mhurhangee/patent-ind-claim-en huggingface dataset:
Offshore decommissioning structure for disassembling an offshore platform presenting topsides mounted on a jacket having a plurality of jacket legs , said decommissioning structure comprising: • a jack-up-vessel comprising a hull , a main deck , an elevating jacking device and a plurality of jack-up legs , wherein said jack-up vessel can be elevated on its legs above the sea level by the elevating jacking device; and • a carrying and skidding system for shifting the topsides of the platform to be disassembled from the platform jacket onto the main deck of the jack-up vessel , said carrying and skidding system comprising a skid beams set for bridging the platform jacket and the jack up vessel , wherein said skid beams set comprises: • a plurality of jack-up skid beams which are fastened on the jack-up main deck ; and • a plurality of jacket skid beams which can be transferred from a first position where they rest on the jack-up main deck to a second position outside of the jack-up main deck where they can be attached to the jacket legs of the platform . • a jack-up-vessel comprising a hull , a main deck , an elevating jacking device and a plurality of jack-up legs , wherein said jack-up vessel can be elevated on its legs above the sea level by the elevating jacking device; and • a carrying and skidding system for shifting the topsides of the platform to be disassembled from the platform jacket onto the main deck of the jack-up vessel , said carrying and skidding system comprising a skid beams set for bridging the platform jacket and the jack up vessel , wherein said skid beams set comprises: • a plurality of jack-up skid beams which are fastened on the jack-up main deck ; and • a plurality of jacket skid beams which can be transferred from a first position where they rest on the jack-up main deck to a second position outside of the jack-up main deck where they can be attached to the jacket legs of the platform . • a plurality of jack-up skid beams which are fastened on the jack-up main deck ; and • a plurality of jacket skid beams which can be transferred from a first position where they rest on the jack-up main deck to a second position outside of the jack-up main deck where they can be attached to the jacket legs of the platform .
A frequency tuned damper assembly for dampening vibrations of a vibrating structure, said damper assembly comprising: a damper having a longitudinal direction and including at least two elastic damper elements and at least one mass element , said mass element extending in the longitudinal direction (D) between two opposite ends thereof and being elastically supported at each one of said opposite ends via an associated one of said two elastic damper elements , and said mass element and said two elastic damper elements together forming a spring-mass system which is frequency tuned to vibrations of the vibrating structure; and a console comprising two support portions , which are mutually spaced in the longitudinal direction (D) and which support the damper therebetween; wherein at least a first damper element of the two elastic damper elements forms part of a first snap-lock mechanism and is in a biased state by being elastically compressed in the longitudinal direction (D) for maintaining the first snap-lock mechanism in a locked state in which the mass element is held in a locked mounted position, said first snap-lock mechanism in its locked state being arranged to prevent the mass element from being disengaged from the console in a transverse direction relative to the longitudinal direction (D); and wherein said first snap-lock mechanism for assembling the damper assembly is arranged to allow, by an elastic compression in the longitudinal direction (D) of the first damper element , the mass element to be brought into its locked mounted position. a damper having a longitudinal direction and including at least two elastic damper elements and at least one mass element , said mass element extending in the longitudinal direction (D) between two opposite ends thereof and being elastically supported at each one of said opposite ends via an associated one of said two elastic damper elements , and said mass element and said two elastic damper elements together forming a spring-mass system which is frequency tuned to vibrations of the vibrating structure; and a console comprising two support portions , which are mutually spaced in the longitudinal direction (D) and which support the damper therebetween; wherein at least a first damper element of the two elastic damper elements forms part of a first snap-lock mechanism and is in a biased state by being elastically compressed in the longitudinal direction (D) for maintaining the first snap-lock mechanism in a locked state in which the mass element is held in a locked mounted position, said first snap-lock mechanism in its locked state being arranged to prevent the mass element from being disengaged from the console in a transverse direction relative to the longitudinal direction (D); and wherein said first snap-lock mechanism for assembling the damper assembly is arranged to allow, by an elastic compression in the longitudinal direction (D) of the first damper element , the mass element to be brought into its locked mounted position.
