mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising an assisted cutting balloon for performing balloon angioplasty, comprising: a dilation balloon ; one or more cutting devices operably positioned on an exterior of the dilation balloon, wherein the one or more cutting devices are configured to vibrate during operation; wherein the one or more cutting devices comprise wire or braid materials constructed with diamond abrasives; wherein during operation and vibration of the one or more cutting devices, the dilation balloon is inflatable to a pressure ranging from 5 atmospheres (506625 Pa) to a maximum of 7.5 atmospheres (759937.5 Pa). a dilation balloon ; one or more cutting devices operably positioned on an exterior of the dilation balloon, wherein the one or more cutting devices are configured to vibrate during operation; wherein the one or more cutting devices comprise wire or braid materials constructed with diamond abrasives; wherein during operation and vibration of the one or more cutting devices, the dilation balloon is inflatable to a pressure ranging from 5 atmospheres (506625 Pa) to a maximum of 7.5 atmospheres (759937.5 Pa).
Isolation transformer (TT) with low unwanted resonances, comprising - an input winding (WE), an output winding (WA) and a third winding (W3), - a transformer core (K), - a capacitive element (KE) and - a resistive element (RE), wherein - the capacitive element (KE), the resistive element (RE) and the third winding (W3) are connected in series, - the input winding (WE), the output winding (WA) and the third winding (W3) are magnetically coupled, - the capacitive element (KE), the resistive element (RE) and the third winding (W3) form an attenuation circuit (DK) for unwanted resonances, - the input winding (WE) is wound onto the transformer core (K), - the output winding (WA) is wound onto the transformer core (K), - the third winding (W3) is wound onto the transformer core (K), characterized in that the input winding and the third winding are wound on the transformer core in a bifilar manner in order to arrange the third winding close to the input winding. - an input winding (WE), an output winding (WA) and a third winding (W3), - a transformer core (K), - a capacitive element (KE) and - a resistive element (RE), - the capacitive element (KE), the resistive element (RE) and the third winding (W3) are connected in series, - the input winding (WE), the output winding (WA) and the third winding (W3) are magnetically coupled, - the capacitive element (KE), the resistive element (RE) and the third winding (W3) form an attenuation circuit (DK) for unwanted resonances, - the input winding (WE) is wound onto the transformer core (K), - the output winding (WA) is wound onto the transformer core (K), - the third winding (W3) is wound onto the transformer core (K),
An ophthalmological composition comprising aceclidine for use in the treatment of presbyopia, wherein the aceclidine is at a concentration from about 1.25% to about 1.85% w/v, wherein w/v denotes weight by volume and wherein about is +/- 10% of the particular value it modifies.
A method performed by a wireless device for determining the quality of uplink beamforming directions in a wireless communications network , the method comprising transmitting a request for the configuration information that indicates one or more uplink CSI processes for uplink beamforming directions; receiving configuration information indicating one or more uplink channel state information, CSI, processes for uplink beamforming directions; transmitting reference signals for one or more uplink beamforming directions on uplink transmission resources of corresponding one or more uplink CSI processes; receiving one or more uplink CSI process reports for the one or more uplink CSI processes; determining the quality of at least one uplink beamforming direction using the one or more uplink CSI process reports; and selecting an uplink beamforming direction for an uplink transmission in the wireless communications network using the determined quality of at least one uplink beamforming direction, and transmitting the uplink transmission in the wireless communications network using the selected uplink beamforming direction.
A method to avoid transmission of at least some neighbor cell system information from a network to a mobile station , the method comprising: receiving neighbor cell system information; characterized by setting a validity indication indicating whether the mobile station has valid neighbor cell system information associated with a neighbor cell, the validity indication to indicate that at least a portion of the neighbor cell system information is valid if the at least a portion of the neighbor cell system information was received correctly within a preceding first specified time period but not if the at least a portion of the neighbor cell system information was received before the preceding first specified time period, the neighbor cell system information corresponding to system information broadcast by the neighbor cell; and sending the validity indication to the network , wherein the validity indication further indicates whether the network can omit subsequent sending of the at least a portion of the neighbor cell system information associated with the neighbor cell to the mobile station . receiving neighbor cell system information; characterized by setting a validity indication indicating whether the mobile station has valid neighbor cell system information associated with a neighbor cell, the validity indication to indicate that at least a portion of the neighbor cell system information is valid if the at least a portion of the neighbor cell system information was received correctly within a preceding first specified time period but not if the at least a portion of the neighbor cell system information was received before the preceding first specified time period, the neighbor cell system information corresponding to system information broadcast by the neighbor cell; and sending the validity indication to the network , wherein the validity indication further indicates whether the network can omit subsequent sending of the at least a portion of the neighbor cell system information associated with the neighbor cell to the mobile station .
