mhurhangee/ep-ind-claims huggingface dataset:
A latch for a closure panel for a vehicle, comprising: a ratchet movable between a primary closed position, a secondary closed position and an open position, wherein the ratchet is biased towards the open position; a pawl movable between a primary locking position, a secondary locking position and an unlocking position, wherein the pawl is biased towards the primary locking position, in the primary closed position the pawl has a pawl locking surface for engaging a primary locking surface on the ratchet and holding the ratchet in the primary closed position and in the secondary closed position the pawl has the pawl locking surface for engaging a secondary locking surface on the ratchet holding the ratchet in the secondary closed position; a release lever for connecting to an actuation handle; wherein movement of the actuation handle a first time drives the release lever to directly engage the pawl and drive the pawl to the secondary locking position causing the ratchet to rotate until the pawl locking surface engages the secondary locking surface and movement of the actuation handle a second time drives the release lever to directly engage the pawl and drive the pawl to the unlocking position causing the ratchet to move from the secondary closed position to the open position. a ratchet movable between a primary closed position, a secondary closed position and an open position, wherein the ratchet is biased towards the open position; a pawl movable between a primary locking position, a secondary locking position and an unlocking position, wherein the pawl is biased towards the primary locking position, in the primary closed position the pawl has a pawl locking surface for engaging a primary locking surface on the ratchet and holding the ratchet in the primary closed position and in the secondary closed position the pawl has the pawl locking surface for engaging a secondary locking surface on the ratchet holding the ratchet in the secondary closed position; a release lever for connecting to an actuation handle; wherein movement of the actuation handle a first time drives the release lever to directly engage the pawl and drive the pawl to the secondary locking position causing the ratchet to rotate until the pawl locking surface engages the secondary locking surface and movement of the actuation handle a second time drives the release lever to directly engage the pawl and drive the pawl to the unlocking position causing the ratchet to move from the secondary closed position to the open position.
A method of detecting an event in a mechanical structure using sensors and at least one actuator, the method comprising: generating an excited signal in the structure using the at least one actuator; detecting a reflected signal from the event using each of three or more of the sensors, the three or more of the sensors being positioned around a circle having a central axis, and the sensors and the at least one actuator being positioned concentrically with respect to the central axis; determining respective durations of time for which the reflected signal travels from the event to each of the sensors; and calculating a location of the event by using differences in the respective durations of time for which the signal travels from the event to each of the sensors to determine an angle and a distance at which the event is positioned. generating an excited signal in the structure using the at least one actuator; detecting a reflected signal from the event using each of three or more of the sensors, the three or more of the sensors being positioned around a circle having a central axis, and the sensors and the at least one actuator being positioned concentrically with respect to the central axis; determining respective durations of time for which the reflected signal travels from the event to each of the sensors; and calculating a location of the event by using differences in the respective durations of time for which the signal travels from the event to each of the sensors to determine an angle and a distance at which the event is positioned.
A rotary wing aircraft with a fuselage that is equipped with at least one rail, comprising at least one sliding element, in particular a sliding door or a sliding window, that is slidably supported by the at least one rail, wherein the at least one sliding element is at least slidable along the at least one rail by means of an opening sliding movement into an opening movement direction from a fully closed position into a fully opened position, characterized in that a dampening unit is provided that is adapted to dampen the opening sliding movement of the at least one sliding element upon reaching of the fully opened position; wherein the dampening unit comprises a dampening member with a visco-elastic behavior, the dampening member comprising a moveable piston; at least one sliding arm assembly being mounted to the at least one sliding element for slidably connecting the at least one sliding element to the at least one rail, the at least one sliding arm assembly comprising a piston pusher that is configured to push the moveable piston upon reaching of the fully opened position of the at least one sliding element against a load that is applied to the moveable piston by means of the dampening member; and the at least one sliding arm assembly comprises a retaining hook that is configured to retain, upon reaching of the fully opened position of the at least one sliding element, the at least one sliding element in the fully opened position such that the load that is applied to the moveable piston by means of the dampening member, which is configured to push the moveable piston into a closing movement direction of the at least one sliding element, is prevented from pushing the at least one sliding element into the closing movement direction. wherein the dampening unit comprises a dampening member with a visco-elastic behavior, the dampening member comprising a moveable piston; at least one sliding arm assembly being mounted to the at least one sliding element for slidably connecting the at least one sliding element to the at least one rail, the at least one sliding arm assembly comprising a piston pusher that is configured to push the moveable piston upon reaching of the fully opened position of the at least one sliding element against a load that is applied to the moveable piston by means of the dampening member; and the at least one sliding arm assembly comprises a retaining hook that is configured to retain, upon reaching of the fully opened position of the at least one sliding element, the at least one sliding element in the fully opened position such that the load that is applied to the moveable piston by means of the dampening member, which is configured to push the moveable piston into a closing movement direction of the at least one sliding element, is prevented from pushing the at least one sliding element into the closing movement direction.
