mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal device for use with a wireless telecommunications network, the terminal device comprising: a receiver configured: to receive a first signal, the first signal being transmitted using a first number of antenna ports and encoded according to the first number of antenna ports, the first number of antenna ports being predetermined, and to receive a second signal, the second signal being transmitted using a second number of antenna ports and encoded according to the second number of antenna ports, the second number of antenna ports being indicated by the first signal; and a controller configured to decode the first signal using the predetermined first number of antenna ports, and decode the second signal using the second number of antenna ports indicated by the first signal. to receive a first signal, the first signal being transmitted using a first number of antenna ports and encoded according to the first number of antenna ports, the first number of antenna ports being predetermined, and to receive a second signal, the second signal being transmitted using a second number of antenna ports and encoded according to the second number of antenna ports, the second number of antenna ports being indicated by the first signal; and a controller configured to decode the first signal using the predetermined first number of antenna ports, and decode the second signal using the second number of antenna ports indicated by the first signal.
A turboprop comprising a propeller shaft and a gas generator running along said propeller shaft , this gas generator comprising a high-pressure shaft and a hollow low-pressure shaft both extending along the same longitudinal axis (AX'), the low-pressure shaft having a rear end coupled to a rear end of the propeller shaft via a reducer characterized in that it includes an accessory box contiguous to the reducer , and coupled to the rear end of the high-pressure shaft via a drive shaft passing through the low-pressure shaft .
A method for updating geographic data, the method comprising: identifying (S101) a current geographic location of a mobile device as location data, based on a position circuitry of the mobile device; obtaining (S103), with a processor, an outline template representing at least one physical object from the geographic data for the current geographic location, wherein the geographic data comprises light detection and ranging, LIDAR, sensor data and the outline template is filtered LIDAR sensor data; generating (S105) difference information from a comparison of land-based image data, generated from the mobile device at the geographic location corresponding to the location data, with the outline template of the at least one physical object; and providing (S107) an error report, based on the difference information, for updating the geographic data. identifying (S101) a current geographic location of a mobile device as location data, based on a position circuitry of the mobile device; obtaining (S103), with a processor, an outline template representing at least one physical object from the geographic data for the current geographic location, wherein the geographic data comprises light detection and ranging, LIDAR, sensor data and the outline template is filtered LIDAR sensor data; generating (S105) difference information from a comparison of land-based image data, generated from the mobile device at the geographic location corresponding to the location data, with the outline template of the at least one physical object; and providing (S107) an error report, based on the difference information, for updating the geographic data.
An apparatus , comprising: a goggle including a goggle frame and a protective lens installed in the goggle frame ; a face mask releasably connected to the goggle ; the apparatus being characterized by a detachable pivot-connection structure provided between two lateral sides of the goggle frame and the face mask , the detachable pivot-connection structure comprising a pivoting axis substantially parallel to a lateral direction of the goggle frame ; and a detachable locking structure provided between the goggle frame and the face mask , the detachable locking structure configured to cooperate with the detachable pivot-connection structure to selectively lock the goggle frame and the face mask together, wherein the detachable locking structure comprises: a threaded hole formed in the goggle ; and a fastening bolt releasably connected to the face mask , the fastening bolt configured to be screwed into the threaded hole ; wherein a first contact wall is formed in a lower side of the goggle frame ; the threaded hole is formed in the first contact wall ; the face mask comprises a second contact wall including a through-hole ; and the fastening bolt is insertable into the through-hole such that as the goggle frame is pivoted relative to the face mask , the first contact wall approaches the second contact wall . a goggle including a goggle frame and a protective lens installed in the goggle frame ; a face mask releasably connected to the goggle ; the apparatus being characterized by a detachable pivot-connection structure provided between two lateral sides of the goggle frame and the face mask , the detachable pivot-connection structure comprising a pivoting axis substantially parallel to a lateral direction of the goggle frame ; and a detachable locking structure provided between the goggle frame and the face mask , the detachable locking structure configured to cooperate with the detachable pivot-connection structure to selectively lock the goggle frame and the face mask together, wherein the detachable locking structure comprises: a threaded hole formed in the goggle ; and a fastening bolt releasably connected to the face mask , the fastening bolt configured to be screwed into the threaded hole ; wherein a first contact wall is formed in a lower side of the goggle frame ; the threaded hole is formed in the first contact wall ; the face mask comprises a second contact wall including a through-hole ; and the fastening bolt is insertable into the through-hole such that as the goggle frame is pivoted relative to the face mask , the first contact wall approaches the second contact wall . a threaded hole formed in the goggle ; and a fastening bolt releasably connected to the face mask , the fastening bolt configured to be screwed into the threaded hole ; wherein a first contact wall is formed in a lower side of the goggle frame ; the threaded hole is formed in the first contact wall ; the face mask comprises a second contact wall including a through-hole ; and the fastening bolt is insertable into the through-hole such that as the goggle frame is pivoted relative to the face mask , the first contact wall approaches the second contact wall .
