mhurhangee/patent-ind-claim-en huggingface dataset:
A rotor blade for a wind turbine , comprising: a plurality of individual rotor blade segments ; each of the plurality of rotor blade segments comprising a female structural member extending longitudinally from a first end to a second end of each of the rotor blade segments , the female structural member comprising first bore holes on opposing sides thereof, the first bore holes aligned in a chord-wise direction; a male structural member extending longitudinally through the female structural member of each of the rotor blade segments such that the plurality of rotor blade segments are aligned and connected end to end on the male structural member , the male structural member comprising second bore holes on opposing sides thereof, the second bore holes aligned with the first bore holes , at least one chord-wise extending gap being defined between an outer side surface of the male structural member and an inner side surface of the female structural member ; at least chord-wise extending pin extending through the first and second bore holes so as to join the male structural member and the female structural member ; and, first flanged bushings arranged within the first bore holes and second flanged bushings arranged within the second bore holes , wherein flanges of the flanged bushings extend within the chord-wise extending gap , wherein the first flanged bushings each comprise a closed end opposite an open flanged end , and wherein the opposing ends of the chord-wise extending pin abut against the closed ends of the first flanged bushings . a plurality of individual rotor blade segments ; each of the plurality of rotor blade segments comprising a female structural member extending longitudinally from a first end to a second end of each of the rotor blade segments , the female structural member comprising first bore holes on opposing sides thereof, the first bore holes aligned in a chord-wise direction; a male structural member extending longitudinally through the female structural member of each of the rotor blade segments such that the plurality of rotor blade segments are aligned and connected end to end on the male structural member , the male structural member comprising second bore holes on opposing sides thereof, the second bore holes aligned with the first bore holes , at least one chord-wise extending gap being defined between an outer side surface of the male structural member and an inner side surface of the female structural member ; at least chord-wise extending pin extending through the first and second bore holes so as to join the male structural member and the female structural member ; and, first flanged bushings arranged within the first bore holes and second flanged bushings arranged within the second bore holes , wherein flanges of the flanged bushings extend within the chord-wise extending gap , wherein the first flanged bushings each comprise a closed end opposite an open flanged end , and wherein the opposing ends of the chord-wise extending pin abut against the closed ends of the first flanged bushings .
A prophylactic and/or therapeutic agent for use in the prophylaxis and/or treatment of liver disease, comprising a combination of a PPARα agonist with an SGLT2 inhibitor, wherein the PPARα agonist is (R)-2-[3-[[N-(benzoxazol-2-yl)-N-3-(4-methoxyphenoxy)propyl]aminomethyl]phenoxy]butyric acid or a salt thereof, or a solvate thereof.
Submarine electrical cable system having a substantially circular cross-section and comprising: a first insulated core and a second insulated core ; a three-phase cable comprising three stranded insulated cores , the three-phase cable being stranded with the first core and the second core ; an armour surrounding the first core , the second core and the three-phase cable , characterized in that the first and the second insulated core are suitable for DC transmission at a voltage of 80 kV at least, and the three stranded insulated cores of the three-phase cable are suitable for AC transmission at a voltage of 30 kV at least, and in that the first insulated core and the second insulated core are configured to perform a DC power transfer at a first power value included in the range 500-1500 MW and the three-phase cable is configured to perform an AC power transfer at a second power value included in the range of from 5 to 200 MW, wherein the first and second insulated core and three-phase cable have diameters differing one another of 2% at most. a first insulated core and a second insulated core ; a three-phase cable comprising three stranded insulated cores , the three-phase cable being stranded with the first core and the second core ; an armour surrounding the first core , the second core and the three-phase cable , characterized in that the first and the second insulated core are suitable for DC transmission at a voltage of 80 kV at least, and the three stranded insulated cores of the three-phase cable are suitable for AC transmission at a voltage of 30 kV at least, and in that the first insulated core and the second insulated core are configured to perform a DC power transfer at a first power value included in the range 500-1500 MW and the three-phase cable is configured to perform an AC power transfer at a second power value included in the range of from 5 to 200 MW, wherein the first and second insulated core and three-phase cable have diameters differing one another of 2% at most.
