mhurhangee/ep-ind-claims huggingface dataset:
A method of operating vehicle lights, the method comprising: providing a capacitive light sensor (3900, 4226) configured to sense a presence and intensity of light over at least one wavelength, each said wavelength being associated with a respective output channel of the light sensor (3900, 4226); maintaining an on/off state of the vehicle lights when an edge change is not detected; and when an edge change is detected: when the data passes from a high value to a low value through a first predefined threshold and remains lower than the first predefined threshold for a persistence interval, turning on the vehicle lights, when the data passes from a low value to a high value through a second predefined threshold and remains higher than the second predefined threshold value for the persistence interval, turning off the vehicle lights, wherein the second threshold is equal to the first threshold plus a hysteresis factor characterized by filling a FIFO buffer with data from the at least one output channel, the FIFO buffer being filled with a predetermined number of data points at a predetermined frequency; and detecting an edge change in the data in the FIFO buffer. providing a capacitive light sensor (3900, 4226) configured to sense a presence and intensity of light over at least one wavelength, each said wavelength being associated with a respective output channel of the light sensor (3900, 4226); maintaining an on/off state of the vehicle lights when an edge change is not detected; and when an edge change is detected: when the data passes from a high value to a low value through a first predefined threshold and remains lower than the first predefined threshold for a persistence interval, turning on the vehicle lights, when the data passes from a low value to a high value through a second predefined threshold and remains higher than the second predefined threshold value for the persistence interval, turning off the vehicle lights, wherein the second threshold is equal to the first threshold plus a hysteresis factor characterized by filling a FIFO buffer with data from the at least one output channel, the FIFO buffer being filled with a predetermined number of data points at a predetermined frequency; and detecting an edge change in the data in the FIFO buffer. when the data passes from a high value to a low value through a first predefined threshold and remains lower than the first predefined threshold for a persistence interval, turning on the vehicle lights, when the data passes from a low value to a high value through a second predefined threshold and remains higher than the second predefined threshold value for the persistence interval, turning off the vehicle lights, wherein the second threshold is equal to the first threshold plus a hysteresis factor characterized by filling a FIFO buffer with data from the at least one output channel, the FIFO buffer being filled with a predetermined number of data points at a predetermined frequency; and detecting an edge change in the data in the FIFO buffer.
A route setting apparatus that sets a route for causing a moving object, namely a vehicle, to pass through a predetermined portion on a road while turning, the apparatus comprising: an acquisition unit that acquires attribute information of the moving object and target position information indicating a target position located in the predetermined portion; and a route setting unit that sets the route, characterized in that the predetermined portion is an intersection, said intersection being a three-way junction, a four-way junction, or a five-forked junction or more, that the acquisition unit acquires entry-exit information for specifying an entry position to the intersection and an exit position from the intersection, that the apparatus comprises a determination-rule setting unit that sets a determination rule using the attribute information, the determination rule corresponding to the intersection to be processed, the determination rule being used when the route is set using the entry-exit information and the target position information; and wherein the route setting unit sets the route using the determination rule, the entry-exit information, and the target position information. an acquisition unit that acquires attribute information of the moving object and target position information indicating a target position located in the predetermined portion; and a route setting unit that sets the route, characterized in that the predetermined portion is an intersection, said intersection being a three-way junction, a four-way junction, or a five-forked junction or more, that the acquisition unit acquires entry-exit information for specifying an entry position to the intersection and an exit position from the intersection, that the apparatus comprises a determination-rule setting unit that sets a determination rule using the attribute information, the determination rule corresponding to the intersection to be processed, the determination rule being used when the route is set using the entry-exit information and the target position information; and wherein the route setting unit sets the route using the determination rule, the entry-exit information, and the target position information.
A mixture of at least one polyvinylamine and of at least one liquid composition of cationic starchy materials, in a ratio between 55 to 90 parts by dry weight of polyvinylamine per 10 to 45 parts by dry weight of cationic starchy material, characterized in that the liquid composition of cationic starchy materials has: - a solids content by weight of between 10% and 50%, - a viscosity, determined according to a test T, of greater than 200 mPa.s and at most equal to 1000 mPa.s, - a total nitrogen content at least equal to 0.6% and at most equal to 1.6%, these percentages being expressed by dry weight relative to the dry weight of composition, - a pH below 9. - a solids content by weight of between 10% and 50%, - a viscosity, determined according to a test T, of greater than 200 mPa.s and at most equal to 1000 mPa.s, - a total nitrogen content at least equal to 0.6% and at most equal to 1.6%, these percentages being expressed by dry weight relative to the dry weight of composition, - a pH below 9.
