mhurhangee/ep-ind-claims huggingface dataset:
Control system for controlling an engine shutdown of a propulsion engine of an aircraft, comprising: - at least one fuel supply shut-off member, such that, when the fuel supply shut-off member is electrically powered, the fuel supply of the propulsion engine is stopped; - a control member, which is intended to be placed in the cockpit of the aircraft and which comprises a set of switches, at least one first switch on an electrical power supply link of the fuel supply shut-off member or members and a plurality of second switches intended to be connected to avionics of the aircraft, the first switch or switches being in open position by default, the set of switches switching position on an engine shutdown command; - an engine shutdown confirmation unit comprising at least one third switch placed on the electrical power supply link, the third switch or switches being in open position by default; characterized in that the engine shutdown confirmation unit comprises electronic circuitry configured to switch the third switch or switches over to closed position when a predefined quantity Q of switches out of the set of switches of the control member switches position within a sliding time frame of predefined duration and, otherwise, keeps the third switch or switches in open position. - at least one fuel supply shut-off member, such that, when the fuel supply shut-off member is electrically powered, the fuel supply of the propulsion engine is stopped; - a control member, which is intended to be placed in the cockpit of the aircraft and which comprises a set of switches, at least one first switch on an electrical power supply link of the fuel supply shut-off member or members and a plurality of second switches intended to be connected to avionics of the aircraft, the first switch or switches being in open position by default, the set of switches switching position on an engine shutdown command; - an engine shutdown confirmation unit comprising at least one third switch placed on the electrical power supply link, the third switch or switches being in open position by default;
Apparatus for exchanging kinetic energy between a fluid and a structure moveable relative to the fluid and connected to the apparatus, the apparatus comprising: - a channel enclosed by a channel wall connected with the structure, the channel wall being adapted to guide the fluid; - at least four substantially identical blades extending within the channel, being moveable within the channel and being connected to an energy converter coupled with the structure, the blades each comprising two substantially identical blade parts, separated by a hinge, extending in a radial plane in each position of the blades; wherein: - - the blades are adapted to perform a recurrent movement, - - in the flow direction with the main plane of the blades extend substantially perpendicular to the flow direction, and - - against the flow direction with the main plane of the blades extend substantially parallel to the flow direction, characterized in that - between each pair of adjacent blades a wall joint is connected to the channel wall; - a second orthogonal hinge joint being located in the centre of each hinge; - a rod extends between each wall joint and the two adjacent hinge joints; and - the two blade halves adjacent to a wall joint extend orthogonal in each position of the blades. - a channel enclosed by a channel wall connected with the structure, the channel wall being adapted to guide the fluid; - at least four substantially identical blades extending within the channel, being moveable within the channel and being connected to an energy converter coupled with the structure, the blades each comprising two substantially identical blade parts, separated by a hinge, extending in a radial plane in each position of the blades; - - the blades are adapted to perform a recurrent movement, - - in the flow direction with the main plane of the blades extend substantially perpendicular to the flow direction, and - - against the flow direction with the main plane of the blades extend substantially parallel to the flow direction, - between each pair of adjacent blades a wall joint is connected to the channel wall; - a second orthogonal hinge joint being located in the centre of each hinge; - a rod extends between each wall joint and the two adjacent hinge joints; and - the two blade halves adjacent to a wall joint extend orthogonal in each position of the blades.
A feed conveyor, comprising a mobile housing and a bearing housing which is arranged on a front part of the housing, wherein a worm conveyor, having a conveying direction which is oriented transversely with respect to the direction of travel of the mobile housing, is rotatably mounted in the bearing housing, said worm conveyor having a worm shaft and a worm thread which is arranged on the worm shaft and comprises a plastic sheathing, characterized in that plastic sheathing forms a sawtooth-like threaded profile.
A cell which has been genetically engineered to release a polypeptide from said cell when a population of said cells reaches a desired density, and wherein said cell lyses when said population of cells reaches said desired density and wherein said cell comprises a Synchronized Lysis Circuit, said SLC comprising a coupled positive and a negative feedback loop, and the negative feedback promotes lysis of the cell, wherein the cell is a bacterial cell.
