mhurhangee/ep-ind-claims huggingface dataset:
A sensor system for corrosion monitoring for monitoring corrosion in a pipeline/vessel wall, comprising: an optical fibre provided with a receiver for converting an acoustic signal to an optical signal, at least one acoustic emitter, wherein during operations the acoustic emitter emits an excited beam which then is reflected as reflected beam which then is received by the optical fibre, characterized in that the acoustic emitter positioned at a specific point along the wall sends an acoustic wave from the group comprising lamb waves', longitudinal waves, transverse waves, shear waves, Rayleigh waves, Stonely waves and Sezawa love waves through the wall to the receiver positioned further along the wall, wherein the propagation time of said wave is a function of the average wall thickness, between the emitter and receiver, and wherein the fibre is also further provided with a sensitive material that allows for corrosion related chemical parameters to be measured in a continuous fashion over the length of the fibre. an optical fibre provided with a receiver for converting an acoustic signal to an optical signal, at least one acoustic emitter, wherein during operations the acoustic emitter emits an excited beam which then is reflected as reflected beam which then is received by the optical fibre, characterized in that the acoustic emitter positioned at a specific point along the wall sends an acoustic wave from the group comprising lamb waves', longitudinal waves, transverse waves, shear waves, Rayleigh waves, Stonely waves and Sezawa love waves through the wall to the receiver positioned further along the wall, wherein the propagation time of said wave is a function of the average wall thickness, between the emitter and receiver, and wherein the fibre is also further provided with a sensitive material that allows for corrosion related chemical parameters to be measured in a continuous fashion over the length of the fibre.
Communication control device for a subscriber station of a serial bus system, having a communication control module for generating a transmission signal (TxD_PRT) for controlling communication between the subscriber station and at least one other subscriber station (10; 20; 30) of the bus system, in which bus system at least a first communication phase (451, 452, 454, 455) and a second communication phase are used to exchange messages (45; 46) between subscriber stations (10, 20, 30) of the bus system in a frame for a message (45; 46), a first connection for transmitting, in an operating mode of the first communication phase (451, 452, 454, 455) of a frame, the transmission signal (TxD_PRT) to a transmitting/receiving device (12; 32) configured to transmit the transmission signal (TxD) to a bus of the bus system, a second connection for receiving, in the operating mode of the first communication phase (451, 452, 454, 455) of the frame, a digital received signal (RxD) from the transmitting/receiving device (12; 32), and an operating mode switching module for switching the transmission direction of the first and second connections (111, 112) in the second communication phase of the frame to the same direction for differential signal transmission via the first and second connections (111, 112). a communication control module for generating a transmission signal (TxD_PRT) for controlling communication between the subscriber station and at least one other subscriber station (10; 20; 30) of the bus system, in which bus system at least a first communication phase (451, 452, 454, 455) and a second communication phase are used to exchange messages (45; 46) between subscriber stations (10, 20, 30) of the bus system in a frame for a message (45; 46), a first connection for transmitting, in an operating mode of the first communication phase (451, 452, 454, 455) of a frame, the transmission signal (TxD_PRT) to a transmitting/receiving device (12; 32) configured to transmit the transmission signal (TxD) to a bus of the bus system, a second connection for receiving, in the operating mode of the first communication phase (451, 452, 454, 455) of the frame, a digital received signal (RxD) from the transmitting/receiving device (12; 32), and an operating mode switching module for switching the transmission direction of the first and second connections (111, 112) in the second communication phase of the frame to the same direction for differential signal transmission via the first and second connections (111, 112).
A securing arrangement with a window opening and with a pane of glass equipped with an insert-moulded edge section, in particular a pane of glass for an automobile, for securing in the window opening, preferably a window opening in an automobile body, wherein the insert-moulded edge section has catch protrusions that are co-formed during its production and which are snap-connected respectively with catch holes arranged in the edge region of the window opening, in particular catch holes arranged in the sheet metal of the automobile body, characterized in that each catch protrusion has the shape of a cuboid and projects from the respective surface of the edge section, and that each catch hole is an approximately rectangular elongated hole, wherein the longitudinal axis of each catch protrusion and each catch hole is aligned parallel to the outer edge of the pane of glass insert-moulded with the edge section.
