mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for use in combination with a computer for sensing biopotentials comprising: a catheter comprising: a plurality of sensing electrodes; a corresponding plurality of local amplifiers, each coupled to one of the plurality of sensing electrodes; a data, control and power circuit coupled to the plurality of local amplifiers; and a photonic device configured for bidirectionally communicating an electrical signal with the data, control and power circuit and for communicating an optical signal with an optical fiber; where the photonic device is configured to bidirectionally communicate the optical signal with the optical fiber; and an optical interface device to provide optical power to the optical fiber and thence to the photonic device and to receive optical signals through the optical fiber from the photonic device, wherein the optical interface device is configured to bidirectionally communicate an electrical data, control and power signal to the computer, further comprising a flexible printed circuit board and where the local amplifiers and data, control and power circuit comprise application specific integrated circuits (ASICs) mounted on both sides of the flexible printed circuit board within the catheter having a size of 11 French or smaller, or further comprising a flexible printed circuit board and where the local amplifiers and data, control and power circuit comprise application specific integrated circuits, ASICs (28, 30), mounted on both sides of the flexible printed circuit board having a width of 2.5mm or less and a height including the ASICs (28, 30) of 2mm or less. a plurality of sensing electrodes; a corresponding plurality of local amplifiers, each coupled to one of the plurality of sensing electrodes; a data, control and power circuit coupled to the plurality of local amplifiers; and a photonic device configured for bidirectionally communicating an electrical signal with the data, control and power circuit and for communicating an optical signal with an optical fiber; where the photonic device is configured to bidirectionally communicate the optical signal with the optical fiber; and an optical interface device to provide optical power to the optical fiber and thence to the photonic device and to receive optical signals through the optical fiber from the photonic device, wherein the optical interface device is configured to bidirectionally communicate an electrical data, control and power signal to the computer, further comprising a flexible printed circuit board and where the local amplifiers and data, control and power circuit comprise application specific integrated circuits (ASICs) mounted on both sides of the flexible printed circuit board within the catheter having a size of 11 French or smaller, or further comprising a flexible printed circuit board and where the local amplifiers and data, control and power circuit comprise application specific integrated circuits, ASICs (28, 30), mounted on both sides of the flexible printed circuit board having a width of 2.5mm or less and a height including the ASICs (28, 30) of 2mm or less.
A frame processing method of a distributed antenna system, the frame processing method comprising: confirming whether a quality of service, QoS, tag exists in header information of received frames; marking, as the QoS tag, a value corresponding to a type of the frames when the QoS tag does not exist in the header information; performing a frame scheduling on the frames based on the QoS tag so that a priority of some frames associated with at least one fronthaul service among the frames is higher than a priority of other frames associated with at least one backhaul service among the frames; and processing the frames based on a result of the frame scheduling, wherein the frames associated with the at least one fronthaul service are processed through a radio unit (70, 72, 74, or 76) in the distributed antenna system, and the frames associated with at least one backhaul service are processed through a WiFi access point (80, 82, or 84) or a smallcell (90, 92, or 94). confirming whether a quality of service, QoS, tag exists in header information of received frames; marking, as the QoS tag, a value corresponding to a type of the frames when the QoS tag does not exist in the header information; performing a frame scheduling on the frames based on the QoS tag so that a priority of some frames associated with at least one fronthaul service among the frames is higher than a priority of other frames associated with at least one backhaul service among the frames; and processing the frames based on a result of the frame scheduling, wherein the frames associated with the at least one fronthaul service are processed through a radio unit (70, 72, 74, or 76) in the distributed antenna system, and the frames associated with at least one backhaul service are processed through a WiFi access point (80, 82, or 84) or a smallcell (90, 92, or 94).
A machine for intraoperative bending of surgical rods, the machine comprising: a bending apparatus (500, 700) for bending a surgical rod, the bending apparatus (500, 700) comprising: a force die; a bend die; and a force transfer device that transfers energy from an actuator to the force die thereby causing a surgical rod positioned between the force die and the bend die to bend around the bend die; and characterized in that it further comprises a fixation apparatus configured to releasably secure the bending apparatus (500,700) to a portion of a robotic surgical system that includes a robot arm and a robot base, wherein the bending apparatus (500, 700) is arranged to be releasably connected to the robot arm. a force die; a bend die; and a force transfer device that transfers energy from an actuator to the force die thereby causing a surgical rod positioned between the force die and the bend die to bend around the bend die; and characterized in that it further comprises a fixation apparatus configured to releasably secure the bending apparatus (500,700) to a portion of a robotic surgical system that includes a robot arm and a robot base, wherein the bending apparatus (500, 700) is arranged to be releasably connected to the robot arm.
