mhurhangee/ep-ind-claims huggingface dataset:
A cardiac therapy system capable of delivering cardiac resynchronization therapy that includes pacing at least the left ventricle, the system comprising: electrodes configured to electrically couple to right and left ventricles; sensing circuitry (832, 836) configured to sense cardiac signals via the electrodes, the cardiac signals including intrinsic depolarization signals; pacing circuitry (843, 844) configured to generate pacing pulses deliverable through the electrodes; cardiac response classification circuitry configured to determine cardiac responses to the pacing pulses; and pacing control circuitry configured to control the pacing circuitry, the pacing control circuitry configured to schedule delivery of CRT pacing to at least one ventricle relative to a pacing delay for the ventricle during a cardiac cycle, and, if an intrinsic depolarization is detected during the pacing delay, to inhibit the scheduled CRT pacing to the ventricle, to measure an intrinsic interval of the ventricle which is concluded by the intrinsic depolarization, and to decrease a subsequent pacing delay of the ventricle for a subsequent cardiac cycle to be less than or equal to the measured intrinsic interval, wherein measuring the intrinsic interval and decreasing the subsequent pacing delay is performed on a beat by beat basis. electrodes configured to electrically couple to right and left ventricles; sensing circuitry (832, 836) configured to sense cardiac signals via the electrodes, the cardiac signals including intrinsic depolarization signals; pacing circuitry (843, 844) configured to generate pacing pulses deliverable through the electrodes; cardiac response classification circuitry configured to determine cardiac responses to the pacing pulses; and pacing control circuitry configured to control the pacing circuitry, the pacing control circuitry configured to schedule delivery of CRT pacing to at least one ventricle relative to a pacing delay for the ventricle during a cardiac cycle, and, if an intrinsic depolarization is detected during the pacing delay, to inhibit the scheduled CRT pacing to the ventricle, to measure an intrinsic interval of the ventricle which is concluded by the intrinsic depolarization, and to decrease a subsequent pacing delay of the ventricle for a subsequent cardiac cycle to be less than or equal to the measured intrinsic interval, wherein measuring the intrinsic interval and decreasing the subsequent pacing delay is performed on a beat by beat basis.
A container cascade (100, 200) for use in a distilling apparatus (60, 260) for spirits, comprising at least two containers (102, 104, 106, 108, 110; 202, 204, 206, 208, 210) that are arranged one above the other and connected together for media transfer, wherein each of the at least two containers (102, 104, 106, 108, 110; 202, 204, 206, 208, 210) comprises a lower port and an upper port, wherein the containers (102, 104, 106, 108, 110; 202, 204, 206, 208, 210) are connected to one another and spaced apart from one another via pipe sections (114, 116, 118, 120), preferably statically supporting pipe sections, for transferring alcohol-containing fluid between interior spaces of the containers (102, 104, 106, 108, 110; 202, 204, 206, 208, 210), wherein the at least two containers (102, 104, 106, 108, 110; 202, 204, 206, 208, 210) comprise channels (130, 132, 134, 178) in the interior spaces for passing a process fluid, wherein the at least two containers (102, 104, 106, 108, 110; 202, 204, 206, 208, 210) are arranged as an ellipsoid, in particular as an rotational ellipsoid, wherein the at least two ellipsoids are preferably vertically aligned with their short main axis and arranged one above the other, and wherein the container cascade (100, 200) comprises at least one string with three or more containers (102, 104, 106, 108, 110; 202, 204, 206, 208, 210) that are arranged one above the other and/or two strings that are oriented parallel to each other, with each string comprising at least two containers (102, 104, 106, 108, 110; 202, 204, 206, 208, 210).
A method for controlling uplink transmission timing of a wireless communications network, the network comprising a base station and a user equipment, 'UE', the method comprising: applying a first timing advance command to adjust uplink transmission timing; determining a time limit, the time limit identifying an amount of time elapsed, relative to an expiration of a time alignment timer, 'TAT', until an estimated uplink transmission error exceeds a timing error limit; and determining whether to use a second timing advance command to resume uplink synchronization based on the determined time limit. applying a first timing advance command to adjust uplink transmission timing; determining a time limit, the time limit identifying an amount of time elapsed, relative to an expiration of a time alignment timer, 'TAT', until an estimated uplink transmission error exceeds a timing error limit; and determining whether to use a second timing advance command to resume uplink synchronization based on the determined time limit.
