mhurhangee/ep-ind-claims huggingface dataset:
A method for locating an event occurring along a phase line on a section of an electrical energy transmission line, the phase line comprising n conductors (1001, 1002, 1003, 1004) electrically insulated from one another and short-circuited between themselves at two extremities of the section, the method comprising the steps of: a) monitoring a parameter on one of the n conductors (1001, 1002, 1003, 1004) of the phase line, at one of the extremities of the section without a ground reference, said parameter being representative of current operational conditions of the phase line and having a known propagation speed in the conductor (1001, 1002, 1003, 1004); b) generating an event detection signal at the extremity of the section each time the parameter has a value exceeding a threshold, and storing a reception time when the detection signal is generated; c) transmitting a signal representative of a geographic location of the extremity of the section; and d) geographically locating the event along the section once two consecutive detection signals are generated from the signal representative of the geographic location of step c), and from the reception times associated with two consecutive detection signals. a) monitoring a parameter on one of the n conductors (1001, 1002, 1003, 1004) of the phase line, at one of the extremities of the section without a ground reference, said parameter being representative of current operational conditions of the phase line and having a known propagation speed in the conductor (1001, 1002, 1003, 1004); b) generating an event detection signal at the extremity of the section each time the parameter has a value exceeding a threshold, and storing a reception time when the detection signal is generated; c) transmitting a signal representative of a geographic location of the extremity of the section; and d) geographically locating the event along the section once two consecutive detection signals are generated from the signal representative of the geographic location of step c), and from the reception times associated with two consecutive detection signals.
Dishwasher, - with a wash tub enclosing an interior, - with a clean water feed line passing through a port of the wash tub into the interior, - wherein the feed line - has a line end leading from outside to the wash tub - and an inlet bolt which can be fastened from the interior to the line end, extending the feed line through an axial bore, characterised in that - the axial bore leads into a plurality of inlet openings distributed over the circumference on the circumferential surface of the inlet bolt projecting into the interior, wherein the inlet openings are distributed over the circumferential surface of the inlet bolt such that water can flow out in different radial directions of the inlet bolt, - and the end of the inlet bolt facing the interior is implemented as a cover protecting the axial bore from the ingress of splash water. - with a wash tub enclosing an interior, - with a clean water feed line passing through a port of the wash tub into the interior, - wherein the feed line - has a line end leading from outside to the wash tub - and an inlet bolt which can be fastened from the interior to the line end, extending the feed line through an axial bore, - the axial bore leads into a plurality of inlet openings distributed over the circumference on the circumferential surface of the inlet bolt projecting into the interior, wherein the inlet openings are distributed over the circumferential surface of the inlet bolt such that water can flow out in different radial directions of the inlet bolt, - and the end of the inlet bolt facing the interior is implemented as a cover protecting the axial bore from the ingress of splash water.
A method for masking at a gap 11 between two members 12, 13 at least one of which, 12, is a thin panel such as an automobile window or is a thin edge of a wider panel such as a door, comprising trapping an elongate masking tape 14 in the gap 11, whereby to mask against penetration of the gap 11; and to hold the tape 14 in place without the use of adhesive, characterised by the masking tape 14 having a cross section which is pinched with lobes 14a, 14b either side of the pinch, the tape 14 being disposed so that the lobes 14a, 14b are on opposite sides of the panel 12.
