mhurhangee/ep-ind-claims huggingface dataset:
A luminaire system comprising: - a plurality of luminaires for installation in a room the luminaire system being characterised in that it further comprises: - a light sensor arrangement comprising at least one light sensor and configured to measure light intensity in different directions such that: 1) a light intensity of each of the luminaires can be measured when installed in the room, and 2) light coming in from outside the room can be measured, - mapping means configured to address each of the luminaires independently and to divide the room into a predefined number of zones (Z 1, Z 2,... Z n) depending on the measured light intensity of each of the luminaires and on the incoming light from outside the room, and - processing means configured to estimate the position of each luminaire in the room and automatically allocate at least one of the luminaires to each of the zones (Z 1, Z 2,... Z n), such that each zone (Z 1, Z 2,... Z n) is associated with at least one luminaire. - a plurality of luminaires for installation in a room the luminaire system being characterised in that it further comprises: - a light sensor arrangement comprising at least one light sensor and configured to measure light intensity in different directions such that: 1) a light intensity of each of the luminaires can be measured when installed in the room, and 2) light coming in from outside the room can be measured, 1) a light intensity of each of the luminaires can be measured when installed in the room, and 2) light coming in from outside the room can be measured, - mapping means configured to address each of the luminaires independently and to divide the room into a predefined number of zones (Z 1, Z 2,... Z n) depending on the measured light intensity of each of the luminaires and on the incoming light from outside the room, and - processing means configured to estimate the position of each luminaire in the room and automatically allocate at least one of the luminaires to each of the zones (Z 1, Z 2,... Z n), such that each zone (Z 1, Z 2,... Z n) is associated with at least one luminaire.
A method for delivering content over a network, the method comprising: receiving, at an edge server of a content distribution network, a request for the content from a requester, the request comprising a location-specific request specifying a particular location within the content; retrieving, by said edge server, a first portion of the content from a media access server (110, 112, 204), by generating at least one range request specifying a range of data to be retrieved and a beginning location within the content corresponding to the particular location within the content; upon receiving the first portion of the content, streaming the first portion of the content to the requester; while streaming the first portion of the content, retrieving the remaining portions of the content from the media access server (110, 112, 204); and storing the entirety of the content in a local memory of said edge server upon retrieval of the entirety of the content from the media access server (110, 112, 204) for subsequent requests for the content such that the entirety of the content is available at the edge server for additional requests for the content. receiving, at an edge server of a content distribution network, a request for the content from a requester, the request comprising a location-specific request specifying a particular location within the content; retrieving, by said edge server, a first portion of the content from a media access server (110, 112, 204), by generating at least one range request specifying a range of data to be retrieved and a beginning location within the content corresponding to the particular location within the content; upon receiving the first portion of the content, streaming the first portion of the content to the requester; while streaming the first portion of the content, retrieving the remaining portions of the content from the media access server (110, 112, 204); and storing the entirety of the content in a local memory of said edge server upon retrieval of the entirety of the content from the media access server (110, 112, 204) for subsequent requests for the content such that the entirety of the content is available at the edge server for additional requests for the content.
A Fresnel lens array for use in a system for electrical power generation from solar radiation including: at least two linear Fresnel lens sections (11,12) abutted at respective edges, wherein a plane of one lens is at an offset angle from a plane of the other lens; an absorber member adapted to carry fluid and located at a focal point of at least one of the Fresnel lenses; and characterised by a frame for mounting the lens array and adapted for pivoting movement about axes substantially coaxial and perpendicular with the absorber member. at least two linear Fresnel lens sections (11,12) abutted at respective edges, wherein a plane of one lens is at an offset angle from a plane of the other lens; an absorber member adapted to carry fluid and located at a focal point of at least one of the Fresnel lenses; and characterised by a frame for mounting the lens array and adapted for pivoting movement about axes substantially coaxial and perpendicular with the absorber member.
