mhurhangee/ep-ind-claims huggingface dataset:
A fly by wire control system comprising: a processor configured to receive an inceptor displacement signal, a Touch Control Steering, TCS, button activation input signal, and an aircraft attitude measurement, the processor is configured to generate an output adapted to control attitude control surfaces of an aircraft, to perform inflight refueling or other tasks requiring fine attitude tracking with another aircraft, wherein the processor is further configured, in response to the TCS button activation input signal, to capture the aircraft attitude measurement to use as a reference attitude for further manual control of the attitude of the aircraft in response to the inceptor displacement signal. a processor configured to receive an inceptor displacement signal, a Touch Control Steering, TCS, button activation input signal, and an aircraft attitude measurement, the processor is configured to generate an output adapted to control attitude control surfaces of an aircraft, to perform inflight refueling or other tasks requiring fine attitude tracking with another aircraft, wherein the processor is further configured, in response to the TCS button activation input signal, to capture the aircraft attitude measurement to use as a reference attitude for further manual control of the attitude of the aircraft in response to the inceptor displacement signal.
A method of automatic dishwashing, comprising: placing soiled wares inside a cleaning volume; providing a first cleaning composition comprising a bleach and a second cleaning composition different from the first composition; and delivering the first composition and the second composition separately to the cleaning volume to contact the soiled wares, wherein: the first composition is delivered to the cleaning volume as a mist and the second composition is delivered to the cleaning volume as a jet; the first and second compositions are delivered to the cleaning volume at a temperature below 100 °C; the first composition is delivered with a mean particle size of 5 to 500 microns, and wherein the second composition is bleach-free and comprises at least one enzyme. placing soiled wares inside a cleaning volume; providing a first cleaning composition comprising a bleach and a second cleaning composition different from the first composition; and delivering the first composition and the second composition separately to the cleaning volume to contact the soiled wares, wherein: the first composition is delivered to the cleaning volume as a mist and the second composition is delivered to the cleaning volume as a jet; the first and second compositions are delivered to the cleaning volume at a temperature below 100 °C; the first composition is delivered with a mean particle size of 5 to 500 microns, and wherein the second composition is bleach-free and comprises at least one enzyme.
A method for disseminating software contents through a telecommunication network, comprising the steps of: - storing in a database a plurality of identification codes singularly associable to a user profile, - incorporating each identification code in a respective physical object, - detecting the identification code incorporated in one of these physical objects by means of an electronic device connected to the database by the telecommunication network, - activating in the database the identification code detected on the physical object, if said identification code is not associated in the database to any user profile, said activation providing to associate in the database the identification code detected on the physical object to a software content and to a user profile provided through the electronic device, - giving the electronic device access to the software content associated to the identification code detected on the physical object, if said identification code is associated in the database to a user profile, - allowing to modify the software content associated in the database to each identification code, only through a software application associated to the user profile associated to said identification code. - storing in a database a plurality of identification codes singularly associable to a user profile, - incorporating each identification code in a respective physical object, - detecting the identification code incorporated in one of these physical objects by means of an electronic device connected to the database by the telecommunication network, - activating in the database the identification code detected on the physical object, if said identification code is not associated in the database to any user profile, said activation providing to associate in the database the identification code detected on the physical object to a software content and to a user profile provided through the electronic device, - giving the electronic device access to the software content associated to the identification code detected on the physical object, if said identification code is associated in the database to a user profile, - allowing to modify the software content associated in the database to each identification code, only through a software application associated to the user profile associated to said identification code.
A fire resistant glazing for preventing fire and smoke from penetrating from one room into another in case of fire, comprising at least two glass surfaces (B, C) composed of fire protection panes and arranged next to each other, of which one comprises a glass door, whereas the other glass surface forms a lateral fixed element with respect to the glass door and the surface adjacent to the glass door on the opposite side forms a stop element, wherein the glass door is directly at least partly held in a pivoting manner at the lateral fixed element without any profile, wherein an edging compound of the glass door as well as an edging compound of the lateral fixed element are inwardly offset, in particular in the area of the abutting edges that are directly adjacent to the glass door, while forming a groove, characterized in that a strip of intumescent material and/or siliceous material is inserted into the groove and the outer surface of the siliceous material is provided with an intumescent material.
