mhurhangee/ep-ind-claims huggingface dataset:
A drip hose comprising a hose body and a hollow drip head inner plug, a sealing ring is fixed in an interior of the drip head inner plug, the drip head inner plug is capped in an opening of the hose body, and an outer wall of the drip head inner plug is interference-fitted with an inner wall of the opening of the hose body, a sealing post correspondingly blocks the sealing ring, the sealing post, the sealing ring and a hollow inner cavity of the drip head inner plug jointly form a storage space; a small liquid outlet hole is arranged on a head of the drip head inner plug, the small liquid outlet hole is in communication with the storage space, and the small liquid outlet hole has a size larger than that of a small liquid outlet aperture; and the sealing post is fixed in an opening of the hose body, characterised in that the small liquid outlet aperture is arranged on the sealing ring and the small liquid outlet aperture is in communication with both the storage space and the opening of the hose body, and the hose body further comprises a skirt, the sealing post and the skirt jointly block the opening of the hose body, and the skirt is provided with at least one through hole for liquid discharge. the sealing post is fixed in an opening of the hose body, characterised in that the small liquid outlet aperture is arranged on the sealing ring and the small liquid outlet aperture is in communication with both the storage space and the opening of the hose body, and the hose body further comprises a skirt, the sealing post and the skirt jointly block the opening of the hose body, and the skirt is provided with at least one through hole for liquid discharge.
A rotor imbalance load limiting system, comprising: a plurality of circumferentially spaced variable volume hydraulic fluid receptacles, each variable volume hydraulic fluid receptacle having hydraulic fluid disposed therein; a fixed volume hydraulic fluid receptacle surrounding the plurality of variable volume hydraulic fluid receptacles, the fixed volume hydraulic fluid receptacle having hydraulic fluid disposed therein; a plurality of flow passages interconnecting the fixed volume hydraulic fluid receptacle with each of the variable volume hydraulic fluid receptacles; a plurality of circumferentially spaced pistons, each piston at least engaging one of the variable volume hydraulic fluid receptacles and adapted for at least engaging an outer race of a bearing assembly; characterised in that the rotor imbalance load limiting system further comprises a plurality of first check valves, each of the first check valves disposed at least partially within one of the flow passages and configured to selectively allow hydraulic fluid to flow from one of the variable volume hydraulic fluid receptacles into the fixed volume hydraulic fluid receptacle; and a plurality of second check valves, each of the second check valves disposed at least partially within one of the flow passages and configured to selectively allow hydraulic fluid to flow from the fixed volume hydraulic fluid receptacle into one of the variable volume hydraulic fluid receptacles. a plurality of circumferentially spaced variable volume hydraulic fluid receptacles, each variable volume hydraulic fluid receptacle having hydraulic fluid disposed therein; a fixed volume hydraulic fluid receptacle surrounding the plurality of variable volume hydraulic fluid receptacles, the fixed volume hydraulic fluid receptacle having hydraulic fluid disposed therein; a plurality of flow passages interconnecting the fixed volume hydraulic fluid receptacle with each of the variable volume hydraulic fluid receptacles; a plurality of circumferentially spaced pistons, each piston at least engaging one of the variable volume hydraulic fluid receptacles and adapted for at least engaging an outer race of a bearing assembly; characterised in that the rotor imbalance load limiting system further comprises a plurality of first check valves, each of the first check valves disposed at least partially within one of the flow passages and configured to selectively allow hydraulic fluid to flow from one of the variable volume hydraulic fluid receptacles into the fixed volume hydraulic fluid receptacle; and a plurality of second check valves, each of the second check valves disposed at least partially within one of the flow passages and configured to selectively allow hydraulic fluid to flow from the fixed volume hydraulic fluid receptacle into one of the variable volume hydraulic fluid receptacles.
