductivity type semiconductor layer; a reflective electrode formed on the second conductivity type semiconductor layer; a lower insulation layer covering an overall surface of the structure formed by the first conductivity type semiconductor layer, the active layer, the second conductivity type semiconductor layer, the mesa-etched areas and the reflective electrode, with the lower insulation layer allowing an upper surface of the reflective electrode to be partially exposed therethrough and further allowing the surface of the first conductivity type semiconductor layer to be exposed therethrough in the mesa-etched areas; a current spreading layer formed on the lower insulation layer covering the first conductivity type semiconductor layer and being electrically connected to the first conductivity type semiconductor layer; an upper insulation layer formed on the current spreading layer being partially exposed through an opening in the upper insulation layer; a second pad electrically connected to the reflective electrode exposed through the upper insulation layer, characterized in that a first pad is electrically connected to the current spreading layer on the upper surface of a mesa M through the opening.
A surface position detection device that obtains position information of a detected surface along an axis that intersects the detected surface, the surface position detection device comprising: a light transmission unit by which a plurality of detection lights (DL1, DL2) having a modulated intensity in the detected surface in a first direction within the detected surface are radiated and superimposed onto the detected surface obliquely from directions different from each other, each of the directions having a direction component in the first direction and which forms an irradiation region on the detected surface; a light reception unit that has a light detection portion having a light reception surface arranged at an optically conjugated position with respect to the detected surface, receives at a different position of each light reception surface, the plurality of detection lights reflected by a detection region of which a width in the first direction is a predetermined value in the irradiation region, and outputs each photoelectric conversion signal of the plurality of detection lights; and a calculation unit that calculates position information of the detected surface based on the photoelectric conversion signal of the plurality of detection lights output from the light reception unit. a light transmission unit by which a plurality of detection lights (DL1, DL2) having a modulated intensity in the detected surface in a first direction within the detected surface are radiated and superimposed onto the detected surface obliquely from directions different from each other, each of the directions having a direction component in the first direction and which forms an irradiation region on the detected surface; a light reception unit that has a light detection portion having a light reception surface arranged at an optically conjugated position with respect to the detected surface, receives at a different position of each light reception surface, the plurality of detection lights reflected by a detection region of which a width in the first direction is a predetermined value in the irradiation region, and outputs each photoelectric conversion signal of the plurality of detection lights; and a calculation unit that calculates position information of the detected surface based on the photoelectric conversion signal of the plurality of detection lights output from the light reception unit.
A system comprising a welding power supply and a welding pendant, said welding pendant comprising: a welding power input configured to receive welding power and data from the welding power supply via a welding power cable, wherein the welding power is combined with the data; a welding power output configured to provide the welding power to a welding torch; and a control panel configured to control a plurality of settings of a welding power supply, the plurality of settings comprises a welding current output by the welding power supply; wherein the welding pendant is not a wire feeder, characterized in that the welding pendant further comprises a current sensor configured to monitor welding current of the welding power flowing between the welding power input and the welding power output, and wherein the control panel is interchangeable with a welding power supply control panel. a welding power input configured to receive welding power and data from the welding power supply via a welding power cable, wherein the welding power is combined with the data; a welding power output configured to provide the welding power to a welding torch; and a control panel configured to control a plurality of settings of a welding power supply, the plurality of settings comprises a welding current output by the welding power supply; wherein the welding pendant is not a wire feeder, characterized in that the welding pendant further comprises a current sensor configured to monitor welding current of the welding power flowing between the welding power input and the welding power output, and wherein the control panel is interchangeable with a welding power supply control panel.
A communication control device for controlling wireless communication in compliance with a time division duplex, TDD, scheme, the communication control device comprising: a selection unit configured to select a link direction configuration for the wireless communication among a plurality of candidates for the link direction configuration which indicates a link direction in units of sub-frames of a radio frame which includes a plurality of sub-frames; and an application unit configured to apply the selected link direction configuration to the wireless communication, characterized in that the plurality of candidates include at least one of a link direction configuration dedicated to a downlink, in which all sub-frames are sub-frames for a downlink, and a link direction configuration dedicated to an uplink, in which all radio frames other than a first sub-frame are sub-frames for an uplink. a selection unit configured to select a link direction configuration for the wireless communication among a plurality of candidates for the link direction configuration which indicates a link direction in units of sub-frames of a radio frame which includes a plurality of sub-frames; and an application unit configured to apply the selected link direction configuration to the wireless communication, characterized in that the plurality of candidates include at least one of a link direction configuration dedicated to a downlink, in which all sub-frames are sub-frames for a downlink, and a link direction configuration dedicated to an uplink, in which all radio frames other than a first sub-frame are sub-frames for an uplink.
