mhurhangee/ep-ind-claims huggingface dataset:
An implantable, dual-chamber, leadless pacemaker system, comprising: an atrial leadless pacemaker, comprising: a sensing module configured to sense signals indicative of ventricular contractions; a processing module configured to determine whether an intrinsic atrial contraction rate is greater than a ventricular contraction rate; and a communication module configured to transmit a signal to a ventricular leadless pacemaker to increase a ventricular pacing rate in response to instructions from the processing module to increase the ventricular pacing rate; and a ventricular leadless pacemaker, comprising: a sensing module configured to receive the transmitted signal from the atrial pacemaker; and a processing module configured to increase the ventricular pacing rate according to the received signal, to determine when no signal has been received from the atrial pacemaker for a predetermined amount of time, and to decrease the ventricular pacing rate when no signal has been received from the atrial pacemaker for the predetermined amount of time. an atrial leadless pacemaker, comprising: a sensing module configured to sense signals indicative of ventricular contractions; a processing module configured to determine whether an intrinsic atrial contraction rate is greater than a ventricular contraction rate; and a communication module configured to transmit a signal to a ventricular leadless pacemaker to increase a ventricular pacing rate in response to instructions from the processing module to increase the ventricular pacing rate; and a sensing module configured to sense signals indicative of ventricular contractions; a processing module configured to determine whether an intrinsic atrial contraction rate is greater than a ventricular contraction rate; and a communication module configured to transmit a signal to a ventricular leadless pacemaker to increase a ventricular pacing rate in response to instructions from the processing module to increase the ventricular pacing rate; and a ventricular leadless pacemaker, comprising: a sensing module configured to receive the transmitted signal from the atrial pacemaker; and a processing module configured to increase the ventricular pacing rate according to the received signal, to determine when no signal has been received from the atrial pacemaker for a predetermined amount of time, and to decrease the ventricular pacing rate when no signal has been received from the atrial pacemaker for the predetermined amount of time. a sensing module configured to receive the transmitted signal from the atrial pacemaker; and a processing module configured to increase the ventricular pacing rate according to the received signal, to determine when no signal has been received from the atrial pacemaker for a predetermined amount of time, and to decrease the ventricular pacing rate when no signal has been received from the atrial pacemaker for the predetermined amount of time.
A tissue anchoring system comprising: a tissue anchor member that is configured for being anchored against tissue; a tensioning member operatively connected to the anchor member such that the anchor member can slide relative to the tensioning member, the tensioning member capable of being pulled to cause the anchor member to change a position thereof; and a hand operated deployment catheter operable to extend and deploy the anchor member therefrom, the deployment catheter including: a spool assembly including a spool rotatable member about which the tensioning member is routed; and a deployable pusher assembly for controllably deploying a portion of the anchor member; characterized in that the deployment catheter has a proximal handle and includes: a slip clutch assembly for limiting tension within the tensioning member, and wherein the spool is contained within a housing (220, 300); and the pusher assembly includes a slideable pusher actuator that is coupled to and accessible along the handle and is moveable between a retracted position and an extended position in which the pusher assembly deploys at least a portion of the anchor member. a tissue anchor member that is configured for being anchored against tissue; a tensioning member operatively connected to the anchor member such that the anchor member can slide relative to the tensioning member, the tensioning member capable of being pulled to cause the anchor member to change a position thereof; and a hand operated deployment catheter operable to extend and deploy the anchor member therefrom, the deployment catheter including: a spool assembly including a spool rotatable member about which the tensioning member is routed; and a deployable pusher assembly for controllably deploying a portion of the anchor member; characterized in that the deployment catheter has a proximal handle and includes: a slip clutch assembly for limiting tension within the tensioning member, and wherein the spool is contained within a housing (220, 300); and the pusher assembly includes a slideable pusher actuator that is coupled to and accessible along the handle and is moveable between a retracted position and an extended position in which the pusher assembly deploys at least a portion of the anchor member. a spool assembly including a spool rotatable member about which the tensioning member is routed; and a deployable pusher assembly for controllably deploying a portion of the anchor member; a slip clutch assembly for limiting tension within the tensioning member, and wherein the spool is contained within a housing (220, 300); and the pusher assembly includes a slideable pusher actuator that is coupled to and accessible along the handle and is moveable between a retracted position and an extended position in which the pusher assembly deploys at least a portion of the anchor member.