An aircraft engine thermal management system comprising: a body having a first coolant passage in thermal communication with an electronic device and fluidically connected to a first coolant circuit; a first heat exchanger fluidically connected to the first coolant circuit and fluidically connected to fuel and air fluid streams, the first heat exchanger being adapted and configured to receive coolant from the first coolant circuit and to transfer heat energy from the first coolant circuit to either the fuel fluid stream prior to aircraft engine start up or the air fluid stream after the engine start up; a generator fluidically connected to a second coolant circuit; and a second heat exchanger fluidically connected to the second coolant circuit and to the air fluid stream via the first heat exchanger, the second heat exchanger being adapted and configured to receive coolant from the second coolant circuit and to transfer heat energy from the second coolant circuit to the air fluid stream. a body having a first coolant passage in thermal communication with an electronic device and fluidically connected to a first coolant circuit; a first heat exchanger fluidically connected to the first coolant circuit and fluidically connected to fuel and air fluid streams, the first heat exchanger being adapted and configured to receive coolant from the first coolant circuit and to transfer heat energy from the first coolant circuit to either the fuel fluid stream prior to aircraft engine start up or the air fluid stream after the engine start up; a generator fluidically connected to a second coolant circuit; and a second heat exchanger fluidically connected to the second coolant circuit and to the air fluid stream via the first heat exchanger, the second heat exchanger being adapted and configured to receive coolant from the second coolant circuit and to transfer heat energy from the second coolant circuit to the air fluid stream.
A method of making a rotational spun appliance, the method comprising: rotating a spinneret around a first axis of rotation to produce spinning fibers; rotating a plurality of mandrels, each mandrel rotating about its own axis of rotation, wherein each mandrel's axis of rotation is not the same as the first axis of rotation; and contacting the spinning fibers with the rotating mandrels, such that fibers are deposited on the mandrels. rotating a spinneret around a first axis of rotation to produce spinning fibers; rotating a plurality of mandrels, each mandrel rotating about its own axis of rotation, wherein each mandrel's axis of rotation is not the same as the first axis of rotation; and contacting the spinning fibers with the rotating mandrels, such that fibers are deposited on the mandrels.
A rotary mixer fixed to a head portion of a multi-liquid mixture injection machine, wherein one drive rotor and two driven rotors (3, 3a) are accommodated parallel to each other in a housing, an upper opening portion of the housing is closed by a lid body, the housing has a mixing space that accommodates the drive rotor and the driven rotors (3, 3a), two chemical inflow paths (13, 13a) are formed in an upper portion of the housing, with outlets being formed in an upper portion of the mixing space, an outflow path for a mixture is formed in a lower portion of the housing, the mixing space is formed so as to allow the drive rotor and the driven rotors (3, 3a) to rotate and to be able to regulate positions of the drive rotor and the driven rotors (3, 3a), the drive rotor includes a drive rotor main body having a helical blade and a coupling portion integrally formed on an upper portion of the drive rotor main body and extending through the lid body, the driven rotors (3, 3a) are each constituted by only a driven rotor main body having a helical blade, the helical blade is reversely rolled at the same pitch as a pitch of the helical blade of the drive rotor, the lid body closes an upper opening portion of the mixing space, a through hole of the coupling portion is formed in a center portion of the lid body, and the drive rotor is meshed with the driven rotors (3, 3a) to allow the driven rotors (3, 3a) to rotate in an opposite direction at fixed positions accompanying rotation of the drive rotor while a lower end of each of the driven rotors (3, 3a) is located above a bottom portion of the mixing space and an upper end of each of the driven rotors (3, 3a) is located below a lower surface of the lid body, characterized in that the first chemical inflow path is formed so as to extend from an inlet in an outer side surface of the housing to an outlet formed in an upper central portion of the mixing space so as to allow a first chemical to be injected from above into an accommodation region for the drive rotor in the mixing space, and the second chemical inflow path is formed so as to extend from an inlet in the outer side surface of the housing to outlets formed on both sides of the upper portion of the mixing space, with a downstream portion branching into two portions, so as to allow a second chemical to be injected from above into accommodation regions for the driven rotors (3, 3a) in the mixing space.