A method executed by a base station (2200, eNB1) to indicate a cell splitting pattern to a neighboring base station, the method comprising: deactivating a first cell; activating multiple second cells within a coverage of the first cell; transmitting (S2020, S2120), to the neighboring base station, both an identifier of the deactivated first cell and an index for a coverage shape of the deactivated first cell, wherein the index for the coverage shape of the deactivated first cell represents deactivation of the first cell; and transmitting, to the neighboring base station, both identifiers of the activated multiple second cells and indices for a coverage shape of the activated multiple second cells, wherein each of the indices for the coverage shape of the activated multiple second cells represents both activation of the second cells and the coverage shape of each of the activated multiple second cells. deactivating a first cell; activating multiple second cells within a coverage of the first cell; transmitting (S2020, S2120), to the neighboring base station, both an identifier of the deactivated first cell and an index for a coverage shape of the deactivated first cell, wherein the index for the coverage shape of the deactivated first cell represents deactivation of the first cell; and transmitting, to the neighboring base station, both identifiers of the activated multiple second cells and indices for a coverage shape of the activated multiple second cells, wherein each of the indices for the coverage shape of the activated multiple second cells represents both activation of the second cells and the coverage shape of each of the activated multiple second cells.
A method of an electronic device (110, 710, 810), the method comprising: transmitting/receiving a signal using a first transmission interface, wherein the first transmission interface is a Bluetooth interface; transmitting/receiving a signal using a second transmission interface, wherein the second transmission interface is a Wireless Fidelity, Wi-Fi, interface; identifying, based on a quality of at least one first channels for the first transmission interface, a second channel among second channels for the second transmission interface; transmitting, to an other electronic device (120, 720, 820), a transmission interface conversion request including information indicating the second channel using the first transmission interface; and transmitting/receiving, to/from the other electronic device (120, 720, 820), a signal through the second channel using the second transmission interface, wherein the first transmission interface and the second transmission interface are further configured to use an overlapped channel frequency band. transmitting/receiving a signal using a first transmission interface, wherein the first transmission interface is a Bluetooth interface; transmitting/receiving a signal using a second transmission interface, wherein the second transmission interface is a Wireless Fidelity, Wi-Fi, interface; identifying, based on a quality of at least one first channels for the first transmission interface, a second channel among second channels for the second transmission interface; transmitting, to an other electronic device (120, 720, 820), a transmission interface conversion request including information indicating the second channel using the first transmission interface; and transmitting/receiving, to/from the other electronic device (120, 720, 820), a signal through the second channel using the second transmission interface, wherein the first transmission interface and the second transmission interface are further configured to use an overlapped channel frequency band.
An intraocular lens insertion system, comprising: a handpiece having a longitudinal axis, a distal end, and a proximal end, a pushrod assembly having a distal end and a proximal end, wherein the pushrod assembly comprises a pushrod and a plunger; wherein the pushrod assembly couples with the handpiece along the longitudinal axis; wherein the pushrod is coupled with the plunger and the pushrod is located on the distal end of the push rod assembly and the plunger is located on the proximal end of the pushrod assembly; wherein the plunger is configured and dimensioned to advance the pushrod toward the distal end of the handpiece along the longitudinal axis by rotation of the plunger and translational movement of the plunger; wherein the plunger comprises threads and one or more safety detents, wherein the one or more safety detents are located on a distal end of the plunger on one or more of the threads; and wherein the one or more safety detents are configured and dimensioned to prevent advancement of pushrod with rotation of the plunger until such rotation is desired. a handpiece having a longitudinal axis, a distal end, and a proximal end, a pushrod assembly having a distal end and a proximal end, wherein the pushrod assembly comprises a pushrod and a plunger; wherein the pushrod assembly couples with the handpiece along the longitudinal axis; wherein the pushrod is coupled with the plunger and the pushrod is located on the distal end of the push rod assembly and the plunger is located on the proximal end of the pushrod assembly; wherein the plunger is configured and dimensioned to advance the pushrod toward the distal end of the handpiece along the longitudinal axis by rotation of the plunger and translational movement of the plunger; wherein the plunger comprises threads and one or more safety detents, wherein the one or more safety detents are located on a distal end of the plunger on one or more of the threads; and wherein the one or more safety detents are configured and dimensioned to prevent advancement of pushrod with rotation of the plunger until such rotation is desired. wherein the pushrod assembly comprises a pushrod and a plunger; wherein the pushrod assembly couples with the handpiece along the longitudinal axis; wherein the pushrod is coupled with the plunger and the pushrod is located on the distal end of the push rod assembly and the plunger is located on the proximal end of the pushrod assembly; wherein the plunger is configured and dimensioned to advance the pushrod toward the distal end of the handpiece along the longitudinal axis by rotation of the plunger and translational movement of the plunger; wherein the plunger comprises threads and one or more safety detents, wherein the one or more safety detents are located on a distal end of the plunger on one or more of the threads; and wherein the one or more safety detents are configured and dimensioned to prevent advancement of pushrod with rotation of the plunger until such rotation is desired.