A method of wireless communication, the method comprising: determining , by user equipment, UE, that a received unicast signal has improved coverage compared to a received broadcast signal, said determining being based on at least one of: a channel quality measurement of the unicast signal and the broadcast signal, a channel strength measurement of the unicast signal and the broadcast signal, a signal loss measurement of the unicast signal and the broadcast signal, a quality of service measurement of the unicast signal and the broadcast signal, an interference measurement of the unicast signal and the broadcast signal; and transmitting , by the UE and based at least in part on the determination, a request for an update to a master information block, MIB, or a minimum system information block, MSIB, to be provided to the UE using the unicast signal. determining , by user equipment, UE, that a received unicast signal has improved coverage compared to a received broadcast signal, said determining being based on at least one of: a channel quality measurement of the unicast signal and the broadcast signal, a channel strength measurement of the unicast signal and the broadcast signal, a signal loss measurement of the unicast signal and the broadcast signal, a quality of service measurement of the unicast signal and the broadcast signal, an interference measurement of the unicast signal and the broadcast signal; and transmitting , by the UE and based at least in part on the determination, a request for an update to a master information block, MIB, or a minimum system information block, MSIB, to be provided to the UE using the unicast signal.
Harvesting machine comprising a harvesting unit and a system for recovering the crop (F) detached by said harvesting unit, said recovering system comprising at least one conveyor adapted to recover the crop (F) detached by the harvesting unit and to convey said crop along a conveying path of said system, said recovering system comprising a removing device for removing debris elements that might be conveyed with the detached crop (F), characterized in that said removing device comprises two rotary organs which form therebetween a mouth that is adjacent to the conveying path in order to be able to catch debris elements protruding from the conveyor , said mouth converging into an inner gripping zone formed by a narrow gap between said rotary organs, said removing device further comprising a drive unit for the rotation of at least one of the two rotary organs in order to extract from the conveyor any debris element caught by the mouth and then gripped between said rotary organs.
A computer implemented method for determining a baseline for one or more physiological characteristics of a subject, the method comprising: acquiring from a physiological characteristic sensor or a memory unit one or more physiological characteristics of a subject and acquiring from a contextual information device or the memory unit contextual information associated with the subject; detecting a time period in which the subject is in a baseline state, namely a time period in which the acquired one or more physiological characteristics of the subject and the contextual information associated with the subject are within a set range or meet a set condition, wherein the contextual information associated with the subject comprises non-physiological related information that can put any detected change in the acquired one or more physiological characteristics of the subject into context; and determining the baseline for the one or more physiological characteristics of the subject from a value of at least one of the acquired one or more physiological characteristics in the detected time period. acquiring from a physiological characteristic sensor or a memory unit one or more physiological characteristics of a subject and acquiring from a contextual information device or the memory unit contextual information associated with the subject; detecting a time period in which the subject is in a baseline state, namely a time period in which the acquired one or more physiological characteristics of the subject and the contextual information associated with the subject are within a set range or meet a set condition, wherein the contextual information associated with the subject comprises non-physiological related information that can put any detected change in the acquired one or more physiological characteristics of the subject into context; and determining the baseline for the one or more physiological characteristics of the subject from a value of at least one of the acquired one or more physiological characteristics in the detected time period.