A method for use in interconnected communications networks and hosts, wherein at least some of the networks are movable networks and at least some of the hosts are mobile hosts, the method comprising: - providing a set of globally-reachable attachment registers, where at least some of the networks and hosts each has a corresponding attachment register; - storing information in the attachment registers that establishes one or more logical links between the attachment registers, wherein the logical links between certain ones of the attachment registers are useable to perform one or more network communication functions, wherein the logical links include an association with a name of a network or host and a pointer associated with a neighbor network of that network or host, and wherein the pointer points to one or more of the following: a name of the neighbor network, a global locator of the attachment register corresponding to the neighbor network, and a combination of a name of the neighbor network and a local locator of a point of attachment to the neighbor network. - providing a set of globally-reachable attachment registers, where at least some of the networks and hosts each has a corresponding attachment register; - storing information in the attachment registers that establishes one or more logical links between the attachment registers, wherein the logical links between certain ones of the attachment registers are useable to perform one or more network communication functions, wherein the logical links include an association with a name of a network or host and a pointer associated with a neighbor network of that network or host, and wherein the pointer points to one or more of the following: a name of the neighbor network, a global locator of the attachment register corresponding to the neighbor network, and a combination of a name of the neighbor network and a local locator of a point of attachment to the neighbor network.
A method for transmitting downlink control information, comprising: determining, by a serving node of an interfered cell, a first resource, wherein the first resource is located in at least one of the followings: a physical resource comprised in a UE-specific search space, USS, of a physical downlink control channel, PDCCH, an extended physical resource obtained by extending a common search space, CSS, of the PDCCH, and a physical resource comprised in a USS of an enhanced physical downlink control channel, E-PDCCH; transmitting, by the serving node, first downlink control information of the interfered cell on the first resource, wherein the first downlink control information comprises scheduling information for scheduling a paging message and/or a system information block 1, SIB1, transmitted by the serving node of the interfered cell, and the paging message and/or the SIB1 are/is transmitted by the serving node of the interfered cell on a physical downlink shared channel, PDSCH, of the interfered cell. determining, by a serving node of an interfered cell, a first resource, wherein the first resource is located in at least one of the followings: a physical resource comprised in a UE-specific search space, USS, of a physical downlink control channel, PDCCH, an extended physical resource obtained by extending a common search space, CSS, of the PDCCH, and a physical resource comprised in a USS of an enhanced physical downlink control channel, E-PDCCH; transmitting, by the serving node, first downlink control information of the interfered cell on the first resource, wherein the first downlink control information comprises scheduling information for scheduling a paging message and/or a system information block 1, SIB1, transmitted by the serving node of the interfered cell, and the paging message and/or the SIB1 are/is transmitted by the serving node of the interfered cell on a physical downlink shared channel, PDSCH, of the interfered cell. a physical resource comprised in a UE-specific search space, USS, of a physical downlink control channel, PDCCH, an extended physical resource obtained by extending a common search space, CSS, of the PDCCH, and a physical resource comprised in a USS of an enhanced physical downlink control channel, E-PDCCH; transmitting, by the serving node, first downlink control information of the interfered cell on the first resource, wherein the first downlink control information comprises scheduling information for scheduling a paging message and/or a system information block 1, SIB1, transmitted by the serving node of the interfered cell, and the paging message and/or the SIB1 are/is transmitted by the serving node of the interfered cell on a physical downlink shared channel, PDSCH, of the interfered cell.
