mhurhangee/ep-ind-claims huggingface dataset:
Flush-mounted LED luminaire for electrical and mechanical connection in a commercially available flush-mounted device box, - comprising a setting device (7 - 11) for predefining a desired light intensity, by which either the current fed to an LED module of the flush-mounted LED luminaire is settable or by means of which, in the case of an LED module of the flush-mounted LED luminaire having at least two LEDs (17 - 20), at least one of the LEDs (17 - 20) is separately switchable on/off or respectively electrically bridgeable, characterized by - a device base comprising a converter including a primary connection for the connection of 230 V mains lines and a secondary connection for connecting the LED module, wherein - a supporting plate extends over the entire front surface of the device base and has only one cutout for feeding through electrical connections between the device base and the LED module, and wherein - the LED module has a plug device. - comprising a setting device (7 - 11) for predefining a desired light intensity, by which either the current fed to an LED module of the flush-mounted LED luminaire is settable or by means of which, in the case of an LED module of the flush-mounted LED luminaire having at least two LEDs (17 - 20), at least one of the LEDs (17 - 20) is separately switchable on/off or respectively electrically bridgeable, characterized by - a device base comprising a converter including a primary connection for the connection of 230 V mains lines and a secondary connection for connecting the LED module, wherein - a supporting plate extends over the entire front surface of the device base and has only one cutout for feeding through electrical connections between the device base and the LED module, and wherein - the LED module has a plug device.
A module of a passenger interface unit (14a, 14b) for an overhead valance of an aircraft, comprising: a high ion exchange glass panel having front and rear surfaces; a structural support panel bonded to the rear surface of the high ion exchange glass panel, and a light-emitting unit supported by the support panel behind the rear surface of the high ion exchange glass panel, characterized in that the rear surface of the high ion exchange glass panel to illuminate an interior of the aircraft includes an opaque printed coating layer having at least one unpainted region that is transparent to visible light emitted by the light-emitting unit thereby allowing the visible light to be transmitted through the high ion exchange glass panel and visible at the front surface thereof; the light-emitting unit comprises a touch screen unit supported by the support panel behind the rear surface of the high ion exchange glass panel controlled by the passenger by virtue of its operative interaction with the high ion exchange glass panel; and further comprising a reading light unit (16a, 16b) and an air vent unit (18a, 18b), wherein the high ion exchange glass panel and the support panel have respective registered reading light and air vent cut-out regions to accommodate the reading light and air vent units (18a, 18b) therein. a high ion exchange glass panel having front and rear surfaces; a structural support panel bonded to the rear surface of the high ion exchange glass panel, and a light-emitting unit supported by the support panel behind the rear surface of the high ion exchange glass panel, characterized in that the rear surface of the high ion exchange glass panel to illuminate an interior of the aircraft includes an opaque printed coating layer having at least one unpainted region that is transparent to visible light emitted by the light-emitting unit thereby allowing the visible light to be transmitted through the high ion exchange glass panel and visible at the front surface thereof; the light-emitting unit comprises a touch screen unit supported by the support panel behind the rear surface of the high ion exchange glass panel controlled by the passenger by virtue of its operative interaction with the high ion exchange glass panel; and further comprising a reading light unit (16a, 16b) and an air vent unit (18a, 18b), wherein the high ion exchange glass panel and the support panel have respective registered reading light and air vent cut-out regions to accommodate the reading light and air vent units (18a, 18b) therein.
Siphon arrangement comprising a housing with an inlet connection piece, an outlet connection piece as well as a siphon seat arranged between the inlet connection piece and the outlet connection piece, and a siphon element arranged in the siphon seat with a siphon portion as well as an inlet directed towards the inlet connection piece and an outlet leading towards the outlet connection piece, wherein water is guidable from the inlet connection piece via the inlet into the siphon portion and from the outlet to the outlet connection piece, wherein the siphon element is mounted in a movable, especially pivotable manner in the housing from a use position into a maintenance position, and is removable, especially extractable out of the housing, from the maintenance position, wherein the siphon element is formed such that during the movement of the siphon element, the water lying in the siphon portion at least partially moves towards the outlet connection piece, and wherein the siphon element is formed such that potential residual water in the siphon portion cannot flow out of the siphon portion during the movement or during the removal of the siphon element, respectively, wherein the siphon receptacle comprises a cylindrical bearing wall for the bearing of the siphon element, wherein the bearing wall, when viewed from the inlet connection piece, is penetrated by the inlet connection piece, characterized in that the bearing wall, when viewed towards the outlet connection piece, is penetrated by the outlet connection piece, and that at least one seal (16, 17) extends entirely around the inlet, wherein said seal (16, 17) cooperates with said bearing wall and extends entirely around the opening point of the inlet connection piece.