A method for producing a spatialized audio stereo digital file from an original multi-channel audio file, characterized in that it comprises: - a processing consisting in producing a data base of a plurality of stereo impulse response signals from the acquisition of acoustic signals in a plurality of physical spaces, by recording signals produced by loudspeakers as a response to a reference multi-frequency signal, - then, for each audio sequence to be spatialized,. when the signal to be spatialized is a stereo signal, a preliminary step of generating a N.i signal from the stereo signal,. a step of transforming the signal of each of the N.i channels from one of the stereo impulse response signals selected from the above-mentioned data base, with the position in space of acquisition of the impulse response corresponding to the position in space of the channel which it is associated with,. a step of processing, on each of the channels, for cross talk cancelation. a step of recombining the thus transformed signals of the N.i channels to generate a spatialized stereo signal,. a step of dynamic filtering and specific equalization for increasing the sound dynamics. - a processing consisting in producing a data base of a plurality of stereo impulse response signals from the acquisition of acoustic signals in a plurality of physical spaces, by recording signals produced by loudspeakers as a response to a reference multi-frequency signal, - then, for each audio sequence to be spatialized,. when the signal to be spatialized is a stereo signal, a preliminary step of generating a N.i signal from the stereo signal,. a step of transforming the signal of each of the N.i channels from one of the stereo impulse response signals selected from the above-mentioned data base, with the position in space of acquisition of the impulse response corresponding to the position in space of the channel which it is associated with,. a step of processing, on each of the channels, for cross talk cancelation. a step of recombining the thus transformed signals of the N.i channels to generate a spatialized stereo signal,. a step of dynamic filtering and specific equalization for increasing the sound dynamics.. when the signal to be spatialized is a stereo signal, a preliminary step of generating a N.i signal from the stereo signal,. a step of transforming the signal of each of the N.i channels from one of the stereo impulse response signals selected from the above-mentioned data base, with the position in space of acquisition of the impulse response corresponding to the position in space of the channel which it is associated with,. a step of processing, on each of the channels, for cross talk cancelation. a step of recombining the thus transformed signals of the N.i channels to generate a spatialized stereo signal,. a step of dynamic filtering and specific equalization for increasing the sound dynamics.
Polymorphic form γ of Perindopril -Arginine characterized by a powder X-ray diffraction pattern with peaks at 4.21, 7.87, 13.19, 14.12, 17.60 20.15 ± 0.2 degrees 2-theta.
A metal-insulator-graphene diode, consisting of a metal electrode having an electrode surface, an insulator layer which, with a first main surface, is in planar contact with the electrode surface, and with a graphene layer having a contact surface, which contact surface is in a line-shaped contact with a second main surface (30, 32), which is opposite the metal electrode, of the insulator layer, wherein the graphene layer has at least one two-dimensional monolayer and the surface plane of the graphene layer extends transversely to the main surfaces (30, 32).