An hinged mechanism for a folding shelf, the mechanism connecting a shelf to a support (3, 4) such as a fixed worktop or a carriage structure, and this mechanism being designed for selectively bringing the shelf to a horizontal use position or to a vertical retracted position, by a pivoting movement of said shelf, said mechanism including at least one assembly comprising, in combination: - a fixed support part with a substantially vertical guide, the upper end of which forms a retaining housing, - a connecting rod, a first end of which is slidably engaged in the guide of the fixed part, and the other end of which is intended to be hinged to the shelf, characterized in that the assembly further comprises: - a lever pivotally mounted on the fixed part about a substantially horizontal axis, surmounting the upper end of the guide of this fixed part, the rear portion of the shelf being intended to be hinged about another substantially horizontal axis on the upper portion of the lever while the lower portion of this lever constitutes an unlocking pin able to cooperate with the first end of the connecting rod, when the latter is engaged in the housing of the upper end of the guide of the fixed part. - a fixed support part with a substantially vertical guide, the upper end of which forms a retaining housing, - a connecting rod, a first end of which is slidably engaged in the guide of the fixed part, and the other end of which is intended to be hinged to the shelf, characterized in that the assembly further comprises: - a lever pivotally mounted on the fixed part about a substantially horizontal axis, surmounting the upper end of the guide of this fixed part, the rear portion of the shelf being intended to be hinged about another substantially horizontal axis on the upper portion of the lever while the lower portion of this lever constitutes an unlocking pin able to cooperate with the first end of the connecting rod, when the latter is engaged in the housing of the upper end of the guide of the fixed part.
A method for repairing a damaged titanium surface of a landing gear part comprising: masking an undamaged titanium surface leaving the damaged titanium surface of the landing gear part exposed; applying a base coat of nickel via brush coating to the damaged titanium surface to form a prepared damaged surface, wherein the undamaged titanium surface is used as a cathode during the brush coating electroplating process and the base coat has a thickness of approximately 0.0013 cm (0.0005 inches); applying a nickel first coating to the prepared damaged surface to form a partially repaired surface; and applying a second coating via an electroless process to the partially repaired surface to form a repaired surface, wherein the landing gear part comprises a titanium alloy having a composition, in weight percent, of 6 percent aluminum, 2 percent tin, 2 percent zirconium, 2 percent molybdenum, 2 percent chromium, 0.25 percent silicon, and the remainder titanium; and wherein the second coating is nickel. masking an undamaged titanium surface leaving the damaged titanium surface of the landing gear part exposed; applying a base coat of nickel via brush coating to the damaged titanium surface to form a prepared damaged surface, wherein the undamaged titanium surface is used as a cathode during the brush coating electroplating process and the base coat has a thickness of approximately 0.0013 cm (0.0005 inches); applying a nickel first coating to the prepared damaged surface to form a partially repaired surface; and applying a second coating via an electroless process to the partially repaired surface to form a repaired surface, wherein the landing gear part comprises a titanium alloy having a composition, in weight percent, of 6 percent aluminum, 2 percent tin, 2 percent zirconium, 2 percent molybdenum, 2 percent chromium, 0.25 percent silicon, and the remainder titanium; and wherein the second coating is nickel.
A method for producing a conversion element for an optoelectronic component comprising the steps: A) providing an acidic medium with a pH value of less than 2, B) adding a conversion material into the acidic medium, C) adding a silicate solution with a viscosity of from 2 to 10 000 poise to the mixture obtained under step B) in such a way that the pH value during the addition in step C) is smaller than 2, wherein a precipitate is obtained which contains the conversion material and silicon dioxide as matrix material, D) separation of the precipitate, E) washing the precipitate with a washing medium, wherein the washing medium has a pH value of less than 2, F) curing the precipitate in order to produce the conversion element. A) providing an acidic medium with a pH value of less than 2, B) adding a conversion material into the acidic medium, C) adding a silicate solution with a viscosity of from 2 to 10 000 poise to the mixture obtained under step B) in such a way that the pH value during the addition in step C) is smaller than 2, wherein a precipitate is obtained which contains the conversion material and silicon dioxide as matrix material, D) separation of the precipitate, E) washing the precipitate with a washing medium, wherein the washing medium has a pH value of less than 2, F) curing the precipitate in order to produce the conversion element.
