mhurhangee/ep-ind-claims huggingface dataset:
A structural connector comprising: a support plate comprising a plurality of fixed support members (61, 62) extending therethrough, the fixed support members having side walls (66, 67) and contoured tops; a mating lug assembly comprising a pair of mating lug plates (43, 44) and a plurality of mating lugs (46, 47) attached to each mating lug plate, each mating lug having a support notch therein that is shaped and sized to mate with the fixed support member, wherein the support notch of each mating lug comprises tapered guide surfaces (55, 56) at the entry point of the support notch, side walls (52, 53), and a contoured top. a support plate comprising a plurality of fixed support members (61, 62) extending therethrough, the fixed support members having side walls (66, 67) and contoured tops; a mating lug assembly comprising a pair of mating lug plates (43, 44) and a plurality of mating lugs (46, 47) attached to each mating lug plate, each mating lug having a support notch therein that is shaped and sized to mate with the fixed support member, wherein the support notch of each mating lug comprises tapered guide surfaces (55, 56) at the entry point of the support notch, side walls (52, 53), and a contoured top.
Cleaning device for cleaning items to be cleaned, comprising at least one cleaning chamber and at least one covering device at least partially surrounding the cleaning chamber, wherein the covering device can be moved in an opening movement direction from a closed position into an open position or in a closing movement direction from an open position into a closed position by means of at least one electromechanical drive via at least one transmission, wherein the cleaning device furthermore has a sensor, wherein the sensor is designed to detect an action of manual force on the covering device in the opening movement direction or in the closing movement direction, and wherein the cleaning device is furthermore designed to control the electromechanical drive in accordance with the detection of the action of manual force, wherein the electromechanical drive comprises a motor, wherein the motor is a non-self-locking motor, in particular an electric motor, preferably a geared motor and particularly preferably a DC geared motor.
Use of alumina Al 2 O 3 particles, in the composition subjected to a sintering operation for the manufacture of a ceramic product, to obtain an opacifying effect in said ceramic product, characterized in that the alumina Al 2 O 3 particles used exhibit a % by weight of α-alumina of less than or equal to 96% and a specific surface, measured under nitrogen by the Brunauer, Emmett and Teller technique, of greater than or equal to 1 m 2 /g.
Process for preparing a linear carbosiloxane polymer, which comprises subjecting at least one cyclic carbosiloxane monomer of the structure wherein b is an integer in the range from 2 to 6, each A is independently selected from a divalent optionally substituted hydrocarbyl group having from 1 to 20 carbon atoms, and each R 1, R 2, R 3 and R 4 is independently selected from a monovalent organic group having from 1 to 18 carbon atoms, to ring opening polymerization in the presence of an acidic or basic catalyst and at least one compound having one or two group(s) selected from free silanol groups and blocked silanol groups, wherein the at least one cyclic carbosiloxane monomer is purified to a degree of purity of at least 99.0 weight percent prior to any ring opening polymerization.
Diagnostic product, comprising a large number of individually separable tests strips connected to each other in a bar-shaped and/or roll-shaped arrangement, in which the tests strips each comprise an enzyme and a stabilised coenzyme, characterised in that the tests strip is essentially free from drying agents and/or sealing agents and characterised in that the enzyme is a nicotine amide adenine dinucleotide (NAD/NADH)- or nicotine amide adenine dinucleotide phosphate (NADP/NADPH)-dependent dehydrogenase.
A window assembly comprising: a transparent pane; an electrical conductor contacting said transparent pane; an electrical connection element for energizing said electrical conductor; and an encapsulation disposed over said electrical connection element and said electrical conductor to secure said electrical connection element to said electrical conductor and said transparent pane; wherein said encapsulation is disposed on said electrical connection element to secure said electrical connection element to said electrical conductor and said transparent pane; the window assembly being characterised in that it further comprises an electrically conductive compressible member, disposed between said electrical connection element and said electrical conductor, and comprising a foam material that is compressed between said electrical connection element and said electrical conductor for providing an electrical connection between said electrical connection element and said electrical conductor; wherein said encapsulation is disposed on an upper surface of said electrically conductive compressible member to secure said electrically conductive compressible member to said electrical conductor and said transparent pane. a transparent pane; an electrical conductor contacting said transparent pane; an electrical connection element for energizing said electrical conductor; and an encapsulation disposed over said electrical connection element and said electrical conductor to secure said electrical connection element to said electrical conductor and said transparent pane; wherein said encapsulation is disposed on said electrical connection element to secure said electrical connection element to said electrical conductor and said transparent pane; the window assembly being characterised in that it further comprises an electrically conductive compressible member, disposed between said electrical connection element and said electrical conductor, and comprising a foam material that is compressed between said electrical connection element and said electrical conductor for providing an electrical connection between said electrical connection element and said electrical conductor; wherein said encapsulation is disposed on an upper surface of said electrically conductive compressible member to secure said electrically conductive compressible member to said electrical conductor and said transparent pane.
