mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling an audio system of a vehicle, having the following steps: - capturing a voice of at least one occupant of the vehicle, the voice being representative of a spoken message to another occupant of the vehicle, it being detected whether a captured voice is a voice of a specific person or of a specific group of people, and - changing at least one audio signal of the vehicle on the basis of the detection of the voice of a specific person or of a specific group of people. - capturing a voice of at least one occupant of the vehicle, the voice being representative of a spoken message to another occupant of the vehicle, it being detected whether a captured voice is a voice of a specific person or of a specific group of people, and - changing at least one audio signal of the vehicle on the basis of the detection of the voice of a specific person or of a specific group of people.
A modified heterocyclase consisting of a cyanobactin leader sequence and a cyanobactin heterocyclase sequence, wherein the cyanobactin leader sequence is linked to the N terminal of the cyanobactin heterocyclase sequence and consists of SEQ ID NO: 29 or SEQ ID NO: 30; wherein the cyanobactin heterocyclase sequence comprises an amino acid sequence having at least 40% sequence identity to SEQ ID NO: 6, SEQ ID NO: 7, residues 1 to 109 of SEQ ID NO: 1, residues 1 to 108 of SEQ ID NO: 2, residues 1 to 108 of SEQ ID NO: 3, residues 1 to 109 of SEQ ID NO: 4, or residues 1 to 109 of SEQ ID NO: 5; and wherein the modified heterocyclase reacts with a target molecule lacking a leader sequence to produce a homogeneous product in which all of the residues in the target molecule that are capable of heterocyclization by the heterocyclase are replaced by heterocyclic residues. wherein the cyanobactin leader sequence is linked to the N terminal of the cyanobactin heterocyclase sequence and consists of SEQ ID NO: 29 or SEQ ID NO: 30; wherein the cyanobactin heterocyclase sequence comprises an amino acid sequence having at least 40% sequence identity to SEQ ID NO: 6, SEQ ID NO: 7, residues 1 to 109 of SEQ ID NO: 1, residues 1 to 108 of SEQ ID NO: 2, residues 1 to 108 of SEQ ID NO: 3, residues 1 to 109 of SEQ ID NO: 4, or residues 1 to 109 of SEQ ID NO: 5; and wherein the modified heterocyclase reacts with a target molecule lacking a leader sequence to produce a homogeneous product in which all of the residues in the target molecule that are capable of heterocyclization by the heterocyclase are replaced by heterocyclic residues.
A solar energy collector arrangement, comprising a plurality of solar collectors arranged to at least two rows and at least two columns, wherein each solar energy collector has a generally rectangular shape, and in at least one corner of the generally rectangular solar energy collector , there is provided a void defined by a cutting line such that the shape of the solar energy collector deviates from the rectangular shape in a corner region of the solar energy collector, and there is provided a coupling element in the proximity of the cutting line for coupling the solar energy collector to a fastening member , the solar energy collector arrangement further comprising fastening members , each comprising a planar plate and at least two projections arranged to a surface of the planar plate , the two projections being coupling members arranged to couple to respective coupling members of at least two solar energy collectors for coupling and aligning the at least two solar energy collectors to each other, and a fastening member in the middle of solar energy collector arrangement is configured to couple to four solar energy collectors around it, and fastening members in the edge area of solar energy collector arrangement are configured to couple and align two solar energy collectors to each other.
An absorptive glass mat for a SLA, VRLA, AGM, or VRLA AGM battery or battery string comprising: a) acid insoluble fibers or material, and b) at least one acid soluble glass component, wherein the soluble glass component is a microfiber comprising silicon oxide and wherein the acid soluble glass microfiber has an average fiber length less than 2 millimeters. a) acid insoluble fibers or material, and b) at least one acid soluble glass component, wherein the soluble glass component is a microfiber comprising silicon oxide and wherein the acid soluble glass microfiber has an average fiber length less than 2 millimeters.
