mhurhangee/ep-ind-claims huggingface dataset:
A cartridge comprising, on the one hand, a projectile (29, 49) with an ogival-shaped nose (30, 50) and a base (31, 51) ending with a head (32, 52) and, on the other hand, a polymer neckless tubular case (21, 41) defining a propellant powder receiving chamber closed, on the one hand, at a first longitudinal end (23, 43) by a head (24, 44) with a primer (25, 45) and, on the other hand, at the second longitudinal end (26, 46), opposite to the first one, by the projectile, wherein a portion (27, 34, 47, 54) of the neckless tubular case (21, 41) encloses a portion of the projectile and has itself, at least in part, a frustoconical external shape (27, 47), cartridge characterized in that: - the propellant powder receiving chamber has, on the projectile side, a reduction of its diameter over all or part of its periphery up to that of the head (32, 52) of the projectile (29, 49), and up to that head which then closes said second longitudinal end of the chamber, - the ratio between the length of the nose of the projectile (29, 49) and its maximum diameter is between 2.9 and 4.1 and, preferably, is about 3.5. - the propellant powder receiving chamber has, on the projectile side, a reduction of its diameter over all or part of its periphery up to that of the head (32, 52) of the projectile (29, 49), and up to that head which then closes said second longitudinal end of the chamber, - the ratio between the length of the nose of the projectile (29, 49) and its maximum diameter is between 2.9 and 4.1 and, preferably, is about 3.5.
A method of a fingerprint sensing system (no) arranged in a smartcard, the fingerprint sensing system (no) being configured to acquire fingerprint data of a user with a fingerprint sensor for biometric authentication, being characterized in comprising: detecting a finger of the user contacting a sensing area of the fingerprint sensor; initializing the fingerprint sensor with a predetermined sensor setting; acquiring, for the finger being detected to contact the sensing area of the fingerprint sensor, a calibration sub-image which is confined in size to a subarea of the sensing area; determining whether or not a quality criterion is met for the acquired calibration sub-image, and if so; acquiring one or more further sub-images confined in size to a subarea of the sensing area; and combining a plurality of the acquired further sub-images into a representation of a fingerprint of the user, wherein the further sub-images are acquired during a time period when the smartcard is not engaged in waiting time extension, WTX, request signalling with a card reader with which the smartcard performs contactless communication. detecting a finger of the user contacting a sensing area of the fingerprint sensor; initializing the fingerprint sensor with a predetermined sensor setting; acquiring, for the finger being detected to contact the sensing area of the fingerprint sensor, a calibration sub-image which is confined in size to a subarea of the sensing area; determining whether or not a quality criterion is met for the acquired calibration sub-image, and if so; acquiring one or more further sub-images confined in size to a subarea of the sensing area; and combining a plurality of the acquired further sub-images into a representation of a fingerprint of the user, wherein the further sub-images are acquired during a time period when the smartcard is not engaged in waiting time extension, WTX, request signalling with a card reader with which the smartcard performs contactless communication.
An apparatus comprising: a material delivery structure configured to receive a plurality of lengths of material and having an end; a roller located at the end of the material delivery structure, the roller being movably rotatable and configured to move between a first position and a second position relative to the end of the material delivery structure; a first side of the material delivery structure in which the first side is configured to guide a first number of lengths of material in the plurality of lengths of material to the roller; and a second side of the material delivery structure in which the second side is configured to guide a second number of lengths of material in the plurality of lengths of material to the roller. a material delivery structure configured to receive a plurality of lengths of material and having an end; a roller located at the end of the material delivery structure, the roller being movably rotatable and configured to move between a first position and a second position relative to the end of the material delivery structure; a first side of the material delivery structure in which the first side is configured to guide a first number of lengths of material in the plurality of lengths of material to the roller; and a second side of the material delivery structure in which the second side is configured to guide a second number of lengths of material in the plurality of lengths of material to the roller.
