mhurhangee/ep-ind-claims huggingface dataset:
A fitting for holding in the machining and/or assembly position a substantially flat component with a thickness less than or equal to a predetermined maximum thickness and extending on either side of a median plane, in which said fitting includes stops (2; 3) defining at least two radial abutment support surfaces (S1; S2; S3) including generators which are substantially perpendicular to a reference plane of said fitting, relative to which reference plane said median plane of one said component is parallel or coincident in said machining and/or assembly position, and which are arranged to cooperate in abutment support with peripheral edge support surfaces (11; 12; 13) of one said component, in which said fitting includes a chamber which is bordered, on either side of said reference plane, by jaws (21; 22) including clamping surfaces (310; 320) for holding one said component, said chamber being open on at least one side by a recess (41; 42) capable of enabling the passage of a tool or another component or a machining and/or assembly means to perform an operation on one said component, in which said fitting includes a single insertion orifice capable of enabling the insertion of one said component into said chamber towards said radial abutment support surfaces (S1; S2; S3) of said fitting, in which said fitting is deformable between an open position in which said insertion orifice has a maximum opening of width equal to said predetermined maximum thickness, in the direction of the thickness of one said component on either side of the said median plane thereof, and in which open position one said component can be inserted into said chamber to an abutment support position on said radial abutment support surfaces (S1; S2; S3), and a closed position around one said component held supported on said radial abutment support surfaces (S1; S2; S3) and tightened by said jaws (21; 22) subjected to a closing force exerted by manoeuvring means arranged to bring said jaws (21; 22) closer to each other and in which said manoeuvring means include flexible hinges formed in said fitting, which are arranged to, by elastic deformation, generate a relative movement between said jaws (21, 22).
A warhead configured for being mounted in a missile for hitting a target (200, 300), the warhead comprising: a shell having a rotational symmetry about a longitudinal axis; a shell effective sector extending along said axis, with first and second pluralities of weakenings (27, 28) in said shell, each extending along and having respective first and second orientations relative to said longitudinal axis, such that upon exertion of an explosion force on the weakenings from a corresponding first or second direction (L 1, L 2), respective first or second explosion fragments are generated; and a first surface and a second surface, each extending along the longitudinal axis, and defining, together with said shell effective sector, a cavity for accommodating an explosive charge; each of said surfaces being oriented so that upon initiation of detonation of the explosive charge adjacent to said first or second surface, shock waves propagating therefrom are directed towards the respective first or second plurality of weaknings in said respective first or second direction, so as to exert said explosion force thereon, thereby generating said first or second explosion fragments, respectively. a shell having a rotational symmetry about a longitudinal axis; a shell effective sector extending along said axis, with first and second pluralities of weakenings (27, 28) in said shell, each extending along and having respective first and second orientations relative to said longitudinal axis, such that upon exertion of an explosion force on the weakenings from a corresponding first or second direction (L 1, L 2), respective first or second explosion fragments are generated; and a first surface and a second surface, each extending along the longitudinal axis, and defining, together with said shell effective sector, a cavity for accommodating an explosive charge; each of said surfaces being oriented so that upon initiation of detonation of the explosive charge adjacent to said first or second surface, shock waves propagating therefrom are directed towards the respective first or second plurality of weaknings in said respective first or second direction, so as to exert said explosion force thereon, thereby generating said first or second explosion fragments, respectively.