An adapter (1, 1') for attaching a first dental component, such as a dental superstructure, to a second dental component, such as a dental implant or a dental implant analog, the adapter (1, 1') comprising: a coronal attachment portion (2, 2') for attaching the adapter (1, 1') to the first dental component; an apical attachment portion for attaching the adapter (1, 1') to the second dental component; and an intermediate portion arranged between the coronal attachment portion (2, 2') and the apical attachment portion; wherein the apical attachment portion is a protrusion defining an apical end portion of the adapter (1, 1') and configured to be received in a corresponding recess of the second dental component, and the protrusion is rotationally symmetric, so that the adapter (1, 1') is rotatable relative to the second dental component in the state of attachment of the adapter (1, 1') to the second dental component, characterized in that the intermediate portion has an annular shape with the annulus lying in a plane which is perpendicular to the direction from the coronal attachment portion (2, 2') towards the apical attachment portion, the intermediate portion has a coronal bearing surface for abutting an apical portion of the first dental component and an apical bearing surface opposite to the coronal bearing surface for abutting a coronal portion of the second dental component, and the coronal bearing surface and the apical bearing surface define an upper surface and a lower surface, respectively, of the annulus of the intermediate portion. a coronal attachment portion (2, 2') for attaching the adapter (1, 1') to the first dental component; an apical attachment portion for attaching the adapter (1, 1') to the second dental component; and an intermediate portion arranged between the coronal attachment portion (2, 2') and the apical attachment portion; wherein the apical attachment portion is a protrusion defining an apical end portion of the adapter (1, 1') and configured to be received in a corresponding recess of the second dental component, and the protrusion is rotationally symmetric, so that the adapter (1, 1') is rotatable relative to the second dental component in the state of attachment of the adapter (1, 1') to the second dental component, characterized in that the intermediate portion has an annular shape with the annulus lying in a plane which is perpendicular to the direction from the coronal attachment portion (2, 2') towards the apical attachment portion, the intermediate portion has a coronal bearing surface for abutting an apical portion of the first dental component and an apical bearing surface opposite to the coronal bearing surface for abutting a coronal portion of the second dental component, and the coronal bearing surface and the apical bearing surface define an upper surface and a lower surface, respectively, of the annulus of the intermediate portion.
A protective helmet, in particular for motorcyclist, of the type including a shell on which a screen and a chin guard are movably mounted, said chin guard being movable between a closed position on the front of the shell and an open position in which the chin guard is positioned at the rear of the shell beyond the top of the shell, the chin guard having two lateral branches each provided with a slide in which at least one guide finger securely fixed on the shell is engaged, so that the chin guard slides along said guide fingers between its two positions, and said screen being movable between a lowered position and a raised position and having two lateral arms hinged on the shell, said helmet comprising a lifting mechanism for automatically lifting the screen configured to lift at least partially the screen from its lowered position during the closing movement of the chin guard switching from its open position to its closed position, the lifting mechanism of the screen including at least one cam-follower system, said helmet being characterized in that the cam-follower system comprises: - a rotary cam secured to a guide finger, said guide finger being pivotally mounted on the shell along a transverse axis of rotation and being rotatably linked to the corresponding lateral branch of the chin guard by shape cooperation with its slide, and - a follower element secured to a lateral arm of the screen, wherein the cam and the follower element are at least partially in contact according to a given cam surface. - a rotary cam secured to a guide finger, said guide finger being pivotally mounted on the shell along a transverse axis of rotation and being rotatably linked to the corresponding lateral branch of the chin guard by shape cooperation with its slide, and - a follower element secured to a lateral arm of the screen, wherein the cam and the follower element are at least partially in contact according to a given cam surface.
A hinge device for eyeglasses, comprising an accommodation body to be mounted to a spectacle front frame, the accommodation body being provided with engagement seats for gripping and locking a hinge body to an end piece of an eyeglass frame, said hinge body comprising a central body that is adapted to engage within said accommodation body, said central body being adapted to engage in turn a temple of said eyeglass frame, characterized in that said central body being defined by a single element that is folded onto itself so as to define a first C-shaped hollow body, said accommodation body being defined by a second C-shaped hollow body provided with engagement seats (8; 17), said first C-shaped hollow body being provided with teeth that are adapted to engage engagement seats (8; 17) that are defined in said accommodation body, said hinge body and said accommodation body being made of flexible materials so as to allow the deformation of the engagement teeth of the first C-shaped hollow body and of the walls of the second C-shaped hollow body at the moment of insertion of the hinge body in the accommodation body.