Method for versioning digital road maps by means of incremental updates, comprising the following method steps: - providing a base map (BK); - applying a hash function to the base map (BK) to generate a version hash (#1) of the base map (BK); - providing map difference packets (Δ), wherein a map difference packet (Δ) comprises at least one individual change to a map feature; - versioning the digital road map by forming at least one continuous version chain , starting with the base map (BK), wherein for this purpose: - to generate a current map version (KVn), a map difference packet (Δn) to be applied is linked to the map version (KVn-1) located before the current map version (KVn) in the version chain , wherein for this purpose the version hash (#n-1) of the previous map version (KVn-1) and the map difference packet (Δn) to be applied are entered as input variables into the hash function in order to generate a version hash (#n) for the current map version (KVn). - providing a base map (BK); - applying a hash function to the base map (BK) to generate a version hash (#1) of the base map (BK); - providing map difference packets (Δ), wherein a map difference packet (Δ) comprises at least one individual change to a map feature; - versioning the digital road map by forming at least one continuous version chain , starting with the base map (BK), wherein for this purpose: - to generate a current map version (KVn), a map difference packet (Δn) to be applied is linked to the map version (KVn-1) located before the current map version (KVn) in the version chain , wherein for this purpose the version hash (#n-1) of the previous map version (KVn-1) and the map difference packet (Δn) to be applied are entered as input variables into the hash function in order to generate a version hash (#n) for the current map version (KVn). - to generate a current map version (KVn), a map difference packet (Δn) to be applied is linked to the map version (KVn-1) located before the current map version (KVn) in the version chain , wherein for this purpose the version hash (#n-1) of the previous map version (KVn-1) and the map difference packet (Δn) to be applied are entered as input variables into the hash function in order to generate a version hash (#n) for the current map version (KVn).
An optical device comprising: a grating medium ; a first set of holograms in a first region of the grating medium , wherein each of the holograms in the first set at least partially overlaps each of the other holograms in the first set along a light propagation direction within the grating medium, and wherein each of the holograms in the first set has a different respective grating frequency of a first set of grating frequencies; and a second set of holograms in a second region of the grating medium , wherein each of the holograms in the second set at least partially overlaps each of the other holograms in the second set along the light propagation direction within the grating medium, and wherein each of the holograms in the second set has a different respective grating frequency of a second set of grating frequencies, the second set of grating frequencies being located within adjacent frequency gaps between the grating frequencies in the first set of grating frequencies. a grating medium ; a first set of holograms in a first region of the grating medium , wherein each of the holograms in the first set at least partially overlaps each of the other holograms in the first set along a light propagation direction within the grating medium, and wherein each of the holograms in the first set has a different respective grating frequency of a first set of grating frequencies; and a second set of holograms in a second region of the grating medium , wherein each of the holograms in the second set at least partially overlaps each of the other holograms in the second set along the light propagation direction within the grating medium, and wherein each of the holograms in the second set has a different respective grating frequency of a second set of grating frequencies, the second set of grating frequencies being located within adjacent frequency gaps between the grating frequencies in the first set of grating frequencies.
A device for detecting and/or analyzing a biochip, comprising: a first shell which comprises a holding cavity, a second shell connected to the first shell, wherein the first and second shells are capable of engaging each other to form a substantially closed carton; a rotatable support frame located between the first and second shells, wherein the rotatable support frame comprises a detecting zone that is capable of holding an object to be detected and/or analyzed; wherein the object to be detected and/or analyzed comprises a biochip; wherein the holding cavity comprises an upper plate facing the second shell, and wherein the rotatable support frame is disposed on the upper plate of the holding cavity of the first shell; further comprising a light source , and a detector ; wherein the light source is disposed on the first shell or the second shell, and wherein the light source and the detector are disposed on opposite sides of the rotatable support frame. a first shell which comprises a holding cavity, a second shell connected to the first shell, wherein the first and second shells are capable of engaging each other to form a substantially closed carton; a rotatable support frame located between the first and second shells, wherein the rotatable support frame comprises a detecting zone that is capable of holding an object to be detected and/or analyzed; wherein the object to be detected and/or analyzed comprises a biochip; wherein the holding cavity comprises an upper plate facing the second shell, and wherein the rotatable support frame is disposed on the upper plate of the holding cavity of the first shell; further comprising a light source , and a detector ; wherein the light source is disposed on the first shell or the second shell, and wherein the light source and the detector are disposed on opposite sides of the rotatable support frame.
Device for a circulatory supply of ink to at least one printing head, the device comprising a pump , a housing , a first chamber disposed in the housing and including a first overflow for the ink , and a second chamber disposed in the housing and including a drain for leading the ink to the pump, characterized in that a third chamber is disposed in the housing, the third chamber separated from the second chamber by an inner wall of the housing and connected to the second chamber by a first channel disposed in said wall.