A method for operating a user agent supporting multiple carriers in a wireless communication network, wherein one of the multiple carriers has been designated an anchor carrier, a plurality of the multiple carriers have been designated as active assigned carriers, and at least one of the multiple carriers has been designated as an inactive assigned carrier, wherein an inactive assigned carrier is designated as active as a result of receiving a command on a control channel of the anchor carrier, the method comprising: monitoring, by the user agent, a physical downlink control channel PDCCH of the anchor carrier and at least one of the active assigned carriers, the at least one active assigned carrier being rendered active by an access device in the network; starting, by the user agent, a timer when starting monitoring the PDCCH; determining, by the user agent, whether a downlink control information DCI packet has been received on any of the at least one active assigned carrier; restarting, by the user agent, the timer when the DCI packet is received on any one of the at least one active assigned carrier; and the method characterised by inactivating, by the user agent, the at least one active assigned carrier if the DCI packet has not been received on any of the at least one active assigned carrier when the timer expires. monitoring, by the user agent, a physical downlink control channel PDCCH of the anchor carrier and at least one of the active assigned carriers, the at least one active assigned carrier being rendered active by an access device in the network; starting, by the user agent, a timer when starting monitoring the PDCCH; determining, by the user agent, whether a downlink control information DCI packet has been received on any of the at least one active assigned carrier; restarting, by the user agent, the timer when the DCI packet is received on any one of the at least one active assigned carrier; and the method characterised by inactivating, by the user agent, the at least one active assigned carrier if the DCI packet has not been received on any of the at least one active assigned carrier when the timer expires.
A solvent removing apparatus, comprising: a container containing an emulsion comprising a first raw material of a continuous phase and a second raw material of a dispersed phase; an impeller being configured to rotate in the container to stir the emulsion; a foam breaker spaced apart from the impeller on an upper portion of the impeller, positioned below a surface of the emulsion to be submerged in the emulsion when the emulsion is calm, and configured to rotate to reduce foam generated during stirring of the emulsion; and, a compressed air supply unit for supplying compressed air to the surface of the emulsion in the container. a container containing an emulsion comprising a first raw material of a continuous phase and a second raw material of a dispersed phase; an impeller being configured to rotate in the container to stir the emulsion; a foam breaker spaced apart from the impeller on an upper portion of the impeller, positioned below a surface of the emulsion to be submerged in the emulsion when the emulsion is calm, and configured to rotate to reduce foam generated during stirring of the emulsion; and, a compressed air supply unit for supplying compressed air to the surface of the emulsion in the container.
Scissor gear assembly comprising: - a main gear having a rotation axis extending in axial direction; - an auxiliary gear concentric to the main gear and in axial direction near the main gear, the auxiliary gear comprises a toothed ring, the teeth of which are at the outside, the toothed ring having an inner surface; and - at least three planar annular springs integrally formed with the auxiliary gear and being inside the toothed ring, each of the springs is interrupted at one place at which place the springs have two ends (37a, 37b) close to each other, one of the ends is fixed to the toothed ring of the auxiliary gear and the other end that is a free end is connected to the main gear, the springs are present between both gears (33, 35), so that both gears (33, 35) are connected to each other in a rotational direction, each spring substantially encloses a surface, and each spring, seen in axial direction, is arranged within the circumference of the main gear; - wherein, viewed in axial direction, the rotation axis of the main gear is present outside the surfaces within the planar annular springs, characterized in that both of the ends (37a, 37b) of the springs in axial direction hook behind a respective hook (38a, 38b) attached to the main gear. - a main gear having a rotation axis extending in axial direction; - an auxiliary gear concentric to the main gear and in axial direction near the main gear, the auxiliary gear comprises a toothed ring, the teeth of which are at the outside, the toothed ring having an inner surface; and - at least three planar annular springs integrally formed with the auxiliary gear and being inside the toothed ring, each of the springs is interrupted at one place at which place the springs have two ends (37a, 37b) close to each other, one of the ends is fixed to the toothed ring of the auxiliary gear and the other end that is a free end is connected to the main gear, the springs are present between both gears (33, 35), so that both gears (33, 35) are connected to each other in a rotational direction, each spring substantially encloses a surface, and each spring, seen in axial direction, is arranged within the circumference of the main gear; - wherein, viewed in axial direction, the rotation axis of the main gear is present outside the surfaces within the planar annular springs, characterized in that both of the ends (37a, 37b) of the springs in axial direction hook behind a respective hook (38a, 38b) attached to the main gear.
Method for laminating a profiled fibre moulding for packaging elements, with a thermoplastic film, by means of a heating device and a moulding tool, wherein the film is laminated to the surface of the fibre moulding to be coated by means of heat and differential pressure, wherein at least the edge of the fed film is fixed to a base plate, wherein the film is heated and plastically deformed by means of the moulding tool so that it adjusts to the profiled shape of the end of the moulding tool, wherein the moulding tool is removed and the fibre moulding is fed and joined to the pre-formed film, and wherein the laminated fibre moulding is removed characterised in that the fibre moulding is to be used for packaging elements, in particular for containers for liquids, in that only a positive moulding tool is used for remoulding and in that a die is used for removing the moulding tool.
