mhurhangee/ep-ind-claims huggingface dataset:
Method for transmitting data, in the form of messages, in a power line communication network, the method being executed in a first node device of said network configured so as to communicate in a plurality of separate frequency bands with a second node device of said network, the method comprising transmitting a message in a transmission mode using at least two separate frequency bands from among said plurality of separate frequency bands in parallel, and the method being characterized in that the transmission of a message in a transmission mode using at least two separate frequency bands in parallel comprises using a frequency band called extended frequency band comprising at least two separate frequency bands from among said plurality of separate frequency bands, each separate frequency band comprising a plurality of subcarriers, the method furthermore comprising a step of interleaving the data in a message to be transmitted, designed to transmit said data distributed on all of said subcarriers.
A trolley for transporting materials, the trolley having a body unit which moves along a rail and a power transfer unit which transfers power for driving or braking of the body unit, wherein the power transfer unit comprises an input shaft, an output shaft which receives power of the input shaft and transfers the power to the body unit, and a locking unit which transfers the power from the input shaft to the output shaft but does not transfer power from the output shaft to the input shaft, wherein the trolley comprises a connection portion connected to the power transfer unit and a handle unit detachably connected to the connection portion and receives the power, wherein the handle unit comprises a connection member connected to the connection portion and a handle bar which comprises a bent portion bent by an external force, and wherein when the handle unit is connected to the connection portion, a rotational force of the handle unit is transferred to the input shaft.
Self-reclosing lock comprising a box in which a spring latch is housed, translatable in contrast and by the action of a first elastic element between a retracted position, a limited extracted position and a fully extracted position from the box, a charge piston translatable in contrast and by the action of a second elastic element between a retracted position and an extracted position from the box, said self-reclosing lock comprising inside the box an oscillating distributor element having a first organ operatively engaged with the spring latch for its drive and deadlocking, and a second organ cooperating with the charge piston, characterised in that said second organ is a feeler organ cooperating with a cam surface on the charge piston, the kinematic chain comprising said charge piston, said distributor and said spring latch being configured so as to perform, when the charge piston is in its extracted position and the spring latch is in its limited extracted position, if the charge piston and/or the spring latch are simultaneously or alternatively subjected to an external thrust force against the action of the second and first elastic elements (6, 4), an automatically reversible movement to said extracted and limited extracted positions when said external thrust force is released.
An article, comprising: a film and a non-woven comprising fibers; and a non-melt-fused, embossed seal joining a portion of the film and the non-woven, the seal comprising discrete extended elements formed in the film and surrounded by lands in the film, the discrete extended elements having open proximal ends, open or closed distal ends, and sidewalls disposed between the proximal and distal ends, and portions of the discrete extended elements having a thickness less than that of the lands, wherein the fibers of the non-woven are embedded in at least one of the lands and in the sidewalls of the discrete extended elements through the open proximal ends, and wherein the seal is free of adhesives. a film and a non-woven comprising fibers; and a non-melt-fused, embossed seal joining a portion of the film and the non-woven, the seal comprising discrete extended elements formed in the film and surrounded by lands in the film, the discrete extended elements having open proximal ends, open or closed distal ends, and sidewalls disposed between the proximal and distal ends, and portions of the discrete extended elements having a thickness less than that of the lands, wherein the fibers of the non-woven are embedded in at least one of the lands and in the sidewalls of the discrete extended elements through the open proximal ends, and wherein the seal is free of adhesives.
A communication method for a wearable device, the method comprising: determining a network camping preference mode of the wearable device, wherein the network camping preference mode is determined based on a network camping priority, and the network camping priority indicates priorities of a plurality of terminal capability levels of the wearable device during a network camping procedure of the wearable device; determining a 3GPP release network version of a network to be camped on; determining a first terminal capability level based on the 3GPP release network version and the network camping priority, wherein the first terminal capability level has a highest priority among the plurality of terminal capability levels and is adapted to the 3GPP release network version, and wherein the terminal capability levels of the wearable device comprise at least one of Cat.1bis, Cat.M1, Cat.M2 and Non-BL Cat.1bis; and communicating with the network to be camped on based on the first terminal capability level. determining a network camping preference mode of the wearable device, wherein the network camping preference mode is determined based on a network camping priority, and the network camping priority indicates priorities of a plurality of terminal capability levels of the wearable device during a network camping procedure of the wearable device; determining a 3GPP release network version of a network to be camped on; determining a first terminal capability level based on the 3GPP release network version and the network camping priority, wherein the first terminal capability level has a highest priority among the plurality of terminal capability levels and is adapted to the 3GPP release network version, and wherein the terminal capability levels of the wearable device comprise at least one of Cat.1bis, Cat.M1, Cat.M2 and Non-BL Cat.1bis; and communicating with the network to be camped on based on the first terminal capability level.