A device for establishing an anatomical reference point of an intervertebral disc for the attachment of at least one instrument intended for the implantation, through a posterior or posterolateral approach, of a disc prosthesis or an osteosynthesis cage as a replacement for the intervertebral disc, with the device comprising: - a first and a second means for bone anchorage (2, 3) each intended to be attached to a vertebra, - a coupling element whereon the instrument is intended to be attached, with the coupling element being adapted to be mounted between the first and the second means for bone anchorage (2, 3), - elements for adjusting the position of the coupling element relative to the location of the intervertebral disc, with said adjusting elements comprising a platform, having a longitudinal axis, provided with an element for sighting the intervertebral disc having a geometrical axis, with the sighting element being mounted to be movable on the platform so as to orient the geometrical axis toward the intervertebral disc, characterized in that the adjusting elements further comprise means for connecting the platform to the first and second means for bone anchorage (2, 3), with said connecting means being so arranged as to form a spherical joint. - a first and a second means for bone anchorage (2, 3) each intended to be attached to a vertebra, - a coupling element whereon the instrument is intended to be attached, with the coupling element being adapted to be mounted between the first and the second means for bone anchorage (2, 3), - elements for adjusting the position of the coupling element relative to the location of the intervertebral disc, with said adjusting elements comprising a platform, having a longitudinal axis, provided with an element for sighting the intervertebral disc having a geometrical axis, with the sighting element being mounted to be movable on the platform so as to orient the geometrical axis toward the intervertebral disc,
A device for estimating the stability of a Digital Subscriber Line, said device comprising: - a Mean Time Between Issues unit adapted to monitor issues occurring on said Digital Subscriber Line during at least one time window; - said device further comprises a usage monitor adapted to monitor a usage rate of said Digital Subscriber Line during said at least one time window; - said Mean Time Between Issues unit is further adapted to: - determine a weighted time window from said at least one time window with one or more weights determined in function of said usage rate; - determine a weighted number of issues from said issues monitored during said at least one time window with one or more weights determined in function of said usage rate; - determine a weighted Mean Time Between Issues by dividing said weighted time window by said weighted number of issues; and wherein said device further comprises a stability classification unit adapted to compare said weighted Mean Time Between Issues calculated with one or more stability thresholds to classify said Digital Subscriber Line as stable or unstable when said weighted Mean Time Between Issues is higher than or lower than said one or more stability thresholds. - a Mean Time Between Issues unit adapted to monitor issues occurring on said Digital Subscriber Line during at least one time window; - said device further comprises a usage monitor adapted to monitor a usage rate of said Digital Subscriber Line during said at least one time window; - said Mean Time Between Issues unit is further adapted to: - determine a weighted time window from said at least one time window with one or more weights determined in function of said usage rate; - determine a weighted number of issues from said issues monitored during said at least one time window with one or more weights determined in function of said usage rate; - determine a weighted Mean Time Between Issues by dividing said weighted time window by said weighted number of issues; and wherein said device further comprises a stability classification unit adapted to compare said weighted Mean Time Between Issues calculated with one or more stability thresholds to classify said Digital Subscriber Line as stable or unstable when said weighted Mean Time Between Issues is higher than or lower than said one or more stability thresholds. - determine a weighted time window from said at least one time window with one or more weights determined in function of said usage rate; - determine a weighted number of issues from said issues monitored during said at least one time window with one or more weights determined in function of said usage rate; - determine a weighted Mean Time Between Issues by dividing said weighted time window by said weighted number of issues; and
A method for estimating a time to foodstuff completion, comprising: • receiving a measured foodstuff temperature; • determining a current foodstuff temperature and a current temperature curve parameter using a Kalman filter based on: a previous foodstuff temperature, the measured foodstuff temperature, and a previous temperature curve parameter; • selecting a temperature curve, from a set of temperature curves, based on the current temperature curve parameter; • determining an estimated time to completion comprising a difference between: ∘ a current time associated with the current foodstuff temperature; and ∘ a predicted time for when the foodstuff will reach a target foodstuff parameter on the temperature curve; and • presenting the estimated time to completion to a user. • receiving a measured foodstuff temperature; • determining a current foodstuff temperature and a current temperature curve parameter using a Kalman filter based on: a previous foodstuff temperature, the measured foodstuff temperature, and a previous temperature curve parameter; • selecting a temperature curve, from a set of temperature curves, based on the current temperature curve parameter; • determining an estimated time to completion comprising a difference between: ∘ a current time associated with the current foodstuff temperature; and ∘ a predicted time for when the foodstuff will reach a target foodstuff parameter on the temperature curve; and ∘ a current time associated with the current foodstuff temperature; and ∘ a predicted time for when the foodstuff will reach a target foodstuff parameter on the temperature curve; and • presenting the estimated time to completion to a user.