A shuffling system for shuffling cards made up of one or more decks, comprising: multiple shuffling devices which shuffle the cards; multiple sequencers or controllers which control operations of the multiple shuffling devices; and a processor which controls the multiple sequencers or controllers, wherein the processor has a random generator, and the multiple shuffling devices are controlled by the multiple sequencers or controllers which are independent from one another, the multiple sequencers or controllers are configured to control the multiple shuffling devices using a set of random numerical values commanded by the random generator, the processor outputs the multiple sets of random numerical values from the random generator, and each of the multiple sequencers or controllers is configured to select and use one out of the multiple sets of random numerical values, so that one set of cards made up of one or more decks is shuffled. multiple shuffling devices which shuffle the cards; multiple sequencers or controllers which control operations of the multiple shuffling devices; and a processor which controls the multiple sequencers or controllers, wherein the processor has a random generator, and the multiple shuffling devices are controlled by the multiple sequencers or controllers which are independent from one another, the multiple sequencers or controllers are configured to control the multiple shuffling devices using a set of random numerical values commanded by the random generator, the processor outputs the multiple sets of random numerical values from the random generator, and each of the multiple sequencers or controllers is configured to select and use one out of the multiple sets of random numerical values, so that one set of cards made up of one or more decks is shuffled.
A compression-ignited (diesel) engine lubricating oil composition having a sulfated ash content of no greater than 1.0 mass %, a sulfur content of no greater than 0.4 mass %, and a phosphorus content of no greater than 0.12 mass %; and a TBN of from 7 to 15, said lubricating oil composition comprising, or made by admixing: (a) a major amount of oil of lubricating viscosity; (b) a minor amount of an overbased magnesium detergent providing said lubricating oil composition with at least 1200 ppm of magnesium, wherein said overbased magnesium detergent is one or more overbased magnesium detergents having, or having on average, a TBN of from 300 to 450 as measured by ASTM D2896; (c) at least 0.5 mass % of an ashless antioxidant mixture of sulfur-free phenolic antioxidants and aminic antioxidants; and (d) at least one nitrogen-containing dispersant, in an amount providing said lubricating oil composition with at least 0.08 mass% of nitrogen; wherein all overbased metal detergent in said lubricating oil composition is overbased magnesium detergent. (a) a major amount of oil of lubricating viscosity; (b) a minor amount of an overbased magnesium detergent providing said lubricating oil composition with at least 1200 ppm of magnesium, wherein said overbased magnesium detergent is one or more overbased magnesium detergents having, or having on average, a TBN of from 300 to 450 as measured by ASTM D2896; (c) at least 0.5 mass % of an ashless antioxidant mixture of sulfur-free phenolic antioxidants and aminic antioxidants; and (d) at least one nitrogen-containing dispersant, in an amount providing said lubricating oil composition with at least 0.08 mass% of nitrogen;
A process for preparing a seam area for a paper machine clothing base fabric, the process comprising the steps of: providing a PMC base fabric including a plurality of warp yarns extending in a machine direction and a plurality of interwoven weft yarns extending in a cross machine direction; removing a plurality of adjacent said weft yarns from said PMC base fabric to define a window of warp yarns not interwoven with said weft yarns, said plurality of warp yarns being interwoven with a plurality of weft yarns on opposite sides of said window; folding over said PMC base fabric at said window; and bonding together a portion of the PMC base fabric adjacent said window, characterized in that said step of folding over said PMC fabric at said window is carried out in such a way that each said warp yarn substantially align with itself in the MD, and at least one said weft yarn on one side of said window substantially align with a respective said weft yarn on an opposite side of said window. providing a PMC base fabric including a plurality of warp yarns extending in a machine direction and a plurality of interwoven weft yarns extending in a cross machine direction; removing a plurality of adjacent said weft yarns from said PMC base fabric to define a window of warp yarns not interwoven with said weft yarns, said plurality of warp yarns being interwoven with a plurality of weft yarns on opposite sides of said window; folding over said PMC base fabric at said window; and bonding together a portion of the PMC base fabric adjacent said window, characterized in that said step of folding over said PMC fabric at said window is carried out in such a way that each said warp yarn substantially align with itself in the MD, and at least one said weft yarn on one side of said window substantially align with a respective said weft yarn on an opposite side of said window.
