mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic fuel injection type diesel engine comprising: a combustion chamber inside a cylinder ; a fuel injection chamber inside a cylinder head ; a fuel injector that injects liquid fuel into the fuel injection chamber ; a fuel accumulation unit that accumulates the liquid fuel injected from the fuel injector ; and an electronic control unit that controls a timing and an amount of injection of the liquid fuel , wherein the combustion chamber inside the cylinder serves as a main combustion chamber , and the fuel injection chamber serves as a vortex chamber communicated with the main combustion chamber via an injection port , wherein the injection port introduces compressed air that becomes a swirl flow swirling in the vortex chamber from the main combustion chamber to the vortex chamber, and wherein the fuel injector includes a plurality of fuel injection holes , characterized in that when viewed in a direction parallel to a cylinder central axis , a direction orthogonal to an injection port central axis is taken as a lateral direction, the plurality of fuel injection holes includes a single fuel injection hole in a center and a pair of fuel injection holes disposed on both sides thereof in the lateral direction, an injection of the liquid fuel from the single fuel injection hole is directed toward the main combustion chamber via an inside of a center of the vortex chamber and an inside of the injection port , injection directions of the liquid fuel from the pair of fuel injection holes are toward an inner surface of both sides in the lateral direction of the vortex chamber located on both sides in the lateral direction of the injection port , and the pair of fuel injection holes have smaller hole diameters than the single fuel injection hole . a combustion chamber inside a cylinder ; a fuel injection chamber inside a cylinder head ; a fuel injector that injects liquid fuel into the fuel injection chamber ; a fuel accumulation unit that accumulates the liquid fuel injected from the fuel injector ; and an electronic control unit that controls a timing and an amount of injection of the liquid fuel , wherein the combustion chamber inside the cylinder serves as a main combustion chamber , and the fuel injection chamber serves as a vortex chamber communicated with the main combustion chamber via an injection port , wherein the injection port introduces compressed air that becomes a swirl flow swirling in the vortex chamber from the main combustion chamber to the vortex chamber, and wherein the fuel injector includes a plurality of fuel injection holes ,
Method for producing a mammalian brain protein hydrolysate composition, comprising the following steps: - providing a mammalian brain protein hydrolysate, - adding Zn ions to the mammalian brain protein hydrolysate to form a complex comprising the Zn ions and the mammalian brain protein hydrolysate, - obtaining the complex comprising the Zn ions and the mammalian brain protein hydrolysate in a mammalian brain protein hydrolysate composition. - providing a mammalian brain protein hydrolysate, - adding Zn ions to the mammalian brain protein hydrolysate to form a complex comprising the Zn ions and the mammalian brain protein hydrolysate, - obtaining the complex comprising the Zn ions and the mammalian brain protein hydrolysate in a mammalian brain protein hydrolysate composition.
A resonant sensor comprising: a substrate ; one or more proof masses (10, 11; 30) suspended from the substrate to allow for movement of the one or more proof masses (10, 11; 30) along a sensitive axis ; a first resonant element having a first end and a second end, the first resonant element extending between the first end and the second end along the sensitive axis , wherein the first end is connected to the one or more proof masses (10, 11; 30) through a non-inverting lever and the second end is connected to the one or more proof masses through an inverting lever ; an electrode assembly positioned adjacent to the first resonant element . a substrate ; one or more proof masses (10, 11; 30) suspended from the substrate to allow for movement of the one or more proof masses (10, 11; 30) along a sensitive axis ; a first resonant element having a first end and a second end, the first resonant element extending between the first end and the second end along the sensitive axis , wherein the first end is connected to the one or more proof masses (10, 11; 30) through a non-inverting lever and the second end is connected to the one or more proof masses through an inverting lever ; an electrode assembly positioned adjacent to the first resonant element .
