mhurhangee/ep-ind-claims huggingface dataset:
A fiber light source (105, 205, 605, 705) comprising: a pump laser (654, 754) configured to generate a pump laser beam at a predetermined wavelength; a first segment (652-1, 752-1) of rare earth doped fiber; a second segment (652-2, 752-2) of rare earth doped fiber; and an optical coupler (656, 756) coupled to a first end of the first segment and a first end of the second segment, the optical coupler configured to split the pump laser beam based on a power coupling ratio such that a first portion of the pump laser beam is coupled to the first segment at a first power level and a second portion of the pump laser beam is coupled to the second segment at a second power level; wherein the first segment of rare earth doped fiber has a first length and the second segment of rare earth doped fiber has a second length different from the first length; wherein the first segment of rare earth doped fiber generates a first emitted light beam having a first mean wavelength sensitivity to pump laser power fluctuations and the second segment of rare earth doped fiber generates a second emitted light beam having a second mean wavelength sensitivity to pump laser power fluctuations, the power coupling ratio selected so that slopes of the first and second mean wavelength sensitivities of the respective first and second emitted light beams are slopes of opposite signs such that, when the first emitted light beam is combined with the second emitted light beam, a resulting combined light beam is insensitive to pump laser power fluctuations. a pump laser (654, 754) configured to generate a pump laser beam at a predetermined wavelength; a first segment (652-1, 752-1) of rare earth doped fiber; a second segment (652-2, 752-2) of rare earth doped fiber; and an optical coupler (656, 756) coupled to a first end of the first segment and a first end of the second segment, the optical coupler configured to split the pump laser beam based on a power coupling ratio such that a first portion of the pump laser beam is coupled to the first segment at a first power level and a second portion of the pump laser beam is coupled to the second segment at a second power level; wherein the first segment of rare earth doped fiber has a first length and the second segment of rare earth doped fiber has a second length different from the first length; wherein the first segment of rare earth doped fiber generates a first emitted light beam having a first mean wavelength sensitivity to pump laser power fluctuations and the second segment of rare earth doped fiber generates a second emitted light beam having a second mean wavelength sensitivity to pump laser power fluctuations, the power coupling ratio selected so that slopes of the first and second mean wavelength sensitivities of the respective first and second emitted light beams are slopes of opposite signs such that, when the first emitted light beam is combined with the second emitted light beam, a resulting combined light beam is insensitive to pump laser power fluctuations.
A shiftable memory comprising: a shift register having a plurality of memory cells to store data including a contiguous subset (1A, 1B) the contiguous subset having a size that is smaller than a total size of the memory; and a controller to select the contiguous subset of data stored by the shift register and to direct the shift register to shift the selected contiguous subset from a first location to a second location within the shift register, the selected contiguous subset having a length that is less than a total length of the shift register, wherein the shift occurs entirely within the shift register; characterised by the controller comprising an augmented decoder which further comprises a conventional decoder and an output circuit configured to implement a ripple cascade to assert word lines corresponding to locations of the contiguous subset the output circuit comprising: a first plurality of latches configured to set a starting point of the ripple cascade at a output of the augmented decoder; and a second plurality of latches configured to set a stopping point of the ripple cascade at the output of the augmented decoder; wherein each memory cell of the shift register comprises a plurality of memory locations to store data bits corresponding to a data word, a plurality of the data bits defining a width of the shift register. a shift register having a plurality of memory cells to store data including a contiguous subset (1A, 1B) the contiguous subset having a size that is smaller than a total size of the memory; and a controller to select the contiguous subset of data stored by the shift register and to direct the shift register to shift the selected contiguous subset from a first location to a second location within the shift register, the selected contiguous subset having a length that is less than a total length of the shift register, wherein the shift occurs entirely within the shift register; characterised by the controller comprising an augmented decoder which further comprises a conventional decoder and an output circuit configured to implement a ripple cascade to assert word lines corresponding to locations of the contiguous subset the output circuit comprising: a first plurality of latches configured to set a starting point of the ripple cascade at a output of the augmented decoder; and a second plurality of latches configured to set a stopping point of the ripple cascade at the output of the augmented decoder; wherein each memory cell of the shift register comprises a plurality of memory locations to store data bits corresponding to a data word, a plurality of the data bits defining a width of the shift register. a first plurality of latches configured to set a starting point of the ripple cascade at a output of the augmented decoder; and a second plurality of latches configured to set a stopping point of the ripple cascade at the output of the augmented decoder; wherein each memory cell of the shift register comprises a plurality of memory locations to store data bits corresponding to a data word, a plurality of the data bits defining a width of the shift register.
