mhurhangee/patent-ind-claim-en huggingface dataset:
A program product comprising a non-transitory processor readable medium on which program instructions are embodied, wherein the program instructions are configured, when executed by at least one programmable processor, to cause the at least one programmable processor to: detect, external to a very high frequency, VHF, data radio, that (i) at least one of: an aircraft is on ground, an exterior aircraft door is open, aircraft brakes are on, the aircraft is stationary, and all aircraft engines are off, and (ii) at least one of (a) during a first counter period, receives data indicating that the VHF data radio has received uplink data but does not receive any acknowledgement for data intended to be transmitted by the VHF data radio when the VHF data radio is configured to operate, in a VHF channel, in VHF digital link, VDL, mode 2 , and (b) during a second counter period, receives data indicating that the VHF data radio has received uplink data and a VHF channel utilization exceeds an utilization threshold ; and send a message to the VHF data radio to change a mode of the VHF data radio from VDL mode 2 to VDL mode A ; wherein channel utilization is a representation of total power in the VHF channel of the VHF data radio. detect, external to a very high frequency, VHF, data radio, that (i) at least one of: an aircraft is on ground, an exterior aircraft door is open, aircraft brakes are on, the aircraft is stationary, and all aircraft engines are off, and (ii) at least one of (a) during a first counter period, receives data indicating that the VHF data radio has received uplink data but does not receive any acknowledgement for data intended to be transmitted by the VHF data radio when the VHF data radio is configured to operate, in a VHF channel, in VHF digital link, VDL, mode 2 , and (b) during a second counter period, receives data indicating that the VHF data radio has received uplink data and a VHF channel utilization exceeds an utilization threshold ; and send a message to the VHF data radio to change a mode of the VHF data radio from VDL mode 2 to VDL mode A ; wherein channel utilization is a representation of total power in the VHF channel of the VHF data radio.
A verification code generation method, performed in an electronic device , the electronic device for performing encoding to generate a video/audio stream having a plurality of data segments, wherein each data segment of the video/audio stream includes at least one group of pictures (GOP) or at least one set of media data (mdat); wherein the data segments are not limited to individually include the same quantity of group of pictures (GOP) or media data (mdat), and the quantity of group of pictures (GOP) or media data (mdat) included in each data segment is dynamically determined according to an operation capability of the electronic device ; and wherein the verification code generation method comprising: each time a data segment of the data segments is completely generated by encoding, generating a first-level checksum (CS1) associated with the data segment, and recording the first-level checksum (CS1) in an accompanying verification file; and at an interval of every N data segments of the data segments, generating a second-level checksum (CS2) for W consecutive first-level checksums (CS1), and recording the second-level checksum (CS2) in the accompanying verification file, where W is a positive integer greater than or equal to 2, and N is a positive integer greater than 0 and smaller than or equal to W. each time a data segment of the data segments is completely generated by encoding, generating a first-level checksum (CS1) associated with the data segment, and recording the first-level checksum (CS1) in an accompanying verification file; and at an interval of every N data segments of the data segments, generating a second-level checksum (CS2) for W consecutive first-level checksums (CS1), and recording the second-level checksum (CS2) in the accompanying verification file, where W is a positive integer greater than or equal to 2, and N is a positive integer greater than 0 and smaller than or equal to W.
Method for finishing a steel strip comprising the texturing of the steel strip wherein a texture is applied to the surface of a moving steel strip, characterised in that , - a single laser beam or a plurality of laser beams is directed at the surface of a moving steel strip, and - the single laser beam or the plurality of laser beams are position controlled to apply a predetermined texture pattern on the surface of the moving steel strip, - wherein the texturing is carried out after temper rolling of the steel strip, and - wherein the temper roll mill is provided with a roll with a roughness Ra (λc = 2.5mm) less than 6 μm. - a single laser beam or a plurality of laser beams is directed at the surface of a moving steel strip, and - the single laser beam or the plurality of laser beams are position controlled to apply a predetermined texture pattern on the surface of the moving steel strip, - wherein the texturing is carried out after temper rolling of the steel strip, and - wherein the temper roll mill is provided with a roll with a roughness Ra (λc = 2.5mm) less than 6 μm.
Use of a sorbic acid salt, for killing a pest belonging to the phylum of nematodes, wherein said sorbic acid salt is present in an effective dose, wherein said effective dose allows to kill at least 70% of nematodes, and wherein said sorbic acid salt is the only active substance having a nematocidal effect and wherein said use is non-therapeutic.