A composite rim (1, 1') for a vehicle wheel, comprising a drum provided with a rim bottom intended to receive a tire, and a web (4, 4') provided with a central hub intended to be mounted on a vehicle axle and with a plurality of connecting elements extending between the central hub and the drum, the rim further comprising: a composite and attached flange (7, 7'), which at least partially covers said web (4, 4'), forms all or part of the outer face of the rim, matches all or part of the shapes of said web (4, 4'), and is secured all or part to the connecting elements of said web and to said drum to form a reinforced one-piece structural rim, said flange (7, 7) being arranged to adjust the mechanical performance of said rim (1, 1'), the rim being characterised in that the drum, the web (4, 4 ') and the flange (7, 7') constitute structural parts, said structural parts being made of composite materials forming an all-composite rim, or one of the structural parts among said drum and said web (4, 4') being made of metal materials and the other structural part among said web and said drum being made of composite materials forming a hybrid rim.
Hinge for windows, doors and the like, comprising a frame hinge part that can be fastened to a frame of the window, door and the like, comprising a sash hinge part that can be fastened to a sash of the window, door and the like, comprising a hinge pin that defines a hinge axis and is mounted in hinge parts of the frame hinge part and sash hinge part,, the hinge pin being mounted at least in a hinge part in an opening that is approximately slot-shaped in cross section, and engaging means being provided by means of which the hinge pin directly or indirectly interlockingly engages with one of the longitudinal walls of the opening, the engaging means comprising at least one tooth that projects radially from the hinge pin and engages with a cavity made in one of the longitudinal walls, comprising displacement means, by means of which the hinge pin can be displaced, by rotation, along the opening that is slot-shaped in cross section, and comprising fixing means, by means of which the hinge pin can be secured in a desired position in the opening that is slot-shaped in cross section, characterized in that the displacement means can be accessed from one front end of the hinge pin and the fixing means can be accessed from the other front end of the hinge pin, the displacement means comprising a device for attaching a rotary tool and the fixing means comprising a clamping screw.
A laser welding method comprising: placing a third material between a first material and a second material that are made of metals that are weldable with each other, the third material being different from the first material and the second material, being difficult to weld to the first material and the second material and having a through-hole, forming a second gap between the first material and the second material in a region corresponding to the through-hole; and emitting laser light, from a side on which the first material is disposed toward the region corresponding to the through-hole under a state where the third material being sandwiched between the first material and the second material and the second gap exists before welding, so that the first material and the second material are fused and bonded together via the through-hole, by which the third material is compressed between the first material and the second material and is fixed to the first material and the second material, characterized in that the second gap has a thickness depending on a plate thickness (t) of the first material disposed on a laser-incident side, so that the thickness of the second gap is not less than 4% and not more than 38% of the thickness of the first material and the second gap is determined to be not less than 0.1 mm. placing a third material between a first material and a second material that are made of metals that are weldable with each other, the third material being different from the first material and the second material, being difficult to weld to the first material and the second material and having a through-hole, forming a second gap between the first material and the second material in a region corresponding to the through-hole; and emitting laser light, from a side on which the first material is disposed toward the region corresponding to the through-hole under a state where the third material being sandwiched between the first material and the second material and the second gap exists before welding, so that the first material and the second material are fused and bonded together via the through-hole, by which the third material is compressed between the first material and the second material and is fixed to the first material and the second material, characterized in that the second gap has a thickness depending on a plate thickness (t) of the first material disposed on a laser-incident side, so that the thickness of the second gap is not less than 4% and not more than 38% of the thickness of the first material and the second gap is determined to be not less than 0.1 mm.
A station, STA, comprising: a receiver configured to receive, from an access point, AP, in a basic service set, BSS, that the STA is associated with, a BSS color change announcement element that includes a BSS color information field and a color switching time field, wherein the BSS color information field indicates a new BSS color to be used by the AP, and the color switching time field indicates when the AP will switch to the new BSS color; and a transmitter configured to transmit the new BSS color for communication with the AP after the AP switches to the new BSS color. a receiver configured to receive, from an access point, AP, in a basic service set, BSS, that the STA is associated with, a BSS color change announcement element that includes a BSS color information field and a color switching time field, wherein the BSS color information field indicates a new BSS color to be used by the AP, and the color switching time field indicates when the AP will switch to the new BSS color; and a transmitter configured to transmit the new BSS color for communication with the AP after the AP switches to the new BSS color.
