mhurhangee/ep-ind-claims huggingface dataset:
An armature of a rotating electric machine, comprising: a wedge configured to close an opening of a slot around which coils are wound and support the coils disposed to a left side and a right side of the slot to prevent the coils from seceding from a core, wherein the wedge includes: a main plate that has a substantially V-shaped cross-section and is inserted into the slot to couple both ends of the main plate with two neighboring teeth of the core; and a support plate coupled with the main plate within the main plate and configured to support the main plate in directions in which the main plate spreads to maintain a shape of the main plate, characterized in that both ends of the main plate are bent to form groove-shaped parts, and both side ends of the support plate are inserted into the groove-shaped parts of the main plate and fixed. a wedge configured to close an opening of a slot around which coils are wound and support the coils disposed to a left side and a right side of the slot to prevent the coils from seceding from a core, wherein the wedge includes: a main plate that has a substantially V-shaped cross-section and is inserted into the slot to couple both ends of the main plate with two neighboring teeth of the core; and a support plate coupled with the main plate within the main plate and configured to support the main plate in directions in which the main plate spreads to maintain a shape of the main plate, a main plate that has a substantially V-shaped cross-section and is inserted into the slot to couple both ends of the main plate with two neighboring teeth of the core; and a support plate coupled with the main plate within the main plate and configured to support the main plate in directions in which the main plate spreads to maintain a shape of the main plate, characterized in that both ends of the main plate are bent to form groove-shaped parts, and both side ends of the support plate are inserted into the groove-shaped parts of the main plate and fixed.
A method for optical alignment of a near-field system having a probe with a tip and an optical interferometer having a first arm and a reference arm, the method comprising: - detecting a spatial light pattern obtained in light that has been delivered, through a repositionable optical system of said near-field system, to the probe of the near-field system and backscattered by said probe; - repositioning the repositionable optical system, which includes a component that changes a degree of spatial divergence of a beam of light passing therethrough to focus a portion of the beam of light onto the tip of the probe to cause a focal spot of the beam of light, that has been delivered to the probe through said optical system, spatially coincide with the tip of the probe; wherein the method further comprises maximizing an amplitude, of said spatial light pattern, that is sensitive to a near-field optical wave produced only by the tip in response to interaction thereof with said beam of light, wherein said detecting includes converging the spatial light pattern, being recombined from light portions traversing reference and sample interferometric arms of the near-field system, by use of an auxiliary focusing element on a single-area detector. - detecting a spatial light pattern obtained in light that has been delivered, through a repositionable optical system of said near-field system, to the probe of the near-field system and backscattered by said probe; - repositioning the repositionable optical system, which includes a component that changes a degree of spatial divergence of a beam of light passing therethrough to focus a portion of the beam of light onto the tip of the probe to cause a focal spot of the beam of light, that has been delivered to the probe through said optical system, spatially coincide with the tip of the probe;
A data center system, comprising: an equipment support unit for mounting electronic equipment, said equipment support unit including a number of spaces for supporting a corresponding number of electronic equipment devices; a modular air-based cooling assembly for delivering cool air to said equipment support unit, said cooling assembly formed from interconnecting air conduits; one or more drive units for driving air through said cooling assembly; and a cooling unit matched to said equipment support unit for interfacing said equipment support unit with said cooling assembly, wherein said cooling unit comprises a number of plenum housings each defining a plenum, and a pressurized air passageway extending though said plenum housings, matched to said spaces of said equipment support unit, for supplying cooling air to said electronic equipment, characterized by that said pressurized air passageway is defined by a barrier that separates said cooling air in said pressurized air passageway from each said plenum, and each of said plenum housings includes a valve disposed between said air passageway and said plenum, for selectively supplying said cooling air to said equipment. an equipment support unit for mounting electronic equipment, said equipment support unit including a number of spaces for supporting a corresponding number of electronic equipment devices; a modular air-based cooling assembly for delivering cool air to said equipment support unit, said cooling assembly formed from interconnecting air conduits; one or more drive units for driving air through said cooling assembly; and a cooling unit matched to said equipment support unit for interfacing said equipment support unit with said cooling assembly, wherein said cooling unit comprises a number of plenum housings each defining a plenum, and a pressurized air passageway extending though said plenum housings, matched to said spaces of said equipment support unit, for supplying cooling air to said electronic equipment, characterized by that said pressurized air passageway is defined by a barrier that separates said cooling air in said pressurized air passageway from each said plenum, and each of said plenum housings includes a valve disposed between said air passageway and said plenum, for selectively supplying said cooling air to said equipment.
