mhurhangee/patent-ind-claim-en huggingface dataset:
A subsea splice termination unit for terminating and splicing two fiber optic cables, the subsea splice termination unit being configured for deployment in an underwater environment, wherein the subsea splice termination unit comprises: - a subsea enclosure , - a first termination assembly for terminating a first fiber optic cable at the subsea splice termination unit , - a second termination assembly for terminating a second fiber optic cable at the subsea splice termination unit , - a chamber inside the subsea enclosure , - a first penetrator leading at least a first optical fiber of the first fiber optic cable into the chamber , - a second penetrator leading at least a second optical fiber of the second fiber optic cable into the chamber , wherein a splice between the first optical fiber and the second optical fiber is arranged in said chamber , whereby the first and/or second termination assembly comprises a fiber optic penetrator for leading an optical fiber of the respective fiber optic cable into the chamber , the fiber optic penetrator providing sealing of the chamber , characterised in that the fiber optic penetrator comprises a glass to glass seal for sealing against the optical fiber . - a subsea enclosure , - a first termination assembly for terminating a first fiber optic cable at the subsea splice termination unit , - a second termination assembly for terminating a second fiber optic cable at the subsea splice termination unit , - a chamber inside the subsea enclosure , - a first penetrator leading at least a first optical fiber of the first fiber optic cable into the chamber , - a second penetrator leading at least a second optical fiber of the second fiber optic cable into the chamber ,
A heat exchanger comprising: a plurality of first heat transfer tubes that extend in a horizontal direction to allow a refrigerant to circulate therein, and are arranged at intervals in a vertical direction; a first header part that has a cylindrical shape extending in the vertical direction and is connected to one end of each of the first heat transfer tubes in a communicating state; a plurality of second heat transfer tubes that extend in the horizontal direction to allow the refrigerant to circulate therein, and are arranged at intervals in the vertical direction; a second header part that has a cylindrical shape extending in the vertical direction and is connected to one end of each of the second heat transfer tubes in a communicating state; and a plurality of communication paths each of which has one end connected to the first header part and the other end connected to the second header part so as to allow the first header part to communicate with the second header part , the heat exchanger characterized in that a connection point of one end of each of the communication paths to the first header part is at a height position which is the same for each of the communication paths , and a connection point of the other end of each of the communication paths to the second header part is at a height position different for each of the communication paths . a plurality of first heat transfer tubes that extend in a horizontal direction to allow a refrigerant to circulate therein, and are arranged at intervals in a vertical direction; a first header part that has a cylindrical shape extending in the vertical direction and is connected to one end of each of the first heat transfer tubes in a communicating state; a plurality of second heat transfer tubes that extend in the horizontal direction to allow the refrigerant to circulate therein, and are arranged at intervals in the vertical direction; a second header part that has a cylindrical shape extending in the vertical direction and is connected to one end of each of the second heat transfer tubes in a communicating state; and a plurality of communication paths each of which has one end connected to the first header part and the other end connected to the second header part so as to allow the first header part to communicate with the second header part , the heat exchanger characterized in that a connection point of one end of each of the communication paths to the first header part is at a height position which is the same for each of the communication paths , and a connection point of the other end of each of the communication paths to the second header part is at a height position different for each of the communication paths .
A pulsating corrugator comprising a plurality of main mold blocks used for in line forming of corrugated pipe of double wall construction, where the corrugated pipe includes an inner wall of smooth wall having a first diameter and an outer corrugated wall attached to said inner wall at an inside edge of each corrugation and extending outwardly therefrom to a second diameter that is greater than said first diameter; at least one secondary mold block upstream of and used in combination with said main mold blocks for selectively forming an inline double wall spigot connection as part of said corrugated pipe with said spigot connector having an inner smooth wall of said first diameter with spigot corrugations attached to said inner smooth wall and of a maximum diameter intermediate said first and second diameters, wherein said at least one secondary mold block is positioned upstream of plastic extrusion outlets when said main blocks are positioned to form said corrugated double wall pipe; a controller for controlling pulsating movement of said main mold blocks and selective use of said at least one secondary mold block to move with said main mold blocks to form said spigot connection, separate from a formed spigot connection and thereafter return to said upstream position, wherein said controller controls the pressure of an air supply that introduces support air between said extruded plastic outlets at a first pressure for each corrugation of said second diameter and at a lesser pressure for supporting a last formed spigot corrugation as the at least one secondary mold block is released from the formed spigot connections and moved to said upstream position. at least one secondary mold block upstream of and used in combination with said main mold blocks for selectively forming an inline double wall spigot connection as part of said corrugated pipe with said spigot connector having an inner smooth wall of said first diameter with spigot corrugations attached to said inner smooth wall and of a maximum diameter intermediate said first and second diameters, wherein said at least one secondary mold block is positioned upstream of plastic extrusion outlets when said main blocks are positioned to form said corrugated double wall pipe; a controller for controlling pulsating movement of said main mold blocks and selective use of said at least one secondary mold block to move with said main mold blocks to form said spigot connection, separate from a formed spigot connection and thereafter return to said upstream position, wherein said controller controls the pressure of an air supply that introduces support air between said extruded plastic outlets at a first pressure for each corrugation of said second diameter and at a lesser pressure for supporting a last formed spigot corrugation as the at least one secondary mold block is released from the formed spigot connections and moved to said upstream position.
