mhurhangee/ep-ind-claims huggingface dataset:
A system for stimulating a neural target in a patient implanted with a CRM device configured to pace a heart resulting in paced cardiac activity, comprising: an implantable neural stimulator device (213; 1113; 1213; 1313) including a neural stimulation lead (215; 1035; 1115) with at least one neural stimulation electrode (216; 1039), wherein the neural stimulator device (213; 1113; 1213; 1313) is configured to deliver a neural stimulation signal through the at least one neural stimulation electrode (216; 1039) to stimulate the neural target; the implantable neural stimulator device (213; 1113; 1213; 1313) further including a pace detector configured to use at least one electrode (1041; 1246; 1348) of the implantable neural stimulator device (213; 1113; 1213; 1313) to sense cardiac activity and distinguish paced cardiac activity in the sensed cardiac activity from non-paced cardiac activity in the sensed cardiac activity, wherein the neural stimulator device (213; 1113; 1213; 1313) and the CRM device are not designed to communicate with each other and wherein the neural stimulator device (213; 1113; 1213; 1313) is a vagal nerve stimulator device or a spinal cord stimulator device; and a controller configured to control a programmed neural stimulation therapy using the neural stimulator device (213; 1113; 1213; 1313) and using detected paced cardiac activity as an input for the neural stimulation therapy. an implantable neural stimulator device (213; 1113; 1213; 1313) including a neural stimulation lead (215; 1035; 1115) with at least one neural stimulation electrode (216; 1039), wherein the neural stimulator device (213; 1113; 1213; 1313) is configured to deliver a neural stimulation signal through the at least one neural stimulation electrode (216; 1039) to stimulate the neural target; the implantable neural stimulator device (213; 1113; 1213; 1313) further including a pace detector configured to use at least one electrode (1041; 1246; 1348) of the implantable neural stimulator device (213; 1113; 1213; 1313) to sense cardiac activity and distinguish paced cardiac activity in the sensed cardiac activity from non-paced cardiac activity in the sensed cardiac activity, wherein the neural stimulator device (213; 1113; 1213; 1313) and the CRM device are not designed to communicate with each other and wherein the neural stimulator device (213; 1113; 1213; 1313) is a vagal nerve stimulator device or a spinal cord stimulator device; and a controller configured to control a programmed neural stimulation therapy using the neural stimulator device (213; 1113; 1213; 1313) and using detected paced cardiac activity as an input for the neural stimulation therapy.
A cryogenic device for grinding and mixing powders, comprising: - a grinding tank, comprising the load of powders to be ground in liquid phase, and grinding media (Mb), the grinding tank comprising a cryogenic fluid and being heat-insulated, - at least one first grinding and mixing moving member and one second grinding and mixing moving member disposed inside the grinding tank, - a motorization system for driving said at least one first grinding and mixing moving member and one second grinding and mixing moving member in rotation, - a power transmission system connecting the motorization system to said at least one first grinding and mixing moving member and one second grinding and mixing moving member, characterized in that said at least one first grinding and mixing moving member and one second grinding and mixing moving member are driven in rotation in a counter-rotating manner and are coaxial. - a grinding tank, comprising the load of powders to be ground in liquid phase, and grinding media (Mb), the grinding tank comprising a cryogenic fluid and being heat-insulated, - at least one first grinding and mixing moving member and one second grinding and mixing moving member disposed inside the grinding tank, - a motorization system for driving said at least one first grinding and mixing moving member and one second grinding and mixing moving member in rotation, - a power transmission system connecting the motorization system to said at least one first grinding and mixing moving member and one second grinding and mixing moving member,
A user equipment, UE, operable to communicate in an ad-hoc wireless multicast communications network, the UE having computer circuitry configured to: select another UE (130, 140) to send a request to send, RTS, control frame to; communicate, to the other UE (130, 140), the RTS control frame, wherein the RTS control frame indicates that the UE requests to send a multicast data frame; receive, from the other UE (130, 140), a clear to send, CTS, message, indicating the UE is clear to send the multicast data frame within a communication perimeter of the other UE; and transmit the multicast data frame to a selected group of UEs; characterized in that the computer circuitry is further configured to select the other UE (130, 140) as a UE that most recently completed multicast transmission of a talk burst train to the selected group of UEs. select another UE (130, 140) to send a request to send, RTS, control frame to; communicate, to the other UE (130, 140), the RTS control frame, wherein the RTS control frame indicates that the UE requests to send a multicast data frame; receive, from the other UE (130, 140), a clear to send, CTS, message, indicating the UE is clear to send the multicast data frame within a communication perimeter of the other UE; and transmit the multicast data frame to a selected group of UEs;