A media library appliance comprising: an optical disc drive field-replaceable unit comprising two optical drives oriented vertically; a disc cartridge housing discs stored in a horizontal stack, the disc cartridge being removable from the library; and disc handling robotics comprising a disc picker assembly that slides laterally with respect to the disc cartridge and the optical disc drives to access discs stored in the cartridge to load into the optical drives, characterized in that the media library appliance further comprises a cartridge key rod to lock and unlock the cartridge to the library, the Key rod being adapted to run through the center hole of the discs inside the cartridge to lock discs into the cartridge when the cartridge is removed from the library. an optical disc drive field-replaceable unit comprising two optical drives oriented vertically; a disc cartridge housing discs stored in a horizontal stack, the disc cartridge being removable from the library; and disc handling robotics comprising a disc picker assembly that slides laterally with respect to the disc cartridge and the optical disc drives to access discs stored in the cartridge to load into the optical drives, characterized in that the media library appliance further comprises a cartridge key rod to lock and unlock the cartridge to the library, the Key rod being adapted to run through the center hole of the discs inside the cartridge to lock discs into the cartridge when the cartridge is removed from the library.
A composition comprising a plurality of second partitions containing first partitions, wherein: said first partitions comprise adaptors comprising unique barcodes; said second partitions contain a sample comprising polynucleotides; said first partitions are contained within the second partitions; and said adaptors comprising unique barcodes from the first partitions can be merged into the second partitions by heating, cooling, applying pressure, altering composition via a chemical additive, applying acoustic energy, exposure to light to stimulate a photochemical reaction, applying an electric field, or any combination thereof such that adaptors comprising unique barcodes are mixed with contents of a second partition. said first partitions comprise adaptors comprising unique barcodes; said second partitions contain a sample comprising polynucleotides; said first partitions are contained within the second partitions; and said adaptors comprising unique barcodes from the first partitions can be merged into the second partitions by heating, cooling, applying pressure, altering composition via a chemical additive, applying acoustic energy, exposure to light to stimulate a photochemical reaction, applying an electric field, or any combination thereof such that adaptors comprising unique barcodes are mixed with contents of a second partition.
A method for detecting and eliminating false data collected within an electrical substation (110, 210) including a first measurement unit (119, 215), a second measurement unit (121, 217), and a substation phasor data concentrator (131, 231), ssPDC, comprising: receiving, with the first measurement unit (119, 215), a set of line information from a current transformer (107, 207) and a voltage transformer (109, 209) corresponding to electrical characteristics of the electrical substation (110, 210), the electrical substation (110, 210) includes the current transformer (107, 207) and the voltage transformer (109, 209); generating, with the first measurement unit (119, 215), a first phasor measurement using the set of line information; receiving, with the second measurement unit (121, 217), the set of line information from the current transformer (107, 207) and the voltage transformer (109, 209); generating, with the second measurement unit (121, 217), a set of sampled values; converting the set of sampled values into a second phasor measurement; receiving, with the ssPDC (131, 231), one of the first phasor measurement and the second phasor measurement; receiving, with the ssPDC (131, 231), a set of false data which does not correspond to electrical characteristics of the electrical substation (110, 210); determining, with the ssPDC (131, 231), the set of false data does not correspond to the electrical characteristics of the electrical substation (110, 210) using local state estimation; and replacing the set of false data using the one of the first phasor measurement and the second phasor measurement received with the ssPDC (131, 231). receiving, with the first measurement unit (119, 215), a set of line information from a current transformer (107, 207) and a voltage transformer (109, 209) corresponding to electrical characteristics of the electrical substation (110, 210), the electrical substation (110, 210) includes the current transformer (107, 207) and the voltage transformer (109, 209); generating, with the first measurement unit (119, 215), a first phasor measurement using the set of line information; receiving, with the second measurement unit (121, 217), the set of line information from the current transformer (107, 207) and the voltage transformer (109, 209); generating, with the second measurement unit (121, 217), a set of sampled values; converting the set of sampled values into a second phasor measurement; receiving, with the ssPDC (131, 231), one of the first phasor measurement and the second phasor measurement; receiving, with the ssPDC (131, 231), a set of false data which does not correspond to electrical characteristics of the electrical substation (110, 210); determining, with the ssPDC (131, 231), the set of false data does not correspond to the electrical characteristics of the electrical substation (110, 210) using local state estimation; and replacing the set of false data using the one of the first phasor measurement and the second phasor measurement received with the ssPDC (131, 231).