A refrigeration system comprising: a first device ; a second device communicably connected to the first device via a first cable and a second cable ; and a refrigerant pipe configured to cause refrigerant circulation to the first device or the second device , wherein the first device includes a first circuit configured to short-circuit the first cable and the second cable upon detection of abnormality relevant to refrigerant leakage, and the second device includes a second circuit configured to start protection behavior against abnormality when the first cable and the second cable are short-circuited. a first device ; a second device communicably connected to the first device via a first cable and a second cable ; and a refrigerant pipe configured to cause refrigerant circulation to the first device or the second device , wherein the first device includes a first circuit configured to short-circuit the first cable and the second cable upon detection of abnormality relevant to refrigerant leakage, and the second device includes a second circuit configured to start protection behavior against abnormality when the first cable and the second cable are short-circuited.
A method for personalizing a multipage security document , the method comprising: on a sequence (701a-d) of pages: placing a laser-alterable ink layer on a personalization area (401, 503, 603, 1103a-g, 1607) of an edge of each of the sequence of pages; revealing a portion of the personalization area of each of the sequence of pages relative to a page above said each of the sequence of pages such that the personalization portion of each two consecutive pages in said sequence of pages are located adjacent to one another thereby producing a two-dimensional multi-page personalization section; creating a pattern on the two-dimensional multi-page personalization section by altering the inked personalization area in the revealed portion of each page of said sequence of pages by exposing said revealed portions to a laser, such that a pattern is visible when the revealed portions of a sequence of pages are viewed simultaneously. placing a laser-alterable ink layer on a personalization area (401, 503, 603, 1103a-g, 1607) of an edge of each of the sequence of pages; revealing a portion of the personalization area of each of the sequence of pages relative to a page above said each of the sequence of pages such that the personalization portion of each two consecutive pages in said sequence of pages are located adjacent to one another thereby producing a two-dimensional multi-page personalization section; creating a pattern on the two-dimensional multi-page personalization section by altering the inked personalization area in the revealed portion of each page of said sequence of pages by exposing said revealed portions to a laser, such that a pattern is visible when the revealed portions of a sequence of pages are viewed simultaneously.
A wheel suspension control system for a vehicle , comprising - a suspension device operatively connectable to a wheel axle carrying a road wheel , - a wheel end bearing operatively connectable to said road wheel, - at least one vibration sensor provided at the wheel end bearing for measuring vibrations propagated from the road wheel to the wheel end bearing when the road wheel travels on a road having surface variations, wherein the vibration sensor is configured to transmit measurement signals representing the measured vibrations, - a processing circuitry configured to receive the transmitted measurement signals, wherein the processing circuitry is configured to control at least one suspension parameter of the suspension device, such as stiffness, damping and/or ride height, based on the received measurement signals, wherein the wheel end bearing comprises an inboard bearing and an outboard bearing , wherein the vibration sensor is located at the inboard bearing , the wheel suspension control system further comprising a central wheel support member such as a spindle or a steering knuckle, characterized in that the vibration sensor is located between the inboard bearing and the central wheel support member . - a suspension device operatively connectable to a wheel axle carrying a road wheel , - a wheel end bearing operatively connectable to said road wheel, - at least one vibration sensor provided at the wheel end bearing for measuring vibrations propagated from the road wheel to the wheel end bearing when the road wheel travels on a road having surface variations, wherein the vibration sensor is configured to transmit measurement signals representing the measured vibrations, - a processing circuitry configured to receive the transmitted measurement signals, wherein the processing circuitry is configured to control at least one suspension parameter of the suspension device, such as stiffness, damping and/or ride height, based on the received measurement signals, wherein the wheel end bearing comprises an inboard bearing and an outboard bearing , wherein the vibration sensor is located at the inboard bearing , the wheel suspension control system further comprising a central wheel support member such as a spindle or a steering knuckle, characterized in that the vibration sensor is located between the inboard bearing and the central wheel support member .
