mhurhangee/patent-ind-claim-en huggingface dataset:
Cargo carrier , in particular rooftop cargo carrier, comprising a base having a trough shape with an interior space for stowing goods to be transported therein; an openable and closable lid hingedly coupled with said base ; fixation members for fixing the cargo carrier to a vehicle, preferably cross bar attachment clamps or claws for attaching the cargo carrier to cross bars on said vehicle; characterized by at least two ground contact sections for supporting the cargo carrier on a substantially level ground and for protecting said fixation members, said at least two ground contact sections forming undermost sections of said cargo carrier and comprising at least one front ground contact section forward of said fixation members and at least one rear ground contact section rearward of said fixation members , wherein said base , and/or an add-on portion which is attached to at least one of said base and said lid for enlarging the overall external volume of the cargo carrier , comprise said at least two ground contact sections . an openable and closable lid hingedly coupled with said base ; fixation members for fixing the cargo carrier to a vehicle, preferably cross bar attachment clamps or claws for attaching the cargo carrier to cross bars on said vehicle; characterized by at least two ground contact sections for supporting the cargo carrier on a substantially level ground and for protecting said fixation members, said at least two ground contact sections forming undermost sections of said cargo carrier and comprising at least one front ground contact section forward of said fixation members and at least one rear ground contact section rearward of said fixation members , wherein said base , and/or an add-on portion which is attached to at least one of said base and said lid for enlarging the overall external volume of the cargo carrier , comprise said at least two ground contact sections . at least two ground contact sections for supporting the cargo carrier on a substantially level ground and for protecting said fixation members, said at least two ground contact sections forming undermost sections of said cargo carrier and comprising at least one front ground contact section forward of said fixation members and at least one rear ground contact section rearward of said fixation members , wherein said base , and/or an add-on portion which is attached to at least one of said base and said lid for enlarging the overall external volume of the cargo carrier , comprise said at least two ground contact sections .
A tape feeder which is configured to supply electronic components to a board working machine , comprising: a reel holding section at which a first reel around which a first tape that holds the electronic components is wound is held, and a second reel around which a second tape that holds the electronic components is wound, at different positions on a reel holding surface; a feeder main body which is configured to feed the first tape from the first reel to the board working machine , and to automatically feed the second tape from the second reel to the board working machine after the first tape is consumed; and a movable mechanism which is provided between the reel holding section and the feeder main body , and is configured to allow the reel holding section to relatively move with respect to the feeder main body , wherein the movable mechanism is capable of changing the position of the reel holding section with respect to the feeder main body between an upper position and a lower position, wherein in both upper and lower position the reel holding section is attached to the feeder main body , the tape feeder being characterized in that the movable mechanism is capable of changing the position of the reel holding section between a proximity position that is close to the feeder main body and a separation position that is separated from the feeder main body at least at the lower position wherein the movable mechanism includes a guide arm having a guide section that extends in parallel to the reel holding surface, and wherein the reel holding section is configured to be slidable between the proximity position and the separation position along the guide section . a reel holding section at which a first reel around which a first tape that holds the electronic components is wound is held, and a second reel around which a second tape that holds the electronic components is wound, at different positions on a reel holding surface; a feeder main body which is configured to feed the first tape from the first reel to the board working machine , and to automatically feed the second tape from the second reel to the board working machine after the first tape is consumed; and a movable mechanism which is provided between the reel holding section and the feeder main body , and is configured to allow the reel holding section to relatively move with respect to the feeder main body , wherein the movable mechanism is capable of changing the position of the reel holding section with respect to the feeder main body between an upper position and a lower position, wherein in both upper and lower position the reel holding section is attached to the feeder main body , the tape feeder being characterized in that wherein the movable mechanism includes a guide arm having a guide section that extends in parallel to the reel holding surface, and wherein the reel holding section is configured to be slidable between the proximity position and the separation position along the guide section .