An oil scraper piston ring, comprising a base body which comprises a bearing surface area provided with bearing webs (20, 21), an inner circumferential surface, upper and lower flanks as well as oil outlet holes/slits which extend between the bearing webs (20, 21) up to the inner circumferential surface, characterized by the following characteristics: a) the base body comprises a construction height (a) comprised between 1.2 and ≤ 2,5 mm, b) the width (b) of the respective bearing web (20, 21) is comprised between 0.10 and 0.35 mm in the area of the outer circumferential surface, c) circumferential grooves (8, 9) are provided in the area of the bearing webs (20, 21), which grooves (8, 9) are provided with a wear-resistant coating (10, 11, 18), d) the respective groove (8, 9) partially extends in the area of the respective bearing web (20, 21), such that a coating-free section having a width (c) comprised between 0.04 and 0.25 mm remains in the area of the upper as well as the lower flank, e) the coating-free section of the respective bearing web (20, 21) is designed in a right-angled manner in the area where it merges into the respective flank and comprises a sharp edge (22, 23), f) the depth (d) of the grooves (8, 9) provided in the area of the bearing webs (20, 21) is comprised between 0.005 and 0.10 mm, g) the height (e) of the respective bearing web (20, 21) is comprised between 0.15 and 0.70 mm. a) the base body comprises a construction height (a) comprised between 1.2 and ≤ 2,5 mm, b) the width (b) of the respective bearing web (20, 21) is comprised between 0.10 and 0.35 mm in the area of the outer circumferential surface, c) circumferential grooves (8, 9) are provided in the area of the bearing webs (20, 21), which grooves (8, 9) are provided with a wear-resistant coating (10, 11, 18), d) the respective groove (8, 9) partially extends in the area of the respective bearing web (20, 21), such that a coating-free section having a width (c) comprised between 0.04 and 0.25 mm remains in the area of the upper as well as the lower flank, e) the coating-free section of the respective bearing web (20, 21) is designed in a right-angled manner in the area where it merges into the respective flank and comprises a sharp edge (22, 23), f) the depth (d) of the grooves (8, 9) provided in the area of the bearing webs (20, 21) is comprised between 0.005 and 0.10 mm, g) the height (e) of the respective bearing web (20, 21) is comprised between 0.15 and 0.70 mm.
A wall-mounted air conditioner comprising: a main body casing including first and second side end portions disposed respectively on opposite sides to each other in a horizontal direction, and a central portion disposed between the first and second side end portions; a heat exchanger disposed in the central portion of the main body casing; a fan motor disposed in the first side end portion of the main body casing; a mounting plate having a locking unit for locking the main body casing, the locking unit being disposed at an upper portion of the mounting plate; and a holding member configured to hold the main body casing in an inclined state where the main body casing is locked to the locking unit during installation, wherein the main body casing includes a holding member containing unit configured to contain the holding member, and a rotational supporting unit having a horizontal shaft engaged with the holding member, and the holding member includes a rotational shaft unit using the horizontal shaft as an axis, characterized in that the holding member is disposed in a position being in the second side end portion of the main body casing and on a side of a back surface of the main body casing, and that the holding member rotates upward to be contained in the main body casing. a main body casing including first and second side end portions disposed respectively on opposite sides to each other in a horizontal direction, and a central portion disposed between the first and second side end portions; a heat exchanger disposed in the central portion of the main body casing; a fan motor disposed in the first side end portion of the main body casing; a mounting plate having a locking unit for locking the main body casing, the locking unit being disposed at an upper portion of the mounting plate; and a holding member configured to hold the main body casing in an inclined state where the main body casing is locked to the locking unit during installation, wherein the main body casing includes a holding member containing unit configured to contain the holding member, and a rotational supporting unit having a horizontal shaft engaged with the holding member, and the holding member includes a rotational shaft unit using the horizontal shaft as an axis, characterized in that the holding member is disposed in a position being in the second side end portion of the main body casing and on a side of a back surface of the main body casing, and that the holding member rotates upward to be contained in the main body casing. the main body casing includes a holding member containing unit configured to contain the holding member, and a rotational supporting unit having a horizontal shaft engaged with the holding member, and the holding member includes a rotational shaft unit using the horizontal shaft as an axis, characterized in that the holding member is disposed in a position being in the second side end portion of the main body casing and on a side of a back surface of the main body casing, and that the holding member rotates upward to be contained in the main body casing.