A computer-implemented method for facilitating interaction between a client and a web application, comprising: identifying a request from the client to the web application as lacking a session identifier; obtaining a client identifier associated with the client from the request; if a cached session identifier is found for the client identifier, adding the cached session identifier to the request; and forwarding the request to the web application. identifying a request from the client to the web application as lacking a session identifier; obtaining a client identifier associated with the client from the request; if a cached session identifier is found for the client identifier, adding the cached session identifier to the request; and forwarding the request to the web application.
Device for assembly/disassembly of a grinding hammer on a rotor of an agricultural machine, in particular of a rotary mower and/or brush cutter, comprising: - a shackle which is intended to be fixed in a pivoting manner to a support of the rotor, the shackle comprising two opposing branches (21, 2) which are connected by means of a curved portion and of which one comprises an interruption of material which delimits a lateral slot which has a predetermined width and which is located in a zone remote from the curved portion which connects the two branches of the shackle, and - a hammer which is freely mounted on the curved portion of the shackle, the hammer comprising a suspension ring which locally has at least one narrowing of material whose thickness, at the finest location thereof, is substantially less than the width of the slot, characterised in that the hammer forms a monobloc assembly with no discontinuity of material, in that a protruding blade in the form of a wedge extends perpendicularly to the axis of the ring and the cutting edge of which is substantially parallel with the axis, and in that the narrowing of material of the ring of the hammer is located substantially opposite the cutting edge of the blade and is produced at two opposing sides (34a, 34b) of the cross-section of the ring in the form of two opposing "V" shapes (36a; 36b). - a shackle which is intended to be fixed in a pivoting manner to a support of the rotor, the shackle comprising two opposing branches (21, 2) which are connected by means of a curved portion and of which one comprises an interruption of material which delimits a lateral slot which has a predetermined width and which is located in a zone remote from the curved portion which connects the two branches of the shackle, and - a hammer which is freely mounted on the curved portion of the shackle, the hammer comprising a suspension ring which locally has at least one narrowing of material whose thickness, at the finest location thereof, is substantially less than the width of the slot,
An image display apparatus (100, 300), comprising: an image display unit configured to display an image, the image display unit being configured to be mounted on a head or face; a communication unit configured to communicate with a left and a right power generation apparatus (610, 720/730); and a control unit configured to obtain first information on power generation from each of the power generation apparatuses (610, 720/730) via the communication unit, to convert the first information into second information based on a principle of the power generation apparatuses (610, 720/730) for generating electrical power, and to control the image display unit, wherein each of the power generation apparatuses (610, 720/730) generates electrical power to a shoe worn on each of a left and a right foot of a human body according to an amount of exercise of each of the feet, characterized in that the control unit is configured to estimate a posture of the human body based on an acceleration of each of the feet that is obtained by converting each of the power generation amounts of the left and right power generation apparatuses (610, 720/730) as the second information, to derive action-inducing information for inducing an action to correct a deviation of the posture of the human body as third information, and to cause the image display unit to display the third information. an image display unit configured to display an image, the image display unit being configured to be mounted on a head or face; a communication unit configured to communicate with a left and a right power generation apparatus (610, 720/730); and a control unit configured to obtain first information on power generation from each of the power generation apparatuses (610, 720/730) via the communication unit, to convert the first information into second information based on a principle of the power generation apparatuses (610, 720/730) for generating electrical power, and to control the image display unit, wherein each of the power generation apparatuses (610, 720/730) generates electrical power to a shoe worn on each of a left and a right foot of a human body according to an amount of exercise of each of the feet, characterized in that the control unit is configured to estimate a posture of the human body based on an acceleration of each of the feet that is obtained by converting each of the power generation amounts of the left and right power generation apparatuses (610, 720/730) as the second information, to derive action-inducing information for inducing an action to correct a deviation of the posture of the human body as third information, and to cause the image display unit to display the third information.
A water-in-oil personal care composition comprising: a) hydrophobically modified particles selected from the group consisting of silica, metal oxide and mixtures thereof; b) amino functionalized silicone; and c) an anti-microbial agent comprising monoterpenes. a) hydrophobically modified particles selected from the group consisting of silica, metal oxide and mixtures thereof; b) amino functionalized silicone; and c) an anti-microbial agent comprising monoterpenes.