A system for wide-range spectral measurement of a rugate tag, comprising a rugate tag; one or more broadband sources to illuminate the rugate tag, wherein the one or more broadband sources have a short broadband source coherence length, wherein light from the one or more broadband sources is focused onto the rugate tag using an objective , wherein the rugate tag generates reflected light with narrow reflection peaks which have a long coherence length; an adjustable Fabry-Perot etalon to optically process the reflected light to extract spectral information with fine spectral resolution, wherein the reflected light is collected using the objective, focused using a lens to focus on the adjustable Fabry-Perot etalon, and processed by being transmitted through the adjustable Fabry-Perot etalon; a detector to detect the reflected light from the rugate tag after processing by being transmitted through the adjustable Fabry-Perot etalon, wherein the reflected light is optically processed using a plurality of settings for the adjustable Fabry-Perot etalon to determine spectral information of the reflected light that has longer coherence lengths than the short broadband source coherence length by detecting an amount of light transmitted through the adjustable Fabry-Perot etalon at a separation of Fabry-Perot etalon plates for a setting of the plurality of settings, and wherein each of the plurality of settings has a separation of the Fabry-Perot etalon plates that is greater than the short broadband source coherence length. a rugate tag; one or more broadband sources to illuminate the rugate tag, wherein the one or more broadband sources have a short broadband source coherence length, wherein light from the one or more broadband sources is focused onto the rugate tag using an objective , wherein the rugate tag generates reflected light with narrow reflection peaks which have a long coherence length; an adjustable Fabry-Perot etalon to optically process the reflected light to extract spectral information with fine spectral resolution, wherein the reflected light is collected using the objective, focused using a lens to focus on the adjustable Fabry-Perot etalon, and processed by being transmitted through the adjustable Fabry-Perot etalon; a detector to detect the reflected light from the rugate tag after processing by being transmitted through the adjustable Fabry-Perot etalon, wherein the reflected light is optically processed using a plurality of settings for the adjustable Fabry-Perot etalon to determine spectral information of the reflected light that has longer coherence lengths than the short broadband source coherence length by detecting an amount of light transmitted through the adjustable Fabry-Perot etalon at a separation of Fabry-Perot etalon plates for a setting of the plurality of settings, and wherein each of the plurality of settings has a separation of the Fabry-Perot etalon plates that is greater than the short broadband source coherence length.
A compound according to Formula (I), or a pharmaceutically acceptable salt, solvate, or coordination complex thereof: wherein: R 1 and R 2 are independently selected from (C 1 -C 6 ) alkyl.
Spectacle lens for a display device that can be fitted on the head of a user and generates an image, with a spectacle lens body comprising a front side and a rear side , wherein the front side and/or the rear side is/are curved and the spectacle lens body comprises at least a first and a second partial body , and with, seen in top view onto the spectacle lens , a coupling-in section in an edge area of the spectacle lens and a coupling-out section in a central area of the spectacle lens , wherein the spectacle lens is suitable for guiding light bundles of pixels of the generated image, which are coupled into the spectacle lens via the coupling-in section of the spectacle lens, in the spectacle lens to the coupling-out section and coupling them out of the spectacle lens via the coupling-out section , wherein a flat first reflecting surface and a flat second reflecting surface spaced apart from the first reflecting surface are provided in the spectacle lens body , which extend, in each case, in a direction from the coupling-in section to the coupling-out section and which are, in each case, spaced apart from the front and rear side of the spectacle lens body , wherein the light bundles are guided by means of reflections at the two reflecting surfaces (18, 31; 19, 32) in the direction from the coupling-in section to the coupling-out section , and wherein at least one of the first and second reflecting surfaces (18, 31; 19, 32) is provided in the first or second partial body and is offset from the boundary surface of the corresponding partial body in the direction from the first to the second partial body , characterized in that the mutually facing boundary surfaces of the first and second partial body are in direct contact.
