mhurhangee/ep-ind-claims huggingface dataset:
Shutter-type smoke extraction damper, comprising: - a frame for installing the damper in a smoke extraction duct; - at least one leaf which is mounted in the frame and is pivotable about a pivot axis between a closed position and an open position; - means of connection (6A, 6B, 8A, 8B) between the leaf and the frame; - a resetting motor which is provided on the leaf in order to drive the means of connection (6A, 6B, 8A, 8B) so as to move the leaf from its open position into its closed position; characterized in that said means of connection (6A, 6B, 8A, 8B) comprise: - first means of connection (6A, 8A) which are in part situated between the motor and a first edge of the leaf, and in part between this first edge and the frame, the first edge extending perpendicularly to the pivot axis; and - second means of connection (6B, 8B) which are in part situated between the motor and a second edge of the leaf, opposed to the first edge, and in part between this second edge and the frame. - a frame for installing the damper in a smoke extraction duct; - at least one leaf which is mounted in the frame and is pivotable about a pivot axis between a closed position and an open position; - means of connection (6A, 6B, 8A, 8B) between the leaf and the frame; - a resetting motor which is provided on the leaf in order to drive the means of connection (6A, 6B, 8A, 8B) so as to move the leaf from its open position into its closed position; - first means of connection (6A, 8A) which are in part situated between the motor and a first edge of the leaf, and in part between this first edge and the frame, the first edge extending perpendicularly to the pivot axis; and - second means of connection (6B, 8B) which are in part situated between the motor and a second edge of the leaf, opposed to the first edge, and in part between this second edge and the frame.
A method of operating an automotive vehicle on a roadway, the method comprising: detecting a current wheel angle of another vehicle positioned within a lane of the roadway, wherein the wheel angle corresponds to the angle the front wheels are turned from a reference line of the lane of the roadway, and wherein the reference line is arranged parallel with the trajectory of its lane at the present location of the another vehicle along the roadway; determining whether the another vehicle indicates an intention to change lanes on the roadway, wherein the lane change intention prediction includes determining whether the detected wheel angle exceeds a threshold wheel angle; and triggering a vehicle operation if it is determined that the detected wheel angle exceeds the threshold wheel angle, wherein the vehicle operation includes issuing an alert to a driver of the motor vehicle and/or controlling operation of the motor vehicle to yield. detecting a current wheel angle of another vehicle positioned within a lane of the roadway, wherein the wheel angle corresponds to the angle the front wheels are turned from a reference line of the lane of the roadway, and wherein the reference line is arranged parallel with the trajectory of its lane at the present location of the another vehicle along the roadway; determining whether the another vehicle indicates an intention to change lanes on the roadway, wherein the lane change intention prediction includes determining whether the detected wheel angle exceeds a threshold wheel angle; and triggering a vehicle operation if it is determined that the detected wheel angle exceeds the threshold wheel angle, wherein the vehicle operation includes issuing an alert to a driver of the motor vehicle and/or controlling operation of the motor vehicle to yield.
A compound having the structure of Formula I: or its pharmaceutically acceptable salts, pharmaceutically acceptable solvates, esters, polymorphs, enantiomers, or diastereomers, wherein X is OH and R is CH 3.
A greenish blue pigment exhibiting a greenish blue hue of high chroma and comprising a pigment represented by the following formula: wherein m indicates the number of phthalimidomethyl group(s), m is in a range of 1.0≤m≤5.0, R1 represents a sulfonic group, n indicates the number of the substituent group, n is in a range of 0.05≤n≤1.0, and M is a liganded or unliganded metal atom of Al or Zn, or wherein m indicates the number of phthalimidomethyl group(s), m is in a range of 2.5<m≤4.0, R1 represents a sulfonic group, n indicates the number of the substituent group, n is in a range of 0.05≤n≤0.7, and M is a liganded or unliganded metal atom of Cu.
Dish washing machine for using a 3-in-1 combined product, having a water softening system and at least one optimised wash program as a combined function for a 3-in-l combined product, wherein the water softening system for filling the dish washing machine with raw water can be used to achieve a portion of the degree of softening needed for the existing raw water hardness when using the combined function, in order to be able to utilise 3-in-1 combined products when the raw water is very hard, characterised in that the combined function for selecting the optimised wash program can be activated automatically with the help of a level sensor in the reservoir for rinse-aid.