Arrangement comprising a centrifugal separator of liquid and steam and a household apparatus such as a steam oven, laundry dryer, distillation apparatus, steam iron, steam cleaner and similar, comprising a steam generator, characterized in that the centrifugal separator is formed as a single piece separator comprising a central cylindrical section which at the first end thereof, the bottom end that is, changes over via an eccentric reducing section into a liquid discharge section, and which at the opposite end thereof, the top end that is, changes over via a reducing section into a steam discharge section of the steam, wherein in the area under said reducing section an inlet pipe is attached to said central cylindrical section through which a mixture of liquid and steam to be separated is directed from the steam generator into said section, wherein said inlet pipe is attached tangentially to said section and, with regard to the longitudinal axis of the section, slanted under an angle in the direction toward said eccentric reducing section and said liquid discharge section, respectively, and wherein the inlet pipe is formed with a conical reduction at the location of the attachment of the inlet pipe to the section and on the side of the section which is opposite to the tangential side to enable for the said mixture of the liquid and the steam to be directed into the wall of said section.
A method of receiving media data, the method comprising: subscribing, by a Dynamic Adaptive Streaming over HTTP - DASH - aware application executed by one or more processors comprising circuitry of a client device, to DASH events of a DASH event stream via a first application programming interface - API - between the DASH aware application and a DASH client executed by the one or more processors, the DASH event stream being carried in-band with a DASH media stream, the DASH events including data for interactivity-related content to allow a user of the DASH aware application to interact with the interactivity-related content, wherein subscribing comprises sending a subscription, by the DASH aware application, to the DASH client via the first API, wherein the DASH aware application is already registered with the DASH client prior to subscribing; receiving, by the DASH client, the DASH event stream via 'emsg' boxes; sending, by the DASH client to the DASH aware application, data for one or more DASH events of the DASH event stream via a second API between the DASH aware application and the DASH client, the data for the one or more DASH events specifying interactivity-related content to allow the user to interact with the interactivity-related content; and presenting, by the DASH aware application, the interactivity-related content via one or more user interfaces of the client device. subscribing, by a Dynamic Adaptive Streaming over HTTP - DASH - aware application executed by one or more processors comprising circuitry of a client device, to DASH events of a DASH event stream via a first application programming interface - API - between the DASH aware application and a DASH client executed by the one or more processors, the DASH event stream being carried in-band with a DASH media stream, the DASH events including data for interactivity-related content to allow a user of the DASH aware application to interact with the interactivity-related content, wherein subscribing comprises sending a subscription, by the DASH aware application, to the DASH client via the first API, wherein the DASH aware application is already registered with the DASH client prior to subscribing; receiving, by the DASH client, the DASH event stream via 'emsg' boxes; sending, by the DASH client to the DASH aware application, data for one or more DASH events of the DASH event stream via a second API between the DASH aware application and the DASH client, the data for the one or more DASH events specifying interactivity-related content to allow the user to interact with the interactivity-related content; and presenting, by the DASH aware application, the interactivity-related content via one or more user interfaces of the client device.
Electrochemical cell comprising: - an anolyte space with an anode; - a catholyte space with a cathode; and - a separator disc separating the anolyte space from the catholyte space; wherein the anolyte space and/or the catholyte space comprise at least one wall which is rotatable about an axis of rotation crossing the separator disc, wherein the electrochemical cell comprises at least one stator (6, 7) in the anolyte space and/or the catholyte space. - an anolyte space with an anode; - a catholyte space with a cathode; and - a separator disc separating the anolyte space from the catholyte space;
A low voltage switch pole comprising an insulating casing defining an internal space with a contact area (3, 30) and an arc extinguishing area (4, 40), a fixed contact assembly (5, 50) and a movable contact assembly (6, 60) being positioned in said contact area (3, 30), said movable contact assembly (6, 60) being movable between a closed position in which it is into contact with said fixed contact assembly (5, 50) and an open position in which it is spaced apart from said fixed contact assembly (5, 50), an arc chamber (41, 410) comprising a plurality of substantially parallel metallic plates being positioned in said arc extinguishing area (4, 40), wherein said fixed contact assembly (5, 50) is provided with a contact support (51, 510), a contact surface (52, 520) contacting said movable contact assembly (6, 60) in the closed position and positioned on said contact support (51, 510), and a conductive expansion plate (53, 530) positioned on said contact support (51, 510) and extending toward said arc chamber (41, 410), characterized in that said fixed contact assembly (5, 50) is provided with a gasifying plate (54, 540) which is directly mounted on said conductive expansion plate (53, 530), and wherein said gasifying plate (54, 540) has a first part positioned on said conductive expansion plate (53, 530) and protruding beyond the outer perimeter of said conductive expansion plate (53, 530), and a second part surrounding said contact surface (52, 520).