A marine vessel winch equipped with hermetically sealed clutches (600, 700), comprising: a support plate on which a plurality of support frames is disposed; a rotary shaft rotatably coupled to the support frames; a rope drum rotatably coupled to the rotary shaft at a predetermined position in the longitudinal direction of the rotary shaft and having a first fixing clutch mounted on one side thereof; a chain drum rotatably coupled to the rotary shaft in such a manner as to be spaced apart from the rope drum by a given distance and having a second fixing clutch mounted on one side thereof; a first moving clutch and a second moving clutch coupled slidably movably to the rotary shaft in such a manner as to be spaced apart from one sides of the rope drum and the chain drum and selectively engaged with the first fixing clutch and the second fixing clutch to transmit the rotary force of the rotary shaft to the rope drum and the chain drum; characterized by the following features: sealing members having one side surfaces coupled in circumferential directions to predetermined positions of the outer peripheral surfaces of the rope drum and the chain drum and having the lower portions of the other side surfaces brought into contact with the outer peripheral surfaces of the first moving clutch and the second moving clutch. a support plate on which a plurality of support frames is disposed; a rotary shaft rotatably coupled to the support frames; a rope drum rotatably coupled to the rotary shaft at a predetermined position in the longitudinal direction of the rotary shaft and having a first fixing clutch mounted on one side thereof; a chain drum rotatably coupled to the rotary shaft in such a manner as to be spaced apart from the rope drum by a given distance and having a second fixing clutch mounted on one side thereof; a first moving clutch and a second moving clutch coupled slidably movably to the rotary shaft in such a manner as to be spaced apart from one sides of the rope drum and the chain drum and selectively engaged with the first fixing clutch and the second fixing clutch to transmit the rotary force of the rotary shaft to the rope drum and the chain drum; characterized by the following features: sealing members having one side surfaces coupled in circumferential directions to predetermined positions of the outer peripheral surfaces of the rope drum and the chain drum and having the lower portions of the other side surfaces brought into contact with the outer peripheral surfaces of the first moving clutch and the second moving clutch. sealing members having one side surfaces coupled in circumferential directions to predetermined positions of the outer peripheral surfaces of the rope drum and the chain drum and having the lower portions of the other side surfaces brought into contact with the outer peripheral surfaces of the first moving clutch and the second moving clutch.
An operating device comprising: an operating portion provided at a fixed portion so as to be swingable; and a damper portion (68, 86) configured to, when the operation portion is caused to swing, generate resistance force with respect to a swing operation of the operating portion, wherein: the damper portion (68, 86) is provided with a movable member (69, 87); a working pressure opens a relief valve (71, 89) provided to communicate with a the damper chamber (70, 88); and the operating device outputs a hydraulic signal or electric signal corresponding to a swing angle of the operating portion, characterized in that the movable member (69, 87) is configured to be movable in such a direction as to increase or decrease volume of the damper chamber (70, 88); the working pressure generates damper torque; and the working pressure is generated in the damper chamber by a decrease in the volume of the damping chamber when force from the operating portion is applied to the movable member. an operating portion provided at a fixed portion so as to be swingable; and a damper portion (68, 86) configured to, when the operation portion is caused to swing, generate resistance force with respect to a swing operation of the operating portion, wherein: the damper portion (68, 86) is provided with a movable member (69, 87); a working pressure opens a relief valve (71, 89) provided to communicate with a the damper chamber (70, 88); and the operating device outputs a hydraulic signal or electric signal corresponding to a swing angle of the operating portion, characterized in that the movable member (69, 87) is configured to be movable in such a direction as to increase or decrease volume of the damper chamber (70, 88); the working pressure generates damper torque; and the working pressure is generated in the damper chamber by a decrease in the volume of the damping chamber when force from the operating portion is applied to the movable member. the damper portion (68, 86) is provided with a movable member (69, 87); a working pressure opens a relief valve (71, 89) provided to communicate with a the damper chamber (70, 88); and the operating device outputs a hydraulic signal or electric signal corresponding to a swing angle of the operating portion, characterized in that the movable member (69, 87) is configured to be movable in such a direction as to increase or decrease volume of the damper chamber (70, 88); the working pressure generates damper torque; and the working pressure is generated in the damper chamber by a decrease in the volume of the damping chamber when force from the operating portion is applied to the movable member.
Device for controlling a polyphase inverter (10, 14, 17) intended to supply power from a direct current source to a double three-phase rotating electrical machine, said device being of the type comprising means for generating switching signals controlling switching elements (9, 13) so as to obtain a reduction of losses in said switching elements (9, 13) and a reduction in an rms current in a decoupling capacitor of said source, said double three-phase rotating electrical machine including three first phase windings (2, 3, 4) and three second phase windings (5, 6, 7) forming a first three-phase system (2, 3, 4) and a second three-phase system (5, 6, 7) with separate neutral points (11, 15) offset angularly by a predetermined offset angle (θ), and said first and second phase windings (2, 3, 4; 5, 6, 7) being connected to three first and three second power arms (8, 12), respectively, formed by said switching elements (9, 13) of said one polyphase inverter (10, 14, 17), characterized in that it includes: - means for storing a set of at least two control strategies (21, 24) determining said switching signals; - means for acquiring a rotation speed (Ω) and a power factor (cos φ) of said machine; - means for selecting a current strategy from said set of control strategies (21, 24) as a function of said rotation speed (Ω) and said power factor (cos φ). - means for storing a set of at least two control strategies (21, 24) determining said switching signals; - means for acquiring a rotation speed (Ω) and a power factor (cos φ) of said machine; - means for selecting a current strategy from said set of control strategies (21, 24) as a function of said rotation speed (Ω) and said power factor (cos φ).