A sprinkler system , comprising: a sprinkler nozzle ; at least one conduit connected with the nozzle for delivering at least a fire extinguishing fluid to the nozzle , the nozzle and the conduit establishing a discharge path; a pneumatically driven pump connected with the conduit for pumping fluid into the conduit ; a gas source providing pressurized gas to the pump for driving the pump , the gas source providing the gas to the discharge path to achieve a desired discharge of extinguishing fluid from the nozzle ; and a controller that is adapted to selectively control an operation of two regulators , wherein (i) the controller is adapted to vary the pressure or amount of gas that flows to the pump by controlling the first regulator , and (ii) the controller is further adapted to selectively vary the pressure or amount of gas that flows to the nozzle or conduit by controlling the second regulator , wherein the controller varies at least one of (i) and (ii) between selected values in at least one of a cyclical, continuous or intermittent manner, characterized in that the controller is configured to determine at least one of a volume or a pressure of the fluid provided to the pump and responsively adjusts at least one of (i) or (ii) to achieve a desired discharge of the fluid from the nozzle . a sprinkler nozzle ; at least one conduit connected with the nozzle for delivering at least a fire extinguishing fluid to the nozzle , the nozzle and the conduit establishing a discharge path; a pneumatically driven pump connected with the conduit for pumping fluid into the conduit ; a gas source providing pressurized gas to the pump for driving the pump , the gas source providing the gas to the discharge path to achieve a desired discharge of extinguishing fluid from the nozzle ; and a controller that is adapted to selectively control an operation of two regulators , wherein (i) the controller is adapted to vary the pressure or amount of gas that flows to the pump by controlling the first regulator , and (ii) the controller is further adapted to selectively vary the pressure or amount of gas that flows to the nozzle or conduit by controlling the second regulator , (i) the controller is adapted to vary the pressure or amount of gas that flows to the pump by controlling the first regulator , and (ii) the controller is further adapted to selectively vary the pressure or amount of gas that flows to the nozzle or conduit by controlling the second regulator , wherein the controller varies at least one of (i) and (ii) between selected values in at least one of a cyclical, continuous or intermittent manner, characterized in that the controller is configured to determine at least one of a volume or a pressure of the fluid provided to the pump and responsively adjusts at least one of (i) or (ii) to achieve a desired discharge of the fluid from the nozzle .
An image capturing apparatus comprising: communication means (101, S315) for communicating with a first external apparatus ; recording means (101, S403-S404) for recording connection information for connecting to the first external apparatus using the communication means using wireless LAN (101, S315); connecting means (101, S503-S507) for establishing, upon the image capturing apparatus having been turned on and activated, a communication connection to the first external apparatus via the communication means using the wireless LAN (S315) based on the connection information; and transmitting means for automatically transmitting, upon the communication connection having been established, image data owned by the image capturing apparatus to the first external apparatus using the established communication connection ( S503-S507); characterized in inhibiting means (101, S500-S501) that, in a case where the image capturing apparatus is turned on and activated in response to communication between a second external apparatus different from the first external apparatus and the image capturing apparatus via Bluetooth (S554), inhibits the connecting means from establishing the communication connection to the first external apparatus via the wireless LAN and the transmitting means from automatically transmitting the image data (S557). communication means (101, S315) for communicating with a first external apparatus ; recording means (101, S403-S404) for recording connection information for connecting to the first external apparatus using the communication means using wireless LAN (101, S315); connecting means (101, S503-S507) for establishing, upon the image capturing apparatus having been turned on and activated, a communication connection to the first external apparatus via the communication means using the wireless LAN (S315) based on the connection information; and transmitting means for automatically transmitting, upon the communication connection having been established, image data owned by the image capturing apparatus to the first external apparatus using the established communication connection ( S503-S507); characterized in inhibiting means (101, S500-S501) that, in a case where the image capturing apparatus is turned on and activated in response to communication between a second external apparatus different from the first external apparatus and the image capturing apparatus via Bluetooth (S554), inhibits the connecting means from establishing the communication connection to the first external apparatus via the wireless LAN and the transmitting means from automatically transmitting the image data (S557).
An actinically curable adhesive composition, suitable for sealing flexible packaging, comprising: (A) an inert urethane polymer not comprising reactive acrylate or methacrylate groups; (B) an ethylenically unsaturated component selected from at least one monofunctional ethylenically unsaturated monomer or oligomer, at least one multifunctional ethylenically unsaturated monomer or oligomer, and combinations thereof, wherein the ethylenically unsaturated component disperses the inert urethane polymer. (A) an inert urethane polymer not comprising reactive acrylate or methacrylate groups; (B) an ethylenically unsaturated component selected from at least one monofunctional ethylenically unsaturated monomer or oligomer, at least one multifunctional ethylenically unsaturated monomer or oligomer, and combinations thereof, wherein the ethylenically unsaturated component disperses the inert urethane polymer.