A transport device comprising: a carrier capable of advancing and retreating in a transport direction and capable of being lifted and lowered; a main pad coupled to the carrier and configured to suck a workpiece; a swinging member axially supported by the carrier so as to be able to swing around a swinging shaft; a contact element configured to be lifted and lowered along with the carrier and come into contact with the workpiece; a first auxiliary pad supported by the swinging member at a position distal to the carrier as compared with the swinging shaft and configured to suck the workpiece, the first auxiliary pad being able to contract toward the workpiece; and a second auxiliary pad supported by the swinging member at a position proximal to the carrier as compared with the swinging shaft and configured to suck the workpiece, characterized in that the second auxiliary pad is able to contract toward the workpiece by a stroke amount larger than a stroke amount of the first auxiliary pad. a carrier capable of advancing and retreating in a transport direction and capable of being lifted and lowered; a main pad coupled to the carrier and configured to suck a workpiece; a swinging member axially supported by the carrier so as to be able to swing around a swinging shaft; a contact element configured to be lifted and lowered along with the carrier and come into contact with the workpiece; a first auxiliary pad supported by the swinging member at a position distal to the carrier as compared with the swinging shaft and configured to suck the workpiece, the first auxiliary pad being able to contract toward the workpiece; and a second auxiliary pad supported by the swinging member at a position proximal to the carrier as compared with the swinging shaft and configured to suck the workpiece, characterized in that the second auxiliary pad is able to contract toward the workpiece by a stroke amount larger than a stroke amount of the first auxiliary pad.
A synergistic herbicidal composition comprising a herbicidally effective amount of (a) a compound of the formula: or a C 1-4 alkyl or benzyl ester of formula or a sodium, potassium, magnesium, or ammonium salt of formula and (b) an ACCase inhibitor, wherein (b) is at least one compound, or an agriculturally acceptable salt, carboxylic acid, carboxylate salt, or ester thereof, selected from the group consisting of: clethodim, clodinafop-propargyl, cyhalofop-R-butyl, diclofop-methyl, fenoxaprop-P-ethyl, fluazifop-P-butyl, haloxyfop-R-methyl, metamifop, pinoxaden, profoxydim, quizalofop-P-ethyl, sethoxydim, and tralkoxydim.
A light emitting assembly, comprising: a light source (102, 302) configured to emit light substantially about a plane, the light having a first spectral profile; and a material configured to shift light incident from the light source from the first spectral profile to a second spectral profile and emit light as shifted, wherein the material (104, 308) is or includes a phosphor, the material forms a layer that substantially encircles the light source about the plane, and the material is a spectrum-shifting material; wherein the light, as shifted, is emitted from the assembly generally along an axis orthogonal to the plane; wherein the light source comprises a light emitter configured to emit the light and a lens (108, 306) configured to re-direct the light as emitted by the light emitter (106, 304) substantially about the plane, characterised in that the light emitting assembly further comprises a reflective surface in substantial contact with and distal to the material relative to the light source, wherein the reflective surface is configured to reflect the light as shifted by the material along the axis, a housing (120, 312) formed from a housing material having a thermal conductivity greater than that of the spectrum-shifting material and configured to conduct heat energy from the spectrum-shifting material, and wherein the housing material is a filled silicone and the reflective surface is a part of the housing; and a heat sink thermally coupled to the housing and configured to dissipate, at least in part, heat from the housing and the spectrum-shifting material. a light source (102, 302) configured to emit light substantially about a plane, the light having a first spectral profile; and a material configured to shift light incident from the light source from the first spectral profile to a second spectral profile and emit light as shifted, wherein the material (104, 308) is or includes a phosphor, the material forms a layer that substantially encircles the light source about the plane, and the material is a spectrum-shifting material; wherein the light, as shifted, is emitted from the assembly generally along an axis orthogonal to the plane; wherein the light source comprises a light emitter configured to emit the light and a lens (108, 306) configured to re-direct the light as emitted by the light emitter (106, 304) substantially about the plane, characterised in that the light emitting assembly further comprises a reflective surface in substantial contact with and distal to the material relative to the light source, wherein the reflective surface is configured to reflect the light as shifted by the material along the axis, a housing (120, 312) formed from a housing material having a thermal conductivity greater than that of the spectrum-shifting material and configured to conduct heat energy from the spectrum-shifting material, and wherein the housing material is a filled silicone and the reflective surface is a part of the housing; and a heat sink thermally coupled to the housing and configured to dissipate, at least in part, heat from the housing and the spectrum-shifting material.