Method, implemented by a (12, 22), for helping the remote diagnosis of a vehicle (11, 21) comprising a plurality of computers, at least two computers of which implement a different diagnostic protocol, a first computer of which is able to exchange data remotely with the diagnostic help equipment (12, 22), said computers communicating with each other by means of at least one data bus comprising the following steps: - downloading a list of computers from a vehicle database, - determining for each computer in the list, a diagnostic protocol for dialoguing with said computer, - sending for each computer at least one diagnostic request according to the determined diagnostic protocol, - receipt of at least one response to the diagnostic request sent, - updating of a diagnostic database (12.1) from the response received the determination of a protocol for a computer comprising: - selecting (32.1) a protocol from a set of protocols compatible with the computer, - sending (32.2) a query with the selected protocol to the computer, - waiting (32.3) for a response from the computer, - if a response is received, the configuration (32.4) of the diagnostic help equipment (12,22) to communicate with the computer according to the protocol selected, - if no response is received, repeat the selection step by removing the protocol from the set of compatible protocols. - downloading a list of computers from a vehicle database, - determining for each computer in the list, a diagnostic protocol for dialoguing with said computer, - sending for each computer at least one diagnostic request according to the determined diagnostic protocol, - receipt of at least one response to the diagnostic request sent, - updating of a diagnostic database (12.1) from the response received the determination of a protocol for a computer comprising: - selecting (32.1) a protocol from a set of protocols compatible with the computer, - sending (32.2) a query with the selected protocol to the computer, - waiting (32.3) for a response from the computer, - if a response is received, the configuration (32.4) of the diagnostic help equipment (12,22) to communicate with the computer according to the protocol selected, - if no response is received, repeat the selection step by removing the protocol from the set of compatible protocols.
Multiple packaging comprising an assembly of containers for reception of articles, particularly liquids such as tinctures, dyes or the like, wherein each individual container is provided in an individual packaging, each individual packaging is constructed to be individually openable and several individual packagings are combined to form a multiple packaging, which is constructed as a tray, characterised in that the individual packagings are constructed to be separable from one another, that the individual packagings are formed to be sterile and that the containers are constructed as small pots.
A method for authorisation of a user to access a computer system locally at a site, the method comprising: the computer system determining whether a network connection to a remote authentication source (2, 3) is available; if the network connection is available, the computer system authenticating the user by interaction with the remote authentication source (2, 3); if the network connection is not available, the computer system authenticating the user using locally available resources; characterised in that if the network connection is not available, the computer system authenticates the user against a credential provided by the user, wherein the credential is a certificate issued by a certificate authority (22, 23) already trusted by the computer system and valid for a predetermined period of time, the computer system only authorising local access if it establishes that the certificate was issued by the certificate authority and is valid. the computer system determining whether a network connection to a remote authentication source (2, 3) is available; if the network connection is available, the computer system authenticating the user by interaction with the remote authentication source (2, 3); if the network connection is not available, the computer system authenticating the user using locally available resources; characterised in that if the network connection is not available, the computer system authenticates the user against a credential provided by the user, wherein the credential is a certificate issued by a certificate authority (22, 23) already trusted by the computer system and valid for a predetermined period of time, the computer system only authorising local access if it establishes that the certificate was issued by the certificate authority and is valid.
Propelling charge system for firing artillery shells with at least two partial charges, wherein each of the partial charges has one powder type as a propellant, said powder type comprising nitrocellulose, at least one crystalline energy carrier comprising a nitramine compound and at least one first inert plasticizer, characterized in that at least one partial charge comprises a first powder type and the at least one further partial charge comprises a second powder type, wherein the second powder type contains 2 to 10 wt.% of a second inert plasticizer in the region of the near-surface zones to a penetration depth of at most 400 μm and the first powder type contains no second inert plasticizer in the near-surface zones.