An Aspergillus niger seed continuous culture method, characterized by comprising the steps of: inoculating Aspergillus niger spores into a seed culture medium, and culturing for 16-36h to obtain a seed liquid; performing continuous dispersion treatment on the seed liquid obtained in step , performing continuous culturing of the seed liquid obtained by dispersion, performing fermentation culture after the seed liquid flows out continuously into a fermentation medium in the culturing process, and meanwhile replenishing a fresh seed feed medium at the same rate with the outflow seed liquid, wherein the total sugar of the fresh seed feed medium replenished is 150-200 g/L, C/N is 15-30; the continuous culture conditions in are as follows: the temperature is 35-37°C, the air volume is 0.3-0.6 vvm, the tank pressure is 0.05-0.07 Mpa, and the agitation rate is 150-200 rpm, and wherein the replenishing rate of the fresh seed feed medium and the outflow rate of the seed liquid are F=V/t, wherein V is the volume of the seed liquid in a seed tank; t is the residence time of the seed liquid, and is taken as a value of 6-24 h; and stopping the replenishment of the fresh seed feed medium and the dispersion treatment, performing continuous culture to obtain a seed liquid. inoculating Aspergillus niger spores into a seed culture medium, and culturing for 16-36h to obtain a seed liquid; performing continuous dispersion treatment on the seed liquid obtained in step , performing continuous culturing of the seed liquid obtained by dispersion, performing fermentation culture after the seed liquid flows out continuously into a fermentation medium in the culturing process, and meanwhile replenishing a fresh seed feed medium at the same rate with the outflow seed liquid, wherein the total sugar of the fresh seed feed medium replenished is 150-200 g/L, C/N is 15-30; the continuous culture conditions in are as follows: the temperature is 35-37°C, the air volume is 0.3-0.6 vvm, the tank pressure is 0.05-0.07 Mpa, and the agitation rate is 150-200 rpm, and wherein the replenishing rate of the fresh seed feed medium and the outflow rate of the seed liquid are F=V/t, wherein V is the volume of the seed liquid in a seed tank; t is the residence time of the seed liquid, and is taken as a value of 6-24 h; and stopping the replenishment of the fresh seed feed medium and the dispersion treatment, performing continuous culture to obtain a seed liquid.
A surgical light comprising a light unit which has a plurality of light sources individually accommodated in a housing , wherein the housing has a curved extension, and wherein each light source is arranged and oriented in such way that the light source produces a light beam in an energized state and the light beams are emitted toward a joint light emission side of the housing , further having an anchoring element which is prepared for fastening to a ceiling , a wall or a floor of a room, and a retaining arm system which connects the light unit slidably and/or pivotably to the anchoring element , characterized in that a position detection device comprising a first distance detection sensor is arranged on an upper side of the housing facing away from the light emission side and is arranged and designed in such way that, in the operating state, the position detection device determines a distance of a reference section of the light unit or of the retaining arm system from the ceiling .
Antenna system comprising: a first antenna element adapted to a first frequency band; a second antenna element adapted to a second frequency band which is different from the first frequency band; wherein: the first antenna element comprises: • a radiating structure provided on a first side of a dielectric substrate of the antenna system, and • at least one resonant structure provided, at least in part, on a second, reverse side of the dielectric substrate ; the at least one resonant structure is an open-loop type resonator adapted to resonate at a frequency in the second frequency band; the at least one resonant structure is provided at close proximity to the radiating structure on the reverse side of the dielectric substrate , occupying, on the second side of the dielectric substrate , an area which is only in part covered by the radiating structure on the first side of the dielectric substrate . a first antenna element adapted to a first frequency band; a second antenna element adapted to a second frequency band which is different from the first frequency band; wherein: the first antenna element comprises: • a radiating structure provided on a first side of a dielectric substrate of the antenna system, and • at least one resonant structure provided, at least in part, on a second, reverse side of the dielectric substrate ; the at least one resonant structure is an open-loop type resonator adapted to resonate at a frequency in the second frequency band; the at least one resonant structure is provided at close proximity to the radiating structure on the reverse side of the dielectric substrate , occupying, on the second side of the dielectric substrate , an area which is only in part covered by the radiating structure on the first side of the dielectric substrate . the first antenna element comprises: • a radiating structure provided on a first side of a dielectric substrate of the antenna system, and • at least one resonant structure provided, at least in part, on a second, reverse side of the dielectric substrate ; • a radiating structure provided on a first side of a dielectric substrate of the antenna system, and • at least one resonant structure provided, at least in part, on a second, reverse side of the dielectric substrate ; the at least one resonant structure is an open-loop type resonator adapted to resonate at a frequency in the second frequency band; the at least one resonant structure is provided at close proximity to the radiating structure on the reverse side of the dielectric substrate , occupying, on the second side of the dielectric substrate , an area which is only in part covered by the radiating structure on the first side of the dielectric substrate .