A method for cooling an organ from a temperature above -10°C to a target temperature between -10°C and -40°C by continuous vascular perfusion with a cryoprotectant solution with minimal injury, said method comprising: perfusing the organ with a cryoprotectant solution perfusate for a time insufficient for the organ to reach approximate osmotic equilibrium with said cryoprotectant solution perfusate; lowering the temperature of said cryoprotectant solution perfusate to said target temperature while continuing to perfuse the organ; and continuing to perfuse said cryoprotectant solution perfusate until the temperature of at least a portion of said organ reaches the target temperature; wherein the arterial perfusion pressure is 32-110 mmHg, and wherein the arterial concentration is more than 200 mM higher than the venous concentration at the time cooling to below -10°C is initiated. perfusing the organ with a cryoprotectant solution perfusate for a time insufficient for the organ to reach approximate osmotic equilibrium with said cryoprotectant solution perfusate; lowering the temperature of said cryoprotectant solution perfusate to said target temperature while continuing to perfuse the organ; and continuing to perfuse said cryoprotectant solution perfusate until the temperature of at least a portion of said organ reaches the target temperature; wherein the arterial perfusion pressure is 32-110 mmHg, and wherein the arterial concentration is more than 200 mM higher than the venous concentration at the time cooling to below -10°C is initiated.
Method for estimating the dynamic load borne by a tyre of a vehicle running along over a given period, the pressure being measured during the period, at each pressure measurement point, the pressure, known as the reference pressure, of the same tyre subjected to a load that is constant and known per time interval being determined, characterized in that, at each pressure measurement point, the variation in load is calculated from the difference between the measured pressure and the reference pressure and from a model of the tyre devised beforehand and that relates a variation in load to a variation in pressure.
A bee-ingestible composition comprising an isolated double stranded ribonucleic acid (dsRNA) comprising an RNA sequence complementary to at least 21 contiguous nucleotides of a nucleotide sequence as set forth in SEQ ID NOs: 33, 34, 6220-6628 or 9029-9444 and wherein the dsRNA is capable of downregulating a gene product of an Israel Acute Paralysis Virus (IAPV) in an infected bee cell for use in a method for increasing the tolerance of a honeybee to a disease caused by the IAPV.
A sensing element (1; 101) for sensing an organic chemical analyte, comprising: a first electrode (20; 120) and a second electrode (30; 130); and, a microporous, hydrophobic, analyte-responsive dielectric material (10; 110) disposed at least in proximity to the first and second electrodes, wherein the microporous, hydrophobic analyte-responsive dielectric material is a polymer of intrinsic microporosity; characterised in that the polymer of intrinsic microporosity comprises organic macromolecules comprised of generally planar species connected by rigid linkers, said rigid linkers having a point of contortion such that two adjacent planar species connected by the linker are held in non-coplanar orientation. a first electrode (20; 120) and a second electrode (30; 130); and, a microporous, hydrophobic, analyte-responsive dielectric material (10; 110) disposed at least in proximity to the first and second electrodes, wherein the microporous, hydrophobic analyte-responsive dielectric material is a polymer of intrinsic microporosity; characterised in that the polymer of intrinsic microporosity comprises organic macromolecules comprised of generally planar species connected by rigid linkers, said rigid linkers having a point of contortion such that two adjacent planar species connected by the linker are held in non-coplanar orientation.
Bracket for fixing tubes or cables on a support or to one another, comprising a first anchor component that is attachable to the tubes or cables, for which at least one attachment component is provided which can be attached in an enduring manner to the anchor component by means of a movement toward the latter, wherein the manner in which the attachment component is moved toward the anchor component can be configured in an elective manner and wherein the attachment component is a component separate from the anchor component, wherein the anchor component is formed from one piece and has two insertion recesses for attachment components and each attachment component is configured as a sliding element which can be slid into an insertion recess and the insertion recesses of the anchor component and the sliding elements are equipped with latch elements, wherein the anchor component has rows of teeth as latch elements in the area of the insertion recesses, wherein the rows of teeth are oriented parallel to the direction of insertion of the respective sliding element and teeth are allocated to the sliding elements as latch elements which can enter into an operative connection with the rows of teeth, and the teeth of the sliding element are mounted on springs, characterized in that a common handle element is associated with two springs.