A coating composition comprising an epoxy thermoset primer comprising: (i) an epoxy resin having an EEW of 860 to 930; (ii) a polyhydroxyl functional phenolic curing agent having a hydroxyl equivalent weight of 200 to 500; and (iii) a filler material, wherein said epoxy thermoset primer is substantially zinc-free. (i) an epoxy resin having an EEW of 860 to 930; (ii) a polyhydroxyl functional phenolic curing agent having a hydroxyl equivalent weight of 200 to 500; and (iii) a filler material,
A lift fan apparatus (10, 110, 210, 310), comprising: a rotor (12, 112, 212) having at least one rotatable hub carrying at least one row of blades; a duct (36, 136, 236) surrounding the rotor (12, 112, 212), the duct (36, 136, 236) including spaced-apart peripheral walls extending between an inlet and an exit, the peripheral walls collectively defining a flow channel which includes a diffuser (50, 150, 250) disposed downstream of the rotor (12, 112, 212), in which a flow area at the exit is greater than a flow area at the rotor (12, 112, 212); and a plurality of annular spaced-apart splitters disposed in the diffuser (50, 150, 250), each of the splitters having opposed side walls extending between an upstream leading edge and a downstream trailing edge, wherein the splitters divide the diffuser (50, 150, 250) into a plurality of side-by-side flow passages (60, 166, 266, 366); characterised in that a flow area of each of the flow passages (60, 166, 266, 366) increases in a downstream direction such that a flow area of the duct at the exit is at least 50% greater than a flow area of the duct at the rotor. a rotor (12, 112, 212) having at least one rotatable hub carrying at least one row of blades; a duct (36, 136, 236) surrounding the rotor (12, 112, 212), the duct (36, 136, 236) including spaced-apart peripheral walls extending between an inlet and an exit, the peripheral walls collectively defining a flow channel which includes a diffuser (50, 150, 250) disposed downstream of the rotor (12, 112, 212), in which a flow area at the exit is greater than a flow area at the rotor (12, 112, 212); and a plurality of annular spaced-apart splitters disposed in the diffuser (50, 150, 250), each of the splitters having opposed side walls extending between an upstream leading edge and a downstream trailing edge, wherein the splitters divide the diffuser (50, 150, 250) into a plurality of side-by-side flow passages (60, 166, 266, 366); characterised in that a flow area of each of the flow passages (60, 166, 266, 366) increases in a downstream direction such that a flow area of the duct at the exit is at least 50% greater than a flow area of the duct at the rotor.
A robot cleaner comprising: a driver including a drive motor configured to cause the robot cleaner to move; a memory storing information on a pollution map (2, 2-1, 2-2, 2-3, 121, 320, 410, 420) for a degree of pollution for each location in a map corresponding to a place in which the robot cleaner is located and information on locations of a plurality of objects on the map; and a processor operatively connected to the driver and the memory and configured to control the robot cleaner, characterized in that the processor is configured to: identify a pollution source among the plurality of objects based on information on the locations of the plurality of objects and the pollution map (2, 2-1, 2-2, 2-3, 121, 320, 410, 420), and control the driver to move the robot cleaner based on the location of the identified pollution source on the map. a driver including a drive motor configured to cause the robot cleaner to move; a memory storing information on a pollution map (2, 2-1, 2-2, 2-3, 121, 320, 410, 420) for a degree of pollution for each location in a map corresponding to a place in which the robot cleaner is located and information on locations of a plurality of objects on the map; and a processor operatively connected to the driver and the memory and configured to control the robot cleaner, characterized in that the processor is configured to: identify a pollution source among the plurality of objects based on information on the locations of the plurality of objects and the pollution map (2, 2-1, 2-2, 2-3, 121, 320, 410, 420), and control the driver to move the robot cleaner based on the location of the identified pollution source on the map. identify a pollution source among the plurality of objects based on information on the locations of the plurality of objects and the pollution map (2, 2-1, 2-2, 2-3, 121, 320, 410, 420), and control the driver to move the robot cleaner based on the location of the identified pollution source on the map.
