mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle comprising a morphing wing and a body , the morphing wing comprising an inner edge connected to the body and an outer edge positioned externally of the body , wherein the vehicle is configured to transform from a first configuration into a second configuration for ascent or descent of the vehicle , wherein the drag force and lift force on the vehicle in the second configuration are less than in the first configuration; wherein the vehicle is configured to transform from the first to the second configuration by: contracting the wing within a geometric plane defined by the wing ; and rotating the outer edge of the wing downwards, out of the geometric plane. contracting the wing within a geometric plane defined by the wing ; and rotating the outer edge of the wing downwards, out of the geometric plane.
A method, comprising: determining a block error rate of a multicast channel; determining a number of packets that serves as basis to compute the block error rate of the multicast channel;: encoding the number of packets using an uneven encoding format comprising a plurality of granularities and a plurality of number of packets thresholds differentiating the plurality of granularities, wherein the granularity increases as the number of packets increases, encoding the block error rate of the multicast channel independently from the number of packets; and transmitting together with the block error rate of the multicast channel the number of packets in a report to allow a network to evaluate the reliability of the block error rate of the multicast channel based on the number of packets. determining a block error rate of a multicast channel; determining a number of packets that serves as basis to compute the block error rate of the multicast channel;: encoding the number of packets using an uneven encoding format comprising a plurality of granularities and a plurality of number of packets thresholds differentiating the plurality of granularities, wherein the granularity increases as the number of packets increases, encoding the block error rate of the multicast channel independently from the number of packets; and transmitting together with the block error rate of the multicast channel the number of packets in a report to allow a network to evaluate the reliability of the block error rate of the multicast channel based on the number of packets. encoding the number of packets using an uneven encoding format comprising a plurality of granularities and a plurality of number of packets thresholds differentiating the plurality of granularities, wherein the granularity increases as the number of packets increases, encoding the block error rate of the multicast channel independently from the number of packets; and transmitting together with the block error rate of the multicast channel the number of packets in a report to allow a network to evaluate the reliability of the block error rate of the multicast channel based on the number of packets.
A device for manufacturing a rotor blade for a wind energy installation, wherein the rotor blade comprises at least two rotor blade shells which are bonded to one another, wherein the device comprises: - a holding device which is arranged to hold a rotor blade shell in a position in which at least one bonding surface (11 - 14) which is provided on the rotor blade shell and / or on a web which is attached to the rotor blade shell is exposed, at which bonding surface (11 - 14) the rotor blade shell can be bonded to a further rotor blade shell, - a robot arm which is arranged to apply adhesive to the at least one bonding surface (11 - 14), - a carriage on which the robot arm is mounted, and - a guide device which is mounted on the holding device , on which guide device the carriage is mounted so as to be movable, and which guide device is arranged to guide the carriage , together with the robot arm mounted thereon, along the holding device , in particular along the bonding surface (11 - 14) wherein the holding device has an upper region, a lower region and two lateral regions , characterised in that the guide device is attached to one of the lateral regions of the holding device . - a holding device which is arranged to hold a rotor blade shell in a position in which at least one bonding surface (11 - 14) which is provided on the rotor blade shell and / or on a web which is attached to the rotor blade shell is exposed, at which bonding surface (11 - 14) the rotor blade shell can be bonded to a further rotor blade shell, - a robot arm which is arranged to apply adhesive to the at least one bonding surface (11 - 14), - a carriage on which the robot arm is mounted, and - a guide device which is mounted on the holding device , on which guide device the carriage is mounted so as to be movable, and which guide device is arranged to guide the carriage , together with the robot arm mounted thereon, along the holding device , in particular along the bonding surface (11 - 14) wherein the holding device has an upper region, a lower region and two lateral regions , characterised in that the guide device is attached to one of the lateral regions of the holding device .