An optoelectronic device comprising: - a support comprising a face; - light-emitting diodes lying on the face and comprising semiconductor elements in the form of wires, cones, or truncated cones; - for each light-emitting diode or each group of light-emitting diodes, an encapsulation block at least partially transparent to the radiation emitted by the light-emitting diodes and covering the light-emitting diode along the entire lateral wall of the light-emitting diode or the group of light-emitting diodes along the entire lateral wall of each light-emitting diode, the maximum thickness of the encapsulation block being comprised between 1 μm and 30 μm, interstices of air being present between the encapsulation blocks covering adjacent light-emitting diodes or adjacent groups of light-emitting diodes; and - an electrically conductive layer covering the encapsulation blocks and in contact with each light-emitting diode, wherein the refractive index of the encapsulation block covering at least one of the light-emitting diodes or one of the groups of light-emitting diodes is comprised between 1.3 and 1.6. - a support comprising a face; - light-emitting diodes lying on the face and comprising semiconductor elements in the form of wires, cones, or truncated cones; - for each light-emitting diode or each group of light-emitting diodes, an encapsulation block at least partially transparent to the radiation emitted by the light-emitting diodes and covering the light-emitting diode along the entire lateral wall of the light-emitting diode or the group of light-emitting diodes along the entire lateral wall of each light-emitting diode, the maximum thickness of the encapsulation block being comprised between 1 μm and 30 μm, interstices of air being present between the encapsulation blocks covering adjacent light-emitting diodes or adjacent groups of light-emitting diodes; and - an electrically conductive layer covering the encapsulation blocks and in contact with each light-emitting diode,
Water-guiding household appliance, especially laundry care appliance for washing and/or drying items of laundry, with a housing, a washing powder drawer which is able to be pushed at least partly into the housing and a laundry care area, wherein a flow of gases from the laundry care area via the washing powder drawer out of the housing is made possible, wherein the washing powder drawer has at least one filter apparatus via which the gas flow is guided, wherein the washing powder drawer has drawer handle, characterised in that the filter apparatus is disposed on the drawer handle, wherein the drawer handle has a recess in a handle area and that the filter apparatus is used for closing off the recess.
A method of making a thermal sensor, comprising: providing a first electrode; disposing a plurality of electrically non-conductive beads on the first electrode; applying a composition to the first electrode, said composition comprising a binder and solid particles in a solid form that comprise a state-changing material that transitions at a threshold temperature between solid and liquid states having different electrical conductivities; providing a second electrode; and disposing the first electrode with the composition thereon adjacent to the second electrode, such that the plurality of electrically non-conductive beads and the composition are disposed between the first and second electrodes. providing a first electrode; disposing a plurality of electrically non-conductive beads on the first electrode; applying a composition to the first electrode, said composition comprising a binder and solid particles in a solid form that comprise a state-changing material that transitions at a threshold temperature between solid and liquid states having different electrical conductivities; providing a second electrode; and disposing the first electrode with the composition thereon adjacent to the second electrode, such that the plurality of electrically non-conductive beads and the composition are disposed between the first and second electrodes.
An article of luggage comprising: a frame having a first end and a second end, a first pair of rods and a second pair of rods, each end being generally rectangular, and each corner (37, 39) of the first end being connected by a respective rod to a corresponding corner (41, 43) of the second end so that the rod defines an edge of the frame, a handle that extends out of and collapses into a portion of the frame, and a shell formed around at least a portion of the frame so as to form a packing compartment, the first pair of rods being connected to respective diagonally opposite corners of the first end and the second pair of rods being connected to the other diagonally opposite corners of the first end, and the first pair of rods have a higher flexural strength than the second pair of rods, wherein the first pair of rods are hollow along at least a portion of their respective lengths and the handle comprises a pair of arms, each arm being extensible from and collapsible into a respective one of the first pair of rods of the frame. a frame having a first end and a second end, a first pair of rods and a second pair of rods, each end being generally rectangular, and each corner (37, 39) of the first end being connected by a respective rod to a corresponding corner (41, 43) of the second end so that the rod defines an edge of the frame, a handle that extends out of and collapses into a portion of the frame, and a shell formed around at least a portion of the frame so as to form a packing compartment, the first pair of rods being connected to respective diagonally opposite corners of the first end and the second pair of rods being connected to the other diagonally opposite corners of the first end, and the first pair of rods have a higher flexural strength than the second pair of rods, wherein the first pair of rods are hollow along at least a portion of their respective lengths and the handle comprises a pair of arms, each arm being extensible from and collapsible into a respective one of the first pair of rods of the frame.