A foreign object detection device for a coil device including a second coil to transmit power to a first coil wirelessly or receive power from the first coil wirelessly, the foreign object detection device comprising: a foreign object detection coil configured to be located between the first coil and the second coil; and the foreign object detection coil includes a detection loop that is a conductive wire of a loop shape, and characterized by : a cover configured to cover an upper portion of the foreign object detection coil , wherein a top surface of the cover includes at least one inclined surface inclined relative to a coil plane of the second coil, the inclined surface is inclined downward from a low sensitivity region (R LS1 . R LS2 ) where detection sensitivity of the foreign object detection coil is relatively lower to a high sensitivity region (R HS ) where the detection sensitivity of the foreign object detection coil is relatively higher, and the low sensitivity region (R LS1 . R LS2 ) overlaps the conductive wire when viewed from a direction of a center axis of the detection loop and the high sensitivity region (R HS ) overlaps an inner portion surrounded by the detection loop when viewed from the direction of the center axis of the detection loop . a foreign object detection coil configured to be located between the first coil and the second coil; and the foreign object detection coil includes a detection loop that is a conductive wire of a loop shape, and characterized by : a cover configured to cover an upper portion of the foreign object detection coil , wherein a top surface of the cover includes at least one inclined surface inclined relative to a coil plane of the second coil, the inclined surface is inclined downward from a low sensitivity region (R LS1 . R LS2 ) where detection sensitivity of the foreign object detection coil is relatively lower to a high sensitivity region (R HS ) where the detection sensitivity of the foreign object detection coil is relatively higher, and the low sensitivity region (R LS1 . R LS2 ) overlaps the conductive wire when viewed from a direction of a center axis of the detection loop and the high sensitivity region (R HS ) overlaps an inner portion surrounded by the detection loop when viewed from the direction of the center axis of the detection loop . a cover configured to cover an upper portion of the foreign object detection coil , wherein a top surface of the cover includes at least one inclined surface inclined relative to a coil plane of the second coil, the inclined surface is inclined downward from a low sensitivity region (R LS1 . R LS2 ) where detection sensitivity of the foreign object detection coil is relatively lower to a high sensitivity region (R HS ) where the detection sensitivity of the foreign object detection coil is relatively higher, and the low sensitivity region (R LS1 . R LS2 ) overlaps the conductive wire when viewed from a direction of a center axis of the detection loop and the high sensitivity region (R HS ) overlaps an inner portion surrounded by the detection loop when viewed from the direction of the center axis of the detection loop .
A device for venting air from an electric pump, comprising a body which can be associated detachably with a pump body of an electric pump , said body comprising at least one cavity having a substantially longitudinal axis of extension (X), said cavity having at least one inlet which can be connected fluidically to the inside of said pump body and at least one outlet which can be connected fluidically to the outside of said pump body , valve means arranged inside said cavity being adapted to adjust a flow of fluid between said inlet and said outlet as a function of the difference in pressure between the inside of said pump body and the outside of said pump body , characterized in that said body comprises a contoured head provided with a cross-shaped and/or rectilinear slot, and said body comprises a threaded portion for coupling to a complementarily threaded portion of a coupling in fluidic connection with the inside of said pump body , said threaded portion being longitudinally opposite with respect to said contoured head . said body comprises a contoured head provided with a cross-shaped and/or rectilinear slot, and said body comprises a threaded portion for coupling to a complementarily threaded portion of a coupling in fluidic connection with the inside of said pump body , said threaded portion being longitudinally opposite with respect to said contoured head .
A torque sensor, comprising: a stator; and a rotor disposed in the stator and comprising: a rotor body including a sleeve coupled to a rotating shaft, and a yoke protruding from an outer circumference of the sleeve ; a ring-shaped magnet coupled to an outer circumference of the yoke; characterized in that the rotor body comprises an anti-slip structure , said anti slip structure being adapted to partially come into contact with a jig during a rotating process for adjusting a torque center, thus being adapted to prevent slipping between the rotor body and the jig when a rotating force is transmitted, and said anti slip structure comprises a serration formed on an upper end of the yoke in a circumferential direction thereof, the serration being adapted to come into contact with a lower end of the jig during the rotating process for adjusting the center, thus transmitting the rotating force from the jig to the yoke. a stator; and a rotor disposed in the stator and comprising: a rotor body including a sleeve coupled to a rotating shaft, and a yoke protruding from an outer circumference of the sleeve ; a ring-shaped magnet coupled to an outer circumference of the yoke; characterized in that the rotor body comprises an anti-slip structure , said anti slip structure being adapted to partially come into contact with a jig during a rotating process for adjusting a torque center, thus being adapted to prevent slipping between the rotor body and the jig when a rotating force is transmitted, and said anti slip structure comprises a serration formed on an upper end of the yoke in a circumferential direction thereof, the serration being adapted to come into contact with a lower end of the jig during the rotating process for adjusting the center, thus transmitting the rotating force from the jig to the yoke. a rotor body including a sleeve coupled to a rotating shaft, and a yoke protruding from an outer circumference of the sleeve ; a ring-shaped magnet coupled to an outer circumference of the yoke; characterized in that the rotor body comprises an anti-slip structure , said anti slip structure being adapted to partially come into contact with a jig during a rotating process for adjusting a torque center, thus being adapted to prevent slipping between the rotor body and the jig when a rotating force is transmitted, and said anti slip structure comprises a serration formed on an upper end of the yoke in a circumferential direction thereof, the serration being adapted to come into contact with a lower end of the jig during the rotating process for adjusting the center, thus transmitting the rotating force from the jig to the yoke.