A network search method, comprising: accessing, by a terminal device, a network of a first communications RAT; determining, by the terminal device, that a network anomaly occurs, wherein the network anomaly comprises: no network or a fall into a lower RAT; starting to search, by the terminal device, for a network of a target communications RAT at a first time point, wherein there is a first time interval between the first time point and a second time point, the second time point is a time point at which the terminal device is dropped from a network or falls into a lower RAT, the first time point is a time point after the second time point, wherein the target communications RAT is a communications RAT that is not lower than the first communications RAT; and connecting, by the terminal device, to the network of the target communications RAT; wherein, if the terminal device is in an underground garage scenario, starting, by the terminal device, to search for the network of the target communications RAT at a third time point, wherein there is a second time interval between the third time point and a fourth time point, the fourth time point is a time point at which the terminal device leaves an underground garage, and the third time point is a time point after the fourth time point. accessing, by a terminal device, a network of a first communications RAT; determining, by the terminal device, that a network anomaly occurs, wherein the network anomaly comprises: no network or a fall into a lower RAT; starting to search, by the terminal device, for a network of a target communications RAT at a first time point, wherein there is a first time interval between the first time point and a second time point, the second time point is a time point at which the terminal device is dropped from a network or falls into a lower RAT, the first time point is a time point after the second time point, wherein the target communications RAT is a communications RAT that is not lower than the first communications RAT; and connecting, by the terminal device, to the network of the target communications RAT; wherein, if the terminal device is in an underground garage scenario, starting, by the terminal device, to search for the network of the target communications RAT at a third time point, wherein there is a second time interval between the third time point and a fourth time point, the fourth time point is a time point at which the terminal device leaves an underground garage, and the third time point is a time point after the fourth time point.
A method for generating a reference signal, characterized by comprising: receiving, by a user equipment, a signalling carrying reference signal solution information sent by a base station, wherein the reference signal solution information has at least one mapping relation with orthogonal code configuration information and a hopping mode, and the at least one mapping relation is pre-stored in the base station and the user equipment; determining, by the user equipment, according to the received reference signal solution information and the stored at least one mapping relation, corresponding orthogonal code configuration information and a corresponding hopping mode; and generating, by the user equipment, a reference signal according to the determined orthogonal code configuration information and the determined hopping mode. receiving, by a user equipment, a signalling carrying reference signal solution information sent by a base station, wherein the reference signal solution information has at least one mapping relation with orthogonal code configuration information and a hopping mode, and the at least one mapping relation is pre-stored in the base station and the user equipment; determining, by the user equipment, according to the received reference signal solution information and the stored at least one mapping relation, corresponding orthogonal code configuration information and a corresponding hopping mode; and generating, by the user equipment, a reference signal according to the determined orthogonal code configuration information and the determined hopping mode.
A microwave ablation control system, comprising: at least one microwave field-detecting needle (100; 400; 1610) configured to detect a microwave field intensity emitted by an energy-delivery device, the at least one microwave field- detecting needle (100; 400; 1610) comprising a distal portion including a first outer-conductor structure (30;1630), a proximal portion including a second outer-conductor structure (60; 1660), and a junction structure (50, 150; 1650) connecting the distal and proximal portions, the junction structure having a recess containing a rectifier element (58; 1658) for detecting the microwave field; and a control unit in communication with the at least one microwave field-detecting needle (100; 400; 1610), the control unit configured to adjust energy delivered by the energy-delivery device based on the microwave field intensity detected by the at least one microwave field-detecting needle (100; 400; 1610). at least one microwave field-detecting needle (100; 400; 1610) configured to detect a microwave field intensity emitted by an energy-delivery device, the at least one microwave field- detecting needle (100; 400; 1610) comprising a distal portion including a first outer-conductor structure (30;1630), a proximal portion including a second outer-conductor structure (60; 1660), and a junction structure (50, 150; 1650) connecting the distal and proximal portions, the junction structure having a recess containing a rectifier element (58; 1658) for detecting the microwave field; and a control unit in communication with the at least one microwave field-detecting needle (100; 400; 1610), the control unit configured to adjust energy delivered by the energy-delivery device based on the microwave field intensity detected by the at least one microwave field-detecting needle (100; 400; 1610).