Transport vehicle with at least four wheels and a steering setpoint value transducer, wherein a steering pole is displaced by actuation of the steering setpoint value transducer along a steering pole axis, with at least one non-steered axle having two drive wheels (3, 3'), each of which is non-steered and driven by its own electric drive motor (4, 4'), and with at least one steered axle having at least two non-driven steerable load wheels (5, 5'), each of which can be steered with the aid of the steering setpoint value transducer from a position, in which its axis (6, 6') is parallel to an axis of the drive wheels (3, 3'), into a position, in which its axis (6, 6') is aligned with a steering pole lying between the drive wheels (3, 3'), wherein each steerable load wheel (5, 5') has its own electric steering motor (8, 8'), and with an apparatus for detecting the steering angle (α) of at least one load wheel (5, 5'), wherein an electronic control device is provided which is designed such that it influences the speed of the drive motors (4, 4') as a function of the steering angle (α) and reverses the direction of rotation of at least one of the drive motors (4, 4') as a function of the steering angle (α), and the electronic control device is designed so as to automatically reverse the direction of rotation and reverse the direction of rotation of one of the drive motors (4, 4') when the steering pole passes the drive wheel (3, 3'), which this drive motor (4, 4') drives, along the steering pole axis. with at least one non-steered axle having two drive wheels (3, 3'), each of which is non-steered and driven by its own electric drive motor (4, 4'), and with at least one steered axle having at least two non-driven steerable load wheels (5, 5'), each of which can be steered with the aid of the steering setpoint value transducer from a position, in which its axis (6, 6') is parallel to an axis of the drive wheels (3, 3'), into a position, in which its axis (6, 6') is aligned with a steering pole lying between the drive wheels (3, 3'), wherein each steerable load wheel (5, 5') has its own electric steering motor (8, 8'), and with an apparatus for detecting the steering angle (α) of at least one load wheel (5, 5'), wherein an electronic control device is provided which is designed such that it influences the speed of the drive motors (4, 4') as a function of the steering angle (α) and reverses the direction of rotation of at least one of the drive motors (4, 4') as a function of the steering angle (α), and the electronic control device is designed so as to automatically reverse the direction of rotation and reverse the direction of rotation of one of the drive motors (4, 4') when the steering pole passes the drive wheel (3, 3'), which this drive motor (4, 4') drives, along the steering pole axis.
A gas diffusion electrode comprising: an electrode substrate; and a catalyst layer containing a hydrophilic catalyst and a hydrophobic binder, which is carried on the electrode substrate, characterized in that the electrode substrate contains at least one carbon material selected from a carbon cloth, a carbon paper, and a foamed carbon material, and the electrode substrate has a conductive metal in an amount of 1 to 50% by volume. an electrode substrate; and a catalyst layer containing a hydrophilic catalyst and a hydrophobic binder, which is carried on the electrode substrate, characterized in that the electrode substrate contains at least one carbon material selected from a carbon cloth, a carbon paper, and a foamed carbon material, and the electrode substrate has a conductive metal in an amount of 1 to 50% by volume.
A cowl cover arrangement for a motor vehicle with a cowl cover which adjoins a lower end of a front pane and extends in the direction of a width of the motor vehicle, with a first wall for collecting water flowing from the front pane over the cowl cover and a second wall for collecting water flowing over and/or through the first wall, as well as at least one water outlet for draining the water collected by the second wall, the water collection and water drainage region being arranged in front of the second wall characterised in that an air suction opening of an interior ventilation device is arranged behind the second wall.