A wireless device (130; 210), comprising: a service to maintain data objects on behalf of a user of the wireless device (130; 210); and a rules engine communicatively coupled to the service and configured to: receive a set of rules transmitted to the wireless device (130; 210) from a server; verify authenticity of the set of rules by verifying an origin of the set of rules and cross-referencing the origin with a list of allowable entities, and in dependence thereon: selectively execute the set of rules so as to gather information related to the wireless device (130; 210) and, thereafter, to take an action on the wireless device (130; 210) based on the gathered information and on execution of the set of rules, the action on the wireless device comprising maintaining particular settings within a plurality of applications on the wireless device (130; 210). a service to maintain data objects on behalf of a user of the wireless device (130; 210); and a rules engine communicatively coupled to the service and configured to: receive a set of rules transmitted to the wireless device (130; 210) from a server; verify authenticity of the set of rules by verifying an origin of the set of rules and cross-referencing the origin with a list of allowable entities, and in dependence thereon: selectively execute the set of rules so as to gather information related to the wireless device (130; 210) and, thereafter, to take an action on the wireless device (130; 210) based on the gathered information and on execution of the set of rules, the action on the wireless device comprising maintaining particular settings within a plurality of applications on the wireless device (130; 210). receive a set of rules transmitted to the wireless device (130; 210) from a server; verify authenticity of the set of rules by verifying an origin of the set of rules and cross-referencing the origin with a list of allowable entities, and in dependence thereon: selectively execute the set of rules so as to gather information related to the wireless device (130; 210) and, thereafter, to take an action on the wireless device (130; 210) based on the gathered information and on execution of the set of rules, the action on the wireless device comprising maintaining particular settings within a plurality of applications on the wireless device (130; 210). selectively execute the set of rules so as to gather information related to the wireless device (130; 210) and, thereafter, to take an action on the wireless device (130; 210) based on the gathered information and on execution of the set of rules, the action on the wireless device comprising maintaining particular settings within a plurality of applications on the wireless device (130; 210).
An aircraft, comprising: a support structure; at least four lift rotors; wherein each of the lift rotors is attached to the support structure and comprises at least one propeller, wherein the lift rotors are formed such that a rotational plane, in which the at least one propeller of the lift rotor rotates, is tilted with respect to a plane formed by the support structure, so that a horizontal thrust component arises as a result of the tilting of the rotational plane of the at least one propeller, which horizontal thrust component can be used for yawing of the aircraft, characterized in that the aircraft is configured such that a tilting of the rotational plane occurs normal to a longitudinal axis of the aircraft in main flight direction, and a change in angular momentum caused by a change in rotational speed of the lift rotors and the horizontal thrust component act in the same direction as to increase the torque that is generated by the change in angular momentum by the horizontal thrust component. a support structure; at least four lift rotors; wherein each of the lift rotors is attached to the support structure and comprises at least one propeller, wherein the lift rotors are formed such that a rotational plane, in which the at least one propeller of the lift rotor rotates, is tilted with respect to a plane formed by the support structure, so that a horizontal thrust component arises as a result of the tilting of the rotational plane of the at least one propeller, which horizontal thrust component can be used for yawing of the aircraft, characterized in that the aircraft is configured such that a tilting of the rotational plane occurs normal to a longitudinal axis of the aircraft in main flight direction, and a change in angular momentum caused by a change in rotational speed of the lift rotors and the horizontal thrust component act in the same direction as to increase the torque that is generated by the change in angular momentum by the horizontal thrust component.
An embolic implant comprising: an embolic coil comprising a lumen therethrough, a proximal end, and a distal end; a detachment feature affixed to the embolic coil approximate the proximal end of the embolic coil; and a stretch resistant fiber engaged to the detachment feature, extended through the lumen of the embolic coil, and affixed to the embolic coil approximate the distal end of the embolic coil, wherein the stretch resistant fiber is effective to limit separation of windings of the embolic coil as the embolic coil is reshaped, wherein the detachment feature has a flat profile; characterized in that the detachment feature comprises a first opening therethrough and a second opening therethrough separated from the first opening, wherein the stretch resistant fiber passes through the first opening, wherein at least a portion of the first opening is positioned within the lumen of the embolic coil, and wherein at least a portion of the second opening is positioned proximally from the proximal end of the embolic coil. an embolic coil comprising a lumen therethrough, a proximal end, and a distal end; a detachment feature affixed to the embolic coil approximate the proximal end of the embolic coil; and a stretch resistant fiber engaged to the detachment feature, extended through the lumen of the embolic coil, and affixed to the embolic coil approximate the distal end of the embolic coil, wherein the stretch resistant fiber is effective to limit separation of windings of the embolic coil as the embolic coil is reshaped, wherein the detachment feature has a flat profile; characterized in that the detachment feature comprises a first opening therethrough and a second opening therethrough separated from the first opening, wherein the stretch resistant fiber passes through the first opening, wherein at least a portion of the first opening is positioned within the lumen of the embolic coil, and wherein at least a portion of the second opening is positioned proximally from the proximal end of the embolic coil.