A solar heating apparatus for water comprising inner and outer concentrically arranged vessels; a cavity defined between the vessels by an outer wall of the inner vessel and an inner wall of the outer vessel; a liquid-to-vapour phase change material provided in the cavity; an inlet for delivering unheated water to the inner vessel; and an outlet for withdrawing heated water from the inner vessel, wherein the inlet feeds into a lower portion of the inner vessel and the outlet is provided at an upper portion of the inner vessel, and wherein the outlet returns through the inner vessel before exiting a lower end of the outer vessel , characterised by comprising means for pumping the phase change material towards the inner wall of the outer vessel.
A method of processing a plurality of articles through a processing section of a packaging machine, the method comprising: guiding a plurality of articles supported on a support tray blank onto at least one additional conveyor (57-60); folding at least one of a leading edge flap and trailing edge flap of the support tray blank with at least one tray folding member (67-70) provided on the at least one additional conveyor (67-70) to form a portion of a support tray; and shifting the support tray blank along a conveyor , characterized in that the at least one additional conveyor (57-60) extends about and rides on the conveyor . guiding a plurality of articles supported on a support tray blank onto at least one additional conveyor (57-60); folding at least one of a leading edge flap and trailing edge flap of the support tray blank with at least one tray folding member (67-70) provided on the at least one additional conveyor (67-70) to form a portion of a support tray; and shifting the support tray blank along a conveyor , characterized in that the at least one additional conveyor (57-60) extends about and rides on the conveyor .
A plastic optical component comprising a benzophenone compound of formula : wherein R 1 and R 2 each independently are C 1-4 -alkyl; and an addition polymer obtained by radical polymerization of a monomer; wherein - the benzophenone compound is present in an amount of 0.5-3.0 parts by mass of per 100 parts by mass of a resin component forming the optical component: - the cutting ratio of light having a wavelength of 410 nm is ≥ 50%; and - the light transmittance in the wavelength range of 400-700 nm is ≥ 70%. - the benzophenone compound is present in an amount of 0.5-3.0 parts by mass of per 100 parts by mass of a resin component forming the optical component: - the cutting ratio of light having a wavelength of 410 nm is ≥ 50%; and - the light transmittance in the wavelength range of 400-700 nm is ≥ 70%.
An ophthalmic lens system capable of interfacing with a predefined external device, the ophthalmic lens system comprising at least a first contact lens , the first contact lens comprising: a first set of electronic components (111-113) capable of interfacing with the predefined external device; a first soft lens portion encapsulating at least a portion of the first set of electronic components, wherein the ophthalmic lens system is configured for tracking a gaze of a first eye , wherein the first contact lens further comprises a first position detection mechanism configured for detecting eye movement or lid position for the first eye, and wherein the first contact lens is configured for transmitting position data to the predefined device. a first set of electronic components (111-113) capable of interfacing with the predefined external device; a first soft lens portion encapsulating at least a portion of the first set of electronic components, wherein the ophthalmic lens system is configured for tracking a gaze of a first eye , wherein the first contact lens further comprises a first position detection mechanism configured for detecting eye movement or lid position for the first eye, and wherein the first contact lens is configured for transmitting position data to the predefined device.
An X-ray CT apparatus comprising: a controlling unit configured to obtain initial temperature information of a photon counting detector before a main scan, information about a shape of a subject, and a scan condition of the main scan; an estimating unit configured to estimate a temperature change of the photon counting detector to be observed when the main scan is performed, on a basis of the initial temperature information, the information about the shape of the subject, and information about the scan condition of the main scan; and a judging unit configured to judge whether or not it is possible to perform the main scan, on a basis of the temperature change and the initial temperature information. a controlling unit configured to obtain initial temperature information of a photon counting detector before a main scan, information about a shape of a subject, and a scan condition of the main scan; an estimating unit configured to estimate a temperature change of the photon counting detector to be observed when the main scan is performed, on a basis of the initial temperature information, the information about the shape of the subject, and information about the scan condition of the main scan; and a judging unit configured to judge whether or not it is possible to perform the main scan, on a basis of the temperature change and the initial temperature information.
Apparatus to supply bars (B) comprising a work plane on which to position a bundle (F1-F6) of said bars (B) and a removal device configured to remove at least one bar (B) from said work plane in order to transfer it to a destination station , characterized in that it comprises a plurality of containing units (22a-22f; 122) positioned, at least during their condition of use, above said work plane and each configured to house a respective bundle (F1-F6) of a determinate type of bar (B), and a plurality of movement means each associated with a respective containing unit (22a-22f; 122) in order to take the latter into a first position in which one bundle (F1-F6) of said bars (B) is delivered to or removed from said work plane , and into at least a second position in which said containing unit (22a-22f; 122) is located completely above said work plane .