A process of partial oxidation of a gaseous hydrocarbon fuel to form a product gas containing hydrogen and carbon monoxide, wherein: said process is performed in a reactor including a vessel, a reaction chamber and at least one burner assembly; said burner assembly has a single oxidant nozzle; said reactor includes at least one fuel channel which is in communication with an inlet of said gaseous hydrocarbon fuel; said oxidant nozzle comprises an oxidant nozzle pipe and an oxidant nozzle outlet, the oxidant nozzle pipe and the fuel channel are arranged to produce a diffusion flame; the oxidant nozzle outlet has a shape with two or more elongate lobes projecting from an axis of the oxidant nozzle pipe; the process includes: feeding an oxidant in the oxidant nozzle of the reactor; feeding an hydrocarbon fuel in the fuel channel of the reactor, forming a diffusion flame at the outlet of the fuel nozzle. said process is performed in a reactor including a vessel, a reaction chamber and at least one burner assembly; said burner assembly has a single oxidant nozzle; said reactor includes at least one fuel channel which is in communication with an inlet of said gaseous hydrocarbon fuel; said oxidant nozzle comprises an oxidant nozzle pipe and an oxidant nozzle outlet, the oxidant nozzle pipe and the fuel channel are arranged to produce a diffusion flame; the oxidant nozzle outlet has a shape with two or more elongate lobes projecting from an axis of the oxidant nozzle pipe; the process includes: feeding an oxidant in the oxidant nozzle of the reactor; feeding an hydrocarbon fuel in the fuel channel of the reactor, forming a diffusion flame at the outlet of the fuel nozzle.
A method for message communication, the method comprising: tagging a message with a message tag, the message tag comprising a Class-of-Service tag and a Priority tag; adding the message to a first message queue of a plurality of message queues (122, 159) based on a Class-of-Service, defined by at least one datalink technology and indicated by the Class-of-Service tag; prioritizing the message relative to other messages in the first message queue based in part on content of the Priority tag and in part on a state indicator provided by an on-board messaging system; and transitioning the first message queue between a Prioritize-and-Store operating state and a Prioritize-and-Forward operating state based on a status of at least one data link associated with the first message queue (122, 159) and the current aircraft flight parameters; wherein while the first message queue (122, 159) is in the Prioritize-and-Store operating state, the first message queue stores the message; and wherein while the first message queue (122, 159) is in the Prioritize-and-Forward operating state, the message is transmitted from the first message queue (122, 159) in an order of assigned priority. tagging a message with a message tag, the message tag comprising a Class-of-Service tag and a Priority tag; adding the message to a first message queue of a plurality of message queues (122, 159) based on a Class-of-Service, defined by at least one datalink technology and indicated by the Class-of-Service tag; prioritizing the message relative to other messages in the first message queue based in part on content of the Priority tag and in part on a state indicator provided by an on-board messaging system; and transitioning the first message queue between a Prioritize-and-Store operating state and a Prioritize-and-Forward operating state based on a status of at least one data link associated with the first message queue (122, 159) and the current aircraft flight parameters; wherein while the first message queue (122, 159) is in the Prioritize-and-Store operating state, the first message queue stores the message; and wherein while the first message queue (122, 159) is in the Prioritize-and-Forward operating state, the message is transmitted from the first message queue (122, 159) in an order of assigned priority.
A transgenic plant or plant cell or plant tissue or plant organ comprising a chimeric gene integrated in its genome, characterized in that said chimeric gene comprises a trichome-specific promoter operably linked to a homologous or heterologous nucleic acid sequence, said homologous or heterologous nucleic acid sequence optionally further being operably linked to a homologous or heterologous 3'UTR sequence, wherein the promoter is selected from the group of: (a) the nucleic acid sequence of SEQ ID NO: 4 or SEQ ID NO: 3; and (b) a nucleic acid sequence comprising at least 70% sequence identity with the nucleic acid sequence of SEQ ID NO: 4 or SEQ ID NO: 3. (a) the nucleic acid sequence of SEQ ID NO: 4 or SEQ ID NO: 3; and (b) a nucleic acid sequence comprising at least 70% sequence identity with the nucleic acid sequence of SEQ ID NO: 4 or SEQ ID NO: 3.
A hair smoothing agent, characterized in that it comprises soluble alkali metal silicates in an amount of from 0.1 to 2% by weight - measured as SiO2 - in the aqueous phase of an O/W emulsion and has a pH greater than or equal to 12.