A device for use in dental scanning procedures of a patient, the device comprising: an occlusal portion and a non-occlusal portion , the occlusal portion comprising a bite plate for securing the device positioned in a patient's mouth during a scanning procedure and the non-occlusal portion comprising a ring structure having a coded pattern for aligning scanned images of the patient, the occlusal portion and the non-occlusal portion being coupled together at an angle such that the coded pattern is outwardly oriented from the patient's mouth when the bite plate is positioned between the patient's teeth, so that the coded pattern is presented to permit scanning of the coded pattern simultaneously when scanning at least some of the patient's teeth, the device further comprising a lip displacement attachment configured to move a lip of the patient so as to expose at least some of the patient's teeth and allow optical scanning of the coded pattern in relation at least some of the patient's teeth. an occlusal portion and a non-occlusal portion , the occlusal portion comprising a bite plate for securing the device positioned in a patient's mouth during a scanning procedure and the non-occlusal portion comprising a ring structure having a coded pattern for aligning scanned images of the patient, the occlusal portion and the non-occlusal portion being coupled together at an angle such that the coded pattern is outwardly oriented from the patient's mouth when the bite plate is positioned between the patient's teeth, so that the coded pattern is presented to permit scanning of the coded pattern simultaneously when scanning at least some of the patient's teeth, the device further comprising a lip displacement attachment configured to move a lip of the patient so as to expose at least some of the patient's teeth and allow optical scanning of the coded pattern in relation at least some of the patient's teeth.
Sealing unit for a door having at least one first and one second door leaf, wherein the sealing unit has a first sealing device (V) for fastening to the first door leaf (S) and a second sealing device (V') for fastening to the second door leaf (G), wherein the first sealing device (V) has a first sealing strip and the second sealing device (V') has a second sealing strip, for resting with sealing action on a floor (B), and wherein the first sealing device (V) has an end face facing the second sealing device (V'), characterized in that said end face has a sealing surface for sealing contact with the second sealing device (V') in the closed state of the door, and in that the end-face sealing surface is formed on an end face of the first sealing strip, and wherein the second sealing strip lies sealingly against the sealing surface .
A multifunctional covering shield for walls of buildings, said shield comprising at least one pair of panels (16, 16', 16") containing and/or incorporating photovoltaic elements , a supporting structure , pins and at least one actuating element , wherein said at least one pair of panels (16, 16', 16") is arrangeable in correspondence with at least one portion of a wall of a façade, wherein said panels can be rotated with respect to said supporting structure by means of pins provided in correspondence with ends of said panels (16, 16', 16"), wherein said supporting structure is positionable in correspondence with said at least one portion of a wall , and said at least one actuating element is provided for controlling the rotation of said panels around said pins , characterized in that said at least one pair of panels (16, 16', 16") is made of glass and each panel of said at least one pair of panels (16, 16', 16") has a differing dimension increasing from the top of the shield downwards to the bottom of the shield, so that the uppermost panel has a smaller dimension with respect to the subsequent panel, whereas the lowermost panel has a larger dimension.
A method of controlling biofilm, the method comprising adding to an aqueous medium, a synergistic microbicidal composition, the synergistic composition comprising a mixture of (i) 5-chloro-2-methyl-4-isothiazolin-3-one and 2-methyl-4-isothiazolin-3-one in a ratio of 3:1 with (ii) glyoxal, in a ratio range of 1:50 to 1:1, wherein the composition performs enhanced biofilm removal compared to when components (i) and (ii) are used individually, and wherein the aqueous medium is in contact with a biofilm.
Separating device which can be connected to a vacuuming device for separating dirt particles from an air flow (LS) drawn in by the vacuuming device , comprising at least one separator , wherein the at least one separator comprises an inlet opening for the air flow (LS) and a first and second outlet opening (21 c, 22c), wherein the first outlet opening (21 c, 22c) serves for the exit of drawn-in dirt particles from the separator , and the second outlet opening (21 d, 22d) serves for the exit of the drawn-in air flow (LS) and of the drawn-in dirt particles from the separator , and wherein a first and second collecting reservoir for collecting the dirt particles separated from the separator are contained, and wherein the first collecting reservoir is positioned below the first outlet opening (21 c, 22c) in a direction (B), and the second collecting reservoir is positioned below the second outlet opening (21 d, 22d) in a direction (B), wherein the separator is configured in the form of an axial separator with a first and a second tube (21 a, 22a, 21 b, 22b), wherein the second tube (21 b, 22b) can be positioned at least partially in the first tube (21 a, 22a) in a releasable manner, characterized in that the first outlet opening (21 c, 22c) is provided in the form of a cutout in the lateral surface of the first tube (21 a, 22a) and at an annular gap (RS) between the first and second tube (21 a, 22a, 21 b, 22b).