A method of handling a pipeline pig, the method comprising: determining, by an automated pipeline pig handling system positioned at a starting location, a location of an entrance to a pipeline pig launcher configured to launch a pipeline pig into a pipeline, wherein the entrance to the pipeline pig launcher is open; self-aligning, by the automated pipeline pig handling system, the pipeline pig with the entrance to the pipeline pig launcher; inserting, by the automated pipeline pig handling system, the pipeline pig into the entrance to the pipeline pig launcher, wherein the entrance to the pipeline pig launcher is closed after the pipeline pig is inserted into the entrance by the automated pipeline pig handling system; and self-returning (1408, by the automated pipeline pig handling system, to the starting location after inserting the pipeline pig into the entrance to the pipeline pig launcher, wherein the automated pipeline pig handling system comprises: an outer body, and an articulated arm attached to the outer body, the articulated arm configured to connect to the pipeline pig: the method further comprising: operating, by the automated pipeline pig handling system, the articulated arm to lift the pipeline pig; and operating, by the automated pipeline pig handling system, the articulated arm to place the pipeline pig on the outer body. determining, by an automated pipeline pig handling system positioned at a starting location, a location of an entrance to a pipeline pig launcher configured to launch a pipeline pig into a pipeline, wherein the entrance to the pipeline pig launcher is open; self-aligning, by the automated pipeline pig handling system, the pipeline pig with the entrance to the pipeline pig launcher; inserting, by the automated pipeline pig handling system, the pipeline pig into the entrance to the pipeline pig launcher, wherein the entrance to the pipeline pig launcher is closed after the pipeline pig is inserted into the entrance by the automated pipeline pig handling system; and self-returning (1408, by the automated pipeline pig handling system, to the starting location after inserting the pipeline pig into the entrance to the pipeline pig launcher, wherein the automated pipeline pig handling system comprises: an outer body, and an articulated arm attached to the outer body, the articulated arm configured to connect to the pipeline pig: the method further comprising: operating, by the automated pipeline pig handling system, the articulated arm to lift the pipeline pig; and operating, by the automated pipeline pig handling system, the articulated arm to place the pipeline pig on the outer body. operating, by the automated pipeline pig handling system, the articulated arm to lift the pipeline pig; and operating, by the automated pipeline pig handling system, the articulated arm to place the pipeline pig on the outer body.
A balancer shaft device comprising: a balancer shaft which serves to offset periodical rotational vibration of a crankshaft of an engine and which comprises: a shaft portion which is disposed parallel to the crankshaft of the engine; and a balance weight which is formed integrally with the shaft portion so as to be decentered from an axis of the shaft portion; and a rolling bearing which supports the shaft portion of the balancer shaft so as to be rotatable relative to a main body of an engine, wherein the rolling bearing is positioned on an imaginary circle concentric with the axis of the shaft portion as viewed in a radial cross-section, and comprises a cylindrical portion which covers the shaft portion of the balancer shaft, wherein an outer circumferential surface of the cylindrical portion defines an inner ring raceway surface of an inner ring member on which a rolling element of the rolling bearing rolls, and wherein a part of the shaft portion of the balancer shaft, at a position on which the rolling bearing is disposed, has a cutout formed at a portion which does not contribute to offsetting of the rotational vibration of the crankshaft, characterized in that a collar portion (46d, 46f) is formed, at least, at one end portion of an axial end portions of the inner ring member, and extends radially inward from the cylindrical portion so as to contact an outer circumferential portion of the balancer shaft. a balancer shaft which serves to offset periodical rotational vibration of a crankshaft of an engine and which comprises: a shaft portion which is disposed parallel to the crankshaft of the engine; and a balance weight which is formed integrally with the shaft portion so as to be decentered from an axis of the shaft portion; and a shaft portion which is disposed parallel to the crankshaft of the engine; and a balance weight which is formed integrally with the shaft portion so as to be decentered from an axis of the shaft portion; and a rolling bearing which supports the shaft portion of the balancer shaft so as to be rotatable relative to a main body of an engine, wherein the rolling bearing is positioned on an imaginary circle concentric with the axis of the shaft portion as viewed in a radial cross-section, and comprises a cylindrical portion which covers the shaft portion of the balancer shaft, wherein an outer circumferential surface of the cylindrical portion defines an inner ring raceway surface of an inner ring member on which a rolling element of the rolling bearing rolls, and wherein a part of the shaft portion of the balancer shaft, at a position on which the rolling bearing is disposed, has a cutout formed at a portion which does not contribute to offsetting of the rotational vibration of the crankshaft, characterized in that a collar portion (46d, 46f) is formed, at least, at one end portion of an axial end portions of the inner ring member, and extends radially inward from the cylindrical portion so as to contact an outer circumferential portion of the balancer shaft.