A ceramic heater, comprising an insulative ceramic base material and a heat-generating resistor embedded in the insulative ceramic base material, comprising, as main components, silicon nitride, an electrically conductive compound and a grain boundary formed between silicon nitride and the electrically conductive compound; the heat-generating resistor contains an amount of a rare earth element of less than 2% mol in terms of its oxide (RE 2 O 3; RE representing a rare earth element); and, when the mol number of the rare earth element in terms of its oxide is represented by A and the mol number of an amount of excess oxygen in terms of silicon dioxide (SiO 2) contained in the heat-generating resistor is represented by B, a value R computed by the following formula is 0.3 or less: R = A / A + B characterized in that, the grain boundary comprises an amorphous glass phase as a main component.
A coated film comprising a single-layer polyester film having an ester cyclic trimer content of not more than 0.7% by weight or a multilayer polyester film comprising a polyester surface layer having an ester cyclic trimer content of not more than 0.7% by weight, and a coating layer formed on at least one surface of the single-layer polyester film or multilayer polyester film, the coating layer being formed from a coating solution comprising a polyvalent aldehyde-based compound and an ammonium group-containing polymer, wherein a content of the polyvalent aldehyde-based compound in the coating solution is in the range of 1 to 50% by weight based on a total weight of whole non-volatile components in the coating solution, and wherein a content of the ammonium group-containing polymer in the coating solution is in the range of 5 to 80% by weight based on a total weight of whole non-volatils components in the coating solution.
A real-time monitoring apparatus for biochemical reactions, which consists of: - a rectangular reaction tube plate capable of holding reaction tubes; - a temperature control block comprising a thermoelectric element capable of supplying heat into the reaction tubes and a heat transmission block which transmits the heat to the reaction tubes; - a light irradiation source, which irradiates light with uniform intensity to the samples contained in the reaction tubes, comprising a lamp, and an optical waveguide, which has a rectangular cross-section fitted to the aspect ratio of the rectangular reaction tube plate; - an optical system comprising a first reflecting mirror, a first condensing lens, a second reflecting mirror, and a second condensing lens, in which the second reflecting mirror alters the light path passing through at least one end of the optical waveguide to provides a folded optical design, wherein the order of the optical elements in the optical path is the lamp, the first reflecting mirror, the optical waveguide, the first condensing lens the second reflecting mirror, and the second condensing lens; and - a receiving part (12, 13, 14) for receiving by the second reflecting mirror fluorescence irradiated from the sample by the light emitted from the light irradiation source. - a rectangular reaction tube plate capable of holding reaction tubes; - a temperature control block comprising a thermoelectric element capable of supplying heat into the reaction tubes and a heat transmission block which transmits the heat to the reaction tubes; - a light irradiation source, which irradiates light with uniform intensity to the samples contained in the reaction tubes, comprising a lamp, and an optical waveguide, which has a rectangular cross-section fitted to the aspect ratio of the rectangular reaction tube plate; - an optical system comprising a first reflecting mirror, a first condensing lens, a second reflecting mirror, and a second condensing lens, in which the second reflecting mirror alters the light path passing through at least one end of the optical waveguide to provides a folded optical design, wherein the order of the optical elements in the optical path is the lamp, the first reflecting mirror, the optical waveguide, the first condensing lens the second reflecting mirror, and the second condensing lens; and - a receiving part (12, 13, 14) for receiving by the second reflecting mirror fluorescence irradiated from the sample by the light emitted from the light irradiation source.
An in vitro method for identifying a compound that enhances sweet taste, comprising: a) identifying a compound that inhibits RGS21 GTPase Activating Protein activity; b) determining and comparing a level of sweet signalling activated by a sweetener receptor with a sweetener alone, and in combination with the compound; and c) identifying the compound that increases the level of sweet signalling activated by said sweetener above the level detected with the sweetener alone. a) identifying a compound that inhibits RGS21 GTPase Activating Protein activity; b) determining and comparing a level of sweet signalling activated by a sweetener receptor with a sweetener alone, and in combination with the compound; and c) identifying the compound that increases the level of sweet signalling activated by said sweetener above the level detected with the sweetener alone.