Method for connecting a device, termed master device, with a slave device chosen from among several slave devices (AP1-AP3), the method comprising, in the master device, a. a step of receiving advertising messages arising from several slave devices (AP1-AP2), the messages including respective temporal data (UPT1-UPT3) provided by respective temporal counters (CPT1-CPT3) able to recognize respective durations of use (UPT1-UPT3) of the slave devices b. a step of comparing the temporal data received (UPT1-UPT3); c. a step of connecting with at least one slave device as a function of the result of the comparing step; a. a step of receiving advertising messages arising from several slave devices (AP1-AP2), the messages including respective temporal data (UPT1-UPT3) provided by respective temporal counters (CPT1-CPT3) able to recognize respective durations of use (UPT1-UPT3) of the slave devices b. a step of comparing the temporal data received (UPT1-UPT3); c. a step of connecting with at least one slave device as a function of the result of the comparing step;
An elevator inspection system, configured to inspect multiple elevator cars in a group of elevator cars, the system comprising: a sensor implement; and a robot supporting the sensor implement; characterized in that: a controller, which is onboard the robot, is operationally connected to the robot and the sensor implement, wherein the controller is configured to transmit an alert responsive to determining, from sensor data compared with elevator operational data, that an operational parameter of an elevator car in which the robot is located is outside a predetermined threshold; and wherein the controller is configured to transmit the alert to an elevator group controller over a cellular network. a sensor implement; and a robot supporting the sensor implement; characterized in that: a controller, which is onboard the robot, is operationally connected to the robot and the sensor implement, wherein the controller is configured to transmit an alert responsive to determining, from sensor data compared with elevator operational data, that an operational parameter of an elevator car in which the robot is located is outside a predetermined threshold; and wherein the controller is configured to transmit the alert to an elevator group controller over a cellular network. a controller, which is onboard the robot, is operationally connected to the robot and the sensor implement, wherein the controller is configured to transmit an alert responsive to determining, from sensor data compared with elevator operational data, that an operational parameter of an elevator car in which the robot is located is outside a predetermined threshold; and wherein the controller is configured to transmit the alert to an elevator group controller over a cellular network.
A stereoscopic image forming device (60; 84) to be formed in a ring shape or a shape partly using a ring shape when viewed from above, the stereoscopic image forming device (60; 84) forming in the air a stereoscopic image of an object by reflecting light from the object off a plurality of first vertical light reflective members (62; 86) and a plurality of second vertical light reflective members (64; 88), the stereoscopic image forming device (60; 84) comprising: the first vertical light reflective members (62; 86) provided in one side of a transparent flat plate material (61; 85), the first vertical light reflective members (62; 86) arranged radially around a reference point X; and the second vertical light reflective members (64; 88) provided in the other side of the transparent flat plate material (61; 85), the second vertical light reflective members (64; 88) arranged in concentric circles centered at a reference point Y overlapping on the reference point X when viewed from above, the concentric circles intersecting with the first vertical light reflective members (62; 86). the first vertical light reflective members (62; 86) provided in one side of a transparent flat plate material (61; 85), the first vertical light reflective members (62; 86) arranged radially around a reference point X; and the second vertical light reflective members (64; 88) provided in the other side of the transparent flat plate material (61; 85), the second vertical light reflective members (64; 88) arranged in concentric circles centered at a reference point Y overlapping on the reference point X when viewed from above, the concentric circles intersecting with the first vertical light reflective members (62; 86).
Sensing device for a portable electronic device, in particular a communication device or a wearable device, the sensing device comprising: an acoustic wave sensing means, in particular a microphone (9, 23); a gas sensing means (11, 43); and a membrane, wherein the acoustic wave sensing means (9, 23) and the gas sensing means (11, 43) are integrated in one device, and characterised in that the gas sensing means (11, 43) senses a reference volume of gas, wherein said reference volume of gas is determined based on an electrical signal representative of a movement and/or deformation of the membrane; and in that the acoustic wave sensing means (9, 23) is provided over a substrate and the gas sensing means (11, 43) is stacked over the acoustic wave sensing means (9, 23). an acoustic wave sensing means, in particular a microphone (9, 23); a gas sensing means (11, 43); and a membrane, wherein the acoustic wave sensing means (9, 23) and the gas sensing means (11, 43) are integrated in one device, and characterised in that the gas sensing means (11, 43) senses a reference volume of gas, wherein said reference volume of gas is determined based on an electrical signal representative of a movement and/or deformation of the membrane; and in that the acoustic wave sensing means (9, 23) is provided over a substrate and the gas sensing means (11, 43) is stacked over the acoustic wave sensing means (9, 23).