Gun, optionally a lower, comprising a receiver having a firearm center plane, comprising: - a magazine well for a magazine, - a trigger device which is provided along the firearm center plane in front of or behind the magazine well in the receiver and can preferably be removed upward from the receiver of the firearm/lower, and - a duct which, when the gun is held horizontally, is designed to extend substantially vertically between the magazine well and the trigger device, and - a bolt catch device which is provided in the duct and has a bolt catch portion for interacting with a bolt or bolt carrier of the gun in a working position, in which working position the bolt catch device engages in the movement path of the bolt, whereby - the bolt catch device comprises a foot, a slider, and a spring, in that - the foot has a leg and at least one handle which protrudes laterally beyond the contour of the duct, in that - the foot, on the leg thereof and on the side facing the magazine well, has a groove for receiving the spring and, - on the side facing the trigger device, has a socket having an axis that extends normal to the firearm center plane; in that - the slider has, on the lower portion thereof when assembled, bearing bolts which are designed to be inserted into and pivoted in the socket, in that - the slider has, at the upper end thereof, a protrusion which protrudes in the direction of the magazine well beyond the contour of the duct, and in that - the receiver has an abutment that protrudes into the groove in order to prestress the spring of the bolt catch into the rest position. - a magazine well for a magazine, - a trigger device which is provided along the firearm center plane in front of or behind the magazine well in the receiver and can preferably be removed upward from the receiver of the firearm/lower, and - a duct which, when the gun is held horizontally, is designed to extend substantially vertically between the magazine well and the trigger device, and - a bolt catch device which is provided in the duct and has a bolt catch portion for interacting with a bolt or bolt carrier of the gun in a working position, in which working position the bolt catch device engages in the movement path of the bolt, whereby - the bolt catch device comprises a foot, a slider, and a spring, in that - the foot has a leg and at least one handle which protrudes laterally beyond the contour of the duct, in that - the foot, on the leg thereof and on the side facing the magazine well, has a groove for receiving the spring and, - on the side facing the trigger device, has a socket having an axis that extends normal to the firearm center plane; in that - the slider has, on the lower portion thereof when assembled, bearing bolts which are designed to be inserted into and pivoted in the socket, in that - the slider has, at the upper end thereof, a protrusion which protrudes in the direction of the magazine well beyond the contour of the duct, and in that - the receiver has an abutment that protrudes into the groove in order to prestress the spring of the bolt catch into the rest position.
A method for manufacturing, comprising: coating a substrate with a matrix containing a material to be patterned on the substrate; irradiating the coated substrate with an energy beam so as to fix a pattern in an outer layer of the matrix without fixing a bulk of the matrix and without sintering the material that is to be patterned in the matrix; removing the matrix remaining on the substrate outside the fixed pattern; and after removing the matrix, sintering the material in the pattern, wherein the matrix comprises a photosensitive surfactant additive, and wherein irradiating the coated substrate activates the additive so as to cause the additive to form the fixed pattern in the outer layer of the matrix; and wherein the photosensitive surfactant additive is a self-crosslinkable surfactant, which migrates to a top surface of the matrix so as to form the outer layer. coating a substrate with a matrix containing a material to be patterned on the substrate; irradiating the coated substrate with an energy beam so as to fix a pattern in an outer layer of the matrix without fixing a bulk of the matrix and without sintering the material that is to be patterned in the matrix; removing the matrix remaining on the substrate outside the fixed pattern; and after removing the matrix, sintering the material in the pattern, wherein the matrix comprises a photosensitive surfactant additive, and wherein irradiating the coated substrate activates the additive so as to cause the additive to form the fixed pattern in the outer layer of the matrix; and wherein the photosensitive surfactant additive is a self-crosslinkable surfactant, which migrates to a top surface of the matrix so as to form the outer layer.
A method for screening a risk group of a hematologic disease, comprising (a) providing buffy coat of peripheral blood isolated from a subject and (b) measuring the expression level of gelsolin mRNA in the buffy coat as a marker for a hematologic disease wherein when the expression level of gelsolin mRNA is measured to be as low as 80% or less or as high as 120% or more of that in a normal group, the subject is diagnosed as being at risk of the hematologic disease.
A method for producing a program for a machine tool, the method comprising the steps of: i) running a CAM program containing data relating to a plurality of geometric features of a workpiece, the CAM program producing pictures of the geometric features on a computer screen; ii) receiving from an operator a selection of one of the pictures of the geometric features on the computer screen, thereby selecting that geometric feature from the plurality of geometric features; iii) generating a measurement probe path for inspection of the selected geometric feature; and iv) providing a machine tool cutter path; characterised by: v) generating an integrated program containing both the machine tool cutter path and the generated measurement probe path for use with a motion control of the machine tool to control movement of the machine tool. i) running a CAM program containing data relating to a plurality of geometric features of a workpiece, the CAM program producing pictures of the geometric features on a computer screen; ii) receiving from an operator a selection of one of the pictures of the geometric features on the computer screen, thereby selecting that geometric feature from the plurality of geometric features; iii) generating a measurement probe path for inspection of the selected geometric feature; and iv) providing a machine tool cutter path; characterised by: v) generating an integrated program containing both the machine tool cutter path and the generated measurement probe path for use with a motion control of the machine tool to control movement of the machine tool.