A composition comprising an ethylene-based polymer, wherein the ethylene-based polymer is an ethylene/α-olefin copolymer, comprising at least the following properties: a) a weight average molecular weight (Mw(abs)) greater than, or equal to, 80,000 g/mole, determined by 3D-GPC as described in the specification; and b) a molecular weight distribution (Mw(abs)/Mn(abs)) greater than, or equal to, 2.3; wherein the ethylene-based polymer has an α-olefin incorporation greater than, or equal to, 30 weight percent, based on the weight of the polymer. a) a weight average molecular weight (Mw(abs)) greater than, or equal to, 80,000 g/mole, determined by 3D-GPC as described in the specification; and b) a molecular weight distribution (Mw(abs)/Mn(abs)) greater than, or equal to, 2.3;
An apparatus for providing configuration data to an integrated circuit, the apparatus comprising: a device programmer , coupled to a semiconductor fuse array disposed on a die, configured to program said semiconductor fuse array with compressed configuration data for a plurality of cores disposed on said die; a stores , disposed on the same die as the plurality of cores but not within any of said plurality of cores and coupled to said plurality of cores, said stores comprising a plurality of sub-stores that each correspond to each of said plurality of cores, wherein one of said plurality of cores is configured to access said semiconductor fuse array upon power-up/reset to read and decompress said compressed configuration data, and to store a plurality of decompressed configuration data sets for one or more cache memories within said each of said plurality of cores in said plurality of sub-stores; and said plurality of cores, each comprising: sleep logic, configured to subsequently access a corresponding one of said each of said plurality of sub-stores to retrieve and employ said decompressed configuration data sets to initialize said one or more caches following a sleep mode. a device programmer , coupled to a semiconductor fuse array disposed on a die, configured to program said semiconductor fuse array with compressed configuration data for a plurality of cores disposed on said die; a stores , disposed on the same die as the plurality of cores but not within any of said plurality of cores and coupled to said plurality of cores, said stores comprising a plurality of sub-stores that each correspond to each of said plurality of cores, wherein one of said plurality of cores is configured to access said semiconductor fuse array upon power-up/reset to read and decompress said compressed configuration data, and to store a plurality of decompressed configuration data sets for one or more cache memories within said each of said plurality of cores in said plurality of sub-stores; and said plurality of cores, each comprising: sleep logic, configured to subsequently access a corresponding one of said each of said plurality of sub-stores to retrieve and employ said decompressed configuration data sets to initialize said one or more caches following a sleep mode.
A user access control method, comprising: sending , by a first network element, a first request to a second network element, wherein the first request comprises first indication information and second indication information, wherein the first indication information indicates to report first information of at least one network slice to the first network element; receiving , by the first network element, a first response from the second network element, wherein the first response comprises the first information of the at least one network slice, and the first information of the at least one network slice is used to determine a relationship between quality and a quality requirement of the at least one network slice; and controlling , by the first network element, user access to the first network slice based on the relationship between the quality and the quality requirement of the at least one network slice, characterized in that the second indication information indicates that a first network slice is a network slice on which a drive test is being performed, wherein the at least one network slice comprises the first network slice. sending , by a first network element, a first request to a second network element, wherein the first request comprises first indication information and second indication information, wherein the first indication information indicates to report first information of at least one network slice to the first network element; receiving , by the first network element, a first response from the second network element, wherein the first response comprises the first information of the at least one network slice, and the first information of the at least one network slice is used to determine a relationship between quality and a quality requirement of the at least one network slice; and controlling , by the first network element, user access to the first network slice based on the relationship between the quality and the quality requirement of the at least one network slice, characterized in that the second indication information indicates that a first network slice is a network slice on which a drive test is being performed, wherein the at least one network slice comprises the first network slice.