Method for hot-stamping at least one part of at least one ribbon-like stamping film (10, 20) onto a ribbon-like substrate, wherein the substrate to be stamped is combined with a stamping film (10, 20) of the at least one stamping film (10, 20), the substrate and the stamping film (10, 20) resting on it are guided along on the periphery of a first heated stamping roller, wherein, in a first stamping, the substrate and the stamping film (10, 20) resting on it are pressed against each other by at least one first pressing roller arranged on the periphery of the first stamping roller and against the heated surface of the first stamping roller, and a first stamping layer is stamped onto the substrate, the substrate stamped once is guided away from the first stamping roller and is combined with the same or a further stamping film (10, 20) of the at least one stamping film (10, 20) in turn after the first stamping roller in relation to the running direction of the substrate, the substrate stamped once and the stamping film (10, 20) resting on it is guided along on the periphery of a second heated stamping roller, wherein, in a second stamping, the substrate and the stamping film (10, 20) resting on it are pressed against each other by at least one second pressing roller arranged on the periphery of the second stamping roller and against the heated surface of the second stamping roller, and a second stamping layer is stamped onto the substrate, the substrate stamped twice is guided away from the second stamping roller, and the substrate is printed with at least one printing layer between the first and second stamping. the substrate and the stamping film (10, 20) resting on it are guided along on the periphery of a first heated stamping roller, wherein, in a first stamping, the substrate and the stamping film (10, 20) resting on it are pressed against each other by at least one first pressing roller arranged on the periphery of the first stamping roller and against the heated surface of the first stamping roller, and a first stamping layer is stamped onto the substrate, the substrate stamped once is guided away from the first stamping roller and is combined with the same or a further stamping film (10, 20) of the at least one stamping film (10, 20) in turn after the first stamping roller in relation to the running direction of the substrate, the substrate stamped once and the stamping film (10, 20) resting on it is guided along on the periphery of a second heated stamping roller, wherein, in a second stamping, the substrate and the stamping film (10, 20) resting on it are pressed against each other by at least one second pressing roller arranged on the periphery of the second stamping roller and against the heated surface of the second stamping roller, and a second stamping layer is stamped onto the substrate, the substrate stamped twice is guided away from the second stamping roller, and the substrate is printed with at least one printing layer between the first and second stamping.
Method for producing an ultrasound sensor for a motor vehicle, in which method, for the ultrasound sensor, a diaphragm for emitting ultrasound signals in an emitting direction and a sensor housing are provided, in and/or on which sensor housing the diaphragm is fastened, wherein by way of the sensor housing, the ultrasound sensor can be installed on a bracket which is connected to a panelling part of the motor vehicle, wherein the sensor housing has a front side, which points in the emitting direction of the diaphragm, and a rear side, which points in a rearward direction which is opposite to the emitting direction, and wherein the sensor housing is, on the rear side, formed with a rear-side installation opening for components of the ultrasound sensor, wherein the diaphragm is inserted into the sensor housing through the rear-side installation opening in the emitting direction, and said diaphragm is placed, through an interior space of the sensor housing, into an installed position at the front side of the sensor housing, and is fastened in the installed position, characterized in that, on the front side, the sensor housing is formed with a front-side opening for the diaphragm, wherein, during the placing of the diaphragm into the installed position, the diaphragm is passed through the front-side opening proceeding from the interior space of the sensor housing, and in the installed position, said diaphragm is brought into contact with an abutment element.