Underwater vehicle with variable configuration, of the type comprising at least one hull to which thrusters are associated for moving and maneuvering in water said underwater vehicle, which is characterized in that it comprises: - at least four elongated elements, provided for defining said hull and mutually articulated in correspondence with their respective ends by means of joints, to form at least one first closed polygonal structure, arranged on a plane and centered with respect to two orthogonal symmetry axes (X, Y); - at least one thruster, associated with each of said elements of the hull and designed to provide a direct propulsive thrust with a given angle of inclination with respect to the longitudinal axis of the respective element in the plane identified by said closed polygonal structure; - actuating means, associated with said joints, provided for varying and stabilizing a predetermined angle between two respective consecutive elements of the hull, so as to obtain, for said first closed polygonal structure, at least two characteristic configurations, one with an elongated shape and one with expanded shape, to which correspond respectively a first elongated conformation with reduced cross-section of said hull, in which said elements of the hull are arranged almost parallel to each other, to determine a low hydrodynamic resistance in the cruising of said underwater vehicle; and a second substantially isotropic conformation, wherein the same elements of the hull are mutually angled, intended for the hovering of the same underwater vehicle, respectively. - at least four elongated elements, provided for defining said hull and mutually articulated in correspondence with their respective ends by means of joints, to form at least one first closed polygonal structure, arranged on a plane and centered with respect to two orthogonal symmetry axes (X, Y); - at least one thruster, associated with each of said elements of the hull and designed to provide a direct propulsive thrust with a given angle of inclination with respect to the longitudinal axis of the respective element in the plane identified by said closed polygonal structure; - actuating means, associated with said joints, provided for varying and stabilizing a predetermined angle between two respective consecutive elements of the hull, so as to obtain, for said first closed polygonal structure, at least two characteristic configurations, one with an elongated shape and one with expanded shape, to which correspond respectively a first elongated conformation with reduced cross-section of said hull, in which said elements of the hull are arranged almost parallel to each other, to determine a low hydrodynamic resistance in the cruising of said underwater vehicle; and a second substantially isotropic conformation, wherein the same elements of the hull are mutually angled, intended for the hovering of the same underwater vehicle, respectively.
A base station comprising: a transceiver operable to transmit downlink data to and to receive uplink data from a user equipment, UE, using a plurality of component carriers; and a controller operable to: control the transceiver to transmit broadcast and paging channels on a primary subset of said component carriers but not on another subset of the component carriers; and cause the transceiver to transmit control data to the UE instructing the UE to monitor one or more component carriers in the other subset of component carriers, wherein the control data comprises a MAC control element comprising a bitmap indication indicating that the UE should monitor one or more corresponding component carriers for which a bit is set to "1". a transceiver operable to transmit downlink data to and to receive uplink data from a user equipment, UE, using a plurality of component carriers; and a controller operable to: control the transceiver to transmit broadcast and paging channels on a primary subset of said component carriers but not on another subset of the component carriers; and cause the transceiver to transmit control data to the UE instructing the UE to monitor one or more component carriers in the other subset of component carriers, wherein the control data comprises a MAC control element comprising a bitmap indication indicating that the UE should monitor one or more corresponding component carriers for which a bit is set to "1". control the transceiver to transmit broadcast and paging channels on a primary subset of said component carriers but not on another subset of the component carriers; and cause the transceiver to transmit control data to the UE instructing the UE to monitor one or more component carriers in the other subset of component carriers, wherein the control data comprises a MAC control element comprising a bitmap indication indicating that the UE should monitor one or more corresponding component carriers for which a bit is set to "1".
A battery assembly for a vehicle comprising a pair of longitudinally extending frame rails, the battery assembly comprising a first and a second vehicle battery module, the first vehicle battery module being stacked vertically on top of the second vehicle battery module, wherein the battery assembly is configured to be connected to the vehicle vertically below the frame rails by attaching an upper surface of the first vehicle battery module to a horizontally extending portion of a pair of brackets, the pair of brackets being attachable to a respective one of the longitudinally extending frame rails.