mhurhangee/ep-ind-claims huggingface dataset:
A flexible tubing material comprising a gamma and/or e-beam radiation crosslinked blend of: a) a first elastomeric polymer including a styrenic thermoplastic elastomer,; and b) a second elastomeric polymer including a polyolefin elastomer, with the proviso that the first elastomeric polymer and the second elastomeric polymer are different, wherein the radiation crosslinked blend has a total organic content of less than about 100 ppm measured in accordance to ISO 15705 and EPA 410.4, and c) mineral oil. a) a first elastomeric polymer including a styrenic thermoplastic elastomer,; and b) a second elastomeric polymer including a polyolefin elastomer, with the proviso that the first elastomeric polymer and the second elastomeric polymer are different, wherein the radiation crosslinked blend has a total organic content of less than about 100 ppm measured in accordance to ISO 15705 and EPA 410.4, and c) mineral oil.
A method for providing VAR support in a power distribution network having a demand response management system (DRMS), the method comprising: querying the DRMS for an inductive device on the power distribution network, wherein the inductive device includes a smart meter. controlling the smart meter to power cycle the inductive device to affect reactive power in the power distribution network. querying the DRMS for an inductive device on the power distribution network, wherein the inductive device includes a smart meter. controlling the smart meter to power cycle the inductive device to affect reactive power in the power distribution network.
A method for providing coverage of a wireless communication network, the wireless communication network comprising radio base stations mounted on mobile robots, the mobile robots being communicating with a maintenance base, the method comprising: the following steps carried out by the maintenance database: • determining a radio coverage area to be provided by the radio base stations mounted on said mobile robots; • deploying said mobile robots at geographical positions suitable to provide the radio coverage area; characterized by, in order to maintain the radio coverage area, the maintenance base replacing a deployed mobile robot by: • instructing the deployed mobile robot to be replaced to return to the maintenance base; • deploying a further mobile robot to a vacant geographical position, and • re-arranging the deployment of the mobile robots to geographical positions. • determining a radio coverage area to be provided by the radio base stations mounted on said mobile robots; • deploying said mobile robots at geographical positions suitable to provide the radio coverage area; • instructing the deployed mobile robot to be replaced to return to the maintenance base; • deploying a further mobile robot to a vacant geographical position, and • re-arranging the deployment of the mobile robots to geographical positions.
A hearing prosthesis including a first element implantable in a user and a second element external to the user, the first element comprising a receiver; the second element comprising a transmitter for wirelessly transferring electrical signals to the receiver; first and second loads (80, 82) coupled to the receiver and associated with first and second applications, respectively; and a signal generator coupled to the transmitter, wherein the signal generator is configured to energize the transmitter to transfer first electrical signals S R at a first duty cycle to the receiver for the first application, and wherein the signal generator is configured to energize the transmitter to transfer second electrical signals S R at a second duty cycle to the receiver for the second application, wherein the first duty cycle for the first application is defined by a ratio between an On time during which the first electrical signal S R is generated by the signal generator and a frame time and the second duty cycle for the second application is defined by a ratio between the On time during which the second electrical signals S R is generated by the signal generator and the frame time, wherein the signal generator is configured to adjust the duty cycle of electrical signals S D outputted by the signal generator to account for variations in load conditions for different applications, wherein the first load is a power source and the second load includes hearing prosthesis electronics, wherein the first application is to charge the power source and the second application is to deliver data or data and power to the hearing prosthesis electronics, and wherein the data includes acoustic signal data.