A method for the production of isoamyl alcohol (3-methylbutan-1-ol) comprising the enzymatic conversion of 3-methylbutyryl-CoA into isoamyl alcohol comprising: (a) two enzymatic steps comprising (i) first the enzymatic conversion of 3-methylbutyryl-CoA into 3-methylbutyraldehyde by making use of an enzyme which is classified as EC 1.2.1.- and which is an oxidoreductase acting on the CoA thioester group of acyl-CoA as acceptor with NADH or NADPH as donor, wherein said enzyme which is classified as EC 1.2.1.- is an acetaldehyde dehydrogenase (acetylating) (EC 1.2.1.10) or a propanal dehydrogenase (CoA-propanoylating) (EC1.2.1.87); and (ii) then enzymatically converting the thus obtained 3-methylbutyraldehyde into said isoamyl alcohol; or (b) a single enzymatic reaction in which 3-methylbutyryl-CoA is directly converted into isoamyl alcohol by making use of an alcohol-forming short chain acyl-CoA dehydrogenase/fatty acyl-CoA reductase or an alcohol-forming fatty acyl-CoA reductase (long-chain acyl-CoA:NADPH reductase) (EC 1.2.1.84). (a) two enzymatic steps comprising (i) first the enzymatic conversion of 3-methylbutyryl-CoA into 3-methylbutyraldehyde by making use of an enzyme which is classified as EC 1.2.1.- and which is an oxidoreductase acting on the CoA thioester group of acyl-CoA as acceptor with NADH or NADPH as donor, wherein said enzyme which is classified as EC 1.2.1.- is an acetaldehyde dehydrogenase (acetylating) (EC 1.2.1.10) or a propanal dehydrogenase (CoA-propanoylating) (EC1.2.1.87); and (ii) then enzymatically converting the thus obtained 3-methylbutyraldehyde into said isoamyl alcohol; or (i) first the enzymatic conversion of 3-methylbutyryl-CoA into 3-methylbutyraldehyde by making use of an enzyme which is classified as EC 1.2.1.- and which is an oxidoreductase acting on the CoA thioester group of acyl-CoA as acceptor with NADH or NADPH as donor, wherein said enzyme which is classified as EC 1.2.1.- is an acetaldehyde dehydrogenase (acetylating) (EC 1.2.1.10) or a propanal dehydrogenase (CoA-propanoylating) (EC1.2.1.87); and (ii) then enzymatically converting the thus obtained 3-methylbutyraldehyde into said isoamyl alcohol; or (b) a single enzymatic reaction in which 3-methylbutyryl-CoA is directly converted into isoamyl alcohol by making use of an alcohol-forming short chain acyl-CoA dehydrogenase/fatty acyl-CoA reductase or an alcohol-forming fatty acyl-CoA reductase (long-chain acyl-CoA:NADPH reductase) (EC 1.2.1.84).
Method for user-specific acquisition of information which is stored on a cloud-capable database, the information being present on the database as different types of information and/or in different data formats, the user having an OPC UA client which is in a communication link with an OPC UA server, the OPC UA server has a configuration module, which configuration module is designed to create, aggregate and adapt information models, the OPC UA server interacting with an application programming interface of the database, which application programming interface defines requests and commands for accessing the database, comprising: - creating and loading a user-specific information model onto the OPC UA server by means of the configuration module, the user-specific information model defining at least one information item or a plurality of information items which are to be queried from the database; - Querying the information defined in the user-specific information model from the database by means of the application programming interface and passing the information from the application programming interface to the OPC UA server; - Converting the queried information into OPC UA-compliant structural data; and - transmitting the structure data from the OPC UA server to the OPC UA client, characterized in that, in the course of creating the user-specific information module, the availability of at least one of the items of information to be queried on the database is checked by means of a request telegram sent to the database via the application programming interface. - creating and loading a user-specific information model onto the OPC UA server by means of the configuration module, the user-specific information model defining at least one information item or a plurality of information items which are to be queried from the database; - Querying the information defined in the user-specific information model from the database by means of the application programming interface and passing the information from the application programming interface to the OPC UA server; - Converting the queried information into OPC UA-compliant structural data; and - transmitting the structure data from the OPC UA server to the OPC UA client,
An electronic and/or electrical module arrangement for a subsea installation, said electronic and/or electrical module arrangement comprising electronic and/or electrical equipment which is arranged in an enclosure and which electronic and/or electrical equipment is immersed in a dielectric liquid, characterised in that an electrostatic particle filter is arranged in contact with the dielectric liquid inside the enclosure and configured for removing contaminants from the dielectric liquid, and in that said electronic and/or electrical module arrangement comprises means for supplying electrical power by a DC power supply to said electronic and/or electrical equipment and to said electrostatic particle filter.
A method of treating particulates for application to eyelashes, eyebrows or hair, the method comprising: encapsulating each particulate in a first, inner coating comprising a cationically-charged material in an amount sufficient to impart a cationic charge in the range of from 0.1 mV to 400 mV to the particulates, wherein the method comprises introducing the particulates to a microfluidizer and subjecting the particulates to at least one spray coating operation with a first composition comprising a water-soluble or water-dispersible cationically-charged material, followed by at least one drying step, wherein the weight ratio of the first composition to the particulates is in the range of from 0.1: 1 to 5:1, wherein the particulates are in the form of fibers, and wherein the particulates are made of naturally-derived particulates selected from cellulose and cellulose-based-materials, or polylactic acid; rayon; or synthetic particulates selected from nylon or polypropylene. encapsulating each particulate in a first, inner coating comprising a cationically-charged material in an amount sufficient to impart a cationic charge in the range of from 0.1 mV to 400 mV to the particulates, wherein the method comprises introducing the particulates to a microfluidizer and subjecting the particulates to at least one spray coating operation with a first composition comprising a water-soluble or water-dispersible cationically-charged material, followed by at least one drying step, wherein the weight ratio of the first composition to the particulates is in the range of from 0.1: 1 to 5:1, wherein the particulates are in the form of fibers, and wherein the particulates are made of naturally-derived particulates selected from cellulose and cellulose-based-materials, or polylactic acid; rayon; or synthetic particulates selected from nylon or polypropylene.