An oral care implement comprising: a handle ; a head coupled to the handle , the head comprising a front surface and a rear surface opposite the front surface , the head extending from a proximal end of the head to a distal end of the head along a longitudinal axis (A-A); an elastomeric soft tissue cleanser comprising a plurality of protuberances extending from the rear surface of the head and terminating in free ends , each of the protuberances having a height measured from the rear surface of the head to its free end , and wherein the free ends of the protuberances comprise at least one convex transverse top profile formed by a variation in the heights of the protuberances along a first transverse plane that intersects and is substantially orthogonal to the longitudinal axis (A-A); and a plurality of tooth cleaning elements extending from the front surface of the head and terminating in free ends , each of the tooth cleaning elements having a height measured from the front surface of the head to its free end ; characterized in that the free ends of the tooth cleaning elements comprise at least one concave transverse top profile formed by a variation in the heights of the tooth cleaning elements along a second transverse plane that intersects and is substantially orthogonal to the longitudinal axis (A-A). a handle ; a head coupled to the handle , the head comprising a front surface and a rear surface opposite the front surface , the head extending from a proximal end of the head to a distal end of the head along a longitudinal axis (A-A); an elastomeric soft tissue cleanser comprising a plurality of protuberances extending from the rear surface of the head and terminating in free ends , each of the protuberances having a height measured from the rear surface of the head to its free end , and wherein the free ends of the protuberances comprise at least one convex transverse top profile formed by a variation in the heights of the protuberances along a first transverse plane that intersects and is substantially orthogonal to the longitudinal axis (A-A); and a plurality of tooth cleaning elements extending from the front surface of the head and terminating in free ends , each of the tooth cleaning elements having a height measured from the front surface of the head to its free end ; characterized in that the free ends of the tooth cleaning elements comprise at least one concave transverse top profile formed by a variation in the heights of the tooth cleaning elements along a second transverse plane that intersects and is substantially orthogonal to the longitudinal axis (A-A).
A ring seal assembly for a gas turbine engine comprising: a first ring seal ; and a second ring seal separated axially from the first ring seal by a spring , wherein the second ring seal includes a first inner circumferential surface , and an interference feature extending radially inward from the first inner circumferential surface to a second inner circumferential surface , characterised in that : the first ring seal is symmetrical with respect to a radially extending plane (P). a first ring seal ; and a second ring seal separated axially from the first ring seal by a spring , wherein the second ring seal includes a first inner circumferential surface , and an interference feature extending radially inward from the first inner circumferential surface to a second inner circumferential surface ,
A display device comprising: a substrate provided with a first subpixel and a second subpixel ; a first electrode provided on the substrate , including a first sub electrode provided on the first subpixel and a second sub electrode provided on the second subpixel ; an organic light emitting layer arranged on the first electrode ; a second electrode arranged on the organic light emitting layer ; a first bank provided between the first sub electrode and the second sub electrode to partition the first subpixel and the second subpixel from each other; and a light absorption portion arranged inside each of the first sub electrode and the second sub electrode to absorb external light, wherein the first sub electrode includes a reflective metal provided to cover the light absorption portion and a planarization electrode that is in contact with a lower surface of the light absorption portion , the lower surface being the surface closest to the substrate, the reflective metal and the second electrode emit light emitted from the organic light emitting layer to the substrate by reflecting the light, and wherein one end of the reflective metal is in contact with an upper surface of the planarization electrode , the upper surface being the surface furthest away from the substrate. a substrate provided with a first subpixel and a second subpixel ; a first electrode provided on the substrate , including a first sub electrode provided on the first subpixel and a second sub electrode provided on the second subpixel ; an organic light emitting layer arranged on the first electrode ; a second electrode arranged on the organic light emitting layer ; a first bank provided between the first sub electrode and the second sub electrode to partition the first subpixel and the second subpixel from each other; and a light absorption portion arranged inside each of the first sub electrode and the second sub electrode to absorb external light, wherein the first sub electrode includes a reflective metal provided to cover the light absorption portion and a planarization electrode that is in contact with a lower surface of the light absorption portion , the lower surface being the surface closest to the substrate, the reflective metal and the second electrode emit light emitted from the organic light emitting layer to the substrate by reflecting the light, and wherein one end of the reflective metal is in contact with an upper surface of the planarization electrode , the upper surface being the surface furthest away from the substrate.
