mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication, comprising: transmitting, by a first communication node, a first reference signal that includes an interference status information about remote interference between the first communication node and a second communication node, wherein the first reference signal is transmitted in preconfigured time periods, wherein the first reference signal is transmitted at multiple occasions in each of the preconfigured time periods, wherein transmissions of the first reference signal in the multiple occasions carry an ID information that is a same ID information in each of the multiple occasions, wherein the interference status information includes an acknowledgement, ACK, that indicates that no interference exists, and wherein each occasion of the multiple occasions corresponds to a periodicity of transition between uplink and downlink communications of the first communication node; and communicating the ID information associated with the first communication node using the first reference signal. transmitting, by a first communication node, a first reference signal that includes an interference status information about remote interference between the first communication node and a second communication node, wherein the first reference signal is transmitted in preconfigured time periods, wherein the first reference signal is transmitted at multiple occasions in each of the preconfigured time periods, wherein transmissions of the first reference signal in the multiple occasions carry an ID information that is a same ID information in each of the multiple occasions, wherein the interference status information includes an acknowledgement, ACK, that indicates that no interference exists, and wherein each occasion of the multiple occasions corresponds to a periodicity of transition between uplink and downlink communications of the first communication node; and wherein the first reference signal is transmitted in preconfigured time periods, wherein the first reference signal is transmitted at multiple occasions in each of the preconfigured time periods, wherein transmissions of the first reference signal in the multiple occasions carry an ID information that is a same ID information in each of the multiple occasions, wherein the interference status information includes an acknowledgement, ACK, that indicates that no interference exists, and wherein each occasion of the multiple occasions corresponds to a periodicity of transition between uplink and downlink communications of the first communication node; and communicating the ID information associated with the first communication node using the first reference signal.
Assembly for transporting uranium hexafluoride, characterised in that it comprises: - a sealed inner container, defining a first containment shell intended to be loaded with uranium hexafluoride, the sealed inner container having a general cylindrical shape of circular cross-section, the first containment shell being delimited by a lateral wall extending about a longitudinal central axis of the inner container, as well as by two opposite axial end walls crossed by the longitudinal central axis, at least one of the two opposite axial end walls of the sealed inner container being equipped with a uranium hexafluoride filling valve as well as with a protective annular axial extension of the uranium hexafluoride filling valve, the extension extending axially beyond the filling valve; - a sealed outer container delimiting a second containment shell wherein the sealed inner container is housed in an extractable manner; and - two shock absorber caps removably fastened on respectively two opposite axial ends of the sealed outer container. - a sealed inner container, defining a first containment shell intended to be loaded with uranium hexafluoride, the sealed inner container having a general cylindrical shape of circular cross-section, the first containment shell being delimited by a lateral wall extending about a longitudinal central axis of the inner container, as well as by two opposite axial end walls crossed by the longitudinal central axis, at least one of the two opposite axial end walls of the sealed inner container being equipped with a uranium hexafluoride filling valve as well as with a protective annular axial extension of the uranium hexafluoride filling valve, the extension extending axially beyond the filling valve; - a sealed outer container delimiting a second containment shell wherein the sealed inner container is housed in an extractable manner; and - two shock absorber caps removably fastened on respectively two opposite axial ends of the sealed outer container.
A method implemented by a network device for monitoring a first node in a software defined networking, SDN, network, wherein the network device functions as a data plane node, DPN, connected to the first node, the method comprising: receiving a monitoring response message from the first node; forwarding the received monitoring response message to an SDN controller in response to the monitoring response message not matching an expected byte sequence or not being received during a specified time interval; inserting parameters of the received monitoring response message into a template for a stateful monitoring request message in response to the received monitoring response message matching an expected byte sequence; and sending the stateful monitoring request message to the first node. receiving a monitoring response message from the first node; forwarding the received monitoring response message to an SDN controller in response to the monitoring response message not matching an expected byte sequence or not being received during a specified time interval; inserting parameters of the received monitoring response message into a template for a stateful monitoring request message in response to the received monitoring response message matching an expected byte sequence; and sending the stateful monitoring request message to the first node.
A monostable electromagnetic clutch, comprising a movable member, a magnetic assembly, a fixed disc, and a plurality of iron cores, characterized in that: the magnetic assembly is connected to the fixed disc, the iron cores cross through the magnetic assembly and are connected to the fixed disc, the movable member is provided thereon with an spring member, and under an action of an electromagnetic force of the magnetic assembly and an spring force of the spring member, the movable member can reciprocate at a side of the magnetic assembly to keep the movable member and the iron cores in an engaged state or a disengaged state.