A device for the aerial movement of a body along a supporting guide , comprising a supporting structure for a supporting guide that extends from a first end located at a first height and a second end located at a second height which is lower than said first height, said supporting guide forming an upper resting surface which can be engaged by at least one abutment body which is connected, by means of at least one lateral post , to a supporting carriage for the body of at least one user, said supporting guide comprising at least one first cable-based guiding portion and at least one second rail-based guiding portion , connection means being provided between said at least one first cable-based guiding portion and said at least one second rail-based guiding portion , characterized by the upper resting surface formed by said at least one first cable-based guiding portion having a width in a transverse direction that is narrower than the upper resting surface formed by said second rail-based guiding portion , said at least one abutment body having a first seat for engagement with the upper resting surface formed by said at least one first cable-based guiding portion and a second seat for engagement with the upper resting surface formed by said second rail-based guiding portion .
A mobile terminal having a front surface and a rear surface, the mobile terminal comprising: a window including a first region having a flat portion and a second region having a curved portion; a touch sensor disposed on a rear surface of the window and having a flat portion shaped along the flat portion of the window and a curved portion shaped along the curved portion of the window ; a display disposed on a rear surface of the touch sensor and having a flat portion shaped along the flat portion of the window and a curved portion shaped along the curved portion of the window ; a printed circuit board ; and a frame , the frame includes: - a front surface portion facing the flat portion of the window ; - a side surface portion extending from the front surface portion and being curved to correspond to the curved portion of the display ; and characterized in that the frame further includes - an edge portion protruding from the side surface portion in a horizontal direction of the mobile terminal, the edge portion being configured to overlap with an end of the window in a thickness direction of the mobile terminal, and in that a flexible printed circuit board is connected to the display , wherein a through hole is formed at the frame and the flexible printed circuit board passes through the through hole to be connected to the printed circuit board . a window including a first region having a flat portion and a second region having a curved portion; a touch sensor disposed on a rear surface of the window and having a flat portion shaped along the flat portion of the window and a curved portion shaped along the curved portion of the window ; a display disposed on a rear surface of the touch sensor and having a flat portion shaped along the flat portion of the window and a curved portion shaped along the curved portion of the window ; a printed circuit board ; and a frame , the frame includes: - a front surface portion facing the flat portion of the window ; - a side surface portion extending from the front surface portion and being curved to correspond to the curved portion of the display ; and characterized in that the frame further includes - an edge portion protruding from the side surface portion in a horizontal direction of the mobile terminal, the edge portion being configured to overlap with an end of the window in a thickness direction of the mobile terminal, and in that a flexible printed circuit board is connected to the display , wherein a through hole is formed at the frame and the flexible printed circuit board passes through the through hole to be connected to the printed circuit board . - a front surface portion facing the flat portion of the window ; - a side surface portion extending from the front surface portion and being curved to correspond to the curved portion of the display ; and characterized in that the frame further includes - an edge portion protruding from the side surface portion in a horizontal direction of the mobile terminal, the edge portion being configured to overlap with an end of the window in a thickness direction of the mobile terminal, and
Lighting system comprising: - a light source , in particular a LED, - an optical assembly having a lens located opposite to said light source and adapted to make a movement at least partially of translation along its optical axis (X), and - a mechanical assembly adapted to cause rotation of a rotor of said optical assembly and consequently translation of said lens ; wherein said mechanical assembly comprises: - a slide adapted to run along a guide in a first direction and in a second direction opposite to the first direction between two ends of said guide , and - a first actuator means adapted to cause sliding of said slide in said first direction between said two ends, characterized in that said slide is adapted to cause rotation of said rotor only when said slide runs in said first direction. - a light source , in particular a LED, - an optical assembly having a lens located opposite to said light source and adapted to make a movement at least partially of translation along its optical axis (X), and - a mechanical assembly adapted to cause rotation of a rotor of said optical assembly and consequently translation of said lens ; - a slide adapted to run along a guide in a first direction and in a second direction opposite to the first direction between two ends of said guide , and - a first actuator means adapted to cause sliding of said slide in said first direction between said two ends, characterized in that said slide is adapted to cause rotation of said rotor only when said slide runs in said first direction.