A magnetic clamping device for securing an attachment element to an item, the clamping device comprising: a clamp movable between a locked position and an unlocked position; and a keyed magnetic element affixed to the clamp, the magnetic element including a plurality of hard magnets, where each hard magnet has either an outward-facing north or south polarity, the plurality of hard magnets being arranged so as to form a specific magnetic polarity pattern, the clamp moving from the locked position to the unlocked position when a keyed magnetic force corresponding to the keyed magnetic element is applied to the keyed magnetic element, whereby only a detacher unit with an identical attracting or repelling keyed magnetic polarity pattern corresponding to the specific magnetic polarity pattern of the keyed magnetic element can apply the requisite magnetic force to the clamp to disengage the attachment element from the item. a clamp movable between a locked position and an unlocked position; and a keyed magnetic element affixed to the clamp, the magnetic element including a plurality of hard magnets, where each hard magnet has either an outward-facing north or south polarity, the plurality of hard magnets being arranged so as to form a specific magnetic polarity pattern, the clamp moving from the locked position to the unlocked position when a keyed magnetic force corresponding to the keyed magnetic element is applied to the keyed magnetic element, whereby only a detacher unit with an identical attracting or repelling keyed magnetic polarity pattern corresponding to the specific magnetic polarity pattern of the keyed magnetic element can apply the requisite magnetic force to the clamp to disengage the attachment element from the item.
A hand-receiving device, comprising: a hand engaging base member including an opening for receiving a wearer's hand; and a closure system engaged with the hand engaging member, wherein the closure system includes: (a) a flap component including a first portion of a hook-and-loop fastener, wherein a first edge of the flap component is engaged with the hand engaging base member on a first side of the opening, and wherein the flap component further includes a free edge located opposite the first edge, (b) a base component including a second portion of the hook-and-loop fastener engaged with the hand engaging base member on a second side of the opening, characterized by including a notched area free of the second portion of the hook-and-loop fastener, and wherein the free edge of the flap component extends over the notched area when the first and second portions of the hook-and-loop fastener (1216a, 1216b) are engaged together. a hand engaging base member including an opening for receiving a wearer's hand; and a closure system engaged with the hand engaging member, wherein the closure system includes: (a) a flap component including a first portion of a hook-and-loop fastener, wherein a first edge of the flap component is engaged with the hand engaging base member on a first side of the opening, and wherein the flap component further includes a free edge located opposite the first edge, (b) a base component including a second portion of the hook-and-loop fastener engaged with the hand engaging base member on a second side of the opening, characterized by including a notched area free of the second portion of the hook-and-loop fastener, and wherein the free edge of the flap component extends over the notched area when the first and second portions of the hook-and-loop fastener (1216a, 1216b) are engaged together. (a) a flap component including a first portion of a hook-and-loop fastener, wherein a first edge of the flap component is engaged with the hand engaging base member on a first side of the opening, and wherein the flap component further includes a free edge located opposite the first edge, (b) a base component including a second portion of the hook-and-loop fastener engaged with the hand engaging base member on a second side of the opening,
Thermodynamically metastable crystal modification of N-(aminoiminomethyl)-2-aminoacetic acid, characterised in that the crystal modification in the x-ray powder diffractogram of the crystal modification shows the strongest reflex bands at 2Θ = 20.2° and 23.3° and 23.8° and 25.3° at a measuring accuracy of +/- 0.2° when using Cu-Kα 1 radiation.
A substrate coated on one face with a thin-film multilayer (34, 35, 36) comprising at least one functional metal film (140, 180, 220) based on silver or made of silver having a thickness e comprised between 7 nm and 20 nm inclusive of these values, and two antireflection coatings (120, 160, 200, 240), said antireflection coatings each comprising at least one antireflection film (128, 168, 208, 248), said functional film being placed between the two antireflection coatings (120, 160), characterized in that said multilayer comprises a lower discontinuous metal film having a thickness e' comprised between 0.5 nm and 5 nm inclusive of these values, said lower discontinuous metal film being located between, on the one hand, said face and, on the other hand, the only or first functional metal film as counted starting from said face, said, or each, discontinuous metal film (123, 167) is located, on the one hand, directly on an antireflection film (121', 169') having a refractive index at 550 nm of at least 1.9, and, on the other hand, directly under an antireflection film (121, 169) having a refractive index at 550 nm of at least 1.9.