An isolated fusion protein, the fusion protein comprising an RSV F protein fragment and a non-RSV protein, wherein the RSV F protein fragment consists of amino acids 195 to 228 of SEQ ID NO:1, amino acids 195 to 228 of SEQ ID NO:2, amino acids 1 to 34 of SEQ ID NO:7, or amino acids 1 to 34 of SEQ ID NO:9, wherein the non-RSV protein comprises the squash family protease inhibitor Ecballium elaterium trypsin inhibitor II (EETI-II), wherein the inhibitor loop of EETI-II is replaced by the RSV F protein fragment and wherein the fusion protein is constrained in a conformation that can be specifically bound by monoclonal antibody D25 or an antigen-binding fragment, variant, analog, or derivative thereof.
A channel-variable cooling and heating circulating fan, comprising a rear net cover, a drive device, a heating component and a fan blade, wherein the drive device and the heating component are arranged inside the rear net cover, and the drive device has a rotatable shaft going through the heating component to connect to the fan blade; a sealed annular air channel is formed on a front end of the rear net cover and intake grids are formed on a rear end of the rear net cover and by the rotating of the fan blade, an axial wind is produced which enters through the intake air grids, blows through the heating component and into the sealed annular air channel and flows out therefrom; the rear net cover is provided with a radial air intake channel of an annular shape thereon, the sealed annular air channel communicates with the radial air intake channel, and the radial air intake channel is provided with an annular windshield ring; characterized in that, the radial air intake channel is provided between the fan blade and the heating component, and the annular windshield ring has an axial size greater than or equal to an axial size of the radial air intake channel, and is capable of axially moving into and out of a position where the radial air intake channel is located, thereby controlling the opening and closing of the radial air intake channel.
A thermosiphon system, comprising: a condenser; an evaporator; and a condensate line fluidically coupling the condenser to the evaporator, the condensate line comprising a tube having a central passage and a pair of outer passages positioned adjacent to the bottom of the tube and on opposite lateral sides of the central passage and extending parallel to the central passage, the central passage positioned to carry a vapor phase of the working fluid from the evaporator to the condenser, the pair of outer passages positioned to carry a liquid phase of the working fluid from the condenser to the evaporator; wherein the outer passages and the central passage are in fluid communication through apertures characterised in that the central passage extends above the outer passages and wherein a portion of the tube extends over the evaporator and the apertures in the outer passages above the evaporator. a condenser; an evaporator; and a condensate line fluidically coupling the condenser to the evaporator, the condensate line comprising a tube having a central passage and a pair of outer passages positioned adjacent to the bottom of the tube and on opposite lateral sides of the central passage and extending parallel to the central passage, the central passage positioned to carry a vapor phase of the working fluid from the evaporator to the condenser, the pair of outer passages positioned to carry a liquid phase of the working fluid from the condenser to the evaporator; wherein the outer passages and the central passage are in fluid communication through apertures characterised in that the central passage extends above the outer passages and wherein a portion of the tube extends over the evaporator and the apertures in the outer passages above the evaporator.
A detection signal correction method for correcting a sine signal and a cosine signal, the sine signal and the cosine signal being detection signals output from a sensor depending on rotation of a rotation shaft of a motor providing a steering shaft of a vehicle with steering assist torque, the method comprising: calculating a rotation angle of the rotation shaft, based on the detection signals;of the steering calculating a steering velocity of the steering shaft, based on the rotation angle; and calculating an error of the detection signals; characterized by correcting the error of the detection signals when the steering velocity is equal to or greater than a steering velocity threshold value and the error of the detection signals is equal to or greater than an error threshold value. depending on rotation of a rotation shaft of a motor providing a steering shaft of a vehicle with steering assist torque, the method comprising: calculating a rotation angle of the rotation shaft, based on the detection signals;of the steering calculating a steering velocity of the steering shaft, based on the rotation angle; and calculating an error of the detection signals; calculating a rotation angle of the rotation shaft, based on the detection signals;of the steering calculating a steering velocity of the steering shaft, based on the rotation angle; and calculating an error of the detection signals; characterized by correcting the error of the detection signals when the steering velocity is equal to or greater than a steering velocity threshold value and the error of the detection signals is equal to or greater than an error threshold value.