Refrigeration appliance comprising a refrigeration compartment , in which a shelf and a bottle holder are arranged, wherein the bottle holder is secured to the shelf and the bottle holder has a bottle support which is mounted in such a way that it can be moved between an operational position (II) and a non-operational position (I), wherein the bottle support is rigidly connected to a guide section , wherein the guide section is guided in a guide of the bottle holder , characterised in that a control lever is assigned to the bottle holder to move the bottle support from a non-operational position (I) to an operational position (II) and/or vice versa.
An engine ignition control device for controlling ignition at start-up and during normal running of an engine started up using human power; the engine ignition control device comprising: a start-up ignition controller having a function for preventing the occurrence of kickback by either delaying an ignition position of the engine or stopping ignition when there is a risk of kickback occurring when the engine is started; start-up rotation angle detection means for detecting as a start-up rotation angle a rotation angle of a crankshaft of the engine after initiation of a start-up operation of the engine ; and switching means for switching control specifics of the start-up ignition controller in accordance with the detected start-up rotation angle so that when the start-up rotation angle detected by the start-up rotation angle detection means is less than a set angle, there is created a kickback-preventive effect within a range at which engine startability is not compromised, and when the detected start-up rotation angle is equal to or greater than the set angle, there is created a kickback-preventive effect that is greater than the kickback-preventive effect for when the start-up rotation angle is equal to or less than the set angle, characterized in said set angle is set to be equal to an angle equivalent to a section in which operation force is applied from the start-up device to the crankshaft at engine start-up. a start-up ignition controller having a function for preventing the occurrence of kickback by either delaying an ignition position of the engine or stopping ignition when there is a risk of kickback occurring when the engine is started; start-up rotation angle detection means for detecting as a start-up rotation angle a rotation angle of a crankshaft of the engine after initiation of a start-up operation of the engine ; and switching means for switching control specifics of the start-up ignition controller in accordance with the detected start-up rotation angle so that when the start-up rotation angle detected by the start-up rotation angle detection means is less than a set angle, there is created a kickback-preventive effect within a range at which engine startability is not compromised, and when the detected start-up rotation angle is equal to or greater than the set angle, there is created a kickback-preventive effect that is greater than the kickback-preventive effect for when the start-up rotation angle is equal to or less than the set angle, characterized in said set angle is set to be equal to an angle equivalent to a section in which operation force is applied from the start-up device to the crankshaft at engine start-up.
A data reception and feedback method performed by a communication device, said method comprising: receiving a downlink channel in one or more symbols of a first subframe; and transmitting an acknowledgment/negative acknowledgment, ACK/NACK, feedback in one or more symbols of the first subframe in response to the downlink channel, wherein the first subframe is one of a plurality of subframes comprised in a frame, and wherein the one or more symbols of the first subframe for the ACK/NACK feedback are after the one or more symbols of the first subframe for the downlink channel. receiving a downlink channel in one or more symbols of a first subframe; and transmitting an acknowledgment/negative acknowledgment, ACK/NACK, feedback in one or more symbols of the first subframe in response to the downlink channel, wherein the first subframe is one of a plurality of subframes comprised in a frame, and wherein the one or more symbols of the first subframe for the ACK/NACK feedback are after the one or more symbols of the first subframe for the downlink channel.
A drop terminal comprising: a housing defining an interior, the housing having an input and a plurality of output ports ; and a tray configured to be disposed within the interior of the housing, the tray including a tray body that extends substantially a length of the housing and substantially a width of the housing, the tray body defining a plurality of apertures providing access to the output ports of the housing, the tray body including fiber management guides to route optical fibers of an optical cable about the tray , characterized in that the tray body also includes a storage arrangement configured to retain one or more optical connectors at the tray body. a housing defining an interior, the housing having an input and a plurality of output ports ; and a tray configured to be disposed within the interior of the housing, the tray including a tray body that extends substantially a length of the housing and substantially a width of the housing, the tray body defining a plurality of apertures providing access to the output ports of the housing, the tray body including fiber management guides to route optical fibers of an optical cable about the tray , characterized in that the tray body also includes a storage arrangement configured to retain one or more optical connectors at the tray body.