A method of storing and releasing hydrogen, comprising: a) hydrogenating a substrate having at least one conjugated bond in presence of a hydrogenation catalyst to store hydrogen in the substrate; and b) dehydrogenating the hydrogenated substrate in presence of a dehydrogenation catalyst to release hydrogen therefrom, the substrate being a pyridine-based hydrogen storage material is 2-(methylbenzyl)pyridine. a) hydrogenating a substrate having at least one conjugated bond in presence of a hydrogenation catalyst to store hydrogen in the substrate; and b) dehydrogenating the hydrogenated substrate in presence of a dehydrogenation catalyst to release hydrogen therefrom,
An electronic toilet switchable between cold-water and hot-water, comprising: a water spraying cleaner ; a booster water pump ; a cold-water electromagnetic valve ; a hot-water electromagnetic valve ; a controller , for making the booster water pump to perform a pressure boosting operation when receiving an anus cleaning instruction from a user, and alternately opening or closing the cold-water electromagnetic valve or the hot-water electromagnetic valve during the pressure boosting operation of the booster water pump ; a water chiller, having the cold-water electromagnetic valve opened or closed by the controller and disposed on a cold-water outlet pipe of the water chiller; a water heater, having the hot-water electromagnetic valve opened or closed by the controller and disposed on the hot-water outlet pipe of the water heater; the booster water pump for performing a pressure boosting operation for cold water from the cold-water electromagnetic valve or hot water from the hot-water electromagnetic valve , having a water inlet connected to the cold-water electromagnetic valve and the hot-water electromagnetic valve of the water heater through a tee joint , and a water outlet connected to the water spraying cleaner . a booster water pump ; a cold-water electromagnetic valve ; a hot-water electromagnetic valve ; a controller , for making the booster water pump to perform a pressure boosting operation when receiving an anus cleaning instruction from a user, and alternately opening or closing the cold-water electromagnetic valve or the hot-water electromagnetic valve during the pressure boosting operation of the booster water pump ; a water chiller, having the cold-water electromagnetic valve opened or closed by the controller and disposed on a cold-water outlet pipe of the water chiller; a water heater, having the hot-water electromagnetic valve opened or closed by the controller and disposed on the hot-water outlet pipe of the water heater; the booster water pump for performing a pressure boosting operation for cold water from the cold-water electromagnetic valve or hot water from the hot-water electromagnetic valve , having a water inlet connected to the cold-water electromagnetic valve and the hot-water electromagnetic valve of the water heater through a tee joint , and a water outlet connected to the water spraying cleaner .
A strain gauge element comprising a substrate , at least one transducing element configured to change at least one electrical property thereof in response to deformations in said substrate, and a trimming component for setting electrical resistance of said strain gauge element , characterized in that : said substrate comprises at least one deformable region ; said at least one transducing element is arranged to reside on said deformable region of said substrate ; said trimming component comprising one or more groups of trimming grids electrically connected to said at least one transducing element and configured and operable to accurately set electrical resistance of said strain gauge element by application of one or more cuts to at least one of said one or more groups of trimming grids for setting length of its conduction path , said one or more groups of trimming grids are separate components arranged to reside on separate surface areas of said substrate that are remote from the deformable region on which the at least one transducing element is arranged such that they are substantially not being susceptible to the deformations of said substrate; and at least one heat sink element (46h,13s,13r,13s',H i ) provided on, or above, at least one surface area of said substrate and being thermally and electrically coupled to at least one of said at least one transducing element and said one or more groups of trimming grids and configured to dissipate heat developed therein. said substrate comprises at least one deformable region ; said at least one transducing element is arranged to reside on said deformable region of said substrate ; said trimming component comprising one or more groups of trimming grids electrically connected to said at least one transducing element and configured and operable to accurately set electrical resistance of said strain gauge element by application of one or more cuts to at least one of said one or more groups of trimming grids for setting length of its conduction path , said one or more groups of trimming grids are separate components arranged to reside on separate surface areas of said substrate that are remote from the deformable region on which the at least one transducing element is arranged such that they are substantially not being susceptible to the deformations of said substrate; and at least one heat sink element (46h,13s,13r,13s',H i ) provided on, or above, at least one surface area of said substrate and being thermally and electrically coupled to at least one of said at least one transducing element and said one or more groups of trimming grids and configured to dissipate heat developed therein.