Free roaming crate comprising at least two door side walls (5.1), one rear wall (5.2), one front wall (5.3), and two swivel mechanisms , whereby each of these swivel mechanisms comprises at least one mounting frame with a base axis (2.2), on which at least one arm (2.1) is arranged, and one door mechanism , which has at least one door element (3.1) with an axis of rotation (3.2), whereby this axis of rotation (3.2) is arranged parallel to the base axis (2.2), and the door mechanism is arranged for swivel-mounting on the mounting frame and the door mechanism has a swivel lock (3.3), which enables the door element (3.1) to be locked in different positions, whereby at least three different variations of the floor area of the free roaming crate accessible by the sow (S) result: - when the two swivel mechanisms with the door mechanism are positioned parallel to and on the side wall (5.1) and lock the particular swivel lock (3.3), the sow (S) is able to move freely without restriction in the free roaming crate, and the free roaming crate is closed to the outside, but open on the Inside for the sow (S), - when the two swivel mechanisms with the door mechanism are positioned parallel to and on the standing sow (S), the two door mechanisms are connected to each other, and the particular swivel lock (3.3) is not locked, the sow (S) nevertheless has limited freedom of movement in the free roaming box, - when the two swivel mechanisms with the door mechanism are positioned diagonal to or at an angle with respect to and on the side wall (5.1) and the standing sow (S), the two door mechanisms are connected to each other, and the particular swivel lock (3.3) is not locked, the standing sow (S) is held diagonally in position in the free roaming crate. - when the two swivel mechanisms with the door mechanism are positioned parallel to and on the side wall (5.1) and lock the particular swivel lock (3.3), the sow (S) is able to move freely without restriction in the free roaming crate, and the free roaming crate is closed to the outside, but open on the Inside for the sow (S), - when the two swivel mechanisms with the door mechanism are positioned parallel to and on the standing sow (S), the two door mechanisms are connected to each other, and the particular swivel lock (3.3) is not locked, the sow (S) nevertheless has limited freedom of movement in the free roaming box, - when the two swivel mechanisms with the door mechanism are positioned diagonal to or at an angle with respect to and on the side wall (5.1) and the standing sow (S), the two door mechanisms are connected to each other, and the particular swivel lock (3.3) is not locked, the standing sow (S) is held diagonally in position in the free roaming crate.
An aluminum alloy comprising up to 0.40 wt. % Fe, up to 0.25 wt. % Si, up to 0.2 wt. % Cr, 2.0 wt. % to 3.2 wt. % Mg, 0.8 wt. % to 1.5 wt. % Mn, up to 0.1 wt. % Cu, up to 0.05 wt.% Zn, up to 0.05 wt.% Ti, and up to 0.15 wt. % impurities, with the remainder as Al, wherein the aluminum alloy comprises at least 1.5 weight percent Al 6 Mn and/or Al 12 (Fe,Mn) 3 Si dispersoids having an average dimension of greater than 50 nanometers in any direction.
An isolated polypeptide comprising an amino acid sequence having at least 94%, 95%, 99% or 100% identity to the full length amino acid sequence set forth in SEQ ID N°1, and having a polyester degrading activity.
An ablation lesion device for delivery of microwave energy to a selected region of tissue, the device including an elongated catheter and a microwave radiation antenna electrically connectible via a microwave feedline to an electrical microwave system , the microwave antenna configured to generate a microwave field able to ablate tissue in said selected region of tissue, the antenna positioned within an antenna-receiving portion of the catheter , the catheter configured to allow fluid flow therealong to exit through one or more orifices in the catheter wall, the catheter provided with an electrical sensing system including one or more metal electrodes and being independent of the electrical microwave system , the device configured such that in use the electrical sensing system includes an electric circuit which incorporates an ionic conductivity bridge formed between said one or more metal electrodes and the fluid exiting said one or more orifices , the ionic conductivity bridge traversing said catheter antenna-receiving portion. the antenna positioned within an antenna-receiving portion of the catheter , the catheter configured to allow fluid flow therealong to exit through one or more orifices in the catheter wall, the catheter provided with an electrical sensing system including one or more metal electrodes and being independent of the electrical microwave system , the device configured such that in use the electrical sensing system includes an electric circuit which incorporates an ionic conductivity bridge formed between said one or more metal electrodes and the fluid exiting said one or more orifices , the ionic conductivity bridge traversing said catheter antenna-receiving portion.