A tree harvester comprising a harvesting arrangement, which harvesting arrangement comprises gripping members for holding a tree trunk, a cutting device for cutting a tree trunk held by the gripping members into separate logs, and feeding means for feeding a tree trunk held by the gripping members forward in the longitudinal direction of the tree trunk past the cutting device so as to allow the cutting device to cut the tree trunk into separate logs, wherein: - the harvesting arrangement comprises measuring means (21, 22) for establishing a set of measuring values related to the cross-sectional shape of a log to be formed from the tree trunk, said set of measuring values comprising measuring values that are established simultaneously by the measuring means and that are related to the cross-sectional shape of said log at three or more different locations (P1, P2, P3) spaced apart as seen in the longitudinal direction of the log; the tree harvester comprises processing means adapted to establish information as to the longitudinal curvature of said log based on said set of measuring values; - the tree harvester comprises storing means adapted to store the established information as to the longitudinal curvature of said log in a database; - the measuring means comprises camera units for establishing said set of measuring values, wherein each one of said locations (P1, P2, P3) is associated with a measuring assembly, each measuring assembly comprising at least three camera units, preferably in the form of CCD cameras, which are arranged to view mutually different parts of the envelope surface of said log as seen in the circumferential direction thereof. - the harvesting arrangement comprises measuring means (21, 22) for establishing a set of measuring values related to the cross-sectional shape of a log to be formed from the tree trunk, said set of measuring values comprising measuring values that are established simultaneously by the measuring means and that are related to the cross-sectional shape of said log at three or more different locations (P1, P2, P3) spaced apart as seen in the longitudinal direction of the log; the tree harvester comprises processing means adapted to establish information as to the longitudinal curvature of said log based on said set of measuring values; - the tree harvester comprises storing means adapted to store the established information as to the longitudinal curvature of said log in a database; - the measuring means comprises camera units for establishing said set of measuring values, wherein
Harvesting header comprising a load-bearing frame which is movable in a forward direction over a field, one or more harvesting units attached to the frame for harvesting stalk-like plants and at least one mulching device which is attached to the frame for comminuting and/or shredding the plant stubble remaining on the field after the harvesting and which is movable relative to the frame by means of an actuator between a lowered operating position and a raised non-operating position, characterized in that a protection element is attached to the rear of the mulching device, said protection element extending at least over the width of the mulching device, being rigidly connected to the frame and in the vertical direction being arranged lower than the mulching device which is in the raised non-operating position.
An autonomous moving object characterized by comprising: at least one distance sensor (5, 6, 9) configured to detect distances (L1, L2, L5) to first and second positions (P1, P2) located in a moving direction of the autonomous moving object on a road surface on which the autonomous moving object moves, the first and second positions (P1, P2) being at a distance L3 from each other; and a determination unit configured to calculate a difference between a differential time between a time when the distance value to the first position detected by the at least one distance sensor (5, 6, 9) is greater than a first threshold value and a time when the distance value to the second position is greater than a second threshold value and a moving time in which the autonomous moving object moves by the distance L3 and to determine that the distance sensor (5, 6, 9) is abnormal when the calculated difference is equal to or greater than a predetermined value. at least one distance sensor (5, 6, 9) configured to detect distances (L1, L2, L5) to first and second positions (P1, P2) located in a moving direction of the autonomous moving object on a road surface on which the autonomous moving object moves, the first and second positions (P1, P2) being at a distance L3 from each other; and a determination unit configured to calculate a difference between a differential time between a time when the distance value to the first position detected by the at least one distance sensor (5, 6, 9) is greater than a first threshold value and a time when the distance value to the second position is greater than a second threshold value and a moving time in which the autonomous moving object moves by the distance L3 and to determine that the distance sensor (5, 6, 9) is abnormal when the calculated difference is equal to or greater than a predetermined value.
A method for providing a Wireless Local Area Network, WLAN, client profile, comprising: associating the WLAN client with an access point, the client having a current profile; authenticating the client; and provisioning the client with an alternate profile, the provisioning including: establishing a key to protect packets between the access point and the client and providing the alternate profile to the client piggybacking IEEE 802.11i compatible four way handshake protocol, the four way handshake protocol comprising: sending a first nonce to the client, receiving a second nonce from the client; sending the standard IEEE 802.11i security parameters and the alternate profile to the client by the access point; and receiving an acknowledgement from the client verifying receipt of the alternate profile. associating the WLAN client with an access point, the client having a current profile; authenticating the client; and provisioning the client with an alternate profile, the provisioning including: establishing a key to protect packets between the access point and the client and providing the alternate profile to the client piggybacking IEEE 802.11i compatible four way handshake protocol, the four way handshake protocol comprising: sending a first nonce to the client, receiving a second nonce from the client; sending the standard IEEE 802.11i security parameters and the alternate profile to the client by the access point; and receiving an acknowledgement from the client verifying receipt of the alternate profile. establishing a key to protect packets between the access point and the client and providing the alternate profile to the client piggybacking IEEE 802.11i compatible four way handshake protocol, the four way handshake protocol comprising: sending a first nonce to the client, receiving a second nonce from the client; sending the standard IEEE 802.11i security parameters and the alternate profile to the client by the access point; and receiving an acknowledgement from the client verifying receipt of the alternate profile. sending a first nonce to the client, receiving a second nonce from the client; sending the standard IEEE 802.11i security parameters and the alternate profile to the client by the access point; and receiving an acknowledgement from the client verifying receipt of the alternate profile.