System for use in a mesh network, a mesh comprising at least three nodes, each at a determined voltage, the said system having a power flow controller arranged to control the power flows in the mesh and having a first terminal to be connected to a first mesh link, a second terminal to be connected to a second mesh link and a third terminal to be connected to a network link, at least one passive voltage source, means of switching connected to the said voltage source and means of control configured to control the said means of switching to ensure a current distribution in the said two mesh links, the said device having several diodes and the said means of switching comprising several switches chosen from: - A non-reversible controlled switch; - A current-reversible controlled switch; - A voltage-reversible controlled switch; - A current and voltage-reversible controlled switch; - A mechanical switch; - A mechanical switch connected in series with a diode; - A mechanical switch connected in series with a controlled switch; The system comprising means of detection of an electrical fault in the device and means of identifying the type of electrical fault detected, Whereby the said system comprises means of protection of the said power flow controller, the said means of protection comprising: - A bypass switch placed in parallel with each diode of the power flow controller; - A bypass switch placed in parallel with each power flow controller switch, unless the switch is a controlled non-reversible switch; - A voltage limiting device connected to the terminals of each passive voltage source; - And whereby it comprises the means of control of each bypass and each means of switching of the power flow controller in accordance with a control sequence suitable for the type of electrical fault detected. - A non-reversible controlled switch; - A current-reversible controlled switch; - A voltage-reversible controlled switch; - A current and voltage-reversible controlled switch; - A mechanical switch; - A mechanical switch connected in series with a diode; - A mechanical switch connected in series with a controlled switch; - A bypass switch placed in parallel with each diode of the power flow controller; - A bypass switch placed in parallel with each power flow controller switch, unless the switch is a controlled non-reversible switch; - A voltage limiting device connected to the terminals of each passive voltage source; - And whereby it comprises the means of control of each bypass and each means of switching of the power flow controller in accordance with a control sequence suitable for the type of electrical fault detected.
A device for handling items of luggage, comprising: - a storage system for temporary storage therein of items of luggage, comprising at a front side thereof a plurality of compartments for items of luggage located next to and above one another and mutually separated by wall elements, wherein behind each of said plurality of compartments a buffer zone associated with the respective compartment is provided for at least one item of luggage, and wherein for each of said plurality of compartments a respective displacement element is provided designed for displacing an item of luggage from a compartment to the buffer zone associated therewith and/or from a buffer zone to the associated compartiment, - input means designed for the input of identification information by a passenger for the purpose of placing an item of luggage of said passenger in a compartment of the storage system or taking such an item of luggage from a compartment of the storage system, - control means designed for indicating to a passenger, in dependence on the identification information put in by said passenger with said input means, a compartment of the storage system in which to place an item of luggage or from which to take an item of luggage, and for controlling the relevant displacement elements so as to displace an item of luggage from a compartment to the associated buffer zone and/or vice versa. - a storage system for temporary storage therein of items of luggage, comprising at a front side thereof a plurality of compartments for items of luggage located next to and above one another and mutually separated by wall elements, wherein behind each of said plurality of compartments a buffer zone associated with the respective compartment is provided for at least one item of luggage, and wherein for each of said plurality of compartments a respective displacement element is provided designed for displacing an item of luggage from a compartment to the buffer zone associated therewith and/or from a buffer zone to the associated compartiment, - input means designed for the input of identification information by a passenger for the purpose of placing an item of luggage of said passenger in a compartment of the storage system or taking such an item of luggage from a compartment of the storage system, - control means designed for indicating to a passenger, in dependence on the identification information put in by said passenger with said input means, a compartment of the storage system in which to place an item of luggage or from which to take an item of luggage, and for controlling the relevant displacement elements so as to displace an item of luggage from a compartment to the associated buffer zone and/or vice versa.