A photomask alignment method for a manufacturing process of an integrated circuit in a semiconductor material wafer, the method comprising: at a first level, defining, by means of a single photolithography process, at least one alignment structure (10; 10') on said wafer, said alignment structure (10; 10') comprising at least a first and a second reference mark; and at an upper level, higher than the first level, aligning a first field mask relative to said at least one first reference mark; and aligning a second field mask, which is used, together with said first field mask, for the photolithography formation of said integrated circuit inside a respective die in said wafer, relative to said at least one second reference mark, so that said first and second field masks (11a, 11b) are arranged on the wafer adjacent to one another in a first coupling direction, without any mutual overlapping, wherein said wafer has a main extension in a horizontal plane (xy), and wherein said alignment structure (10; 10') further comprises a third and a fourth reference marks, which are aligned in pairs with said first and second reference marks along a first (x) and along a second (y) direction of said horizontal plane (xy); said first, second, third and fourth reference marks being printed onto the wafer by means of said single photolithography process characterized in that each one of said reference marks comprises a plurality of reference elements, each one for the alignment of a respective photolithography process at an upper level higher than the first one, relative to the lower level. at a first level, defining, by means of a single photolithography process, at least one alignment structure (10; 10') on said wafer, said alignment structure (10; 10') comprising at least a first and a second reference mark; and at an upper level, higher than the first level, aligning a first field mask relative to said at least one first reference mark; and aligning a second field mask, which is used, together with said first field mask, for the photolithography formation of said integrated circuit inside a respective die in said wafer, relative to said at least one second reference mark, so that said first and second field masks (11a, 11b) are arranged on the wafer adjacent to one another in a first coupling direction, without any mutual overlapping, wherein said wafer has a main extension in a horizontal plane (xy), and wherein said alignment structure (10; 10') further comprises a third and a fourth reference marks, which are aligned in pairs with said first and second reference marks along a first (x) and along a second (y) direction of said horizontal plane (xy); said first, second, third and fourth reference marks being printed onto the wafer by means of said single photolithography process characterized in that each one of said reference marks comprises a plurality of reference elements, each one for the alignment of a respective photolithography process at an upper level higher than the first one, relative to the lower level.
A Schottky-barrier diode, comprising: a substrate comprising an n-type β-Ga 2 O 3 -based single crystal and a plane inclined at an angle not more than 37.5°with respect to a plane as a main surface thereof; an n-type epitaxial layer formed on the main surface of the substrate; a Schottky electrode provided on a surface of the n-type epitaxial layer opposite to the substrate and in Schottky-contact with the n-type epitaxial layer; and an ohmic electrode provided on a surface of the substrate opposite to the n-type epitaxial layer and in ohmic contact with the substrate, wherein the substrate comprises the n-type β-Ga 2 O 3 -based single crystal having a first donor concentration, and the n-type epitaxial layer is a β-Ga 2 O 3 layer having a second donor concentration lower than the first donor concentration, and wherein the main surface of the substrate comprises a plane inclined from the plane towards the plane of the β-Ga 2 O 3 -based single crystal, excluding the plane. a substrate comprising an n-type β-Ga 2 O 3 -based single crystal and a plane inclined at an angle not more than 37.5°with respect to a plane as a main surface thereof; an n-type epitaxial layer formed on the main surface of the substrate; a Schottky electrode provided on a surface of the n-type epitaxial layer opposite to the substrate and in Schottky-contact with the n-type epitaxial layer; and an ohmic electrode provided on a surface of the substrate opposite to the n-type epitaxial layer and in ohmic contact with the substrate, wherein the substrate comprises the n-type β-Ga 2 O 3 -based single crystal having a first donor concentration, and the n-type epitaxial layer is a β-Ga 2 O 3 layer having a second donor concentration lower than the first donor concentration, and wherein the main surface of the substrate comprises a plane inclined from the plane towards the plane of the β-Ga 2 O 3 -based single crystal, excluding the plane.
A method of refining an esterified propoxylated glycerin product comprised of esterified propoxylated glycerin and unreacted fatty acid, comprising subjecting the esterified propoxylated glycerin product to conditions whereby at least a portion of the unreacted fatty acid is volatilized under vacuum in the absence of added water and separated from a liquid phase comprised of the esterified propoxylated glycerin, wherein the method is carried out in a centrifugal still or a wiped or falling film evaporator.