A method for capturing haptic features of a physical object to be moved, for example a pivotable closure, comprising the following method steps: - virtualising the physical object to generate a virtual object, - producing interaction between a person and the virtual object, the interaction taking place by means of a physical device, - generating a haptic reaction during the interaction between the person and the virtual object using the physical device, which is physically moved by the person in accordance with the movement of the virtual object that takes place as a result of the interaction, - the physical device having movable links and being provided having integrated force and/or torque sensors in the spatial position of the virtual object, - and forces and/or torques that act on the physical device being detected, characterised in that an arm of a robot, said arm having the movable links, is provided as the physical device, in that, during the interaction with the virtual object, the forces and/or torques exerted on the robot arm by the user are measured and compared with forces and/or torques that are characteristic of the movement of the physical object for the purpose of quality control of the object to be moved, and in that changes to the physical object or to properties thereof are implemented on the basis of any deviation between the forces and/or torques exerted on the physical device by the user and the characteristic forces and/or torques. - virtualising the physical object to generate a virtual object, - producing interaction between a person and the virtual object, the interaction taking place by means of a physical device, - generating a haptic reaction during the interaction between the person and the virtual object using the physical device, which is physically moved by the person in accordance with the movement of the virtual object that takes place as a result of the interaction, - the physical device having movable links and being provided having integrated force and/or torque sensors in the spatial position of the virtual object, - and forces and/or torques that act on the physical device being detected,
A polyurethane which is capable of intrinsic self-healing and which is the reaction product of reactants comprising: a polyol having a number average molecular weight in the range from 1000 to 6000, wherein the polyol comprises: (i) at least one dimer fatty residue; (ii) at least one urethane or amide group; and (iii) at least two hydroxyl end groups, and wherein the polyol includes more urethane, and/or amide groups in total than ester groups and comprises at least two internal groups which are capable of hydrogen bonding within the polyurethane; a polyisocyanate; and optionally, a chain extender. a polyol having a number average molecular weight in the range from 1000 to 6000, wherein the polyol comprises: (i) at least one dimer fatty residue; (ii) at least one urethane or amide group; and (iii) at least two hydroxyl end groups, and wherein the polyol includes more urethane, and/or amide groups in total than ester groups and comprises at least two internal groups which are capable of hydrogen bonding within the polyurethane; (i) at least one dimer fatty residue; (ii) at least one urethane or amide group; and (iii) at least two hydroxyl end groups, a polyisocyanate; and optionally, a chain extender.
A method of evaluating wetting characteristic of a sheet-like object or a container-like object, the method comprising the steps of: removing a liquid by jetting a gas at a surface of the object covered with a liquid; measuring a value which reflects the extent of liquid exclusion of a region where the liquid is removed after the gas jetting; and evaluating the wetting characteristic of the object using the measured value as an index. removing a liquid by jetting a gas at a surface of the object covered with a liquid; measuring a value which reflects the extent of liquid exclusion of a region where the liquid is removed after the gas jetting; and evaluating the wetting characteristic of the object using the measured value as an index.
An array substrate, comprising a peripheral wiring area, in the peripheral wiring area, the array substrate comprising: a base substrate; a peripheral gate line on the base substrate; a gate insulation layer on a side of the peripheral gate line away from the base substrate; a peripheral data line on a side of the gate insulation layer away from the base substrate; and a protection layer on a side of the gate insulation layer away from the base substrate and covering the peripheral data line, characterized in that, a surface height of the protection layer corresponding to a position where the peripheral gate line is located is higher than a surface height of the protection layer corresponding to a position where the peripheral data line is located. a base substrate; a peripheral gate line on the base substrate; a gate insulation layer on a side of the peripheral gate line away from the base substrate; a peripheral data line on a side of the gate insulation layer away from the base substrate; and a protection layer on a side of the gate insulation layer away from the base substrate and covering the peripheral data line, characterized in that, a surface height of the protection layer corresponding to a position where the peripheral gate line is located is higher than a surface height of the protection layer corresponding to a position where the peripheral data line is located.