An information processing apparatus, comprising: a display panel; a touch screen that is superimposed on the display panel and is configured to detect coordinates designated by a user; and a control unit that is configured to set, with a region detectable by the touch screen being a first region, a second region in at least a part of the first region and to invalidate the coordinates detected in the second region, characterized in that the control unit is configured to analyze information on a screen displayed on the display panel to recognize a coordinate position of an input section displayed on the display panel, the recognition being based on software for displaying the input section, and to set an input enabled third region, being the input section and the peripheries thereof, and to set a region of the first region in the peripheries of the input enabled third region, a display panel; a touch screen that is superimposed on the display panel and is configured to detect coordinates designated by a user; and a control unit that is configured to set, with a region detectable by the touch screen being a first region, a second region in at least a part of the first region and to invalidate the coordinates detected in the second region, characterized in that the control unit is configured to analyze information on a screen displayed on the display panel to recognize a coordinate position of an input section displayed on the display panel, the recognition being based on software for displaying the input section, and to set an input enabled third region, being the input section and the peripheries thereof, and to set a region of the first region in the peripheries of the input enabled third region,
A display substrate, comprising a base substrate and a plurality of pixel regions on one side of the base substrate, wherein each of at least one pixel region of the plurality of pixel regions is provided with a color filter and an auxiliary portion, the color filter and the auxiliary portion are integrally formed, and a gas hole is provided in the auxiliary portion, the display substrate further comprises a light-shielding pattern between at least two adjacent pixel regions of the plurality of pixel regions, wherein at least three adjacent pixel regions of the plurality of pixel regions are provided with color filters of different colors, which comprise a red filter, a green filter and a blue filter, and the light-shielding pattern comprises a first portion, a second portion and a third portion sequentially stacked; characterised in that the red filter and the first portion are formed simultaneously and made of a same material; the green filter and the second portion are formed simultaneously and made of a same material; and the blue filter and the third portion are formed simultaneously and made of a same material, each of the first portion, the second portion and the third portion is provided with a gas hole, and the gas hole is a groove or a through hole. wherein each of at least one pixel region of the plurality of pixel regions is provided with a color filter and an auxiliary portion, the color filter and the auxiliary portion are integrally formed, and a gas hole is provided in the auxiliary portion, the display substrate further comprises a light-shielding pattern between at least two adjacent pixel regions of the plurality of pixel regions, wherein at least three adjacent pixel regions of the plurality of pixel regions are provided with color filters of different colors, which comprise a red filter, a green filter and a blue filter, and the light-shielding pattern comprises a first portion, a second portion and a third portion sequentially stacked; characterised in that the red filter and the first portion are formed simultaneously and made of a same material; the green filter and the second portion are formed simultaneously and made of a same material; and the blue filter and the third portion are formed simultaneously and made of a same material, each of the first portion, the second portion and the third portion is provided with a gas hole, and the gas hole is a groove or a through hole.
A method for determining cell information for cell reselection in a wireless communication network, comprising: receiving a pilot signal broadcast from an access point (102, 124, 406); determining a pilot identifier comprised within the pilot signal; and determining a type of the access point (102, 124, 406) based at least in part on an identifier range in which the pilot identifier falls; and reading a restricted association identifier from the access point (102, 124, 406) based at least in part on the pilot identifier falling within the identifier range that indicates the access point type as femtocell. receiving a pilot signal broadcast from an access point (102, 124, 406); determining a pilot identifier comprised within the pilot signal; and determining a type of the access point (102, 124, 406) based at least in part on an identifier range in which the pilot identifier falls; and reading a restricted association identifier from the access point (102, 124, 406) based at least in part on the pilot identifier falling within the identifier range that indicates the access point type as femtocell.
A ionic liquid compound of the general formula wherein - X represents Cl or CH 3, - Y represents -CH 2 - or -CH 2 -CH -CH 2 -, - R 1 represents straight chain alkyl C1 to C18 or their mixtures, cocoamidopropyl, or straight chain C1-C18-alkylamidopropyl or their mixtures, and - R 2 represents hydrogen atom or straight chain alkyl C1 to C18 or their mixtures. - X represents Cl or CH 3, - Y represents -CH 2 - or -CH 2 -CH -CH 2 -, - R 1 represents straight chain alkyl C1 to C18 or their mixtures, cocoamidopropyl, or straight chain C1-C18-alkylamidopropyl or their mixtures, and - R 2 represents hydrogen atom or straight chain alkyl C1 to C18 or their mixtures.
A system for storing cuttings comprising: a drilling rig having a deck supported by at least two support structures; and a slurrification system disposed on the drilling rig, the slurrification system comprising: at least one cuttings storage vessel (1004, 302, 390, 43) disposed in at least one of the at least two support structures; a module configured to operatively connect with the at least one cuttings storage vessel (1004, 302, 390, 43); and a fluid supply line in fluid communication with the at least one cuttings storage vessels (1004, 302, 390, 43). a drilling rig having a deck supported by at least two support structures; and a slurrification system disposed on the drilling rig, the slurrification system comprising: at least one cuttings storage vessel (1004, 302, 390, 43) disposed in at least one of the at least two support structures; a module configured to operatively connect with the at least one cuttings storage vessel (1004, 302, 390, 43); and a fluid supply line in fluid communication with the at least one cuttings storage vessels (1004, 302, 390, 43). at least one cuttings storage vessel (1004, 302, 390, 43) disposed in at least one of the at least two support structures; a module configured to operatively connect with the at least one cuttings storage vessel (1004, 302, 390, 43); and a fluid supply line in fluid communication with the at least one cuttings storage vessels (1004, 302, 390, 43).