A method for use in a peer device, the method comprising determining which of two or more peers (105A, 105B, 107, 105D) behind NATs to designate as a host for a service within a peer to peer grid, the method comprising: a) receiving NAT profile information for one or more other peers of the two or more peers; and b) determining from NAT profile information for the peer device and the NAT profile information for the one or more other peers which of the two or more peers behind NATs to designate as the host; wherein b) includes assigning priority values to each of the two or more peers based on the NAT profile information for the peer device and the NAT profile information for the one or more other peers and selecting the host based on the priority values. a) receiving NAT profile information for one or more other peers of the two or more peers; and b) determining from NAT profile information for the peer device and the NAT profile information for the one or more other peers which of the two or more peers behind NATs to designate as the host;
A method for activating a voice assistant function in a mobile device, the method comprising: receiving an input sound stream by a sound sensor; determining a context of the mobile device; adjusting a threshold for activating the voice assistant function based on the context; detecting a target keyword from the input sound stream based on a sound feature extracted from the input sound stream and based on the adjusted threshold; and activating the voice assistant function if the target keyword is detected; characterised in that adjusting the threshold comprises adjusting the threshold based on a likelihood of using the voice assistant function in the context of the mobile device. receiving an input sound stream by a sound sensor; determining a context of the mobile device; adjusting a threshold for activating the voice assistant function based on the context; detecting a target keyword from the input sound stream based on a sound feature extracted from the input sound stream and based on the adjusted threshold; and activating the voice assistant function if the target keyword is detected; characterised in that adjusting the threshold comprises adjusting the threshold based on a likelihood of using the voice assistant function in the context of the mobile device.
Glass sheet having a coating of enamel provided on at least one surface of said glass sheet, the coating being in direct contact with the glass sheet and extends over more than 90% of the surface of the glass sheet, wherein the coating comprises between 11 and 25 % of organic material, expressed in weight percentage, the organic material being determined by analysing a quantity of the coating material, exempt of possible residual solvents, scraped from a cured but not yet sinterized coated glass sheet by thermogravimetric analysis conducted in air, from 20 to 1000°C, with a temperature increase of 10°C/min and wherein the organic material consists essentially of polymers and, after curing, has a glass transition temperature of at least 20°C.
A method of providing signal synchronization for a radio access network, the method comprising transmitting a first component carrier including synchronization signals on a first frequency from the radio access network, the method characterized by: transmitting, to a wireless terminal, on said first component carrier, information relating the first component carrier with a second component carrier that is to be transmitted on a second frequency, said information being intended to be used by said wireless terminal upon addition of the second component carrier in synchronization and/or configuration of said second component carrier using the synchronization signals of the first component carrier, wherein the first and second frequencies are different; and transmitting a command to add the second component carrier as a downlink for transmissions to the wireless terminal, wherein transmitting the command to add the second component carrier comprises transmitting a flag having one of a first value and a second value, wherein the first value instructs the wireless terminal to synchronize and/or configure the second component carrier using the synchronization signals of the first component carrier, and wherein the second value instructs the wireless terminal to synchronize and/or configure the second component carrier without using the synchronization signals of the first component carrier. transmitting, to a wireless terminal, on said first component carrier, information relating the first component carrier with a second component carrier that is to be transmitted on a second frequency, said information being intended to be used by said wireless terminal upon addition of the second component carrier in synchronization and/or configuration of said second component carrier using the synchronization signals of the first component carrier, wherein the first and second frequencies are different; and transmitting a command to add the second component carrier as a downlink for transmissions to the wireless terminal, wherein transmitting the command to add the second component carrier comprises transmitting a flag having one of a first value and a second value, wherein the first value instructs the wireless terminal to synchronize and/or configure the second component carrier using the synchronization signals of the first component carrier, and wherein the second value instructs the wireless terminal to synchronize and/or configure the second component carrier without using the synchronization signals of the first component carrier.