A drill guide assembly, comprising: a guide arm having a first end and a second end with a curved slot extending from the first end toward the second end; a curved guide extension arm comprising a first end and a second end, the first end slidable within the curved slot of the guide arm; a probe arm having a first end and a second end and rotatably connected to the first end of the guide arm; and a probe attached to the second end of the probe arm; wherein the probe arm is rotatable to a position that is non-planar relative to the guide arm; and wherein the probe is cannulated and configured to receive a guidewire therethrough. a guide arm having a first end and a second end with a curved slot extending from the first end toward the second end; a curved guide extension arm comprising a first end and a second end, the first end slidable within the curved slot of the guide arm; a probe arm having a first end and a second end and rotatably connected to the first end of the guide arm; and a probe attached to the second end of the probe arm; wherein the probe arm is rotatable to a position that is non-planar relative to the guide arm; and wherein the probe is cannulated and configured to receive a guidewire therethrough.
A delivery device comprising: a transducer configured to generate ultrasonic energy; an aspiration conduit configured to enable a vacuum source to remove detritus from a musculoskeletal tissue site; an irrigation conduit configured to enable an irrigation source to deliver fluid to the musculoskeletal tissue site; characterized in further comprising: a stainless steel horn; and a work-hardened stainless steel needle, wherein the work-hardened stainless steel needle is brazed to the stainless steel horn by a process preventing annealing of the stainless steel needle, the process being selected from (a) brazing using acid flux, (b) brazing using an inert gas or (c) induction brazing, the stainless steel needle being operatively connected to the transducer and being configured to deliver the ultrasonic energy to the musculoskeletal tissue site. a transducer configured to generate ultrasonic energy; an aspiration conduit configured to enable a vacuum source to remove detritus from a musculoskeletal tissue site; an irrigation conduit configured to enable an irrigation source to deliver fluid to the musculoskeletal tissue site; characterized in further comprising: a stainless steel horn; and a work-hardened stainless steel needle, wherein the work-hardened stainless steel needle is brazed to the stainless steel horn by a process preventing annealing of the stainless steel needle, the process being selected from (a) brazing using acid flux, (b) brazing using an inert gas or (c) induction brazing, the stainless steel needle being operatively connected to the transducer and being configured to deliver the ultrasonic energy to the musculoskeletal tissue site. a stainless steel horn; and a work-hardened stainless steel needle, wherein the work-hardened stainless steel needle is brazed to the stainless steel horn by a process preventing annealing of the stainless steel needle, the process being selected from (a) brazing using acid flux, (b) brazing using an inert gas or (c) induction brazing, the stainless steel needle being operatively connected to the transducer and being configured to deliver the ultrasonic energy to the musculoskeletal tissue site.
A switch device, comprising: a housing with a switch component installed in the housing; a rotating shaft inside the housing and rotatable around a rotating axis of the rotating shaft, the rotating shaft having an end for installing an external part outside the housing to drive the switch component by rotation of the rotating shaft; a sway rod outside the housing, at the sway rod at the end of the rotating shaft and configured to sway around the rotating axis of the rotating shaft by an external force applied outside the housing and to drive the rotating shaft to rotate; a movable part outside the housing and configured to rotate together with the sway rod around the rotating axis of the rotating shaft; characterized in; a limit bearing part integrated on the external surface of the head housing, and fixed relative to the movable part which abuts the limit bearing part, and by which swaying of the sway rod is limited and the rotating shaft stops rotating. a housing with a switch component installed in the housing; a rotating shaft inside the housing and rotatable around a rotating axis of the rotating shaft, the rotating shaft having an end for installing an external part outside the housing to drive the switch component by rotation of the rotating shaft; a sway rod outside the housing, at the sway rod at the end of the rotating shaft and configured to sway around the rotating axis of the rotating shaft by an external force applied outside the housing and to drive the rotating shaft to rotate; a movable part outside the housing and configured to rotate together with the sway rod around the rotating axis of the rotating shaft; characterized in; a limit bearing part integrated on the external surface of the head housing, and fixed relative to the movable part which abuts the limit bearing part, and by which swaying of the sway rod is limited and the rotating shaft stops rotating.