A building automation system for controlling conditions of a room comprising: an room device associated with the room ; a first interface operatively coupled to a voice enabled system associated with the room , the first interface being configured to receive a voice command based on a voice utterance detected in the room by the voice enabled system ; a second interface operatively coupled to a hospitality information system associated with the room , the second interface being configured to receive a hospitality user profile from the hospitality information system , the hospitality user profile identifying at least one user parameter associated with the room ; and a managing device operatively coupled to the room device associated with the room , the managing device including a guest room profile that identifies at least a room status associated with the room , the room status is selected from the group including an occupancy parameter or a scheduling parameter, and the managing device being configured to control the room device based on the voice command, the hospitality user profile, and the guest room profile. an room device associated with the room ; a first interface operatively coupled to a voice enabled system associated with the room , the first interface being configured to receive a voice command based on a voice utterance detected in the room by the voice enabled system ; a second interface operatively coupled to a hospitality information system associated with the room , the second interface being configured to receive a hospitality user profile from the hospitality information system , the hospitality user profile identifying at least one user parameter associated with the room ; and a managing device operatively coupled to the room device associated with the room , the managing device including a guest room profile that identifies at least a room status associated with the room , the room status is selected from the group including an occupancy parameter or a scheduling parameter, and the managing device being configured to control the room device based on the voice command, the hospitality user profile, and the guest room profile.
A thermoplastic polymer, which is a core-shell polymer comprising a rubber polymer as a core, and when it is polymerized, one or more of the rubber polymer and the shell includes a chain-type fatty acid comprising a functional group and/or salts thereof, wherein the functional group is a methoxy group, an ethoxy group, or an epoxy group; wherein the core-shell polymer comprises (a) a core comprising a conjugated diene-based rubbery polymer; and (b) a shell enclosing the core and prepared by polymerizing an aromatic vinyl compound with a vinyl cyanide compound; wherein, when it is polymerized, the chain-type fatty acid comprising the functional group, and/or the salts thereof included in the rubber polymer is included in an amount of 1 to 7 parts by weight based on 100 parts by weight of the rubber polymer; wherein, when it is polymerized, the chain-type fatty acid comprising the functional group, and/or the salts thereof included in the shell is included in an amount of 0.01 to 5 parts by weight based on 100 parts by weight of a total of monomers comprised in the core and the shell; and wherein the core is comprised in an amount of 30 to 80 % by weight and the shell is comprised in an amount of 20 to 70 % by weight. wherein the core-shell polymer comprises (a) a core comprising a conjugated diene-based rubbery polymer; and (b) a shell enclosing the core and prepared by polymerizing an aromatic vinyl compound with a vinyl cyanide compound; wherein, when it is polymerized, the chain-type fatty acid comprising the functional group, and/or the salts thereof included in the rubber polymer is included in an amount of 1 to 7 parts by weight based on 100 parts by weight of the rubber polymer; wherein, when it is polymerized, the chain-type fatty acid comprising the functional group, and/or the salts thereof included in the shell is included in an amount of 0.01 to 5 parts by weight based on 100 parts by weight of a total of monomers comprised in the core and the shell; and wherein the core is comprised in an amount of 30 to 80 % by weight and the shell is comprised in an amount of 20 to 70 % by weight.
Apparatus for generating electric energy and for vaporizing a low-temperature liquefied gas, comprising a conduit for the low-temperature liquefied gas, a pump arranged in the conduit , a heat engine and also a waste heat utilization system located downstream of the heat engine , characterized in that a branch conduit branches off from the conduit and the branch conduit opens into the heat engine and the apparatus further comprises a fluid circuit in which the following components are arranged in succession in the flow direction of the fluid: - a first heat exchanger which is installed in the conduit further in the flow direction of the low-temperature liquefied gas downstream of the pump , - a compressor , - a second heat exchanger , - in parallel, a first side of a third heat exchanger and the waste heat utilization system , - an expansion engine with coupled generator and - a second side of the third heat exchanger . - a first heat exchanger which is installed in the conduit further in the flow direction of the low-temperature liquefied gas downstream of the pump , - a compressor , - a second heat exchanger , - in parallel, a first side of a third heat exchanger and the waste heat utilization system , - an expansion engine with coupled generator and - a second side of the third heat exchanger .