A stopper comprising: a stopper main body having a guiding path extending in an axial direction; a stopper member having a flow path extending in the axial direction and configured to be inserted in the guiding path of the stopper main body; and a sealing member to be inserted in the flow path of the stopper member in such a manner as to close the flow path, characterised in that the stopper member is provided with, at a position where the sealing member is inserted, a first peripheral wall section fixed in such a manner as to extend in the axial direction and a second peripheral wall section provided in such a manner as to extend radially outward along the axial direction. a stopper main body having a guiding path extending in an axial direction; a stopper member having a flow path extending in the axial direction and configured to be inserted in the guiding path of the stopper main body; and a sealing member to be inserted in the flow path of the stopper member in such a manner as to close the flow path, characterised in that the stopper member is provided with, at a position where the sealing member is inserted, a first peripheral wall section fixed in such a manner as to extend in the axial direction and a second peripheral wall section provided in such a manner as to extend radially outward along the axial direction.
A continuous process for preparing a foam laminate having metallic facing sheets, comprising a) continuously feeding a bottom metallic facing sheet that includes a metal layer having a thickness of 0.2 to 1.0 mm onto a moving surface; b) continuously applying a fiber mat and a curable, foamable resin composition onto the moving bottom metallic facing sheet; c) prior to fully expanding the foamable resin composition, continuously applying a layer of a substantially flexible barrier material on top of the fiber mat and foam-forming resin composition; d) prior to fully expanding the foamable resin composition, continuously passing the bottom metallic facing layer, fiber mat, resin composition and flexible barrier material through a constricted region to compress the bottom metallic facing layer, fiber mat, resin composition and flexible barrier material together such that the resin composition becomes pushed into and impregnates the fiber mat, and the flexible barrier material is contacted with the resin composition; e) then continuously applying a layer of an adhesive on top of the layer of the flexible barrier material; f) then continuously applying a top metallic facing sheet that includes a metal layer having a thickness of 0.2 to 1.0 mm on top of the adhesive layer; and g) passing the resulting assembly through a double band laminator to contact the top metallic facing sheet with the adhesive layer, gauge the assembly to a predetermined thickness and if necessary to further cure the resin composition, the adhesive layer, or both the resin composition and adhesive layer, to form the foam laminate. a) continuously feeding a bottom metallic facing sheet that includes a metal layer having a thickness of 0.2 to 1.0 mm onto a moving surface; b) continuously applying a fiber mat and a curable, foamable resin composition onto the moving bottom metallic facing sheet; c) prior to fully expanding the foamable resin composition, continuously applying a layer of a substantially flexible barrier material on top of the fiber mat and foam-forming resin composition; d) prior to fully expanding the foamable resin composition, continuously passing the bottom metallic facing layer, fiber mat, resin composition and flexible barrier material through a constricted region to compress the bottom metallic facing layer, fiber mat, resin composition and flexible barrier material together such that the resin composition becomes pushed into and impregnates the fiber mat, and the flexible barrier material is contacted with the resin composition; e) then continuously applying a layer of an adhesive on top of the layer of the flexible barrier material; f) then continuously applying a top metallic facing sheet that includes a metal layer having a thickness of 0.2 to 1.0 mm on top of the adhesive layer; and g) passing the resulting assembly through a double band laminator to contact the top metallic facing sheet with the adhesive layer, gauge the assembly to a predetermined thickness and if necessary to further cure the resin composition, the adhesive layer, or both the resin composition and adhesive layer, to form the foam laminate.