A method of manufacturing a light-emitting element (210; 12; 7008; 7110), comprising the steps of: forming a first electrode as a bottom electrode on a substrate; forming a stack of layers including an organic material over the first electrode by forming an electron transporting layer over the first electrode, a luminescent material layer over the electron transporting layer, and a hole transporting layer over the luminescent material layer; depositing an additional layer with a thickness of 100 nm or more comprising a metal oxide and a hole transporting material over the stack of layers; and forming a second electrode as a top electrode over the additional layer by sputtering. forming a first electrode as a bottom electrode on a substrate; forming a stack of layers including an organic material over the first electrode by forming an electron transporting layer over the first electrode, a luminescent material layer over the electron transporting layer, and a hole transporting layer over the luminescent material layer; depositing an additional layer with a thickness of 100 nm or more comprising a metal oxide and a hole transporting material over the stack of layers; and forming a second electrode as a top electrode over the additional layer by sputtering.
A medical device, comprising: an elongated flexible tube including a distal end and a proximal end, the tube defining a channel extending from the proximal end to an aperture at the distal end; an illumination device housed within the channel configured to emit a distally directed path of light, wherein the illumination device comprises at least one optical fiber; and a light source provided at the distal end of the flexible tube configured to emit a laterally directed path of light, wherein the light source is a flexible organic light emitting diode (FOLED). an elongated flexible tube including a distal end and a proximal end, the tube defining a channel extending from the proximal end to an aperture at the distal end; an illumination device housed within the channel configured to emit a distally directed path of light, wherein the illumination device comprises at least one optical fiber; and a light source provided at the distal end of the flexible tube configured to emit a laterally directed path of light, wherein the light source is a flexible organic light emitting diode (FOLED).
A topper for a container having an upper surface, the topper including: a body adapted to engage an upper surface of the container, and a movable perforation platform having at least one protruding perforating element (4a, 4b), the perforation platform being movable with respect to the body between: a resting position, and a working position wherein the perforating element (4a, 4b) perforates the upper surface of the container, wherein the perforation platform is held in the resting position by at least one breakable portion connecting the perforation platform to the body, wherein the body includes a top part and a skirt, the skirt being adapted to engage the upper surface of the container, and the perforation platform being connected to the top part, wherein, when the skirt engages the upper surface of the container, the skirt defines an inner recess extending between the top part and the upper surface, the perforating element (4a, 4b) fitting in said inner recess when in resting position, wherein the perforation platform is further connected to the top part through a first hinge, characterised in that the perforation platform is connected to a joint part by a second hinge, and the joint part is connected to the top part by the first hinge. a body adapted to engage an upper surface of the container, and a movable perforation platform having at least one protruding perforating element (4a, 4b), the perforation platform being movable with respect to the body between: a resting position, and a working position wherein the perforating element (4a, 4b) perforates the upper surface of the container, a resting position, and a working position wherein the perforating element (4a, 4b) perforates the upper surface of the container,
A method for making a composite structure comprising the steps of: forming a composite panel comprising sheets of reinforcing material and a resin in contact with the sheets; placing a forming element between the sheets within the composite panel at a location where a hollow passage within the composite structure feature is desired, the forming element being made from a solid material comprising fluoropolymeric material and having a higher coefficient of thermal expansion than the composite panel, the composite panel and forming element forming an assembly; heating the assembly or subjecting the assembly to elevated temperature treatment, to expand the forming element, and curing the resin of the composite panel at this elevated temperature to form the composite structure; and causing the forming element to contract relative to the composite structure and become detached from the composite structure, wherein the forming element is formed from PTFE. forming a composite panel comprising sheets of reinforcing material and a resin in contact with the sheets; placing a forming element between the sheets within the composite panel at a location where a hollow passage within the composite structure feature is desired, the forming element being made from a solid material comprising fluoropolymeric material and having a higher coefficient of thermal expansion than the composite panel, the composite panel and forming element forming an assembly; heating the assembly or subjecting the assembly to elevated temperature treatment, to expand the forming element, and curing the resin of the composite panel at this elevated temperature to form the composite structure; and causing the forming element to contract relative to the composite structure and become detached from the composite structure, wherein the forming element is formed from PTFE.