Folding scooter comprising at least one pair of front and rear wheels (10, 11), respectively; a lower support platform, located in an intermediate position between the wheels (10, 11), and a steering handlebar attached to at least one front wheel, the lower support platform being foldable in its central area through a hinge element such that it allows the rotation of each of its two halves (20A, 20B) until the surfaces of said halves (20A, 20B) are facing and parallel in the folded position of the scooter, the scooter additionally comprising: - anchoring means configured to allow locking or releasing the scooter in the folded or deployed position thereof, and characterized in that it further comprises - an operating pedal for driving the anchoring means, fixed in the lower portion to the steering handlebar, the operating pedal is located in the front lower area of the steering handlebar, being located in the front position with respect to the normal forward movement direction of the scooter, and is attached to the steering handlebar through a first locking shaft going through the steering handlebar from one side to the other, the operating pedal further comprising a pair of side prolongations in turn having a groove through which a second locking shaft can move, and wherein the anchoring means further comprise: - a pair of parallel swiveling arms, located on each side of the steering handlebar where said arms have a first recess in which the second locking shaft can be inserted for locking the scooter in the deployed position, and - a pair of angular parts which are likewise swiveling and have a second recess in which the second locking shaft can be inserted for locking the scooter in the folded position. - anchoring means configured to allow locking or releasing the scooter in the folded or deployed position thereof, and characterized in that it further comprises - an operating pedal for driving the anchoring means, fixed in the lower portion to the steering handlebar, the operating pedal is located in the front lower area of the steering handlebar, being located in the front position with respect to the normal forward movement direction of the scooter, and is attached to the steering handlebar through a first locking shaft going through the steering handlebar from one side to the other, the operating pedal further comprising a pair of side prolongations in turn having a groove through which a second locking shaft can move, and wherein the anchoring means further comprise: - a pair of parallel swiveling arms, located on each side of the steering handlebar where said arms have a first recess in which the second locking shaft can be inserted for locking the scooter in the deployed position, and - a pair of angular parts which are likewise swiveling and have a second recess in which the second locking shaft can be inserted for locking the scooter in the folded position.
A method of communicating between a slave device and a master device using a Serial Peripheral Interface, the Serial Peripheral Interface comprising a slave select line, the method comprising at the slave device: signalling an interrupt request to the master device by changing a state of the slave select line from a first state indicative of an inactive state to a second state indicative of an active state. signalling an interrupt request to the master device by changing a state of the slave select line from a first state indicative of an inactive state to a second state indicative of an active state.
A cleaning system comprising an aircraft including an airframe, a gas turbine engine coupled to the airframe, and a starter sized to constantly dry motor the gas turbine engine for a predetermined starting cycle, and a mobile supply unit movable relative to the aircraft, the mobile supply unit including a cleaning agent supply adapted to provide cleaning agent to the gas turbine engine and a cleaning air supply sized to provide enough compressed air to constantly dry motor the gas turbine engine for a predetermined cleaning cycle, the cleaning cycle being longer than the starting cycle, characterized in that the gas turbine engine includes a cleaning agent supply connector coupled to the cleaning agent supply by a hose and an engine core coupled to the cleaning agent supply connector to receive cleaning agent from the cleaning agent supply connector. an aircraft including an airframe, a gas turbine engine coupled to the airframe, and a starter sized to constantly dry motor the gas turbine engine for a predetermined starting cycle, and a mobile supply unit movable relative to the aircraft, the mobile supply unit including a cleaning agent supply adapted to provide cleaning agent to the gas turbine engine and a cleaning air supply sized to provide enough compressed air to constantly dry motor the gas turbine engine for a predetermined cleaning cycle, the cleaning cycle being longer than the starting cycle, characterized in that the gas turbine engine includes a cleaning agent supply connector coupled to the cleaning agent supply by a hose and an engine core coupled to the cleaning agent supply connector to receive cleaning agent from the cleaning agent supply connector.
A method of wireless communication by a network entity, comprising: detecting a first channel condition for a first radio access technology, RAT, used by the network entity when communicating with a first access point; detecting a second channel condition for a second RAT used by the network entity when communicating with a second access point, wherein said network entity is concurrently communicating with said first and second access points; determining whether the first channel condition comprises a higher interference level than the second channel condition; determining power consumption constraints; and reassigning at least one antenna from the first RAT to the second RAT based at least in part on the power consumption constraints, in response to determining that the first channel condition comprises a higher interference level than the second channel condition. detecting a first channel condition for a first radio access technology, RAT, used by the network entity when communicating with a first access point; detecting a second channel condition for a second RAT used by the network entity when communicating with a second access point, wherein said network entity is concurrently communicating with said first and second access points; determining whether the first channel condition comprises a higher interference level than the second channel condition; determining power consumption constraints; and reassigning at least one antenna from the first RAT to the second RAT based at least in part on the power consumption constraints, in response to determining that the first channel condition comprises a higher interference level than the second channel condition.