A base station in a wireless communication system, wherein the wireless communication system comprises at least one first cell and one or more second cells, and at least one of the one or more second cells operates in an unlicensed frequency band, wherein the electronic device comprises: one or more processing circuits configured to: configure, for a user equipment, the at least one second cell operating in the unlicensed frequency band, for carrier aggregation communication; and generate dynamically or semi-statically energy detection threshold information for each of the at least one second cell operating in the unlicensed frequency band, in order that the user equipment performs energy detection on the unlicensed frequency band based on the energy detection threshold information, the energy detection threshold information being adjusted on a basis of the user equipment in accordance with an energy detection report being provided by the user equipment; and transmitting the energy detection threshold information to the user equipment. configure, for a user equipment, the at least one second cell operating in the unlicensed frequency band, for carrier aggregation communication; and generate dynamically or semi-statically energy detection threshold information for each of the at least one second cell operating in the unlicensed frequency band, in order that the user equipment performs energy detection on the unlicensed frequency band based on the energy detection threshold information, the energy detection threshold information being adjusted on a basis of the user equipment in accordance with an energy detection report being provided by the user equipment; and transmitting the energy detection threshold information to the user equipment.
A battery module comprising; a plurality of pouch-type secondary batteries , each comprising an electrode assembly , an electrolyte, and a pouch exterior , each of the plurality of pouch-type secondary batteries having a receiving portion (I) configured to receive the electrode assembly and a sealing portion (S) obtained by sealing the pouch exterior , wherein the plurality of secondary batteries are arranged in a left-and-right direction while standing in an up-and-down direction and each have a lower sealing portion that is folded; and a cooling plate comprising a thermally conductive material, arranged under the plurality of pouch-type secondary batteries while lying down in a horizontal direction, and having two or more protrusions (P) to which lower portions of the receiving portion (I) of the secondary batteries are attached and a folding support portion (R) located between the protrusions (P) and protruding upwards, wherein the protrusions (P) convexly protrude upwards from an upper surface of the cooling plate , and the folding support portion (R) supports the folded lower sealing portion of each secondary battery upwards, wherein a lower surface of the receiving portion (I) of each secondary battery is at least partially attached and fixed to an upper surface of each protrusion (P) via an adhesive (N). a plurality of pouch-type secondary batteries , each comprising an electrode assembly , an electrolyte, and a pouch exterior , each of the plurality of pouch-type secondary batteries having a receiving portion (I) configured to receive the electrode assembly and a sealing portion (S) obtained by sealing the pouch exterior , wherein the plurality of secondary batteries are arranged in a left-and-right direction while standing in an up-and-down direction and each have a lower sealing portion that is folded; and a cooling plate comprising a thermally conductive material, arranged under the plurality of pouch-type secondary batteries while lying down in a horizontal direction, and having two or more protrusions (P) to which lower portions of the receiving portion (I) of the secondary batteries are attached and a folding support portion (R) located between the protrusions (P) and protruding upwards, wherein the protrusions (P) convexly protrude upwards from an upper surface of the cooling plate , and the folding support portion (R) supports the folded lower sealing portion of each secondary battery upwards, wherein a lower surface of the receiving portion (I) of each secondary battery is at least partially attached and fixed to an upper surface of each protrusion (P) via an adhesive (N).
A color conversion panel, comprising: a substrate ; at least one color conversion layer disposed over the substrate ; a planarization layer disposed over and covering the at least one color conversion layer ; a polarization layer disposed over the planarization layer ; and an electrode disposed over the polarization layer , wherein the polarization layer comprises a hole through the polarization layer forming an outlet region which enables the discharging of gas generated from at least one color conversion layer and/or from organic layers below the polarisation layer , wherein the electrode covers a side surface of the polarization layer in the hole of the outlet region and an upper surface of the planarization layer in the outlet region . a substrate ; at least one color conversion layer disposed over the substrate ; a planarization layer disposed over and covering the at least one color conversion layer ; a polarization layer disposed over the planarization layer ; and an electrode disposed over the polarization layer , wherein the polarization layer comprises a hole through the polarization layer forming an outlet region which enables the discharging of gas generated from at least one color conversion layer and/or from organic layers below the polarisation layer , wherein the electrode covers a side surface of the polarization layer in the hole of the outlet region and an upper surface of the planarization layer in the outlet region .