Front structure for an electric vehicle comprising a lower dash panel separating a passenger cabin and a front engine compartment , a seat cross-member extending in a substantially transverse direction and being attached at either ends to a lateral reinforcement structure and a tunnel nose comprising - a front portion at least attached to the lower dash panel , - a rear portion at least attached to the seat cross-member , characterised in that the product of the ultimate tensile strength by the average thickness of the rear portion is greater than the product of the ultimate tensile strength by the average thickness of the front portion and wherein the front portion is made from a material having a fracture strain of at least 0,6 and a critical bending angle of at least 75°. - a front portion at least attached to the lower dash panel , - a rear portion at least attached to the seat cross-member ,
A method for producing a diol represented by Formula , the method comprising using water as a solvent to carry out a cyclodehydration reaction of a 1,4-cyclohexanedione derivative represented by Formula below with a triol represented by Formula below to produce the diol represented by Formula ; in Formula , R 4 each independently denotes a hydrogen atom, a heteroatom-containing group, a halogen atom-containing group, a linear alkyl group having from 1 to 6 carbon atoms, a branched alkyl group having from 3 to 6 carbon atoms, or a group including an aryl group and having from 6 to 12 carbon atoms; in Formula , R 5 denotes a linear alkyl group having from 1 to 7 carbon atoms, a branched alkyl group having from 3 to 7 carbon atoms or an aryl group; and in Formula , R 1 and R 2 each independently denote a linear alkyl group having from 1 to 7 carbon atoms, a branched alkyl group having from 3 to 7 carbon atoms or an aryl group, and R 3 each independently denotes a hydrogen atom, a heteroatom-containing group, a halogen atom-containing group, a linear alkyl group having from 1 to 6 carbon atoms, a branched alkyl group having from 3 to 6 carbon atoms, or a group including an aryl group and having from 6 to 12 carbon atoms, wherein one type of triol represented by Formula is used alone, or two or more types are used, and water accounts for 80 mass% or more of the reaction solvents. one type of triol represented by Formula is used alone, or two or more types are used, and water accounts for 80 mass% or more of the reaction solvents.
A cleaning apparatus for cleaning a nozzle of a liquid dispensing device, comprising a base member supporting a receiving head comprising a receiving opening for receiving a portion of the nozzle to be cleaned, a gas inlet for receiving pressurized gas, a gas channel having an outlet at the receiving head for applying pressurized gas to the nozzle for flushing the nozzle , characterized in that the receiving opening comprises a sealing edge for sealing the receiving head against the nozzle when the nozzle is received in the receiving opening , wherein the outlet is adjacent the sealing edge , and wherein the gas channel is formed as a continuous circumferential slot around the receiving opening .
A system for additive manufacturing, comprising: a first dispensing system comprising a reservoir of at least one elastomeric material a secondary dispensing system comprising at least one proportioning device and at least one control valve , the secondary dispensing system configured to receive the at least one elastomeric material from the first dispensing system in predetermined quantities; and a deposition apparatus configured to receive and mix the at least one elastomeric material from the second dispensing system prior to depositing the at least one elastomeric material; a deposition substrate on which the at least one elastomeric material is deposited, said deposition substrate arranged to move in a first direction as the deposition apparatus deposits the at least one elastomeric material; wherein the elastomeric material is a liquid silicone material comprising two parts, which can be cured to form a solid silicone structure, and the secondary dispensing system is arranged to create material blends comprising a part A and a part B of the two parts wherein the deposition apparatus or the deposition substrate translates in a different direction to the first direction as the deposition apparatus deposits the at least one elastomeric material onto the deposition substrate , and wherein the deposition substrate is a cylindrical or conical mandrel configured to rotate and translate along a horizontal direction relative to the deposition apparatus. a first dispensing system comprising a reservoir of at least one elastomeric material a secondary dispensing system comprising at least one proportioning device and at least one control valve , the secondary dispensing system configured to receive the at least one elastomeric material from the first dispensing system in predetermined quantities; and a deposition apparatus configured to receive and mix the at least one elastomeric material from the second dispensing system prior to depositing the at least one elastomeric material; a deposition substrate on which the at least one elastomeric material is deposited, said deposition substrate arranged to move in a first direction as the deposition apparatus deposits the at least one elastomeric material; wherein the elastomeric material is a liquid silicone material comprising two parts, which can be cured to form a solid silicone structure, and the secondary dispensing system is arranged to create material blends comprising a part A and a part B of the two parts wherein the deposition apparatus or the deposition substrate translates in a different direction to the first direction as the deposition apparatus deposits the at least one elastomeric material onto the deposition substrate , and wherein the deposition substrate is a cylindrical or conical mandrel configured to rotate and translate along a horizontal direction relative to the deposition apparatus.