A hinge assembly for a dishwasher, the hinge assembly comprising: a hinge friction sleeve having an inserting groove , wherein the inserting groove extends along a length direction of the hinge friction sleeve and has a first end provided with a snap-fitting rod and a second end provided with a snap-fitting portion ; and an L-shaped hinge having a horizontal limb fitted within the inserting groove , wherein the horizontal limb has a first end snap-fitted with the snap-fitting rod and a second end provided with an open axial groove fitted with the snap-fitting portion , the snap-fitting portion is snap-fitted within the open axial groove to close an opening of the open axial groove , and an upper edge of the open axial groove is spaced apart from an upper edge of the snap-fitting portion at a predetermined distance; wherein the hinge friction sleeve and the L-shaped hinge are configured to be fixed to the dishwasher and the hinge assembly is configured to be pivotably mounted onto a dishwasher shaft ; a door body 300 of the dishwasher is configured to be mountable onto a vertical limb of the L-shaped hinge , and the open axial groove of the L-shaped hinge is snapped onto the dishwasher shaft that is provided with an inner tank of the dishwasher, such that the dishwasher shaft is surrounded by the open axial groove and the snap-fitting portion . a hinge friction sleeve having an inserting groove , wherein the inserting groove extends along a length direction of the hinge friction sleeve and has a first end provided with a snap-fitting rod and a second end provided with a snap-fitting portion ; and an L-shaped hinge having a horizontal limb fitted within the inserting groove , wherein the horizontal limb has a first end snap-fitted with the snap-fitting rod and a second end provided with an open axial groove fitted with the snap-fitting portion , the snap-fitting portion is snap-fitted within the open axial groove to close an opening of the open axial groove , and an upper edge of the open axial groove is spaced apart from an upper edge of the snap-fitting portion at a predetermined distance; wherein the hinge friction sleeve and the L-shaped hinge are configured to be fixed to the dishwasher and the hinge assembly is configured to be pivotably mounted onto a dishwasher shaft ; a door body 300 of the dishwasher is configured to be mountable onto a vertical limb of the L-shaped hinge , and the open axial groove of the L-shaped hinge is snapped onto the dishwasher shaft that is provided with an inner tank of the dishwasher, such that the dishwasher shaft is surrounded by the open axial groove and the snap-fitting portion .
A system for imaging a biological sample, the system comprising a sample vessel containing said sample; a stage having a sample vessel receiver with an optically transparent surface; a light source for illuminating formed components in the sample through the stage: wherein the sample vessel has an interface surface configured to engage the optically transparent surface of the sample vessel receiver whereby the interface surface conforms to the optically transparent surface without significant distortion of light passing through the interface surface; wherein the sample vessel is a cuvette, the cuvette comprising a plurality of openings for receiving a sample or portion thereof for analysis and two or more analysis areas. a sample vessel containing said sample; a stage having a sample vessel receiver with an optically transparent surface; a light source for illuminating formed components in the sample through the stage: wherein the sample vessel has an interface surface configured to engage the optically transparent surface of the sample vessel receiver whereby the interface surface conforms to the optically transparent surface without significant distortion of light passing through the interface surface; wherein the sample vessel is a cuvette, the cuvette comprising a plurality of openings for receiving a sample or portion thereof for analysis and two or more analysis areas. wherein the sample vessel has an interface surface configured to engage the optically transparent surface of the sample vessel receiver whereby the interface surface conforms to the optically transparent surface without significant distortion of light passing through the interface surface; wherein the sample vessel is a cuvette, the cuvette comprising a plurality of openings for receiving a sample or portion thereof for analysis and two or more analysis areas.
A method for fabricating a printable semiconductor element connected to a mother wafer via alignment maintaining elements, said method comprising the steps of: providing said mother wafer having an external surface, said wafer comprising an inorganic semiconductor material; masking a selected region of said external surface by applying a mask; etching said external surface of said wafer, thereby generating a relief structure and at least one exposed surface of said inorganic semiconductor material, wherein said relief structure has a masked side and one or more unmasked sides; isotropic etching said exposed surfaces of said inorganic semiconductor material; and stopping etching of said exposed surfaces so that complete release of said relief structure is prevented, thereby fabricating said printable semiconductor element connected to said mother wafer via alignment maintaining elements, wherein said printable semiconductor element has a peanut shape or a ribbon shape with a first end and a second end, wherein said alignment maintaining elements connect said first and second ends of said printable semiconductor element to said mother wafer. providing said mother wafer having an external surface, said wafer comprising an inorganic semiconductor material; masking a selected region of said external surface by applying a mask; etching said external surface of said wafer, thereby generating a relief structure and at least one exposed surface of said inorganic semiconductor material, wherein said relief structure has a masked side and one or more unmasked sides; isotropic etching said exposed surfaces of said inorganic semiconductor material; and stopping etching of said exposed surfaces so that complete release of said relief structure is prevented, thereby fabricating said printable semiconductor element connected to said mother wafer via alignment maintaining elements, wherein said printable semiconductor element has a peanut shape or a ribbon shape with a first end and a second end, wherein said alignment maintaining elements connect said first and second ends of said printable semiconductor element to said mother wafer.