Method for controlling a pointer (PNT) having a position determined by the position of at least one end of a limb on a touch screen of a device, the method comprising: - a step for inserting an offset between the position of the pointer and the position of said end, - when the device is in an operating mode called first adjusting mode, a step of adjusting an offset distance (DIST) by measuring a variation of a distance between two fingers (F1, F2) simultaneously present on the touch screen, the offset distance being adjusted as a function of said measured distance variation; said method being characterized in that it comprises: - when the device is in an operating mode called second adjusting mode, a step of adjusting an offset direction (DDIR) by detecting a motion of three fingers in a common direction, said common direction being essentially cardinal, the offset direction being adjusted as a function of said common direction. - a step for inserting an offset between the position of the pointer and the position of said end, - when the device is in an operating mode called first adjusting mode, a step of adjusting an offset distance (DIST) by measuring a variation of a distance between two fingers (F1, F2) simultaneously present on the touch screen, the offset distance being adjusted as a function of said measured distance variation; - when the device is in an operating mode called second adjusting mode, a step of adjusting an offset direction (DDIR) by detecting a motion of three fingers in a common direction, said common direction being essentially cardinal, the offset direction being adjusted as a function of said common direction.
Fixing element having a fixing nut and a mounting sleeve for fixing an article to a mounting rail, wherein the fixing nut has a length (LM) that is greater than its width (BM) and its height (HM), wherein the mounting sleeve comprises a collar-like bearing surface for contact with the mounting rail, a nut receiver for receiving the fixing nut and a spacer element having a screw receiver extending along a longitudinal axis (L), wherein the nut receiver is arranged at the end of the spacer element located opposite the bearing surface , wherein the nut receiver has a receiving opening which is defined by two mutually oppositely located side members between which the fixing nut is held so as to be fixed against rotation relative to the spacer element but axially movable in relation to the longitudinal axis (L), and wherein the fixing element has a resilient limb which is arranged on a first side member of the nut receiver and which resiliently urges the fixing nut in a direction towards the spacer element , characterised in that on the second side member there is arranged no resilient limb which resiliently urges the fixing nut in a direction towards the spacer element .
A thermal barrier coating applied to a substrate for managing the flow of heat traveling through the substrate , comprising: at least two layers each including an array of metal nano-particles held in a glass matrix , wherein the layers have characteristics respectively tailored to reduce thermal transport in two ranges of temperatures, wherein the characteristics include at least one of: the spacing between the metal nano-particles in each of the arrays, the ratio of masses of the metal nano-particles to the glass matrix in each of the arrays, and the ratio of elastic constant of the metal nano-particles to the glass matrix in each of the arrays. the spacing between the metal nano-particles in each of the arrays, the ratio of masses of the metal nano-particles to the glass matrix in each of the arrays, and the ratio of elastic constant of the metal nano-particles to the glass matrix in each of the arrays.
An optical article having anti-reflective properties comprising: a bulk material having a first convex and a second concave optical surface ; a first anti-reflective coating formed of a first plurality of layers applied over the first convex optical surface ; a second anti-reflective coating that is distinct from the first anti-reflective coating and that is formed of a second plurality of layers applied over the second concave optical surface , characterized in that the second plurality of layers are configured to have a reduced tensile stress relative to the first plurality of layers and a reflectance of a visible reflection spectrum that is substantially the same as the first plurality of layers by comprising more layers than the first plurality of layers.. a bulk material having a first convex and a second concave optical surface ; a first anti-reflective coating formed of a first plurality of layers applied over the first convex optical surface ; a second anti-reflective coating that is distinct from the first anti-reflective coating and that is formed of a second plurality of layers applied over the second concave optical surface , characterized in that the second plurality of layers are configured to have a reduced tensile stress relative to the first plurality of layers and a reflectance of a visible reflection spectrum that is substantially the same as the first plurality of layers by comprising more layers than the first plurality of layers..
A method for estimating the quality of localization in the self-localization of a vehicle , in which a map of the surrounding area (UK) is used for the self-localization, the map being used in controlling the vehicle , wherein a vehicle , when driving on a road, attempts to detect a number of landmarks (L1 - L21) recorded in the map of the surrounding area (UK) using sensors, and determines the position of the vehicle itself from the position of the number of landmarks (L1 - L21), wherein the future visibility of landmarks (L1 - L21) is determined in the vehicle and the quality of localization in the self-localization of the vehicle is estimated depending on the visibility of the landmarks (L1 - L21), wherein a step of detecting obstacles that restrict the visibility of landmarks (L3 - L7) is carried out for determining the future visibility of the landmarks (L1 - L21), which comprises the detection of moving obstacles on the roadway and optionally in the surrounding area of the roadway using sensors, characterized in that the step of determining the future visibility of landmarks (L1 - L21) further comprises a step of estimating movement trajectories of the moving obstacles and a step of recording the projected positions of the moving obstacles in the map of the surrounding area (UK).