A receptacle , in particular a storage box, having a base body and a removable cover element , the cover element adapted to cover an open top side of the base body , - the base body comprising a bottom wall, a front wall , a rear wall and two side walls arranged oppositely to each other, - the cover element comprising at least a first wall serving as a top wall of the receptacle when the cover element covers the base body and a second wall arranged orthogonally to the first wall , the second wall at least partially overlapping one of the front wall , the rear wall or the side walls when the cover element covers the base body , so that a first edge of the second wall arranged distantly from the first wall faces the outer surface of the respective wall of the base body , characterized in that the second wall of the cover element comprises a zone at least in the area of the first edge which is composed of a flexible material, the zone in particular being a soft lip which is fixed to a portion of the second wall composed of a rigid material, the cover element has in addition to the first and second walls a third wall which is arranged particularly orthogonally to the first wall and parallel with the second wall and, furthermore, two particularly parallel forth walls arranged orthogonally to both the first wall and the second wall and the third wall, and wherein one or more indentions are formed either in at least in one wall of the forth walls of the cover or on the base body and which mate with corresponding embossments placed on the base body or at least in one wall of the forth walls of the cover . - the base body comprising a bottom wall, a front wall , a rear wall and two side walls arranged oppositely to each other, - the cover element comprising at least a first wall serving as a top wall of the receptacle when the cover element covers the base body and a second wall arranged orthogonally to the first wall , the second wall at least partially overlapping one of the front wall , the rear wall or the side walls when the cover element covers the base body , so that a first edge of the second wall arranged distantly from the first wall faces the outer surface of the respective wall of the base body , characterized in that the second wall of the cover element comprises a zone at least in the area of the first edge which is composed of a flexible material, the zone in particular being a soft lip which is fixed to a portion of the second wall composed of a rigid material, the cover element has in addition to the first and second walls a third wall which is arranged particularly orthogonally to the first wall and parallel with the second wall and, furthermore, two particularly parallel forth walls arranged orthogonally to both the first wall and the second wall and the third wall, and wherein one or more indentions are formed either in at least in one wall of the forth walls of the cover or on the base body and which mate with corresponding embossments placed on the base body or at least in one wall of the forth walls of the cover .
A computer implemented method for displaying a video stream of a scene captured by a video capture device on a display of a client device, the method comprising: detecting (S1002) a new event in the scene, determining (S1004) a new event area in the scene within which the new event is detected, checking (S1006) whether a prior event has been detected within the new event area during a predetermined time period preceding the new event, determining (S5003) a size of an object associated with the new event, upon no prior event being detected during the predetermined time period, adding (S1008) a visual indicator to an image frame temporally corresponding to the detection of the new event and to a number of subsequent image frames of the video stream, wherein the visual indicator coincides with the new event area, and wherein the step of adding the visual indicator comprises gradually changing an appearance of the visual indicator throughout the number of subsequent image frames, wherein the number of subsequent image frames is greater for objects having a determined size smaller than a predetermined threshold than for objects having a determined size greater than or equal to the predetermined threshold, and displaying (S1010) the video stream with the added visual indicator on the display of the client device. detecting (S1002) a new event in the scene, determining (S1004) a new event area in the scene within which the new event is detected, checking (S1006) whether a prior event has been detected within the new event area during a predetermined time period preceding the new event, determining (S5003) a size of an object associated with the new event, upon no prior event being detected during the predetermined time period, adding (S1008) a visual indicator to an image frame temporally corresponding to the detection of the new event and to a number of subsequent image frames of the video stream, wherein the visual indicator coincides with the new event area, and wherein the step of adding the visual indicator comprises gradually changing an appearance of the visual indicator throughout the number of subsequent image frames, wherein the number of subsequent image frames is greater for objects having a determined size smaller than a predetermined threshold than for objects having a determined size greater than or equal to the predetermined threshold, and displaying (S1010) the video stream with the added visual indicator on the display of the client device.