Hand power tool having a tool receiver, which is realized to receive a tool provided with an outer polygonal coupling and which has an inner receiver provided, at least portionally, with a rotary driver profile, and which is provided on an associated tool housing, in which there is disposed a drum-type tool change magazine having at least one tool chamber for storing the tool, which tool chamber can be aligned so as to be flush with the tool receiver, to enable the tool to be slid over from the tool chamber into the inner receiver or from the inner receiver into the tool chamber, wherein an alignment element is provided for aligning the outer polygonal coupling as the tool is slid over from the tool chamber into the inner receiver, to enable the outer polygonal coupling to be slid into the rotary driver profile of the inner receiver, wherein the alignment element has a spring element, which is realized to apply an associated spring force to the outer polygonal coupling, for the purpose of alignment, wherein the tool receiver has at least one radial opening, in which the spring element engages, at least portionally, characterized in that the spring element has at least one first and one second spring arm (501, 503), which are connected to each other via a connecting arm and which can be bent in mutually opposite directions as a result of an elastic deformation of the connecting arm.
Aerosol sterilization apparatus for disinfecting or sterilizing an ultrasound probe including: a sterilization chamber for the ultrasound probe to be disinfected or sterilized, detent means to maintain the ultrasound probe to be disinfected or sterilized at a predetermined position in the chamber; an aerosol generator, characterized in that it further comprises a U-shaped manifold (3, 8) within the sterilization chamber for introducing a sterilant aerosol to the sterilization chamber for ultrasound probe disinfection or sterilization, the manifold (3, 8) defining the terminal portion of a fluid pathway from the aerosol generator to the sterilization chamber, the U-shaped manifold (3, 8) defining a manifold plane, wherein the manifold (3, 8) comprises diametrically opposed paired chamber inlet ports (15 - 22) such that a first port directs aerosol flow to a side of the manifold plane a second port directs aerosol flow to the other side of the manifold plane, and the inlet ports being for introducing the aerosol into the sterilizing chamber and being configured to provide directional aerosol flow tangential to at least part of the surface of the ultrasound probe, the inlet ports including a duct or a nozzle for directing the aerosol flow; wherein the manifold (3,8) is configured to provide directional aerosol flow such that the ultrasound probe does not receive a direct flow of aerosol from the manifold (3, 8). a sterilization chamber for the ultrasound probe to be disinfected or sterilized, detent means to maintain the ultrasound probe to be disinfected or sterilized at a predetermined position in the chamber; an aerosol generator,
A method for detecting a propensity for developing a neurological disorder, the method comprising: detecting the presence of at least one copy number variation in a target polynucleotide obtained from a patient wherein if said CNV is present, said patient has an increased risk for developing a neurological disorder, wherein said deletion containing CNV is BZRAP1 Benzodiazapine receptor (peripheral) associated protein 1 17q22-q23 chrl7:53733592-53761151; and wherein the neurological disorder is autism or autism spectrum disorder.
Container for concentrate, comprising: a main body for containing concentrate, a connection portion having a flat end surface facing away from the main body and an opening through that the main body can be filled with concentrate, a inlet through that fluid can be supplied to the main body and an outlet through that fluid can be withdrawn from the main body, wherein at least in the outlet a fluid permeable actor is arranged that is configured to open a valve in a fluid line of a fluid dosing unit when the container is connected to the fluid dosing unit to fluidically couple the container to the fluid dosing unit, characterised in that the fluid permeable actor comprises a spike configured to open the valve and at least one lumen to conduct fluid. a main body for containing concentrate, a connection portion having a flat end surface facing away from the main body and an opening through that the main body can be filled with concentrate, a inlet through that fluid can be supplied to the main body and an outlet through that fluid can be withdrawn from the main body, wherein at least in the outlet a fluid permeable actor is arranged that is configured to open a valve in a fluid line of a fluid dosing unit when the container is connected to the fluid dosing unit to fluidically couple the container to the fluid dosing unit, characterised in that the fluid permeable actor comprises a spike configured to open the valve and at least one lumen to conduct fluid.
A method of forming a multi-layer paint film which includes a first base paint film forming process in which an aqueous first base paint is coated over an electrodeposited cured paint film and a first base paint film is formed, a second base paint film forming process in which an aqueous second base paint is coated over the aforementioned first base paint film without carrying out preliminary drying by heating after said first base paint film forming process and a second base paint film is formed, a clear paint film forming process in which preliminary drying is carried out by heating after said second base paint film process, a single-liquid type clear paint is coated over the aforementioned second base paint film and a clear coat paint film is formed and a heating and curing process in which these three paint film layers are heated and cured at the same time, wherein the aforementioned first base paint includes water-soluble or water-dispersible polyurethane resin of acid value of less than 15 mgKOH/g and hydroxyl group value from 10 to 100 mgKOH/g and titanium oxide of specific surface area not more than 13 m 2 /g, and the aforementioned water-soluble or water-dispersible polyurethane resin includes from 4 to 15 mass% with respect to the resin solid fraction of the aforementioned water-soluble or water-dispersible polyurethane resin of at least one of ethylene oxide units and propylene oxide units, and the mass content ratio of the aforementioned titanium oxide is from 40 to 60 mass% with respect to the paint solid fraction of aforementioned aqueous first base paint.