A gas turbine engine assembly, comprising: a compressor ; and a strut near the compressor, the strut including a flow passage through a portion of the strut, the flow passage being configured to direct air from the compressor to another portion of the gas turbine engine, the flow passage having at least one surface feature that at least partially augments heat transfer within the flow passage, wherein the at least one surface feature comprises a baffle within the flow passage, characterised in that the baffle comprises a plurality of posts situated in the flow passage; and each of the posts has a length oriented transverse to a direction of airflow through the flow passage. a compressor ; and a strut near the compressor, the strut including a flow passage through a portion of the strut, the flow passage being configured to direct air from the compressor to another portion of the gas turbine engine, the flow passage having at least one surface feature that at least partially augments heat transfer within the flow passage, wherein the at least one surface feature comprises a baffle within the flow passage, characterised in that the baffle comprises a plurality of posts situated in the flow passage; and each of the posts has a length oriented transverse to a direction of airflow through the flow passage.
A method for minimizing damage on a watercraft , wherein the method has the following steps: a) provision of the watercraft and a database , wherein the watercraft has rooms R n , wherein the database contains time information t Ri for at least one room R i , wherein the time information t Ri is the time required to generate a liquid mist in the room R i to which this time information t Ri is assigned, b) detecting and locating a threat in the form of a flying object , c) determining the movement of the flying object , d) determining the location of the collision between the flying object and the watercraft , e) determining the room R i of the watercraft adjacent to the location of the collision, f) determining the time information t Ri for this room R i from the database , g) determining the time t 0 at which the flying object has reached a position at which the remaining flight time to the collision location corresponds to the time information t Ri , h) at the time t 0 or at the time t 0 - Δt 0 start the generation of a liquid mist in the room R i , wherein Δt 0 is a predetermined tolerance time interval. a) provision of the watercraft and a database , wherein the watercraft has rooms R n , wherein the database contains time information t Ri for at least one room R i , wherein the time information t Ri is the time required to generate a liquid mist in the room R i to which this time information t Ri is assigned, b) detecting and locating a threat in the form of a flying object , c) determining the movement of the flying object , d) determining the location of the collision between the flying object and the watercraft , e) determining the room R i of the watercraft adjacent to the location of the collision, f) determining the time information t Ri for this room R i from the database , g) determining the time t 0 at which the flying object has reached a position at which the remaining flight time to the collision location corresponds to the time information t Ri , h) at the time t 0 or at the time t 0 - Δt 0 start the generation of a liquid mist in the room R i , wherein Δt 0 is a predetermined tolerance time interval.
A household appliance component comprising a base element, wherein at least one surface of the base element is at least partly coated with a functional coating, and wherein the coating comprises at least one organically modified silicate (Ormosil), characterized in that the coating has been brought into contact with an organic solvent.
An arrangement consisting of a device and an angle element , the device serving to support window or door elements on the parapet or jamb of a wall opening, with - at least one support element having an upper side and a lower side , - a rigid profile rail which has an upper side , a lower side , a first longitudinal end and a second longitudinal end , wherein - the first longitudinal end has openings for receiving fasteners, and - the second longitudinal end has a profile on the upper side with ribs, bolts, recesses and/or pins, and wherein the upper side of the support element is formed to be flat in a table-like manner and the lower side has a mating profile which is formed to be complementary to the profile at the second longitudinal end of the profile rail and can therefore be positively connected thereto, wherein the angle element has a first and a second leg provided in a mutually perpendicular arrangement, characterized in that the second leg of the angle element has two parallel, beveled edge guides , their clear distance to one another corresponds substantially to the width of the profile rail on the upper side thereof. - at least one support element having an upper side and a lower side , - a rigid profile rail which has an upper side , a lower side , a first longitudinal end and a second longitudinal end , wherein - the first longitudinal end has openings for receiving fasteners, and - the second longitudinal end has a profile on the upper side with ribs, bolts, recesses and/or pins, and wherein the upper side of the support element is formed to be flat in a table-like manner and the lower side has a mating profile which is formed to be complementary to the profile at the second longitudinal end of the profile rail and can therefore be positively connected thereto, wherein the angle element has a first and a second leg provided in a mutually perpendicular arrangement, characterized in that the second leg of the angle element has two parallel, beveled edge guides , their clear distance to one another corresponds substantially to the width of the profile rail on the upper side thereof.
A cleaning system for a combine harvester includes a fan , and at least one duct having an interior passageway that is positioned to receive an air stream from the fan , the cleaning system further comprising a surface defined within the interior passageway of the at least one duct that is configured to restrict a volume and increase a pressure of the flow of air passing through the at least one duct , characterized in that the surface has an hour-glass shape as viewed in cross-section. the cleaning system further comprising a surface defined within the interior passageway of the at least one duct that is configured to restrict a volume and increase a pressure of the flow of air passing through the at least one duct , characterized in that the surface has an hour-glass shape as viewed in cross-section.