A fastening arrangement for attaching a floor to a support structure, the fasting arrangement comprising: at least one cross beam; a floor panel of the floor deposited on the at least one cross beam; a fork bolt attached to the cross beam via a barrel nut; a lug bolt rotary connected to the fork bolt and adapted for attaching an attachment element to the cross beam; wherein the fork bolt has a head with a slit for accommodating an end of the lug bolt, such that the lug bolt is rotary in the direction of the slit; wherein the fork bolt has a foot with a thread to be screwed into a thread of the barrel nut; wherein the floor panel has an opening for accommodating the head of the fork bolt, such that the floor panel is attached to the cross beam by the head of the fork bolt; wherein the head of the fork bolt is rotatable in the opening of the floor panel for screwing the fork bolt into the barrel nut by rotating the lug bolt. at least one cross beam; a floor panel of the floor deposited on the at least one cross beam; a fork bolt attached to the cross beam via a barrel nut; a lug bolt rotary connected to the fork bolt and adapted for attaching an attachment element to the cross beam; wherein the fork bolt has a head with a slit for accommodating an end of the lug bolt, such that the lug bolt is rotary in the direction of the slit; wherein the fork bolt has a foot with a thread to be screwed into a thread of the barrel nut; wherein the floor panel has an opening for accommodating the head of the fork bolt, such that the floor panel is attached to the cross beam by the head of the fork bolt; wherein the head of the fork bolt is rotatable in the opening of the floor panel for screwing the fork bolt into the barrel nut by rotating the lug bolt.
A chip for radiation measurements, the chip comprising - a first substrate comprising at least a first sensor and a second sensor, - a second substrate comprising at least a first cavity and a second cavity both with oblique side walls and a top wall, wherein an internal layer preventing radiation from reaching the second sensor is present on the inside of the second cavity, and wherein the second substrate is sealed to the first substrate with the cavities (121, 126) on the inside such that the first cavity is above the first sensor and the second cavity is above the second sensor characterized in that the internal layer is provided at least at the top and side walls of the second cavity and that the internal layer also covers at least the oblique side wall of the first cavity neighbouring the second cavity. - a first substrate comprising at least a first sensor and a second sensor, - a second substrate comprising at least a first cavity and a second cavity both with oblique side walls and a top wall, wherein an internal layer preventing radiation from reaching the second sensor is present on the inside of the second cavity, and wherein the second substrate is sealed to the first substrate with the cavities (121, 126) on the inside such that the first cavity is above the first sensor and the second cavity is above the second sensor
A method for optimising mobility management in a cellular network with a least one mobile terminal wherein the mobile terminal performs the steps: i. measuring at least one receive signal relevant parameter, in particular the receive signal level and/or receive signal quality, during a handover and/or cell reselection procedure for a number of cells, in particular for all neighbouring cells and/or the serving cell, ii. combining these data with information about the physical frequency on which they were determined, and where applicable with the used scrambling code, iii. storing said measurement data in a database for future use characterised in that the network and/or the user terminal accesses and analyzes the stored measurement data for generating a frequency list including relevant frequencies, and where applicable scrambling codes of neighbouring cells of the respective mobile terminal, for a possible handover and/or cell reselection procedure and/or PLMN selection. i. measuring at least one receive signal relevant parameter, in particular the receive signal level and/or receive signal quality, during a handover and/or cell reselection procedure for a number of cells, in particular for all neighbouring cells and/or the serving cell, ii. combining these data with information about the physical frequency on which they were determined, and where applicable with the used scrambling code, iii. storing said measurement data in a database for future use characterised in that the network and/or the user terminal accesses and analyzes the stored measurement data for generating a frequency list including relevant frequencies, and where applicable scrambling codes of neighbouring cells of the respective mobile terminal, for a possible handover and/or cell reselection procedure and/or PLMN selection.
Method for producing a double-flanged seam between an inner component having a free edge section and an outer component having a fold flange arranged on an edge section, comprising at least the following steps: applying a structural adhesive, which expands under heat, in the form of an adhesive strip to one of the components (2, 3) on the side thereof oriented toward the other component (2, 3), then crimping over the fold flange toward the inner component, thus creating a fold gap, only then applying a paint coating, at least in the region of the double-flanged seam to one or both of the components (2, 3), and only then heating up at least the region of the double-flanged seam, thus melting and expanding the structural adhesive of the adhesive strip, which stretches in the process and thereby at least partially covers the paint coating in the region of the double-flanged seam. applying a structural adhesive, which expands under heat, in the form of an adhesive strip to one of the components (2, 3) on the side thereof oriented toward the other component (2, 3), then crimping over the fold flange toward the inner component, thus creating a fold gap, only then applying a paint coating, at least in the region of the double-flanged seam to one or both of the components (2, 3), and only then heating up at least the region of the double-flanged seam, thus melting and expanding the structural adhesive of the adhesive strip, which stretches in the process and thereby at least partially covers the paint coating in the region of the double-flanged seam.