Control system for a technical installation, in particular process or manufacturing installation, which has a first operator station server and a second operator station server, wherein one of these operator station servers is embodied to operate as master and the other of these operator station servers is embodied to operate as slave, and wherein the slave is embodied to inherit the function of master in the event that the master fails, characterised in that a first data archive is implemented on the first operator station server, and a second data archive is implemented on the second operator station server, the first operator station server and the second operator station server are embodied to receive data of the technical installation and to record it in the respective data archive, the first operator station server and the second operator station server are in each case embodied to ascertain a respective health state, and the first operator station server and the second operator station server are embodied to continuously record in the respective data archive, at specified time intervals (t1, t2, t3, t4, t5, t6), which inherent health state the respective operator station server has when receiving and recording the data of the technical installation, and whether the respective operator station server acts as master or as slave in the respective time interval (t1, t2, t3, t4, t5, t6). a first data archive is implemented on the first operator station server, and a second data archive is implemented on the second operator station server, the first operator station server and the second operator station server are embodied to receive data of the technical installation and to record it in the respective data archive, the first operator station server and the second operator station server are in each case embodied to ascertain a respective health state, and the first operator station server and the second operator station server are embodied to continuously record in the respective data archive, at specified time intervals (t1, t2, t3, t4, t5, t6), which inherent health state the respective operator station server has when receiving and recording the data of the technical installation, and whether the respective operator station server acts as master or as slave in the respective time interval (t1, t2, t3, t4, t5, t6).
A method for providing a local area wireless network in an elevator car comprising: communicating with at least one terminal device using a wireless local area network connection by using a wireless base station in said elevator car; transceiving said communication between said at least one terminal device and said wireless base station by using a directional antenna at the elevator car with a transceiver located in the end of the elevator shaft opposing the directional antenna, wherein the method further comprises: determining the distance between said antenna located on the elevator car and said transceiver located in the end of the elevator shaft opposing the directional antenna; characterized by: adjusting transmitting properties in said transceiving according to said determined distance, wherein said adjusted transmitting properties include directivity of the antenna. communicating with at least one terminal device using a wireless local area network connection by using a wireless base station in said elevator car; transceiving said communication between said at least one terminal device and said wireless base station by using a directional antenna at the elevator car with a transceiver located in the end of the elevator shaft opposing the directional antenna, wherein the method further comprises: determining the distance between said antenna located on the elevator car and said transceiver located in the end of the elevator shaft opposing the directional antenna; characterized by: adjusting transmitting properties in said transceiving according to said determined distance, wherein said adjusted transmitting properties include directivity of the antenna. determining the distance between said antenna located on the elevator car and said transceiver located in the end of the elevator shaft opposing the directional antenna; characterized by: adjusting transmitting properties in said transceiving according to said determined distance, wherein said adjusted transmitting properties include directivity of the antenna.
An apparatus for reducing flue gas acid gas emissions with zero liquid discharge of waste water, comprising: a wet flue gas desulfurization system with reagent slurry contact of flue gas for reaction between the reagent slurry and acid gas in the flue gas to remove acid gas from the flue gas to reduce flue gas acid gas emissions; a brine concentrator supplied with waste water generated in the wet flue gas desulfurization system and operative to produce a concentrated brine from the waste water; a mixer for mixing the concentrated brine with a dust to distribute the concentrated brine over a surface area of the dust to produce a mixed dust; and a dryer fluidly connected to a main duct of the cool flue gas via a controlled duct, for drying the mixed dust to obtain a dried dust using a portion of cool flue gas flowing from an air preheater via the main duct to a fluidly connected particle collection system and after to the wet flue gas desulfurization system 26, characterized in that the brine concentrator comprises a semipermeable membrane for membrane separation that allows for the flow of water W through the membrane 33 but blocks the flow of salts and other impurities and a duct connecting the brine concentrator with the wet flue gas desulfurization system for recovery of clean water or that the brine concentrator comprises a membrane and is connected to a pressure supply via a duct to reverse an osmotic process to force clean water W from a waste water side of membrane to clean water side and further comprises a duct connecting the clean water side with the wet flue gas desulfurization system for water recovery. a wet flue gas desulfurization system with reagent slurry contact of flue gas for reaction between the reagent slurry and acid gas in the flue gas to remove acid gas from the flue gas to reduce flue gas acid gas emissions; a brine concentrator supplied with waste water generated in the wet flue gas desulfurization system and operative to produce a concentrated brine from the waste water; a mixer for mixing the concentrated brine with a dust to distribute the concentrated brine over a surface area of the dust to produce a mixed dust; and a dryer fluidly connected to a main duct of the cool flue gas via a controlled duct, for drying the mixed dust to obtain a dried dust using a portion of cool flue gas flowing from an air preheater via the main duct to a fluidly connected particle collection system and after to the wet flue gas desulfurization system 26, characterized in that the brine concentrator comprises a semipermeable membrane for membrane separation that allows for the flow of water W through the membrane 33 but blocks the flow of salts and other impurities and a duct connecting the brine concentrator with the wet flue gas desulfurization system for recovery of clean water or that the brine concentrator comprises a membrane and is connected to a pressure supply via a duct to reverse an osmotic process to force clean water W from a waste water side of membrane to clean water side and further comprises a duct connecting the clean water side with the wet flue gas desulfurization system for water recovery.