A gas turbine system comprising: a gas turbine having a compressor section , a turbine section and a combustor section disposed downstream from the compressor section and upstream from the turbine section, the combustor section in fluid communication with a fuel supply via a fuel supply line ; a water circuit fluidly coupled to and extending between a first feed water supply line and a return water line , the water circuit comprising a first water lin, extending between the first feed water supply line and the return water line; an extraction-air line extending between an inlet port on the compressor section and an outlet port; a first heat exchanger thermally coupling the first water line to the extraction-air line for transferring heat from a flow of extraction-air within the extraction-air line to a flow of water within the water circuit; and a second heat exchanger thermally coupling the first water line to the fuel supply line for transferring heat from the flow of water within the water circuit to a flow of fuel within the fuel supply line, characterized in that the second heat exchanger is disposed immediately downstream from the first heat exchanger with respect to the flow water within the water circuit such that the water from the first heat exchanger enters the second heat exchanger. a gas turbine having a compressor section , a turbine section and a combustor section disposed downstream from the compressor section and upstream from the turbine section, the combustor section in fluid communication with a fuel supply via a fuel supply line ; a water circuit fluidly coupled to and extending between a first feed water supply line and a return water line , the water circuit comprising a first water lin, extending between the first feed water supply line and the return water line; an extraction-air line extending between an inlet port on the compressor section and an outlet port; a first heat exchanger thermally coupling the first water line to the extraction-air line for transferring heat from a flow of extraction-air within the extraction-air line to a flow of water within the water circuit; and a second heat exchanger thermally coupling the first water line to the fuel supply line for transferring heat from the flow of water within the water circuit to a flow of fuel within the fuel supply line, characterized in that the second heat exchanger is disposed immediately downstream from the first heat exchanger with respect to the flow water within the water circuit such that the water from the first heat exchanger enters the second heat exchanger.
A carrier for oromucosal administration of physiologically active substances, characterised in that it contains at least one elastic layer of polymer nanofibres shapeable according to the shape of a selected wall of the mouth cavity to which it should be applied, wherein the elastic layer of polymer nanofibres comprises a releasable drug and/or other physiologically active substance wherein the elasticity and shapeability of the layer of polymer nanofibres provides for contact of the layer with the selected wall of the mouth cavity, thus enabling good penetration of the drug and/or other physiologically active substance into this wall, or a possible transfer through it into the vascular system and into the human or animal organisms, wherein workability and elasticity of the layer of nanofibres are provided due to the production of a layer of nanofibres through needleless electrostatic spinning, in which simultaneously with a polymer also a drug and/or other physiologically active substance are subjected to spinning, which are then deposited in a releasable manner in the layer of nanofibers, and wherein the carrier further comprises an elastic and workable oromucosally non-adhesive covering layer on one side of the carrier while the other side of the layer of polymer nanofibres remains free and by means of it the carrier can be fixed on the selected wall of the mouth cavity.
Method for producing a substrate painted using a powder paint , said substrate being electrically insulating, during which the following steps are successively carried out: a) a treatment coating is provided on a mould with an electrically conductive element , said treatment coating comprising at least one preparation layer based on a release agent in contact with said mould , said electrically conductive element comprising nano-fillers of a thickness of the order of one nanometer and a length of the order of one micrometer, said nano-fillers providing an electrical continuity within said treatment coating through a tiling effect; b) electrostatically coating said treatment coating with powder paint so that said powder paint is attracted to said mould and held against the treatment coating ; c) at least partially transforming said powder paint to obtain a film of paint; d) preparing said substrate on said film to obtain said painted substrate. a) a treatment coating is provided on a mould with an electrically conductive element , said treatment coating comprising at least one preparation layer based on a release agent in contact with said mould , said electrically conductive element comprising nano-fillers of a thickness of the order of one nanometer and a length of the order of one micrometer, said nano-fillers providing an electrical continuity within said treatment coating through a tiling effect; b) electrostatically coating said treatment coating with powder paint so that said powder paint is attracted to said mould and held against the treatment coating ; c) at least partially transforming said powder paint to obtain a film of paint; d) preparing said substrate on said film to obtain said painted substrate.
An extendable joint for a passenger seat characterized in comprising: a front seat leg coupled to an extension fixture ; and a preload mechanism for stabilizing the extendable joint up to a threshold force so as to allow relative motion between the front seat leg and the extension fixture beyond the threshold force; the front seat leg comprising a first slot and a first clearance recess , and the extension fixture comprising a second slot and a second clearance recess to allow for greater overlap of the front seat leg and extension fixture and such that the first slot and the second slot are overlapping, the preload mechanism comprising a fastener passing through the first slot and the second slot , wherein the preload mechanism is tuned so as to prevent relative motion between the front seat leg and the extension fixture along the first slot and second slot below a threshold force. a front seat leg coupled to an extension fixture ; and a preload mechanism for stabilizing the extendable joint up to a threshold force so as to allow relative motion between the front seat leg and the extension fixture beyond the threshold force; the front seat leg comprising a first slot and a first clearance recess , and the extension fixture comprising a second slot and a second clearance recess to allow for greater overlap of the front seat leg and extension fixture and such that the first slot and the second slot are overlapping, the preload mechanism comprising a fastener passing through the first slot and the second slot , wherein the preload mechanism is tuned so as to prevent relative motion between the front seat leg and the extension fixture along the first slot and second slot below a threshold force.