A wireless transmission device (2A, 2B, 2C), intended to transmit measurements taken by a thermal probe housed on or in the body of a mould used to form a glass container, comprising - a base plate having an external side opposite to an internal side, the external side of the base plate being intended to face an external side of a mould used to form a glass container; and - a thermoelectric generator comprising a hot side opposite to a cold side, the hot side being positioned facing the inner side of the base plate; and - a passive radiator positioned facing the cold side of the thermoelectric generator; and - a heat-conducting via connecting the cold side of the thermoelectric generator to the passive radiator and - a thermal insulator interposed between the base plate and the passive radiator, the thermal insulator extending beyond the contours of the passive radiator in such a way as to protect or substantially protect the passive radiator from an infrared radiation coming from a source of heat located in front of the external side of the base plate; and - a wireless transmission module positioned opposite the hot side of the thermoelectric generator, the wireless transmission module being powered by the thermoelectric generator, the wireless transmission module being adapted to be connected to a thermal probe and to transmit the measurements taken by the thermal probe to a control module via radio waves; characterized in that the passive radiator comprises a hollow body and in that the wireless transmission module is housed inside the hollow body of the passive radiator. - a base plate having an external side opposite to an internal side, the external side of the base plate being intended to face an external side of a mould used to form a glass container; and - a thermoelectric generator comprising a hot side opposite to a cold side, the hot side being positioned facing the inner side of the base plate; and - a passive radiator positioned facing the cold side of the thermoelectric generator; and - a heat-conducting via connecting the cold side of the thermoelectric generator to the passive radiator and - a thermal insulator interposed between the base plate and the passive radiator, the thermal insulator extending beyond the contours of the passive radiator in such a way as to protect or substantially protect the passive radiator from an infrared radiation coming from a source of heat located in front of the external side of the base plate; and - a wireless transmission module positioned opposite the hot side of the thermoelectric generator, the wireless transmission module being powered by the thermoelectric generator, the wireless transmission module being adapted to be connected to a thermal probe and to transmit the measurements taken by the thermal probe to a control module via radio waves;
Constant-velocity slip ball joint at least having an outer joint part with an axis of rotation and with outer ball tracks, having an inner joint part with inner ball tracks, having a multiplicity of torque-transmitting balls, each guided in associated outer ball tracks and inner ball tracks, and having a cage, which is provided with a multiplicity of cage windows, which accommodate in each case one or more of the balls; wherein the inner joint part can be displaced in relation to the outer joint part by a displacement distance along the axis of rotation; wherein at least a part of the outer ball tracks and at least a part of the inner ball tracks are at a track-helix angle in relation to the axis of rotation; wherein a floor of each ball track (4, 6), along the displacement path, is spaced apart from the axis of rotation by a respectively constant spacing along a radial direction; wherein a maximum angle of deflection of the inner joint part in relation to the outer joint part is predetermined by an outer contact surface of the cage establishing contact with a first contact surface of the outer joint part and/or by an inner contact surface of the cage establishing contact with a second contact surface of the inner joint part; characterized in that the cage has a centre axis and the inner contact surface is conical; wherein the inner contact surface is at an opening angle of more than 0 degrees in relation to the centre axis of the cage.
A method for self-testing a defibrillator, comprising the steps of: periodically performing a self-test protocol at a first frequency, said self-test protocol having a number of selected testing frequencies including the first frequency and a second frequency, wherein the second frequency is lower than the first frequency; detecting a condition which exceeds a threshold condition; automatically switching the self-test protocol to the second frequency responsive to the detected condition; and periodically performing the self-test protocol at the second frequency. periodically performing a self-test protocol at a first frequency, said self-test protocol having a number of selected testing frequencies including the first frequency and a second frequency, wherein the second frequency is lower than the first frequency; detecting a condition which exceeds a threshold condition; automatically switching the self-test protocol to the second frequency responsive to the detected condition; and periodically performing the self-test protocol at the second frequency.