An interface configured to connect between a noninvasive blood pressure (NIBP) sensor and an invasive blood pressure monitor comprising a first input configured to receive a measurement signal indicative of the NIBP of a subject; a second input configured to receive a transducer excitation signal provided by an IBP monitor; at least one processor configured to receive said measurement signal and said excitation signal and emulate an output signal indicative of the IBP of a subject; and an output configured to provide said output signal in a form suitable for input to an IBP monitor; characterised in that the first input is configured to be directly connectable to the NIBP sensor and the second input and the output are configured to be connectable to the IBP monitor; and in that the at least one processor is configured to receive said measurement signal from the NIBP sensor as a continuous beat-to-beat blood pressure signal. a first input configured to receive a measurement signal indicative of the NIBP of a subject; a second input configured to receive a transducer excitation signal provided by an IBP monitor; at least one processor configured to receive said measurement signal and said excitation signal and emulate an output signal indicative of the IBP of a subject; and an output configured to provide said output signal in a form suitable for input to an IBP monitor;
A laser light irradiating system for irradiating a laser light onto a thermally reversible recording medium which is pasted on an object to perform one of image erasing and image recording, comprising: a conveying unit which includes a conveying path for conveying the object to be conveyed in a predetermined conveying direction; a detecting unit configured to detect the object at a first position on the conveying path, and additionally configured to detect a presence or an absence of the thermally reversible recording medium for a face on one side of the object at the first position on the conveying path; a laser light emitting unit positioned to emit the laser light towards the face on the one side of the object at least at a second position on the conveying path on a downstream side of the first position in the conveying direction; a failure reporting unit configured to report a detected absence of the thermally-reversible recording medium; and a control unit configured to control the conveying unit, the failure reporting unit, and the laser light emitting unit, wherein the control unit is configured to instruct the conveying unit to convey the object to the first position, determine the object and, when the absence of the thermally reversible recording medium is detected by the detecting unit, to operate the laser light emitting unit to not emit the laser light with a power level greater than or equal to a predetermined power level towards the face on the one side of the object and to operate the failure reporting unit to report the absence of the thermally-reversible recording medium for the face on the one side of the object. a conveying unit which includes a conveying path for conveying the object to be conveyed in a predetermined conveying direction; a detecting unit configured to detect the object at a first position on the conveying path, and additionally configured to detect a presence or an absence of the thermally reversible recording medium for a face on one side of the object at the first position on the conveying path; a laser light emitting unit positioned to emit the laser light towards the face on the one side of the object at least at a second position on the conveying path on a downstream side of the first position in the conveying direction; a failure reporting unit configured to report a detected absence of the thermally-reversible recording medium; and a control unit configured to control the conveying unit, the failure reporting unit, and the laser light emitting unit, wherein the control unit is configured to instruct the conveying unit to convey the object to the first position, determine the object and, when the absence of the thermally reversible recording medium is detected by the detecting unit, to operate the laser light emitting unit to not emit the laser light with a power level greater than or equal to a predetermined power level towards the face on the one side of the object and to operate the failure reporting unit to report the absence of the thermally-reversible recording medium for the face on the one side of the object.
A refrigerator comprising a shelf assembly, said shelf assembly in turn comprising: a frame assembly having first and second frame members (42, 44) spaced-apart from one another to define a receiving area therebetween, wherein the first frame member includes a first channel, and further wherein the second frame member includes a second channel; a panel having first and second ends (52A, 52B), wherein the panel is received in the receiving area and operable between a first position, wherein the second end is fully received in the second channel, and a second position, wherein the first end is fully received in the first channel and the second end is partially received in the second channel, and further wherein a gap is formed in the second channel when the panel is in the second position; characterised by a spacer assembly (90; 124) releasably coupled to the second frame member and partially received in the gap of the second channel, the overall configuration of the shelf assembly being such that the spacer assembly retains the panel in the second position. a frame assembly having first and second frame members (42, 44) spaced-apart from one another to define a receiving area therebetween, wherein the first frame member includes a first channel, and further wherein the second frame member includes a second channel; a panel having first and second ends (52A, 52B), wherein the panel is received in the receiving area and operable between a first position, wherein the second end is fully received in the second channel, and a second position, wherein the first end is fully received in the first channel and the second end is partially received in the second channel, and further wherein a gap is formed in the second channel when the panel is in the second position; characterised by a spacer assembly (90; 124) releasably coupled to the second frame member and partially received in the gap of the second channel, the overall configuration of the shelf assembly being such that the spacer assembly retains the panel in the second position.