A fixing for securing an item to a wall (50, 52), the fixing comprising: a. a tubular plug having an axial bore that extends from an open end, the plug having a gripping portion that is spaced from the open end by a tubular section, the bore of the gripping portion being of diameter lesser than the diameter of the tubular section; b. a spacer that is a close sliding fit within the tubular section, but which cannot enter the bore in the gripping portion; and c. a fastener that has a shank and a head, wherein the shank can be driven into engagement with the bore of the gripping portion to cause radial expansion thereof, and the head can clamp an object against the spacer to transmit forces through the spacer to the gripping portion. a. a tubular plug having an axial bore that extends from an open end, the plug having a gripping portion that is spaced from the open end by a tubular section, the bore of the gripping portion being of diameter lesser than the diameter of the tubular section; b. a spacer that is a close sliding fit within the tubular section, but which cannot enter the bore in the gripping portion; and c. a fastener that has a shank and a head, wherein the shank can be driven into engagement with the bore of the gripping portion to cause radial expansion thereof, and the head can clamp an object against the spacer to transmit forces through the spacer to the gripping portion.
An imaging device comprising: a lens barrel in which a plurality of lenses (101, 101a, 101b, 101c, 101d, 101e) are held and that has a thread groove in a cylindrical outer periphery of the lens barrel, wherein a projecting portion that projects radially outward is formed on an outer peripheral surface of the lens barrel; an imaging element that captures a subject image incident on the imaging element through the plurality of lenses (101, 101a, 101b, 101c, 101d, 101e); a housing that holds the imaging element and that includes a threaded portion configured to engage with the thread groove in the cylindrical outer periphery of the lens barrel; and an adhesive member positioned between the thread groove in the cylindrical outer periphery of the lens barrel and the threaded portion of the housing, wherein the thread groove is provided in a range that includes a position at which a principal plane of an optical system including the plurality of lenses crosses the cylindrical outer periphery of the lens barrel, the optical system comprising the plurality of lenses (101, 101a, 101b, 101c, 101d, 101e), wherein the projecting portion is in contact with the housing with a wave washer provided therebetween, and wherein the wave washer is configured to be pressed and urged by the projecting portion of the lens barrel in the direction in which the lens barrel is inserted, when the lens barrel is inserted into the housing. a lens barrel in which a plurality of lenses (101, 101a, 101b, 101c, 101d, 101e) are held and that has a thread groove in a cylindrical outer periphery of the lens barrel, wherein a projecting portion that projects radially outward is formed on an outer peripheral surface of the lens barrel; an imaging element that captures a subject image incident on the imaging element through the plurality of lenses (101, 101a, 101b, 101c, 101d, 101e); a housing that holds the imaging element and that includes a threaded portion configured to engage with the thread groove in the cylindrical outer periphery of the lens barrel; and an adhesive member positioned between the thread groove in the cylindrical outer periphery of the lens barrel and the threaded portion of the housing, wherein the thread groove is provided in a range that includes a position at which a principal plane of an optical system including the plurality of lenses crosses the cylindrical outer periphery of the lens barrel, the optical system comprising the plurality of lenses (101, 101a, 101b, 101c, 101d, 101e), wherein the projecting portion is in contact with the housing with a wave washer provided therebetween, and wherein the wave washer is configured to be pressed and urged by the projecting portion of the lens barrel in the direction in which the lens barrel is inserted, when the lens barrel is inserted into the housing.
An organic light emitting structure comprising: a hole transport layer having a first region and a second region; an emitting layer disposed on the hole transport layer in the first region; a hydrophobic pattern disposed on the hole transport layer in the second region; and an electron transport layer disposed on the hydrophobic pattern and the emitting layer; wherein the hole transport layer includes: a first pattern located in the first region; and a second pattern located in the second region, wherein the first pattern includes a hole transport material; wherein the first region corresponds to a pixel region and the second region corresponds to a non-pixel region, wherein a sidewall of the emitting layer makes contact with a sidewall of the hydrophobic pattern, and the emitting layer is confined by the hydrophobic pattern; characterised in that the second pattern includes a hole transport material and a cross-linked or polymerized photosensitive material, wherein the second pattern has an electrical conductivity lower than that of the first pattern. a hole transport layer having a first region and a second region; an emitting layer disposed on the hole transport layer in the first region; a hydrophobic pattern disposed on the hole transport layer in the second region; and an electron transport layer disposed on the hydrophobic pattern and the emitting layer; wherein the hole transport layer includes: a first pattern located in the first region; and a second pattern located in the second region, a first pattern located in the first region; and a second pattern located in the second region, wherein the first region corresponds to a pixel region and the second region corresponds to a non-pixel region, wherein a sidewall of the emitting layer makes contact with a sidewall of the hydrophobic pattern, and the emitting layer is confined by the hydrophobic pattern; characterised in that the second pattern includes a hole transport material and a cross-linked or polymerized photosensitive material, wherein the second pattern has an electrical conductivity lower than that of the first pattern.