A spot welded joint comprising: a first steel sheet having a tensile strength of 1100 MPa or higher and having a hard martensitic structure as a main structure; a second steel sheet stacked on the first steel sheet; a nugget having a diameter D at an interface between the first steel sheet and the second steel sheet and formed between the first steel sheet and the second steel sheet; and a hardness control region that occupies, in a cross section of the first steel sheet in a sheet thickness direction that passes through a center of the nugget, a region that is the entire first steel sheet in the sheet thickness direction and is from 0.5 × D to 1.0 × D apart from the center of the nugget in a sheet surface direction and in which a difference between a maximum value of hardness and a minimum value of the hardness in the region is 80 HV or less, and the maximum value of the hardness in the region is lower than a maximum value of hardness of the first steel sheet, wherein the maximum value of the hardness in the region is 250 HV to 450 HV. a first steel sheet having a tensile strength of 1100 MPa or higher and having a hard martensitic structure as a main structure; a second steel sheet stacked on the first steel sheet; a nugget having a diameter D at an interface between the first steel sheet and the second steel sheet and formed between the first steel sheet and the second steel sheet; and a hardness control region that occupies, in a cross section of the first steel sheet in a sheet thickness direction that passes through a center of the nugget, a region that is the entire first steel sheet in the sheet thickness direction and is from 0.5 × D to 1.0 × D apart from the center of the nugget in a sheet surface direction and in which a difference between a maximum value of hardness and a minimum value of the hardness in the region is 80 HV or less, and the maximum value of the hardness in the region is lower than a maximum value of hardness of the first steel sheet, wherein the maximum value of the hardness in the region is 250 HV to 450 HV.
A method of distortion correction in an image of a room captured from above by a camera having a non-rectilinear lens, including: i) obtaining (S201) multiple images (101; 212) of the room captured from above by the camera over time; ii) determining (S202) where one or more bottom portions of one or more objects are located in at least some of the multiple images; iii) determining (S203) where a boundary of the floor of the room is located in the multiple images based on the determined locations of the bottom portions, wherein an area of said at least some of the multiple images is considered to belong to the floor of the room only if a number of bottom portions having moved in the area during a finite time interval exceeds a threshold value; iv) generating (S204) a three-dimensional model of the room by defining one or more walls (172a-d) around the determined boundary of the floor, wherein the walls extend perpendicularly away from a plane of the boundary of the floor, and v) generating (S205) a distortion-corrected image of the room by projecting at least one image of the multiple images onto the three-dimensional model of the room. i) obtaining (S201) multiple images (101; 212) of the room captured from above by the camera over time; ii) determining (S202) where one or more bottom portions of one or more objects are located in at least some of the multiple images; iii) determining (S203) where a boundary of the floor of the room is located in the multiple images based on the determined locations of the bottom portions, wherein an area of said at least some of the multiple images is considered to belong to the floor of the room only if a number of bottom portions having moved in the area during a finite time interval exceeds a threshold value; iv) generating (S204) a three-dimensional model of the room by defining one or more walls (172a-d) around the determined boundary of the floor, wherein the walls extend perpendicularly away from a plane of the boundary of the floor, and v) generating (S205) a distortion-corrected image of the room by projecting at least one image of the multiple images onto the three-dimensional model of the room.
System for filtering microfibres contained in a liquid effluent from a textile treatment device, said system being intended to be connected to a drain pipe for emptying said textile treatment device, characterized in that said system comprises at least: an enclosure comprising a granular medium occupying a portion of the space of said enclosure , said granular medium being arranged on a support so as to leave a free volume in said enclosure above said granular medium , said support being permeable at least to said liquid effluent; - means for percolating said liquid effluent through said granular medium and comprising at least one opening formed in said enclosure and positioned above said granular medium ; - discharge means for discharging said liquid effluent and comprising at least one opening formed in said enclosure and positioned beneath said support of said granular medium ; - connecting means for connection to means for regenerating said granular medium by fluidization, characterized in that the connecting means comprise at least one opening formed in said enclosure and positioned above said granular medium . - means for percolating said liquid effluent through said granular medium and comprising at least one opening formed in said enclosure and positioned above said granular medium ; - discharge means for discharging said liquid effluent and comprising at least one opening formed in said enclosure and positioned beneath said support of said granular medium ; - connecting means for connection to means for regenerating said granular medium by fluidization, characterized in that the connecting means comprise at least one opening formed in said enclosure and positioned above said granular medium .