Assembly of a synthetic cylindrical pipe and a pipe coupling for connection to the synthetic pipe, wherein the pipe coupling comprises an insertion part having an insertion opening for in an insertion direction inserting the synthetic pipe into the pipe coupling, wherein the insertion part comprises a synthetic casing that is provided with a circumferential insertion wall in which the pipe fits, wherein via a first diameter step the insertion wall merges into a first circumferential accommodation wall having a larger inside diameter than the insertion wall, wherein the first accommodation wall bounds a first rebate, wherein the insertion part comprises a grip ring that is accommodated in the first rebate and that engages around the inserted pipe, and a pinching ring extending at least partially around the grip ring, wherein the pinching ring is provided with an inner surface oriented towards the grip ring for wedge action onto the grip ring, wherein in the insertion direction the grip ring can be moved in the first rebate relative to the pinching ring between a first position, in which the pipe can be inserted through the grip ring towards the insertion wall, and a second position closer towards the insertion opening, in which the grip ring fixedly engages around and onto the inserted pipe, wherein during the movement from the first position into the second position the inner surface of the pinching ring urges the grip ring into fixed engagement onto the pipe due to the wedge action, wherein the insertion part comprises a circumferential seal within the casing which spaced apart from the grip ring engages around and onto the pipe with a pressure force, and a washer that engages onto the casing and that confines the grip ring in the first rebate via the pinching ring, wherein the washer can be rotated relative to the casing from a predetermined standby position into a predetermined fixed position and/or into a predetermined disassembling position, wherein in the standby position the grip ring in the second position engages fixedly around and onto the inserted pipe, in the fixed position relative to the standby position the pinching ring has been moved towards the grip ring and the wedge action of the pinching ring onto the grip ring has been increased and/or the pressure force of the seal on the pipe has been increased, and in the disassembling position the washer is or gets out of engagement with the casing.
A detergent product comprising a flexible box bag, detergent powder and a scoop, wherein the flexible box bag comprises six rectangular panels: top panel, bottom panel, front panel, back panel and two side panels, wherein the six rectangular panels are joined together so as to form an inner cuboidal volume inside the flexible box bag, wherein each of the top panel and bottom panel comprise a front horizontal edge, a back edge and two side edges, wherein each of the front panel, back panel and two side panels comprise a top edge, a bottom edge, and two side edges, wherein the length of the two side edges of back panel are longer than the length of the two side edges of the front panel, wherein the front edge of the top panel joins the top edge of the front panel, wherein the back edge of the top panel joins the top edge of the back panel, wherein the front edge of the bottom panel joins the bottom edge of the front panel, wherein the back edge of the bottom panel joins the bottom edge of the back panel, wherein the side edges of the top panel join the top edges of the side panels and part of the side edges of the back panel, wherein the top panel comprises a two dimensional opening means that is capable of forming a two dimensional planar opening, wherein the detergent powder and scoop are both contained within the inner cuboidal volume.
A fluid dispensing pump comprising: a one piece body having a first element and a second element and at least one hinge integrally connecting the first element to the second element, characterised in that the first element comprises an input valve channel, an input valve opening, an output valve opening, and an output channel, and the second element comprises a compression button, an input valve, and an output valve, and the compression button forms a metering chamber for holding a fluid.