A conveyor apparatus comprising a drive unit, a connection interface configured for analog signal transmission, and a drive control module which is coupled to the drive unit and the connection interface via signal technology, characterized in that the drive control module is configured: - to receive analog control signals via the connection interface in an operating state and to control the drive unit as a function of these control signals, - to output digital diagnostic signals via the connection interface in a digital communication state, and - to switch from the operating state to the digital communication state upon receipt of a switchover command, wherein the switchover command is made up of a predetermined analog control signal or a predetermined sequence of analog control signals. - to receive analog control signals via the connection interface in an operating state and to control the drive unit as a function of these control signals, - to output digital diagnostic signals via the connection interface in a digital communication state, and - to switch from the operating state to the digital communication state upon receipt of a switchover command, wherein the switchover command is made up of a predetermined analog control signal or a predetermined sequence of analog control signals.
A belt (50, 60) for an elevator system comprising: a core (54, 64); an elastomeric sheath (52, 62) positioned over the core; and an elastomer and phosphonate blended bonding agent adhering the core to the sheath, characterised in that the core is at least one of a carbon fiber thermoset resin composite core, an aramid fiber thermoset resin composite core, a glass fiber thermoset resin composite core, an epoxy thermoset resin composite core, and combinations thereof. a core (54, 64); an elastomeric sheath (52, 62) positioned over the core; and an elastomer and phosphonate blended bonding agent adhering the core to the sheath, characterised in that the core is at least one of a carbon fiber thermoset resin composite core, an aramid fiber thermoset resin composite core, a glass fiber thermoset resin composite core, an epoxy thermoset resin composite core, and combinations thereof.
Surgical instrument for binding body tissue (126, 128) in a hollow element comprising an instrument shaft and a first and a second tool element (46, 48), which can be moved axially relative to one another, which are each fitted respectively with at least one electrode (28, 58) forming an annular shape, wherein the first tool element is arranged or formed on the distal end section of the instrument shaft and the second tool element is positioned distally to the first tool element and the first and the second tool element are joined together by a first rod-like force-transmitting member which is surrounded by a second, sleeve-like force-transmitting member, wherein the force-transmitting members (38, 40) can be moved relative to one another parallel to a longitudinal axis, wherein the second tool element is designed to be parasol-like and is cut into such that it has a number of tool element members which are spaced apart from one another in circumferential direction and can be turned out radially in the form of arms projecting in radial direction, at the free end sections of which the at least one electrode of the second tool element is held and which can be turned in from a parasol-like radially turned out operating position radially into a removal position, wherein the at least one electrode of the second tool element is designed as an electrode ring which is slit in radial direction and therefore has a variable circumference and wherein the electrode ring is hollow and defines an electrode ring channel in which an electrode equalisation element is held movably in order to connect together free ends of the electrode ring which is slit in radial direction and which ends are separated from one another by a slit, whereby it is possible independently of a distance between the free ends of the electrode ring, which are separated from one another by the slit, to form a continuous electrode ring.
A video imaging system comprising: a colour digital video sensor for providing a stream of low resolution colour video image frames; a monochromatic digital video sensor for providing a stream of high resolution monochromatic video image frames; and, a digital processing system comprising an image fusing module for fusing the two streams of video image frames to obtain a stream of video image frames having a higher resolution than the stream of video image frames from the colour digital video sensor; wherein the sensors are operably connected to the digital processing system and, characterised in that the image fusing method used by the image fusing module is an image fusing method for fusing low resolution multispectral satellite images with high resolution panchromatic satellite images known in the field of remote sensing adapted to fuse video image frames by substituting colour and monochrome video image frame pairs for multispectral and panchromatic images respectively. a colour digital video sensor for providing a stream of low resolution colour video image frames; a monochromatic digital video sensor for providing a stream of high resolution monochromatic video image frames; and, a digital processing system comprising an image fusing module for fusing the two streams of video image frames to obtain a stream of video image frames having a higher resolution than the stream of video image frames from the colour digital video sensor; wherein the sensors are operably connected to the digital processing system and, characterised in that the image fusing method used by the image fusing module is an image fusing method for fusing low resolution multispectral satellite images with high resolution panchromatic satellite images known in the field of remote sensing adapted to fuse video image frames by substituting colour and monochrome video image frame pairs for multispectral and panchromatic images respectively.