A method comprising: growing on a first surface of a sapphire substrate a semiconductor structure comprising a light emitting layer disposed between an n-type region and a p-type region ; forming the semiconductor structure into a plurality of LEDs ; thinning the sapphire substrate from a second surface of the sapphire substrate in a first thinning process, the second surface of the sapphire substrate is opposite the first surface of the sapphire substrate; after thinning the sapphire substrate from the second surface in the first thinning process, forming cracks in the sapphire substrate , wherein the cracks extend from the first surface of the sapphire substrate and do not penetrate an entire thickness of the sapphire substrate ; and after forming cracks in the sapphire substrate , thinning the sapphire substrate from the second surface of the sapphire substrate in a second thinning process. growing on a first surface of a sapphire substrate a semiconductor structure comprising a light emitting layer disposed between an n-type region and a p-type region ; forming the semiconductor structure into a plurality of LEDs ; thinning the sapphire substrate from a second surface of the sapphire substrate in a first thinning process, the second surface of the sapphire substrate is opposite the first surface of the sapphire substrate; after thinning the sapphire substrate from the second surface in the first thinning process, forming cracks in the sapphire substrate , wherein the cracks extend from the first surface of the sapphire substrate and do not penetrate an entire thickness of the sapphire substrate ; and after forming cracks in the sapphire substrate , thinning the sapphire substrate from the second surface of the sapphire substrate in a second thinning process.
A physical broadcast channel sending method, comprising: sending , by a base station, at least two physical broadcast channels on at least two time-frequency resource locations in a radio frame, wherein one time-frequency resource location is corresponding to one physical broadcast channel, the physical broadcast channel carries broadcast information, the broadcast information comprises a time offset of a time-frequency resource location corresponding to the physical broadcast channel, the time offset of the time-frequency resource location corresponding to the physical broadcast channel is information about a time interval between a time-domain location of the time-frequency resource location corresponding to the physical broadcast channel and a frame header location of the radio frame, and time offsets of the time-frequency resource locations comprised in broadcast information carried on the at least two physical broadcast channels are different; and sending , by the base station, indication information for the at least two physical broadcast channels, wherein the indication information is used to notify a terminal device that information other than the time offsets of the time-frequency resource locations is the same in the broadcast information carried on the at least two physical broadcast channels. sending , by a base station, at least two physical broadcast channels on at least two time-frequency resource locations in a radio frame, wherein one time-frequency resource location is corresponding to one physical broadcast channel, the physical broadcast channel carries broadcast information, the broadcast information comprises a time offset of a time-frequency resource location corresponding to the physical broadcast channel, the time offset of the time-frequency resource location corresponding to the physical broadcast channel is information about a time interval between a time-domain location of the time-frequency resource location corresponding to the physical broadcast channel and a frame header location of the radio frame, and time offsets of the time-frequency resource locations comprised in broadcast information carried on the at least two physical broadcast channels are different; and sending , by the base station, indication information for the at least two physical broadcast channels, wherein the indication information is used to notify a terminal device that information other than the time offsets of the time-frequency resource locations is the same in the broadcast information carried on the at least two physical broadcast channels.
A non-medical process for delivering a semi-firm gel containing a deliverable substance, the process comprising: (a) spraying a group of chicks with a solution containing an alginic acid crosslinking agent; (b) spraying the chicks with a gel containing alginic acid; and (c) incorporating the deliverable substance in the alginic acid crosslinking agent and/or the alginic acid. (a) spraying a group of chicks with a solution containing an alginic acid crosslinking agent; (b) spraying the chicks with a gel containing alginic acid; and (c) incorporating the deliverable substance in the alginic acid crosslinking agent and/or the alginic acid.