A dynamic method for detecting actual odorous molecules of interest contained in the atmosphere or in direct proximity to the atmosphere present in an enclosure comprising the following steps: a) Absorbing a sample of the atmosphere present in or proximate to said enclosure by means of an extraction device; b) Making said sample circulate/pass through and/or over a collection device capable of absorbing the actual odorous molecules of interest, said device being in the form of a hollow tube open at each of its ends; and c) Having said device analyzed by a detection animal and/or an analysis machine. a) Absorbing a sample of the atmosphere present in or proximate to said enclosure by means of an extraction device; b) Making said sample circulate/pass through and/or over a collection device capable of absorbing the actual odorous molecules of interest, said device being in the form of a hollow tube open at each of its ends; and c) Having said device analyzed by a detection animal and/or an analysis machine.
Tread for a heavy-duty tyre, comprising a tread surface intended to come into contact with a road surface during running, said tread comprising at least cavities that open onto the tread surface in the new state, called external cavities , the tread comprising a plurality of cavities that do not open onto the tread surface of the tread in the new state, called internal cavities , said internal cavities forming with the external cavities a continuous groove in a circumferential direction. - said external cavities having a length L, a width W and a central plane P, - said external cavities comprising a bottom and at least two opposite lateral walls extending from said bottom , said external cavities comprising means for ejecting stones during said running, characterized in that said means for ejecting stones comprise: - two protuberances protruding from the bottom of the external cavity, the two protuberances being disposed at least partially opposite one another at a distance d; - The contact surface of each protuberance being inclined relative to the radial direction respectively from a lateral wall of the external cavity towards the central plane P; - the distance d between the two opposite protuberances being less than or equal to 10% of the width W of the external cavity . - said external cavities having a length L, a width W and a central plane P, - said external cavities comprising a bottom and at least two opposite lateral walls extending from said bottom , said external cavities comprising means for ejecting stones during said running, characterized in that said means for ejecting stones comprise: - two protuberances protruding from the bottom of the external cavity, the two protuberances being disposed at least partially opposite one another at a distance d; - The contact surface of each protuberance being inclined relative to the radial direction respectively from a lateral wall of the external cavity towards the central plane P; - the distance d between the two opposite protuberances being less than or equal to 10% of the width W of the external cavity . - two protuberances protruding from the bottom of the external cavity, the two protuberances being disposed at least partially opposite one another at a distance d; - The contact surface of each protuberance being inclined relative to the radial direction respectively from a lateral wall of the external cavity towards the central plane P; - the distance d between the two opposite protuberances being less than or equal to 10% of the width W of the external cavity .
A vehicle comprising: a shift reactor configured to: receive carbon monoxide produced by the vehicle; and process the received carbon monoxide to produce an output comprising hydrogen; and a fuel cell coupled to the shift reactor and configured to: receive the hydrogen from the shift reactor ; and produce, using the received hydrogen, electricity for use on the vehicle, and further comprising a fuel store configured to store a fuel, the fuel comprising a hydrocarbon; a fuel reformer coupled to the fuel store and configured to: receive an input comprising the hydrocarbon; and process the received input to produce an output comprising the carbon monoxide; wherein the shift reactor is arranged to receive the carbon monoxide from the fuel reformer , and wherein the fuel reformer is an electrically driven fuel reformer powered by electricity received from the fuel cell . a shift reactor configured to: receive carbon monoxide produced by the vehicle; and process the received carbon monoxide to produce an output comprising hydrogen; and receive carbon monoxide produced by the vehicle; and process the received carbon monoxide to produce an output comprising hydrogen; and a fuel cell coupled to the shift reactor and configured to: receive the hydrogen from the shift reactor ; and produce, using the received hydrogen, electricity for use on the vehicle, receive the hydrogen from the shift reactor ; and produce, using the received hydrogen, electricity for use on the vehicle, and further comprising a fuel store configured to store a fuel, the fuel comprising a hydrocarbon; a fuel reformer coupled to the fuel store and configured to: receive an input comprising the hydrocarbon; and process the received input to produce an output comprising the carbon monoxide; receive an input comprising the hydrocarbon; and process the received input to produce an output comprising the carbon monoxide; wherein the shift reactor is arranged to receive the carbon monoxide from the fuel reformer , and wherein the fuel reformer is an electrically driven fuel reformer powered by electricity received from the fuel cell .