A method of preparing a pipe-section for welding to another pipe-section to form a pipeline comprising a plurality of said pipe-sections, the method comprising at least the steps of: (i) providing a pipe-section having first and second pipe-ends, wherein the pipe-section is formed from one of the group comprising: a carbon steel from grade X52, X56, X60, X65, X70 or X80 according to API 5L, and a 22 Cr duplex, a 25 Cr Duplex, a 13 Cr-2 Mo, or a 13 Cr - 2.5 Mo according to DNV-OS-F101; (ii) defining a first portion L1 of the longitudinal length of the pipe-section from the first pipe-end being in the range 3% to 40% of the overall length of the pipe-section, wherein the pipe-section is 12m long or 24m long; (iii) defining a second portion L2 of the longitudinal length of the pipe-section from the end of the first portion L1 towards the second pipe-end; (iv) heating at least the first portion L1 to at least a first temperature T1 of at least 500°C for at least 2 minutes; (v) maintaining a second temperature T2 of the second portion L2 during step (iv) below the first temperature T1, wherein step (i) comprises providing a partly or fully seam-welded pipe-section. (i) providing a pipe-section having first and second pipe-ends, wherein the pipe-section is formed from one of the group comprising: a carbon steel from grade X52, X56, X60, X65, X70 or X80 according to API 5L, and a 22 Cr duplex, a 25 Cr Duplex, a 13 Cr-2 Mo, or a 13 Cr - 2.5 Mo according to DNV-OS-F101; (ii) defining a first portion L1 of the longitudinal length of the pipe-section from the first pipe-end being in the range 3% to 40% of the overall length of the pipe-section, wherein the pipe-section is 12m long or 24m long; (iii) defining a second portion L2 of the longitudinal length of the pipe-section from the end of the first portion L1 towards the second pipe-end; (iv) heating at least the first portion L1 to at least a first temperature T1 of at least 500°C for at least 2 minutes; (v) maintaining a second temperature T2 of the second portion L2 during step (iv) below the first temperature T1,
A camshaft device comprising: a main shaft elongated in a lengthwise direction thereof; at least one cam lobe assembled to the main shaft and eccentrically formed with respect to a rotation axis of the main shaft; at least one journal bearing assembled to the main shaft and provided to rotatably support the main shaft; and at least one guide shaft assembled to the main shaft and installed between the cam lobe and another neighboring cam lobe so as to align assembled positions of the cam lobe and the journal bearing, wherein the main shaft comprises: a hollow hole formed on an inner portion thereof so as to have a reduced weight; and a polygonal surface formed on an outer portion thereof corresponding to a direction of an eccentric axis of the cam lobe, wherein the guide shaft comprises: a polygonal hole formed on an inner portion thereof corresponding to the polygonal surface of the main shaft; and a guide surface formed on an outer portion thereof, wherein the guide shaft comprises: a plurality of blade parts constituting the polygonal hole; and a bridge part configured to connect the blade part and another neighboring blade part. a main shaft elongated in a lengthwise direction thereof; at least one cam lobe assembled to the main shaft and eccentrically formed with respect to a rotation axis of the main shaft; at least one journal bearing assembled to the main shaft and provided to rotatably support the main shaft; and at least one guide shaft assembled to the main shaft and installed between the cam lobe and another neighboring cam lobe so as to align assembled positions of the cam lobe and the journal bearing, wherein the main shaft comprises: a hollow hole formed on an inner portion thereof so as to have a reduced weight; and a polygonal surface formed on an outer portion thereof corresponding to a direction of an eccentric axis of the cam lobe, a hollow hole formed on an inner portion thereof so as to have a reduced weight; and a polygonal surface formed on an outer portion thereof corresponding to a direction of an eccentric axis of the cam lobe, a polygonal hole formed on an inner portion thereof corresponding to the polygonal surface of the main shaft; and a guide surface formed on an outer portion thereof, wherein the guide shaft comprises: a plurality of blade parts constituting the polygonal hole; and a bridge part configured to connect the blade part and another neighboring blade part. a plurality of blade parts constituting the polygonal hole; and a bridge part configured to connect the blade part and another neighboring blade part.
Longitudinal cable comprising a protective casing that comprises an external relief (4, 5) extending helically along the length of said cable, a cable characterised in that said external relief (4, 5) is discontinuous.