An intermediate cap mounted on an inside of a powder container and to which a mesh is coupled by a coupling ring and a lower cover , the intermediate cap comprising: a cap body provided at one side thereof with a coupling wheel ; a coupling ring forcedly fitted around the coupling wheel of the cap body ; a mesh fixed between the cap body and the coupling ring ; and a lower cover coupled to one side of the cap body while wrapping the coupling ring and the mesh . a cap body provided at one side thereof with a coupling wheel ; a coupling ring forcedly fitted around the coupling wheel of the cap body ; a mesh fixed between the cap body and the coupling ring ; and a lower cover coupled to one side of the cap body while wrapping the coupling ring and the mesh .
Measuring device comprising a transmitting and receiving unit and at least two or more measuring instruments , each measuring instrument comprising a transmitting and receiving agency , wherein the transmitting and receiving unit has two or more transmitting and receiving modules , a transmitting and receiving module using a wireless connection to communicate with a transmitting and receiving agency , wherein a respective transmitting and receiving module communicates with a respective single transmitting and receiving agency of a single measuring instrument , wherein the transmitting and receiving unit comprises a control unit that controls and monitors which transmitting and receiving module communicates with which transmitting and receiving agency of a measuring instrument , in particular on which communication channel , wherein each transmitting and receiving module has a computing unit, each computing unit being designed to receive, to process and/or to store a measurement signal from the measuring instrument .
A synergistic composition for controlling nematodes comprising of at least two peptides derived from CED-4 protein, wherein, said peptides consisting of amino acid sequence of SEQ ID NO. 2-4; the ratio of the peptides is 1:1 or 1:1:1; and the composition has synergistic anti-nematode efficacy of 100 % at a concentration of 0.8 mg/ml. wherein, said peptides consisting of amino acid sequence of SEQ ID NO. 2-4; the ratio of the peptides is 1:1 or 1:1:1; and the composition has synergistic anti-nematode efficacy of 100 % at a concentration of 0.8 mg/ml.
A method for processing a resource description file, comprising: receiving (S11) an access request directed to a target page sent by a client terminal, and after forwarding the access request to an origin server, receiving the resource description file fed back by the origin server with respect to the access request; identifying (S13) one or more resource links included in the resource description file and determining whether the identified one or more resource links include one or more external links, and if the one or more external links are included, rewriting an external link of the one or more external links to an internal link and using the internal link formed by rewriting the external link to replace the corresponding external link in the resource description file; wherein, the internal link formed by rewriting the external link includes a preset specified resource path, the specified resource path is configured for distinguishing an original internal link and the internal link formed by rewriting the external link; and feeding back (S15) a rewritten resource description file to the client terminal, such that the client terminal acquires resource of the target page according to the rewritten resource description file. receiving (S11) an access request directed to a target page sent by a client terminal, and after forwarding the access request to an origin server, receiving the resource description file fed back by the origin server with respect to the access request; identifying (S13) one or more resource links included in the resource description file and determining whether the identified one or more resource links include one or more external links, and if the one or more external links are included, rewriting an external link of the one or more external links to an internal link and using the internal link formed by rewriting the external link to replace the corresponding external link in the resource description file; wherein, the internal link formed by rewriting the external link includes a preset specified resource path, the specified resource path is configured for distinguishing an original internal link and the internal link formed by rewriting the external link; and feeding back (S15) a rewritten resource description file to the client terminal, such that the client terminal acquires resource of the target page according to the rewritten resource description file.
A method for operating an electrically operable parking brake system of a vehicle comprising a towing vehicle , wherein an execution of a trailer test function is initiated by applying the electrically operable parking brake system , characterised in that the execution of the trailer test function is stopped and/or interrupted when at least one of the following conditions is fulfilled: - a service brake of the vehicle is applied, - a gear is engaged, - a supply pressure of the electrically operable parking brake system is too low. - a service brake of the vehicle is applied, - a gear is engaged, - a supply pressure of the electrically operable parking brake system is too low.