Method of broadcasting a multimedia content characterised in that it implements a broadcasting system comprising a decoder, a display means, a sensor of biometric data of a user situated in proximity to the display means and a database; with the display means, the database and the sensor of biometric data being connected to the decoder; with the multimedia content being displayed by the display means and cut into different periods; with the database comprising for each one of said periods an expected variation of the level of attention of the user; with the method comprising: - a step of acquiring first biometric data relating to the user with the aid of the sensor of biometric data; - a step of recording, by the decoder, of the first biometric data; - a step of association, by the decoder, of the first biometric data with a level of attention of the user; - a first step of comparison, by the decoder, of the level of attention of the user associated with the first biometric data with the level of attention of the user associated with previously recorded second biometric data; - if the level of attention of the user increases, a second step of comparison, by the decoder, of the measured variation of the level of attention of the user with the expected variation of the level of attention of the user extracted from the database by the decoder for the period of the multimedia content during broadcasting; - if the measured variation and the expected variation are substantially identical, a step of implementing an action consisting of an operation of broadcasting a message by the decoder. - a step of acquiring first biometric data relating to the user with the aid of the sensor of biometric data; - a step of recording, by the decoder, of the first biometric data; - a step of association, by the decoder, of the first biometric data with a level of attention of the user; - a first step of comparison, by the decoder, of the level of attention of the user associated with the first biometric data with the level of attention of the user associated with previously recorded second biometric data; - if the level of attention of the user increases, a second step of comparison, by the decoder, of the measured variation of the level of attention of the user with the expected variation of the level of attention of the user extracted from the database by the decoder for the period of the multimedia content during broadcasting; - if the measured variation and the expected variation are substantially identical, a step of implementing an action consisting of an operation of broadcasting a message by the decoder.
A single step catalytic process for the preparation of aromatic rich aviation fuel from renewable resource in the presence of a hydrogen stream, and one or more hydroprocessing catalysts, under operating conditions for hydroconversion reactions, with a hot stream preheated to catalyst bed temperature and a cold stream without preheating, using renewable feed oils containing plant and animal triglycerides and fatty acids, wherein the hot stream is a part of this feed pre-heated to catalyst bed temperature i.e. in the temperature range 250-500°C, and the cold stream is the remaining part of the same feed sent directly to the catalyst bed without any preheating, for producing a hydrocarbon product stream, after separation of water, lighter hydrocarbon gases and carbon oxides, comprising of hydrocarbons C6-C24, rich in aromatic content in the aviation fuel range, including kerosene range.
Apparatus for manufacturing and testing workpieces, comprising - a system for mixing or melting materials having a material inlet and a material outlet, - a pressure filter test device comprising application units in the form of filter modules, a sensor system for measuring pressure and a replacement system, wherein the filter modules can be positioned in the flow of the material melt, the replacement system being configured to automatically replace the filter modules in respect of the position thereof, and the pressure filter test device can be connected or is connected fixedly to the material outlet of the system for mixing or melting materials, and - a dispensing device comprising application units in the form of supply modules and a replacement system, wherein the dispensing device can be connected or is connected fixedly to the material inlet of the system for mixing or melting materials, which supply modules are disposed so that they are positioned or can be positioned above the material inlet of the system for mixing or melting materials, and the replacement system is configured to automatically replace the supply modules in respect of this position and/or in respect of the function thereof and empty the contents or a part of the contents of the supply modules into the material inlet of the system for melting or mixing materials. - a system for mixing or melting materials having a material inlet and a material outlet, - a pressure filter test device comprising application units in the form of filter modules, a sensor system for measuring pressure and a replacement system, wherein the filter modules can be positioned in the flow of the material melt, the replacement system being configured to automatically replace the filter modules in respect of the position thereof, and the pressure filter test device can be connected or is connected fixedly to the material outlet of the system for mixing or melting materials, and - a dispensing device comprising application units in the form of supply modules and a replacement system, wherein the dispensing device can be connected or is connected fixedly to the material inlet of the system for mixing or melting materials, which supply modules are disposed so that they are positioned or can be positioned above the material inlet of the system for mixing or melting materials, and the replacement system is configured to automatically replace the supply modules in respect of this position and/or in respect of the function thereof and empty the contents or a part of the contents of the supply modules into the material inlet of the system for melting or mixing materials.