Method for carrying a lifting tool in the form of a sling to an engaging element and coupling it to load-bearing means, wherein a lifting crane having a hoisting block comprising two supports placed at a distance from each other, in which are received pulleys rotatable around a horizontal rotation axis , which pulleys are suspended in a number of hoisting cables which lead to a boom of the lifting crane , the supports being connected by means of rotation shafts to a central carrier on which an engaging element in the form of the load hook is arranged on an underside, and two winches , each with an outgoing winch cable , wherein the winches are driven with an electric motor which, just as winches , is attached on an upper side to the carrier , wherein further the outgoing winch cable of each winch is configured to carry the sling of the lifting tool to the engaging element and couple it to the engaging element , is provided on a support structure comprising a work deck of a vessel, wherein an outgoing winch cable of the hoisting block is coupled to the sling and the outgoing winch cable is then drawn in with the at least one winch in order to carry the sling to the load-bearing means and couple it to the load-bearing means, wherein the outgoing winch cable of the hoisting block is coupled to the sling such that a cable connected to a hook of the load hook is pulled with its free outer end through the sling and then attached with this free outer end to a fastening eye of the outgoing winch cable , and the outgoing winch cable is then drawn in with the at least one winch wherein the shortened winch cable carries the sling along in the direction of the load hook and then couples it to a hook of the load hook . a hoisting block comprising two supports placed at a distance from each other, in which are received pulleys rotatable around a horizontal rotation axis , which pulleys are suspended in a number of hoisting cables which lead to a boom of the lifting crane , the supports being connected by means of rotation shafts to a central carrier on which an engaging element in the form of the load hook is arranged on an underside, and two winches , each with an outgoing winch cable , wherein the winches are driven with an electric motor which, just as winches , is attached on an upper side to the carrier , wherein further the outgoing winch cable of each winch is configured to carry the sling of the lifting tool to the engaging element and couple it to the engaging element ,
A pharmaceutical composition comprising 7,9-dihydroxy-3-(4,5,7-trihydroxy-2-oxo-2 H -chromene-3-yl)-4 H -furo[3,2- c ]chromen-4-one : or a pharmaceutically acceptable salt or hydrate thereof; for use in the therapy of asthma or other inflammatory respiratory diseases.
A lens assembly, comprising: - a lens formed from a transparent material, which has an upper surface , a lateral surface surrounding the lens , and a bottom surface , - a lateral direction (d lat , D lat ), which is orthogonal to a vertical direction (d v ) pointing from the bottom surface towards the upper surface , widths (w 1 , w 2 ) of the lens that are defined in the lateral direction (d lat , D lat ) by the lateral surface decreasing in the vertical direction (d v ) from a maximal width (W max , W max ) at or near the bottom surface to a non-vanishing minimal width (w min , W min ) at the upper surface , - an optoelectronic component arranged at or near the bottom surface , - an encasement is provided for the lens , - the encasement is arranged at a distance from the lens , and - a void is left between the encasement and the lens , - an aperture is provided at the upper surface , the lens being arranged between the optoelectronic component and the aperture , wherein the aperture is formed by the encasement or by a cap layer , characterized in that - the lens is configured to direct incident radiation from a wide field of view onto the optoelectronic component by total internal reflection at the lateral surface of the lens , or to direct emitted radiation from the optoelectronic component in a reversed direction, respectively. - a lens formed from a transparent material, which has an upper surface , a lateral surface surrounding the lens , and a bottom surface , - a lateral direction (d lat , D lat ), which is orthogonal to a vertical direction (d v ) pointing from the bottom surface towards the upper surface , widths (w 1 , w 2 ) of the lens that are defined in the lateral direction (d lat , D lat ) by the lateral surface decreasing in the vertical direction (d v ) from a maximal width (W max , W max ) at or near the bottom surface to a non-vanishing minimal width (w min , W min ) at the upper surface , - an optoelectronic component arranged at or near the bottom surface , - an encasement is provided for the lens , - the encasement is arranged at a distance from the lens , and - a void is left between the encasement and the lens , - an aperture is provided at the upper surface , the lens being arranged between the optoelectronic component and the aperture , wherein the aperture is formed by the encasement or by a cap layer , characterized in that - the lens is configured to direct incident radiation from a wide field of view onto the optoelectronic component by total internal reflection at the lateral surface of the lens , or to direct emitted radiation from the optoelectronic component in a reversed direction, respectively.