A jewelry clasp that is capable of embracing a spherical jewelry product, the clasp comprising: a first annular body and a second annular body, the first annular body extending along an outer surface on one side of a semispherical portion of the jewelry product when the jewelry product is embraced, and the second annular body extending along an outer surface on the other side of the semispherical portion of the jewelry product when the jewelry product is embraced; a shaft that connects proximal ends of the first and second annular bodies to each other such that the first and second annular bodies are capable of swinging relative to each other between a closed state in which the jewelry product is embraced and an opened state in which the jewelry product is capable of being removed; and a locking section that releaseably locks swinging ends of the first and second annular bodies together in the case where the first and second annular bodies are in the closed state, characterized in that in the case where two adjacent clasps are used so as to form a pair and in the case where the pair of clasps are closed, the shape of the proximal end of each of the first and second annular bodies is configured such that the proximal end in one clasp is capable of extending so as to pass through the inside of the other clasp and such that the proximal end in the other clasp is capable of extending so as to pass through the inside of one clasp. a first annular body and a second annular body, the first annular body extending along an outer surface on one side of a semispherical portion of the jewelry product when the jewelry product is embraced, and the second annular body extending along an outer surface on the other side of the semispherical portion of the jewelry product when the jewelry product is embraced; a shaft that connects proximal ends of the first and second annular bodies to each other such that the first and second annular bodies are capable of swinging relative to each other between a closed state in which the jewelry product is embraced and an opened state in which the jewelry product is capable of being removed; and a locking section that releaseably locks swinging ends of the first and second annular bodies together in the case where the first and second annular bodies are in the closed state, characterized in that in the case where two adjacent clasps are used so as to form a pair and in the case where the pair of clasps are closed, the shape of the proximal end of each of the first and second annular bodies is configured such that the proximal end in one clasp is capable of extending so as to pass through the inside of the other clasp and such that the proximal end in the other clasp is capable of extending so as to pass through the inside of one clasp.
A solid dosage form comprising: an inclusion complex of 5 mg to 50 mg of meloxicam and 50 mg to 200 mg of sulfobutyl ether β-cyclodextrin (SBEβCD); 400 mg to 1000 mg of a bicarbonate; and 5 mg to 50 mg of rizatriptan; wherein the solid dosage form is an oral dosage form having a mean T max of meloxicam of less than 3 hours, that is shorter than that of a reference dosage form that: 1) contains the same amount of meloxicam, 2) does not contain rizatriptan, 3) does not contain an SBEβCD, and 4) does not contain a bicarbonate, when administered to a human being. an inclusion complex of 5 mg to 50 mg of meloxicam and 50 mg to 200 mg of sulfobutyl ether β-cyclodextrin (SBEβCD); 400 mg to 1000 mg of a bicarbonate; and 5 mg to 50 mg of rizatriptan; wherein the solid dosage form is an oral dosage form having a mean T max of meloxicam of less than 3 hours, that is shorter than that of a reference dosage form that: 1) contains the same amount of meloxicam, 2) does not contain rizatriptan, 3) does not contain an SBEβCD, and 4) does not contain a bicarbonate, when administered to a human being.