A device for flipping stacked cards from a first position to an opposite second position, the device comprising a flexible hollow cup-shaped member having a base portion defining a rim , and at least one recess or aperture; characterized in that: the at least one recess or aperture is formed in or proximate a portion of the rim so that when the base portion is placed on a generally flat surface , there is formed at least one opening that allows air to pass through when pressure is applied to an outer surface of the cup-shaped member, and to direct a blast of air toward a base of a stack of cards disposed on said surface proximate the at least one opening, and thereby flip the cards from the first position to the second position.
A communication processing method for a duplication mode in a central unit-distributed unit, CU-DU, architecture, comprising: sending , by a CU, a first message to a DU, wherein the first message comprises a tunnel-to-be-setup list comprising information indicating at least two uplink tunnel endpoints on an interface between the CU and the DU for a duplication mode of a data radio bearer; and receiving , by the CU, a second message sent by the DU, wherein the second message comprises a tunnel-to-be-setup list comprising information indicating at least two downlink tunnel endpoints on the interface between the CU and the DU for the data radio bearer, and a logical channel identity of a primary path of at least two logical channels corresponding to the data radio bearer; wherein the primary path of the at least two logical channels corresponds to a user plane tunnel between an uplink tunnel endpoint of the at least two uplink tunnel endpoints, the uplink tunnel endpoint appearing first in the tunnel-to-be-setup list of the first message, and a downlink tunnel endpoint of the at least two downlink tunnel endpoints, the downlink tunnel endpoint appearing first in the tunnel-to-be-setup list of the second message. sending , by a CU, a first message to a DU, wherein the first message comprises a tunnel-to-be-setup list comprising information indicating at least two uplink tunnel endpoints on an interface between the CU and the DU for a duplication mode of a data radio bearer; and receiving , by the CU, a second message sent by the DU, wherein the second message comprises a tunnel-to-be-setup list comprising information indicating at least two downlink tunnel endpoints on the interface between the CU and the DU for the data radio bearer, and a logical channel identity of a primary path of at least two logical channels corresponding to the data radio bearer; wherein the primary path of the at least two logical channels corresponds to a user plane tunnel between an uplink tunnel endpoint of the at least two uplink tunnel endpoints, the uplink tunnel endpoint appearing first in the tunnel-to-be-setup list of the first message, and a downlink tunnel endpoint of the at least two downlink tunnel endpoints, the downlink tunnel endpoint appearing first in the tunnel-to-be-setup list of the second message.
A method for a playback device comprising a networked microphone device , the method comprising: receiving , via a network interface of the playback device , data representing audio content for playback by the playback device ; characterized by further comprising: before the audio content is played back by the playback device , analyzing the received data representing the audio content to detect one or more wake words for one or more voice services; if one or more wake words are detected in the data representing the audio content, causing the networked microphone device of the playback device to disable its wake response to the detected one or more wake words during playback of the audio content by the playback device , wherein, when enabled, the wake response of the networked microphone device to a particular wake word causes the networked microphone device to listen, via a microphone, for a voice command following the particular wake word; and playing back the audio content via one or more speakers of the playback device . receiving , via a network interface of the playback device , data representing audio content for playback by the playback device ; characterized by further comprising: before the audio content is played back by the playback device , analyzing the received data representing the audio content to detect one or more wake words for one or more voice services; if one or more wake words are detected in the data representing the audio content, causing the networked microphone device of the playback device to disable its wake response to the detected one or more wake words during playback of the audio content by the playback device , wherein, when enabled, the wake response of the networked microphone device to a particular wake word causes the networked microphone device to listen, via a microphone, for a voice command following the particular wake word; and playing back the audio content via one or more speakers of the playback device . before the audio content is played back by the playback device , analyzing the received data representing the audio content to detect one or more wake words for one or more voice services; if one or more wake words are detected in the data representing the audio content, causing the networked microphone device of the playback device to disable its wake response to the detected one or more wake words during playback of the audio content by the playback device , wherein, when enabled, the wake response of the networked microphone device to a particular wake word causes the networked microphone device to listen, via a microphone, for a voice command following the particular wake word; and playing back the audio content via one or more speakers of the playback device .
A pharmaceutical formulation comprising a compound as depicted in formula (II) , or a pharmaceutically acceptable salt thereof.