Screen device comprising: - a screen; - a screen guide which comprises a space in its longitudinal direction for accommodating a lateral side of the screen; - a lateral guide which is arranged on said lateral side; - at least one leaf spring which is at least partly arranged between the lateral guide and the screen guide to tension the screen; whereby the spring, in the fitted position, is fastened to the screen guide, characterised in that the spring, in the fitted position, is fastened to the lateral guide. - a screen; - a screen guide which comprises a space in its longitudinal direction for accommodating a lateral side of the screen; - a lateral guide which is arranged on said lateral side; - at least one leaf spring which is at least partly arranged between the lateral guide and the screen guide to tension the screen;
A compound of formula wherein: R 1 represents a nitro group; R 2 represents tert- butyl; R 3 and R 3a independently represent hydrogen, or a group selected from -CO 2 R 6, -COR 7 and -R 8, wherein R 6 represents C 1 -C 6 alkyl which may be substituted, C 2 -C 6 alkenyl which may be substituted or aralkyl which may be substituted, R 7 represents hydrogen or C 1 -C 6 alkyl which may be substituted, and R 8 represents C 1 -C 6 alkyl which may be substituted, C 2 -C 6 alkenyl which may be substituted, or aralkyl which may be substituted; R 4 represents-COR 9, wherein R 9 is H; R 5 represents -OR 10, wherein R 10 is a linear or branched ether group of the formula - (C 1 -C 6 alkyl)-O-(C 1 -C 6 alkyl) which can be substituted with a group -O(C 1 -C 4 alkyl); and wherein one or more of hydrogen atoms present in any alkyl or alkylene moiety in the compound of formula I can be substituted by deuterium. R 1 represents a nitro group; R 2 represents tert- butyl; R 3 and R 3a independently represent hydrogen, or a group selected from -CO 2 R 6, -COR 7 and -R 8, wherein R 6 represents C 1 -C 6 alkyl which may be substituted, C 2 -C 6 alkenyl which may be substituted or aralkyl which may be substituted, R 7 represents hydrogen or C 1 -C 6 alkyl which may be substituted, and R 8 represents C 1 -C 6 alkyl which may be substituted, C 2 -C 6 alkenyl which may be substituted, or aralkyl which may be substituted; R 4 represents-COR 9, wherein R 9 is H; R 5 represents -OR 10, wherein R 10 is a linear or branched ether group of the formula - (C 1 -C 6 alkyl)-O-(C 1 -C 6 alkyl) which can be substituted with a group -O(C 1 -C 4 alkyl); and wherein one or more of hydrogen atoms present in any alkyl or alkylene moiety in the compound of formula I can be substituted by deuterium.
A support structure for one or more windings wound around a core of a transformer leg of a power transformer, comprising: - a press structure configured to transfer and distribute a compression force from a yoke (21, 22) of the power transformer to the one or more windings; - an insulator structure configured to electrically insulate the yoke (21, 22) from the one or more windings; and - a coolant flow structure configured to guide and distribute a flow of a liquid coolant to or from different parts of the one or more windings; characterized in that - the press structure, the insulator structure and the coolant flow structure are formed as one integrated part; - the integrated part comprises a polymer material; and - the coolant flow structure of the integrated part comprises a plurality of first orifices arranged at a first side of the support structure facing the yoke (21, 22) and a plurality of second orifices arranged at a second side of the support structure facing the one or more windings, and a plurality of protrusions (29, 30) formed on the first side and/or the second side, wherein the first and second orifices (14, 15) and the plurality of protrusions are configured to guide the flow of the liquid coolant from the first side to the second side. - a press structure configured to transfer and distribute a compression force from a yoke (21, 22) of the power transformer to the one or more windings; - an insulator structure configured to electrically insulate the yoke (21, 22) from the one or more windings; and - a coolant flow structure configured to guide and distribute a flow of a liquid coolant to or from different parts of the one or more windings; - the press structure, the insulator structure and the coolant flow structure are formed as one integrated part; - the integrated part comprises a polymer material; and - the coolant flow structure of the integrated part comprises a plurality of first orifices arranged at a first side of the support structure facing the yoke (21, 22) and a plurality of second orifices arranged at a second side of the support structure facing the one or more windings, and a plurality of protrusions (29, 30) formed on the first side and/or the second side, wherein the first and second orifices (14, 15) and the plurality of protrusions are configured to guide the flow of the liquid coolant from the first side to the second side.
A method operational in a requesting peer node, comprising: generating a data structure that cryptographically conceals one or more identities of the requesting peer node or a user of the requesting peer node within a shared data space of the data structure, wherein a representation of each of the one or more identities is uniformly and randomly distributed along the shared data space; sending the data structure to a validating peer node as part of a request to access a digital object stored by the validating peer node; receiving information from the validating peer node indicating whether any of the one or more identities is a match to access the requested digital object; identifying a first identity as a match from the received information; selecting authentication data corresponding to the first identity; and sending the selected authentication data to the validating peer node to authenticate access to the digital object; wherein the digital object is accessible to the requesting peer node if the one or more identities of the requesting peer node match corresponding one or more identities of the validating peer node. generating a data structure that cryptographically conceals one or more identities of the requesting peer node or a user of the requesting peer node within a shared data space of the data structure, wherein a representation of each of the one or more identities is uniformly and randomly distributed along the shared data space; sending the data structure to a validating peer node as part of a request to access a digital object stored by the validating peer node; receiving information from the validating peer node indicating whether any of the one or more identities is a match to access the requested digital object; identifying a first identity as a match from the received information; selecting authentication data corresponding to the first identity; and sending the selected authentication data to the validating peer node to authenticate access to the digital object;