An aircraft comprising: a gas turbine engine comprising a compressor section and a turbine section; a cooling network coupled to the gas turbine engine; and an operational temperature detection system comprising a control system and a temperature detection device (210;310) located downstream of the cooling network and located upstream of at least one of a compressor rotor of the compressor section of the gas turbine engine and a turbine rotor of the turbine section of the gas turbine engine; wherein the temperature detection device (210;310) comprises at least one thermocouple configured to detect a delivery temperature of cooled cooling air of the cooling network coupled to the gas turbine engine; and wherein the temperature detection device is configured to communicate the delivery temperature to the control system. a gas turbine engine comprising a compressor section and a turbine section; a cooling network coupled to the gas turbine engine; and an operational temperature detection system comprising a control system and a temperature detection device (210;310) located downstream of the cooling network and located upstream of at least one of a compressor rotor of the compressor section of the gas turbine engine and a turbine rotor of the turbine section of the gas turbine engine; wherein the temperature detection device (210;310) comprises at least one thermocouple configured to detect a delivery temperature of cooled cooling air of the cooling network coupled to the gas turbine engine; and wherein the temperature detection device is configured to communicate the delivery temperature to the control system.
An optical fiber, comprising: a central core, said central core having a non-circular and non-elliptical cross-section, said central core rotated about a central axis thereof along the length of the optical fiber, and a cladding disposed about said central core. a central core, said central core having a non-circular and non-elliptical cross-section, said central core rotated about a central axis thereof along the length of the optical fiber, and a cladding disposed about said central core.
An anchoring element for a charging station foundation, the charging station foundation being configured to receive a charging station adapted to electrically charge a vehicle, wherein the anchoring element comprises at least 50 weight percent plastic material and is adapted to receive first threaded fasteners by means of which the anchoring element may be attached to a foundation member of the charging station foundation and to receive second threaded fasteners by means of which the charging station may be attached to the anchoring element, such that the charging station may be attached to the foundation member via the anchoring element, wherein an area of the anchoring element that is adapted to receive the second threaded fasteners has a thickness of at least 30 millimeters and the second threaded fasteners are screws.
Method for the production of a porous powdered product from at least one pulverulent and/or viscous starting product, characterized in that the following steps are carried out continuously and without exposing the product to the open air: a) the starting product is prepared in order to bring it into a viscous state of viscosity greater than 100 mPa.s and preferably greater than 200 mPa.s, b) in a thermomechanical treatment machine for continuously carrying out at least transport and/or mixing functions for viscous products or products rich in dry matter: - the viscosity of the product in the viscous state is lowered without changing its content of dry matter by a first operation of intimate mixing with a gas injected into the thermomechanical treatment machine, and - porosity is simultaneously initiated in the product in the viscous state; c) continuously with the thermomechanical treatment machine, the intimate mixing of the product in the viscous state is intensified in a static or dynamic manner by a second operation of mixing with a gas in order to obtain an aerated and porous mass, and d) the mass is divided in order to obtain aerated and porous particles having a content of dry matter of from 50 to 90% and a particle size less than or equal to 3 mm. a) the starting product is prepared in order to bring it into a viscous state of viscosity greater than 100 mPa.s and preferably greater than 200 mPa.s, b) in a thermomechanical treatment machine for continuously carrying out at least transport and/or mixing functions for viscous products or products rich in dry matter: - the viscosity of the product in the viscous state is lowered without changing its content of dry matter by a first operation of intimate mixing with a gas injected into the thermomechanical treatment machine, and - porosity is simultaneously initiated in the product in the viscous state; - the viscosity of the product in the viscous state is lowered without changing its content of dry matter by a first operation of intimate mixing with a gas injected into the thermomechanical treatment machine, and - porosity is simultaneously initiated in the product in the viscous state; c) continuously with the thermomechanical treatment machine, the intimate mixing of the product in the viscous state is intensified in a static or dynamic manner by a second operation of mixing with a gas in order to obtain an aerated and porous mass, and d) the mass is divided in order to obtain aerated and porous particles having a content of dry matter of from 50 to 90% and a particle size less than or equal to 3 mm.
A negative electrode active material for a lithium secondary battery comprising: (a) a core including one or more non-carbon-based materials selected from the group consisting of silicon, nickel, germanium, and titanium; and (b) a fluorine containing-organic polymer coating layer formed on a surface of the core, characterized in that the fluorine containing-organic polymer is a compound selected from the group consisting of (a) an epoxy compound containing a fluorine component, (b) an acrylate-based compound containing a fluorine component, and (c) a silane-based compound containing a fluorine component. (a) a core including one or more non-carbon-based materials selected from the group consisting of silicon, nickel, germanium, and titanium; and (b) a fluorine containing-organic polymer coating layer formed on a surface of the core, characterized in that the fluorine containing-organic polymer is a compound selected from the group consisting of (a) an epoxy compound containing a fluorine component, (b) an acrylate-based compound containing a fluorine component, and (c) a silane-based compound containing a fluorine component.