A planar magnetic loudspeaker system having a planar driver, a case surrounding the driver and having two case openings aligned with a long axis of the driver, and an apparatus for altering a sound wavefront shape from the planar driver, said apparatus comprising: a mounting surface attached to a front surface of the case and having two openings matching said case openings to allow sound from the driver to project therethrough; and a waveguide portion coupled to the mounting surface and having a structure configured to channel sound projected from the driver through the two openings to be combined in one output area, wherein the structure comprises a manifold frame with two side walls and a central pillar running between the side walls to form said two openings and said one output area, wherein the structure has a plurality of reflective surfaces configured to create output sound that has a consistent dispersion pattern over a defined area, said reflective surfaces being formed from contours formed into said side walls and corresponding projections formed into said central pillar to form sound transmission paths for any sound channeled through the two openings, wherein the one output area comprises an outwardly flared sound output area, characterised in that the side walls are curved inward to form a narrower sound transmission area around a centre of the loudspeaker and a wider sound transmission area around opposite ends of the loudspeaker. a mounting surface attached to a front surface of the case and having two openings matching said case openings to allow sound from the driver to project therethrough; and a waveguide portion coupled to the mounting surface and having a structure configured to channel sound projected from the driver through the two openings to be combined in one output area, wherein the structure comprises a manifold frame with two side walls and a central pillar running between the side walls to form said two openings and said one output area, wherein the structure has a plurality of reflective surfaces configured to create output sound that has a consistent dispersion pattern over a defined area, said reflective surfaces being formed from contours formed into said side walls and corresponding projections formed into said central pillar to form sound transmission paths for any sound channeled through the two openings, wherein the one output area comprises an outwardly flared sound output area, characterised in that the side walls are curved inward to form a narrower sound transmission area around a centre of the loudspeaker and a wider sound transmission area around opposite ends of the loudspeaker.
A drive mechanism for transposition and stirring by single disc single motor, comprising a rotating transposition disc, wherein the transposition disc is a single-layer transposition disc, at least one gear set (4, 5) in which a gear ring is engaged with a planetary gear is arranged successively from inside to outside with a rotating shaft of the single-layer transposition disc as the center, the gear ring of each gear set is fixed on a rack, the planetary gear engaged with the gear ring is rotationally installed on the transposition disc to serve as a driving gear of a stirring shaft of a color matching paint bucket, and a one-way rotating component is arranged between the stirring shaft of the color matching paint bucket and the planetary gear.
System for detecting the center of a beacon installed at a point along a route followed by a guided vehicle, the system being configured for being mounted on-board the guided vehicle and capable of locating the center of the beacon when said guided vehicle passes the beacon, the system comprising: - a laser rangefinder using a laser beam for measuring a distance to the beacon when the guided vehicle passes the beacon, the laser rangefinder delivering a signal SL that is a measure of the distance to objects that have reflected its laser beam, wherein the laser rangefinder has its laser beam configured for pointing to a direction that points to the beacon when the guided vehicle on-board of which the system according to the invention is installed passes said beacon; - a processing unit configured for identifying a beacon profile in the signal SL and for determining the center of the beacon from the identified beacon profile. - a laser rangefinder using a laser beam for measuring a distance to the beacon when the guided vehicle passes the beacon, the laser rangefinder delivering a signal SL that is a measure of the distance to objects that have reflected its laser beam, wherein the laser rangefinder has its laser beam configured for pointing to a direction that points to the beacon when the guided vehicle on-board of which the system according to the invention is installed passes said beacon; - a processing unit configured for identifying a beacon profile in the signal SL and for determining the center of the beacon from the identified beacon profile.
A method for providing content service in a portable terminal, the method comprising: receiving packaging content including pilot content and target content, the target content being encrypted using an encryption key based on the pilot content; playing the received pilot content when playing of the packaging content is requested; decrypting each of a plurality of data blocks configuring the pilot content when playing the pilot content; obtaining a plurality of partial keys corresponding to the data blocks through the decryption of the data blocks; generating a decryption key for the target content using the plurality of partial keys obtained by the decryption; and playing the target content of the packaging content using the decryption key, characterized in that the packaging content comprises a header, the header includes identification information for identifying the packaging content, information for granting priorities to the playing of the pilot content and address information for obtaining a public key for playing the pilot content. receiving packaging content including pilot content and target content, the target content being encrypted using an encryption key based on the pilot content; playing the received pilot content when playing of the packaging content is requested; decrypting each of a plurality of data blocks configuring the pilot content when playing the pilot content; obtaining a plurality of partial keys corresponding to the data blocks through the decryption of the data blocks; generating a decryption key for the target content using the plurality of partial keys obtained by the decryption; and playing the target content of the packaging content using the decryption key, characterized in that the packaging content comprises a header, the header includes identification information for identifying the packaging content, information for granting priorities to the playing of the pilot content and address information for obtaining a public key for playing the pilot content.