A display device for a vehicle, the display device comprising: a first display configured to output first light forming first visual information; a second display configured to output second light forming second visual information; a light synthesizing unit located on an advancing path of each of the first light and the second light and forming a first acute angle with the first display and a second acute angle with the second display and configured to transmit therethrough the first light from the first display and reflect the second light from the second display; characterized by a first tiltable reflector configured to reflect part of the second light directed toward the light synthesizing unit to be directed toward a first direction; and a second tiltable reflector configured to reflect part of the first light directed toward the light synthesizing unit to be directed toward a second direction different from the first direction. a first display configured to output first light forming first visual information; a second display configured to output second light forming second visual information; a light synthesizing unit located on an advancing path of each of the first light and the second light and forming a first acute angle with the first display and a second acute angle with the second display and configured to transmit therethrough the first light from the first display and reflect the second light from the second display; characterized by a first tiltable reflector configured to reflect part of the second light directed toward the light synthesizing unit to be directed toward a first direction; and a second tiltable reflector configured to reflect part of the first light directed toward the light synthesizing unit to be directed toward a second direction different from the first direction.
An information processing device comprising: a reader configured to read correspondence information indicating device types of devices measured by first power meters of a plurality of power meters, the plurality of power meters measuring power consumption of devices corresponding to the plurality of power meters to acquire power data of the plurality of devices; an index calculator configured to calculate an index from the power data; an estimation processor configured to estimate a plurality of candidates for a device type of a device measured by a second power meter and probabilities at which the candidates are connected to the second power meter based on an index calculated from power data of the device measured by the second power meter and training data which is indices calculated from the power data of the devices measured by the first power meters, the second power meter being included in the plurality of power meters and being different from the first power meters; and a visualizer configured to visualize the plurality of candidates for the device type and the probabilities at which the candidates are connected to the second power meter. a reader configured to read correspondence information indicating device types of devices measured by first power meters of a plurality of power meters, the plurality of power meters measuring power consumption of devices corresponding to the plurality of power meters to acquire power data of the plurality of devices; an index calculator configured to calculate an index from the power data; an estimation processor configured to estimate a plurality of candidates for a device type of a device measured by a second power meter and probabilities at which the candidates are connected to the second power meter based on an index calculated from power data of the device measured by the second power meter and training data which is indices calculated from the power data of the devices measured by the first power meters, the second power meter being included in the plurality of power meters and being different from the first power meters; and a visualizer configured to visualize the plurality of candidates for the device type and the probabilities at which the candidates are connected to the second power meter.
A network slice instance management method, comprising: Determining, by a first network device, that a configuration parameter of a first network slice subnet instance needs to be modified, wherein the first network device is configured to manage the first network slice subnet instance, wherein the first network device is a Network Slice Subnet Management Function, NSSMF, module; Receiving (S705, S805), by the first network device, authorization information from a second network device, wherein the authorization information is used to indicate permission for modifying the configuration parameter of the first network slice subnet instance, wherein the second network device is a Network Slice Management Function, NSMF, module; Modifying, by the first network device, the configuration parameter of the first network slice subnet instance; and Sending, by the first network device, report information to the second network device, wherein the report information is used to indicate a result of modifying the configuration parameter of the first network slice subnet instance, the second network device is configured to manage a first network slice instance, and the first network slice instance comprises the first network slice subnet instance. Determining, by a first network device, that a configuration parameter of a first network slice subnet instance needs to be modified, wherein the first network device is configured to manage the first network slice subnet instance, wherein the first network device is a Network Slice Subnet Management Function, NSSMF, module; Receiving (S705, S805), by the first network device, authorization information from a second network device, wherein the authorization information is used to indicate permission for modifying the configuration parameter of the first network slice subnet instance, wherein the second network device is a Network Slice Management Function, NSMF, module; Modifying, by the first network device, the configuration parameter of the first network slice subnet instance; and Sending, by the first network device, report information to the second network device, wherein the report information is used to indicate a result of modifying the configuration parameter of the first network slice subnet instance, the second network device is configured to manage a first network slice instance, and the first network slice instance comprises the first network slice subnet instance.