A rotor blade configured to fold about a blade fold axis, comprising: a first section configured to mount to a rotor hub, the first section including a first connector having at least one first opening and a blade retention fairing; a second section including a second connector having at least one second opening and a blade root fairing, the second section being rotatably coupled to the first section and configured to rotate about the blade fold axis between an aligned position and a rotated position; and a linkage operably coupled to the first section and the second section, the linkage including a plurality of coupled links (88, 94, 100, 106), the linkage being configured to support the second section of the rotor blade only when the second section of the rotor blade is in the rotated position, wherein when the second section is in the aligned position, the linkage is positioned within the blade retention fairing and the blade root fairing. a first section configured to mount to a rotor hub, the first section including a first connector having at least one first opening and a blade retention fairing; a second section including a second connector having at least one second opening and a blade root fairing, the second section being rotatably coupled to the first section and configured to rotate about the blade fold axis between an aligned position and a rotated position; and a linkage operably coupled to the first section and the second section, the linkage including a plurality of coupled links (88, 94, 100, 106), the linkage being configured to support the second section of the rotor blade only when the second section of the rotor blade is in the rotated position, wherein when the second section is in the aligned position, the linkage is positioned within the blade retention fairing and the blade root fairing.
Device for connecting a tube to a circuit element, including a cartridge type tubular body provided externally with a washer for anchoring the body in a well of the circuit element and provided internally with means for retaining the tube, characterized in that the anchor washer is mounted on an end portion of the tubular body designed to lie at the level of the opening of the well when the connecting device is in use, the end portion being elastically deformable between a deformed state enabling the washer to be placed on the body and a rest state for retaining the washer on the body and wherein the end portion of the tubular body receives a sliding disconnection member cooperating with the retaining means to bring the retaining means into a state releasing the tube, the end portion being adapted so that in its rest state the end portion receives the disconnection member, namely a plunger with a radial clearance.
A method in a network node for allocating radio resources to mobile terminals (MT1-MTM) including at least a first and a second mobile terminal, comprising the steps of: - generating a first scheduling message comprising a first scheduling information which indicates at least a first radio resource uniquely allocated to said first mobile terminal; - generating a second scheduling message comprising a second scheduling information which, when combined with said first scheduling information, indicates a second radio resource uniquely allocated to said second mobile terminal; - transmitting said first scheduling message to said first and second mobile terminal using a first robustness level, and - transmitting said second scheduling message to said second mobile terminal using a second robustness level, wherein the second robustness level is lower than the first robustness level; characterized in that said first scheduling information is encoded by the network node as a first bitmap or vector, and wherein said second scheduling information is encoded by the network node as a second bitmap or vector, wherein each bitmap or vector position ( p1-p10) corresponds to a radio resource, and wherein the size of the second bitmap or vector is shortened relative to the size of the first bitmap or vector by the network node removing at least one bitmap or vector position (p1, p6, p9, p10) associated with radio resources uniquely allocated to the first mobile terminal. - generating a first scheduling message comprising a first scheduling information which indicates at least a first radio resource uniquely allocated to said first mobile terminal; - generating a second scheduling message comprising a second scheduling information which, when combined with said first scheduling information, indicates a second radio resource uniquely allocated to said second mobile terminal; - transmitting said first scheduling message to said first and second mobile terminal using a first robustness level, and - transmitting said second scheduling message to said second mobile terminal using a second robustness level, wherein the second robustness level is lower than the first robustness level;
A detacheable belt fastener for a handheld electric tool, the belt fastener being integrally formed and comprising a fastener base and a fastener body, wherein the fastener base provides a connection with the belt while the fastener body provides a connection with the handheld electric tool; wherein the fastener body is adjusted to clamping grooves being provided on both sides of the tail end of the housing of the electric tool; characterized in that the fastener body is provided with a hook-shaped tongue; wherein there is at least one groove of the fastener body provided at the fastener; body; wherein the hook-shaped tongue and the groove of the fastener body are matched in their dimension with the dimension of the clamping grooves being provided on the tail end of the housing of the electric tool.