A system comprising: an implantable medical device configured to be programmed with magnetic resonance imaging settings for use during an MRI scan, wherein the IMD stores identity data that uniquely identifies the IMD or a patient having the IMD; an external storage media configured to receive MRI settings associated with the IMD and configured to store the MRI settings associated with the IMD; and a programmer configured to retrieve identity data from the IMD, retrieve MRI settings associated with the IMD from the external storage media and program the IMD using the MRI settings, characterized in that the MRI settings include one or more of numerical values for particular parameter settings, an indication of which chambers are paced, an MRI pacing mode, an MRI pace amplitude, an MRI pace rate, an MRI settings timer and a validity timeframe. an implantable medical device configured to be programmed with magnetic resonance imaging settings for use during an MRI scan, wherein the IMD stores identity data that uniquely identifies the IMD or a patient having the IMD; an external storage media configured to receive MRI settings associated with the IMD and configured to store the MRI settings associated with the IMD; and a programmer configured to retrieve identity data from the IMD, retrieve MRI settings associated with the IMD from the external storage media and program the IMD using the MRI settings, characterized in that the MRI settings include one or more of numerical values for particular parameter settings, an indication of which chambers are paced, an MRI pacing mode, an MRI pace amplitude, an MRI pace rate, an MRI settings timer and a validity timeframe.
A display device, comprising: a display unit configured to display a degradation level of a secondary battery; and a controller configured to calculate the degradation level from measurement data of the secondary battery in every predetermined period and to control the display unit so as to display the degradation level, wherein the controller is configured to, when a first degradation level indicating a newly calculated degradation level of the secondary battery is lower than a second degradation level indicating a previously calculated degradation level of the secondary battery, correct the first degradation level to a value equal to or higher than the second degradation level and to control the display unit so as to display the corrected first degradation level. a display unit configured to display a degradation level of a secondary battery; and a controller configured to calculate the degradation level from measurement data of the secondary battery in every predetermined period and to control the display unit so as to display the degradation level, wherein the controller is configured to, when a first degradation level indicating a newly calculated degradation level of the secondary battery is lower than a second degradation level indicating a previously calculated degradation level of the secondary battery, correct the first degradation level to a value equal to or higher than the second degradation level and to control the display unit so as to display the corrected first degradation level.
A carbonated beverage comprising caffeine and potassium, the carbonated beverage comprising 10 mg to 40 mg of caffeine and 14 mg to 50 mg of potassium per 100 ml of the carbonated beverage.
A visual attractant for attracting a target insect comprising one or more of biting flies, filth flies, and social wasps, the visual attractant comprising: a substrate having (i) a pixelated pattern portion defining a pattern comprising a plurality of blocks having a characteristic dimension that is within an order of magnitude of the size of the target insect and wherein the plurality of blocks are a first color and highly reflective in a wavelength range selected to attract the target insect, (ii) a background portion that is a lighter color than the first color, such that the plurality of blocks contrast sharply with the background portion to define an irregular edge; characterised in that the plurality of blocks defines an irregular edge with the background and in that the plurality of blocks are clustered on the substrate such that most of the plurality of blocks define one or more irregular elongate streaks on the substrate. (i) a pixelated pattern portion defining a pattern comprising a plurality of blocks having a characteristic dimension that is within an order of magnitude of the size of the target insect and wherein the plurality of blocks are a first color and highly reflective in a wavelength range selected to attract the target insect, (ii) a background portion that is a lighter color than the first color, such that the plurality of blocks contrast sharply with the background portion to define an irregular edge; characterised in that the plurality of blocks defines an irregular edge with the background and in that the plurality of blocks are clustered on the substrate such that most of the plurality of blocks define one or more irregular elongate streaks on the substrate.
A continuous method for moulding an edge area namely of an edge at the transition of surfaces of a derived timber board with coating with the steps - heating of the edge area to be moulded through incorporation of water and/or water vapour into the edge area to be moulded and - wherein the water and/or the water vapour is injected by means of a hollow spike of a rotating spiked roller penetrating into the edge area, - subsequent heating of the edge area by means of high-frequency device and - shaping of the edge area under pressure, wherein the shaping takes place in that the derived timber board passes by a moulding tool. - heating of the edge area to be moulded through incorporation of water and/or water vapour into the edge area to be moulded and - wherein the water and/or the water vapour is injected by means of a hollow spike of a rotating spiked roller penetrating into the edge area, - subsequent heating of the edge area by means of high-frequency device and - shaping of the edge area under pressure, wherein the shaping takes place in that the derived timber board passes by a moulding tool.