Grinding device for implementing a grinding operation, the device comprising: a grinding chamber intended to receive a matter for grinding of an initial mean size; a rotor , rotatably mounted in the chamber around an axis and comprising a plurality of blades extending radially from the axis ; and a sieve comprising a plurality of openings and configured to classify and/or split the matter ground by the rotor ; characterised in that the sieve is mounted around the rotor in order to turn around the axis in the opposite direction to the rotating direction of the rotor ; so that each of the openings has a height (H o ) extending parallel to the axis and a width extending perpendicularly to the axis between 1 mm and 20 mm; and so that the rotation of the rotor and that of the sieve are adjustable in order to provide a difference of peripheral speed between the rotor and the sieve between 100 m/s and 400 m/s, so as to reduce the initial mean size of the ground matter by a factor of 5 to 20. a grinding chamber intended to receive a matter for grinding of an initial mean size; a rotor , rotatably mounted in the chamber around an axis and comprising a plurality of blades extending radially from the axis ; and a sieve comprising a plurality of openings and configured to classify and/or split the matter ground by the rotor ; characterised in that the sieve is mounted around the rotor in order to turn around the axis in the opposite direction to the rotating direction of the rotor ; so that each of the openings has a height (H o ) extending parallel to the axis and a width extending perpendicularly to the axis between 1 mm and 20 mm; and so that the rotation of the rotor and that of the sieve are adjustable in order to provide a difference of peripheral speed between the rotor and the sieve between 100 m/s and 400 m/s, so as to reduce the initial mean size of the ground matter by a factor of 5 to 20.
Closure device for closing a particle capture volume , in particular of a bag or a container, comprising an access element with an access element opening for providing an access to the particle capture volume , a closure slide which is selectively displaceable relative to the access element into a release position or into a closure position, wherein in the release position the closure slide releases the access element opening and in the closure position closes the access element opening , a locking mechanism for locking the closure slide in the closure position with respect to the access element , characterized in that , for unlocking, the locking mechanism requires an unlocking element separate from the locking mechanism . an access element with an access element opening for providing an access to the particle capture volume , a closure slide which is selectively displaceable relative to the access element into a release position or into a closure position, wherein in the release position the closure slide releases the access element opening and in the closure position closes the access element opening , a locking mechanism for locking the closure slide in the closure position with respect to the access element , characterized in that , for unlocking, the locking mechanism requires an unlocking element separate from the locking mechanism .
An energy generating system for generating energy from a sea tide comprising a dam configured to isolate a water containment area from a sea, the dam comprising at least one variable height dam element , a buoyancy means co-operable with each dam element and configured to control the height of the corresponding dam element in response to a level of water, the dam element being configured to define a water race between the water containment area and the sea to allow water flow therethrough between the sea and the water containment area , and a water wheel operably located in each water race configured to produce usable energy, characterised in that each dam element comprises a plurality of dam panels hingedly connected in series.
A combined RFID tag and label device for attaching around an elongate object, wherein the elongate object comprises a cable, cable bundle, or one or more pipes, the device comprising: a plastic flag having a display surface to carry a visible identification code or label for the device and a reverse surface opposite the display surface, wherein the flag includes an encapsulated RFID tag configured to provide remote-readable RFID data to an RFID reader; a device tie to fasten around the elongate object to attach the device; a tie mount on the flag wherein the tie mount is located on the reverse surface of the flag and provides a tie mount attachment for a first end of the tie such that the tie extends from the tie mount across and generally parallel to the reverse surface , wherein the tie mount has an aperture to receive a second, opposite end of the tie after the tie has been passed around the elongate object, and wherein the flag has a corresponding aperture so that the second end of the tie can extend through the flag during fastening; configured such that, after fastening, the display surface faces away from the elongate object. a plastic flag having a display surface to carry a visible identification code or label for the device and a reverse surface opposite the display surface, wherein the flag includes an encapsulated RFID tag configured to provide remote-readable RFID data to an RFID reader; a device tie to fasten around the elongate object to attach the device; a tie mount on the flag wherein the tie mount is located on the reverse surface of the flag and provides a tie mount attachment for a first end of the tie such that the tie extends from the tie mount across and generally parallel to the reverse surface , wherein the tie mount has an aperture to receive a second, opposite end of the tie after the tie has been passed around the elongate object, and wherein the flag has a corresponding aperture so that the second end of the tie can extend through the flag during fastening; configured such that, after fastening, the display surface faces away from the elongate object.