A method performed by a mobile terminal of random access procedure, comprising: receiving (S101, S201) information related to a random access preamble, the information indicating a first random access preamble related to a first format and a second random access preamble related to a second format; selecting a random access preamble according to the received information; transmitting (S103, S202, S301) the selected random access preamble; receiving a random access response (S104, S203, S304), wherein the received random access response comprises at least one of a first Random Access Radio Network Temporary Identifier, RA-RNTI, related to the first format and a second Random Access Radio Network Temporary Identifier, RA-RNTI, related to the second format, wherein the received random access response further comprises an R bit used for indicating the first format or the second format associated with the selected random access preamble, wherein the random access response is received as a Medium Access Control Protocol Data Unit, MAC PDU, having a MAC header and MAC payload, wherein the MAC payload comprises at least one MAC random access response, RAR, each MAC RAR comprising information about an uplink grant and a Temporary C-RNTI, and wherein the first format is associated with mobile terminals supporting Long Term Evolution, LTE, and the second format is associated with mobile terminals supporting LTE-Advanced; and decoding (S204, S304) the received random access response according to the format associated with the selected random access preamble. receiving (S101, S201) information related to a random access preamble, the information indicating a first random access preamble related to a first format and a second random access preamble related to a second format; selecting a random access preamble according to the received information; transmitting (S103, S202, S301) the selected random access preamble; receiving a random access response (S104, S203, S304), wherein the received random access response comprises at least one of a first Random Access Radio Network Temporary Identifier, RA-RNTI, related to the first format and a second Random Access Radio Network Temporary Identifier, RA-RNTI, related to the second format, wherein the received random access response further comprises an R bit used for indicating the first format or the second format associated with the selected random access preamble, wherein the random access response is received as a Medium Access Control Protocol Data Unit, MAC PDU, having a MAC header and MAC payload, wherein the MAC payload comprises at least one MAC random access response, RAR, each MAC RAR comprising information about an uplink grant and a Temporary C-RNTI, and wherein the first format is associated with mobile terminals supporting Long Term Evolution, LTE, and the second format is associated with mobile terminals supporting LTE-Advanced; and decoding (S204, S304) the received random access response according to the format associated with the selected random access preamble.
A hydroxycitric acid derivative selected from the group consisting of hydroxycitric acid-2-palmitate, hydroxycitric acid-2-stearate, hydroxycitric acid-2-behenate, hydroxycitric acid-2-isopalmitate, hydroxycitric acid-2-isostearate, hydroxycitric acid-2-hexyldecanoate, hydroxycitric acid-2-linoleate, hydroxycitric acid monomethyl ester-2-palmitate and hydroxycitric acid monomethyl ester-2-stearate, or salt thereof.
A display device, comprising: a display panel including a first region and a second region; and a sensing module on a rear side of the display panel, wherein the first region includes a first pixel area to display an image, the second region includes a second pixel area and a transmission area, wherein the second pixel area displays the image and the transmission area transmits light output by the sensing module, the second region overlaps the sensing module and the first region does not overlap the sensing module, at least part of the second pixel area overlaps a first layer that blocks light output from the sensing module and light input to the sensing module, and the transmission area does not overlap the first layer; wherein the first pixel area does not overlap the first layer; or wherein overlap percentages of the first layer in first pixel area and in the second pixel area are different with respect to a same area. a display panel including a first region and a second region; and a sensing module on a rear side of the display panel, wherein the first region includes a first pixel area to display an image, the second region includes a second pixel area and a transmission area, wherein the second pixel area displays the image and the transmission area transmits light output by the sensing module, the second region overlaps the sensing module and the first region does not overlap the sensing module, at least part of the second pixel area overlaps a first layer that blocks light output from the sensing module and light input to the sensing module, and the transmission area does not overlap the first layer; wherein the first pixel area does not overlap the first layer; or wherein overlap percentages of the first layer in first pixel area and in the second pixel area are different with respect to a same area.
A method for locating an object underwater, wherein a sound transmitter transmits a sound pulse, the sound pulse is reflected at the object to be located and is received by a sound receiver spatially distant from the sound transmitter, characterized in that the sound pulse contains encoded information relating to the time of transmission of the sound pulse and the transmission position of the sound transmitter, which is decoded by the sound receiver from the reflected sound pulse, in order to determine the position of the object, wherein the time of transmission of the sound pulse and the transmission position of the sound transmitter are encoded at the time of transmission together in the one sound pulse..
A cured (meth)acrylate based adhesive composition, comprising at least two co-continuous phases of interpenetrating networks and at least two types of polymeric inclusions, wherein one of the co-continuous phases comprises a combination of a polymer of methacrylic acid or a derivative thereof and methacrylate-derivatised polyurethane and the other co-continuous phase comprises a carboxylated butadiene acrylonitrile rubber and wherein at least one type of the polymeric inclusions is of particulate nature selected from core shell particles and at least one type of the polymeric inclusions is of domain-type nature.