A detection method comprising: providing metallic nanoparticles wherein the metallic nanoparticles are modified with multiple immobilized groups having affinity for a complexing agent; introducing the complexing agent for binding with immobilized groups; applying microwave energy having a frequency range of from 10 8 to 10 12 Hz to cause an increase in heat in the system and/or increase the kinetics of a chemical reaction between the immobilized group and complexing agent within the detection system thereby increasing aggregation of the metallic particles when the complexing agent and immobilized group react, wherein the microwave energy has an intensity in a range of from about 0.0001 μW/cm 2 to about 1000 μW/cm 2; and measuring the change in plasmonic absorption due to aggregation. providing metallic nanoparticles wherein the metallic nanoparticles are modified with multiple immobilized groups having affinity for a complexing agent; introducing the complexing agent for binding with immobilized groups; applying microwave energy having a frequency range of from 10 8 to 10 12 Hz to cause an increase in heat in the system and/or increase the kinetics of a chemical reaction between the immobilized group and complexing agent within the detection system thereby increasing aggregation of the metallic particles when the complexing agent and immobilized group react, wherein the microwave energy has an intensity in a range of from about 0.0001 μW/cm 2 to about 1000 μW/cm 2; and measuring the change in plasmonic absorption due to aggregation.
A communication method, comprising: contending for access to a communication medium for a series of subframes associated with a Time Division Duplexing, TDD frame structure; transmitting on the communication medium during a first portion of the series of subframes; refraining from transmitting on the communication medium during a second portion of the series of subframes; adjusting one or more uplink transmission parameters associated with a triggering condition for invoking a contention timer; re-contending for access to the communication medium for a third portion of the series of subframes based on the contention timer; and transmitting on the communication medium during the third portion of the series of subframes. contending for access to a communication medium for a series of subframes associated with a Time Division Duplexing, TDD frame structure; transmitting on the communication medium during a first portion of the series of subframes; refraining from transmitting on the communication medium during a second portion of the series of subframes; adjusting one or more uplink transmission parameters associated with a triggering condition for invoking a contention timer; re-contending for access to the communication medium for a third portion of the series of subframes based on the contention timer; and transmitting on the communication medium during the third portion of the series of subframes.
Method for producing an electrochemical energy accumulator, comprising the method steps of: a) providing a temperature-control plate of plastic, the temperature-control plate at least partly comprising a thermally conductive material, and at least one contact region of the temperature-control plate being plastically deformable, the deformability being obtained when a pressure of greater than or equal to 0.1 N/cm 2 is exerted for a period of time of less than one hour; c) applying at least one cell in a pressure-based manner to at least one contact region, the contact region being plastically deformed by the at least one cell and full surface-area contact being produced between the contact region and the at least one battery cell, and d) hardening at least the at least one contact region of the temperature-control plate, the plastic deformation of the contact region being retained after the hardening. a) providing a temperature-control plate of plastic, the temperature-control plate at least partly comprising a thermally conductive material, and at least one contact region of the temperature-control plate being plastically deformable, the deformability being obtained when a pressure of greater than or equal to 0.1 N/cm 2 is exerted for a period of time of less than one hour; c) applying at least one cell in a pressure-based manner to at least one contact region, the contact region being plastically deformed by the at least one cell and full surface-area contact being produced between the contact region and the at least one battery cell, and d) hardening at least the at least one contact region of the temperature-control plate, the plastic deformation of the contact region being retained after the hardening.
A method of identifying the risk of a human for developing a breast cancer phenotype, the method comprising: detecting, in a biological sample from the human, the single nucleotide polymorphism REFSNP_ID 3817198, either directly or indirectly through a closely linked locus which is 100 kb or less from the polymorphism; and, correlating the allele at said polymorphism or locus to the risk of developing the phenotype. detecting, in a biological sample from the human, the single nucleotide polymorphism REFSNP_ID 3817198, either directly or indirectly through a closely linked locus which is 100 kb or less from the polymorphism; and, correlating the allele at said polymorphism or locus to the risk of developing the phenotype.