A fibrous structure comprising a plurality of hydroxyl polymer filaments and a plurality of solid additives, wherein the fibrous structure exhibits a TEA of greater than 0.646 g/cm/gsm (1.64 g/in/gsm) as measured by the TEA Test Method, wherein at least one of the hydroxyl polymer filaments further comprises a non-hydroxyl polymer, and wherein the fibrous structure exhibits a density lower than 0.60 g/cm 3.
A straddled vehicle comprising: a body frame; a steering device supported by the body frame; a front wheel supported by the steering device; a front brake mechanism for braking the front wheel; a swing arm supported by the body frame to be swingable about a swing center relative to the body frame; a rear wheel supported by the swing arm to be rotatable about a rotation center relative to the swing arm; a rear brake mechanism for braking the rear wheel; a hydraulic unit connected to at least one of the front brake mechanism and the rear brake mechanism; and a seat supported by the body frame; wherein the hydraulic unit is located more rearward than the swing center in a side view of the vehicle; the hydraulic unit is located more forward than the rotation center in the side view of the vehicle; the body frame includes a seat frame for supporting the seat; and at least part of the hydraulic unit is located above an upper edge of the seat frame in the side view of the vehicle, characterized in that the hydraulic unit is entirely located more rearward than a front end of the rear wheel in a plan view of the vehicle. a body frame; a steering device supported by the body frame; a front wheel supported by the steering device; a front brake mechanism for braking the front wheel; a swing arm supported by the body frame to be swingable about a swing center relative to the body frame; a rear wheel supported by the swing arm to be rotatable about a rotation center relative to the swing arm; a rear brake mechanism for braking the rear wheel; a hydraulic unit connected to at least one of the front brake mechanism and the rear brake mechanism; and a seat supported by the body frame; wherein the hydraulic unit is located more rearward than the swing center in a side view of the vehicle; the hydraulic unit is located more forward than the rotation center in the side view of the vehicle; the body frame includes a seat frame for supporting the seat; and at least part of the hydraulic unit is located above an upper edge of the seat frame in the side view of the vehicle,
Method for operating an automation installation, in which a visualization of the installation is created on a computer (1, 2) on a management level, wherein the visualisation comprises dynamically variable graphic elements and data points assigned to said graphic elements; the graphic elements and the assigned data points are exported together with source information assigned to the data points to at least one display unit on an automation level and/or a field level; and the installation is visualised on the at least one display unit on the automation level and/or the field level, wherein the data points and their properties are acquired by the at least one display unit on the automation level and/or the field level.
Device for measuring current in an electrical circuit, device in which the measurement of a current 1 is carried out across a component incorporated in series in the circuit, the measurement being carried out by implementing at least one operational amplifier supplied by the current flowing through the component, the device being characterized in that it comprises a computer coupled to a sensor for measuring the temperature of the component and to a variable resistor R v incorporated in the gain adjustment circuit of the operational amplifier, the computer being provided with an algorithm driving the value of the variable resistor R v as a function of the internal resistance R ON of the component which itself varies as a function of the temperature according to a law or a table incorporated in the computer, such that, if we denote by V s the output voltage of the operational amplifier which is the image of the current 1 to be measured, the variable resistor R v is corrected so that the ratio K = V S /I is constant over the entire operating temperature range of the circuit.
Process for making a food preparation with mushrooms, having a creamy or frosting texture, which is a multiphase system with rheological parameters determined at 1 Hz frequency defined by a complex viscosity (Pa*s) between 5 and 120, an accumulation modulus G' (Pa) between 30 and 900, a dissipative modulus G" (Pa) between 10 and 300, wherein the food preparation has, in weight percentage on the total weight, 20% to 60% edible fats, 5% to 40% dry residue of mushrooms, 20% to 60% water, and at least one thickening ingredient, the percentage of mushrooms considered in the dry residue condition derives from the use of a liquid extract of mushroom, preferably concentrated, and/or a dry residue resulting from a mushroom extract, where in case a liquid extract of mushroom is used in the formulation, its percentage of water is herein considered included in the total percentage of water, the process comprising the step of obtaining the mushroom extract used by soaking a predetermined amount of mushrooms in water, and subsequently filtering.