An access control method executed by a remote user equipment, UE, for transmitting user data to a network through a relay UE in a wireless communication system, the method comprising: establishing a connection with the relay UE that is directly connected to the network; receiving access control information transmitted by the network through the relay UE; and determining, on the basis of the access control information, whether to perform an access control check for the user data depending on whether the user data are data to which an access control scheme allowed in an indirect connection mode is applied, wherein the access control information includes information on an access control scheme which is allowed or not allowed in the indirect connection mode, wherein, if the user data are data to which an access control scheme which is not allowed in the indirect connection mode is applied, the user data are transmitted to the relay UE without the access control check for the user data, and wherein, if the remote UE is connected with the network by a direct connection mode, the access control check is performed regardless of an access control scheme applied to the user data. establishing a connection with the relay UE that is directly connected to the network; receiving access control information transmitted by the network through the relay UE; and determining, on the basis of the access control information, whether to perform an access control check for the user data depending on whether the user data are data to which an access control scheme allowed in an indirect connection mode is applied, wherein the access control information includes information on an access control scheme which is allowed or not allowed in the indirect connection mode, wherein, if the user data are data to which an access control scheme which is not allowed in the indirect connection mode is applied, the user data are transmitted to the relay UE without the access control check for the user data, and wherein, if the remote UE is connected with the network by a direct connection mode, the access control check is performed regardless of an access control scheme applied to the user data.
A method implemented by an intelligent device for testing said intelligent device, comprising: scanning (101; 201) a Wi-Fi network periodically; judging (102; 202) whether a service set identifier (SSID) of the Wi-Fi network scanned comprises a preset SSID; and entering (103; 204) a test mode if the SSID of the Wi-Fi network scanned comprises the preset SSID. scanning (101; 201) a Wi-Fi network periodically; judging (102; 202) whether a service set identifier (SSID) of the Wi-Fi network scanned comprises a preset SSID; and entering (103; 204) a test mode if the SSID of the Wi-Fi network scanned comprises the preset SSID.
A washable product with a contactlessly readable UHF detection plate, consisting of a chip module having a chip and a coupling loop, and a dipole antenna inductively coupled to the coupling loop, characterised in that the dipole antenna consists of a multifilament conductor and has a shape which, starting from the coupling loop of the chip module, firstly extends on both sides in the mutual longitudinal direction, then bends at a right angle, meanders at least once (24, 26) and subsequently bends at right angles in opposite directions and in turn ends in the mutual longitudinal direction.
Vertical actuator, which is formed by a stationary part and by a movable part, the stationary part comprising a magnetic yoke and at least one coil which is carried by the said yoke, the movable part comprising at least one permanent magnet which is arranged such that it can move in the interior of the yoke, characterized in that the stationary part additionally comprises an upper part made of magnetic material, which is arranged above the movable part, the said upper part and the yoke being separated magnetically from each other by a part made of non-magnetic material.
A method for cryopreservation of a biological sample comprising use of a non-Newtonian fluid as a cryopreservation medium, the method including the steps of applying a shear stress to increase or decrease the viscosity of the cryopreservation medium as appropriate for the phase of a cryopreservation process.
Spacer ring intended to be positioned between a container, in particular a tube, in particular a flexible tube for a cosmetic product, and a cap of said container, said ring comprising ribs for centring on a neck of said container, characterized in that said ribs are symmetrical with respect to a transverse mid-plane of the ring, said ring exhibiting an internal annular excess thickness.
Process for the production of methanol from gaseous hydrocarbons, comprising the following steps: a. treating said gaseous hydrocarbons in a desulfurization unit producing a desulfurized hydrocarbon gas; b. reacting said desulfurized gas with an oxidising flow by means of a short contact time catalytic partial oxidation reaction to produce synthesis gas; c. producing hydrogen by electrolysis of water; d. mixing and compressing the synthesis gas and hydrogen; and e. sending said compressed mixture to a methanol synthesis unit to produce methanol. a. treating said gaseous hydrocarbons in a desulfurization unit producing a desulfurized hydrocarbon gas; b. reacting said desulfurized gas with an oxidising flow by means of a short contact time catalytic partial oxidation reaction to produce synthesis gas; c. producing hydrogen by electrolysis of water; d. mixing and compressing the synthesis gas and hydrogen; and e. sending said compressed mixture to a methanol synthesis unit to produce methanol.