A hardware module configured to be mounted on a rack, the hardware module comprising: a storage device (120; 230) configured to store information to be transmitted to a network device (130; 210), via a communication component (140; 525), when the network device is mounted on the rack, the communication component configured to communicate the information from the storage device to the network device when the network device is mounted on the rack, a mating component configured to mate the communication component and the network device, and a housing; wherein the hardware module is configured to be placed into one of one or more states including: a mating state wherein the mating component has extended the communication component from the housing, when the network device is mounted on the rack, and a non-mating state wherein the mating component has retracted the communication component within the housing; and wherein the hardware module is further configured to, when the network device is mounted on the rack, automatically switch to the mating state and automatically communicate the information to the network device. a storage device (120; 230) configured to store information to be transmitted to a network device (130; 210), via a communication component (140; 525), when the network device is mounted on the rack, the communication component configured to communicate the information from the storage device to the network device when the network device is mounted on the rack, a mating component configured to mate the communication component and the network device, and a housing; wherein the hardware module is configured to be placed into one of one or more states including: a mating state wherein the mating component has extended the communication component from the housing, when the network device is mounted on the rack, and a non-mating state wherein the mating component has retracted the communication component within the housing; and wherein the hardware module is further configured to, when the network device is mounted on the rack, automatically switch to the mating state and automatically communicate the information to the network device. wherein the hardware module is configured to be placed into one of one or more states including: a mating state wherein the mating component has extended the communication component from the housing, when the network device is mounted on the rack, and a non-mating state wherein the mating component has retracted the communication component within the housing; and a mating state wherein the mating component has extended the communication component from the housing, when the network device is mounted on the rack, and a non-mating state wherein the mating component has retracted the communication component within the housing; and wherein the hardware module is further configured to, when the network device is mounted on the rack, automatically switch to the mating state and automatically communicate the information to the network device.
An electronic module for use as a subsea electronic module for an underwater fluid extraction well, the module comprising a housing, a first and second local area Ethernet network to enable communication within the module, the first and second local area Ethernet networks (A,B) being segregated to provide redundancy, each local area network including a plurality of interfaces (1,2) with components of the networks; an Ethernet switch operable to manage and route traffic on the first and second local area networks; and wherein the interfaces comprise capacitive coupling interfaces; the housing comprising at least two bays, each bay containing a plurality of stacked electronics cards and Ethernet switch blades with each Ethernet switch blade being orthogonal to the respective stack of electronics cards and having ports assigned for connection to the electronics cards mounted in the same bay and ports assigned for bay to bay connectivity to control local area network traffic; wherein capacitive coupling between the Ethernet switch blades and the electronics cards and the Ethernet switch is enabled by a multiplicity of capacitances provided on the respective electronics cards. the housing comprising at least two bays, each bay containing a plurality of stacked electronics cards and Ethernet switch blades with each Ethernet switch blade being orthogonal to the respective stack of electronics cards and having ports assigned for connection to the electronics cards mounted in the same bay and ports assigned for bay to bay connectivity to control local area network traffic; wherein capacitive coupling between the Ethernet switch blades and the electronics cards and the Ethernet switch is enabled by a multiplicity of capacitances provided on the respective electronics cards.
A cleaning fluid cartridge for use with a fast setting material applicator, said cartridge comprising: a cylindrical housing having an exterior and top and bottom ends (10b, a); a piston located in said cylindrical housing intermediate said top and bottom ends (10b, a); at least one seal located on said cylindrical housing exterior adjacent said top end, wherein said seal is an O-ring extending around the circumference of said cylindrical housing exterior adjacent said top end; characterized by a plug in said cylindrical housing bottom end; a radial aperture in said cylindrical housing adjacent said bottom end and located between said piston and said bottom end for transmitting pressurized air; and at least one seal located on said cylindrical housing exterior adjacent said bottom end, wherein said seal is an O-ring extending around the circumference of said cylindrical housing exterior adjacent said bottom end. a cylindrical housing having an exterior and top and bottom ends (10b, a); a piston located in said cylindrical housing intermediate said top and bottom ends (10b, a); at least one seal located on said cylindrical housing exterior adjacent said top end, wherein said seal is an O-ring extending around the circumference of said cylindrical housing exterior adjacent said top end; characterized by a plug in said cylindrical housing bottom end; a radial aperture in said cylindrical housing adjacent said bottom end and located between said piston and said bottom end for transmitting pressurized air; and at least one seal located on said cylindrical housing exterior adjacent said bottom end, wherein said seal is an O-ring extending around the circumference of said cylindrical housing exterior adjacent said bottom end.