A method of decoding video data, the method comprising: decoding a bitstream that includes video data and syntax information for decoding the video data, wherein the syntax information comprises an active parameter sets supplemental enhancement information message, wherein the active parameter sets SEI message indicates one or more sequence parameter sets (SPSs) and a video parameter set, and activating the one or more SPSs and the VPS for decoding the video data based on the indication of the one or more SPSs and the VPS in the active parameter sets SEI message; and decoding the video data based on the one or more activated SPSs and the activated VPS, characterized in that the active parameter set SEI message is a first SEI message in a first SEI network abstraction layer unit of an access unit comprising the active parameter sets SEI message and the video data. decoding a bitstream that includes video data and syntax information for decoding the video data, wherein the syntax information comprises an active parameter sets supplemental enhancement information message, wherein the active parameter sets SEI message indicates one or more sequence parameter sets (SPSs) and a video parameter set, and activating the one or more SPSs and the VPS for decoding the video data based on the indication of the one or more SPSs and the VPS in the active parameter sets SEI message; and decoding the video data based on the one or more activated SPSs and the activated VPS, characterized in that the active parameter set SEI message is a first SEI message in a first SEI network abstraction layer unit of an access unit comprising the active parameter sets SEI message and the video data.
Rotary joint comprising a body and at least one transmisson line (321, 322) for a contactless data link, the body comprising a plurality of body segments (110, 120, 130, 140), each body segment (110, 120, 130, 140) comprises one transmisson line (321, 322), the transmisson line comprising one RF signal connector (311, 312) at one end and a termination (331, 332) at the opposing end, the body segments are oriented such, that alternatingly in neighboring segments two RF signal connectors or two terminations are next to each other, two neighboring body segments are connected by a carrier plate (210, 240, 250, 290), wherein the carrier plate holds an electronic housing (310, 350) where two RF signal connectors are next to each other, the electronic housing (310, 350) having a connection to the RF signal connectors.
Method for assembling a pallet, said pallet comprising at least two rows of blocks (100, 100', 100") nailed to boards (102, 103, 104, 104) of a board element comprising at least two boards (102, 103, 104, 105), characterized in that the nailing of said rows of blocks to said board element includes the following sequence: - supplying a first set of at least two blocks at respective supply points, such that the blocks are aligned with one another forming a row, and placing the board element in contact with the blocks; - nailing the board element to the blocks located at the respective supply points; - moving the assembly of board element and blocks previously nailed to a new nailing position, and supplying a second set of at least two blocks at said respective supply points; - nailing together the board element in the new nailing position and the second set of at least two blocks located at the respective supply points. - supplying a first set of at least two blocks at respective supply points, such that the blocks are aligned with one another forming a row, and placing the board element in contact with the blocks; - nailing the board element to the blocks located at the respective supply points; - moving the assembly of board element and blocks previously nailed to a new nailing position, and supplying a second set of at least two blocks at said respective supply points; - nailing together the board element in the new nailing position and the second set of at least two blocks located at the respective supply points.
Combination of a device for applying design elements and a design element, the device consisting of a cap, which is formed by a moulded part, at one end of which a receptacle for the design element is provided, wherein the bottom of the receptacle has at least one fastening element, which corresponds with a fastener on the design element and the fastening element and the fastener of the design element provide a detachable fastening and the detachable fastening is formed in the manner of a snap fastener connection, wherein the fastener of the design element has a shaft, which is provided with a head at its free end and the fastening element has at least one spring, the spring effect of which is substantially aligned parallel to the bottom of the receptacle, characterised in that the spring is arranged in an undercut in the fastening element.