Drinks machine having a dispensing device for dispensing a drink, wherein the dispensing device is arranged on the drinks machine so as to be height-adjustable vertically downwards and upwards by means of at least one rail, characterised by a friction device which is designed such that a friction force acting on the rail by means of the friction device is dependent on the adjustment direction (8, 11).
A sliding member in which on a surface of a metal base, a porous layer is formed by sintering metal powders and a sliding layer is formed by baking resin material impregnated into the porous layer, characterized in that particle sizes of all of the metal powders prior to sintering the metal powders are within a range of 15 through 60 μ m; a thickness of the sliding layer is within a range of 0.08 through 0.16 mm; and a thickness of the porous layer is within a range of 0.06 through 0.1 mm and is thinner than the thickness of the sliding layer on average.
An electronic device comprising: a housing including a front surface and a lower surface, the front surface having a first opening and the lower surface having a second opening; a bracket disposed inside the housing; a camera that obtains an image of an external object through the first opening and is disposed on a first surface of the bracket; an image output module that outputs an image to an outside through the second opening and is disposed on a second surface of the bracket; a circuit board (182,184) electrically connected with the camera and the image output module and disposed on a third surface of the bracket; and a semi-transparent member includes at least one semi-transparent lens disposed under the image output module, at a specified angle with respect to a direction of outputting the image such that the image is displayed for a user; wherein the camera is disposed to be inclined at a first angle with respect to a line perpendicular to a direction that the front surface faces, and the semi-transparent lens is disposed to be inclined at a second angle, which is greater than the first angle, with respect to the perpendicular line. a housing including a front surface and a lower surface, the front surface having a first opening and the lower surface having a second opening; a bracket disposed inside the housing; a camera that obtains an image of an external object through the first opening and is disposed on a first surface of the bracket; an image output module that outputs an image to an outside through the second opening and is disposed on a second surface of the bracket; a circuit board (182,184) electrically connected with the camera and the image output module and disposed on a third surface of the bracket; and a semi-transparent member includes at least one semi-transparent lens disposed under the image output module, at a specified angle with respect to a direction of outputting the image such that the image is displayed for a user; wherein the camera is disposed to be inclined at a first angle with respect to a line perpendicular to a direction that the front surface faces, and the semi-transparent lens is disposed to be inclined at a second angle, which is greater than the first angle, with respect to the perpendicular line.
Moveable autonomous system for generating electrical energy, which comprises a subsystem for producing electrical energy of renewable origin, a subsystem for storing electrical energy formed by a battery bank, a subsystem for distributing electrical energy, and a subsystem for instrumentation and control as well as means for storage of the components of said subsystems to facilitate movement of them to the intended location of the system where assembly thereof is undertaken, wherein: - said storage means are one or two containers that are transportable by conventional means of transport; - the subsystem for producing electrical energy of renewable origin comprises a photovoltaic generator with a plurality of modules, in which the photovoltaic panels are pre-assembled in frames structured so that the modules can adopt a folded configuration, allowing storage thereof in one of said containers, and a deployed configuration that allows installation thereof at the intended location of the system; - the subsystem for producing electrical energy of renewable origin also comprises a wind-powered generator with a wind turbine; characterized in that the system further comprises a robotic arm formed by a set of articulated links for adopting a folded disposition, allowing storage thereof in one of said containers, and a deployed disposition; as well as a first and a second end effector that can be coupled to the robotic arm and are configured so that the robotic arm acts as a crane together with the first end effector for in-situ assembly of the modules of the photovoltaic generator or as the tower supporting the wind turbine together with the second end effector. - said storage means are one or two containers that are transportable by conventional means of transport; - the subsystem for producing electrical energy of renewable origin comprises a photovoltaic generator with a plurality of modules, in which the photovoltaic panels are pre-assembled in frames structured so that the modules can adopt a folded configuration, allowing storage thereof in one of said containers, and a deployed configuration that allows installation thereof at the intended location of the system; - the subsystem for producing electrical energy of renewable origin also comprises a wind-powered generator with a wind turbine;
A charging method, comprising: sending via a service-based interface, by a charging trigger function apparatus, a charging start request to request to create a charging resource for a packet data unit, PDU, session to a charging function apparatus that performs online charging and offline charging, wherein the charging start request sent to the charging function apparatus to request to create a charging resource carries an indication receiving address associated with the PDU session; receiving via the service-based interface, by the charging trigger function apparatus, an indication message that is sent by the charging function apparatus that performs online charging and offline charging, wherein the indication message is sent based on the indication receiving address associated with the PDU session, the indication message carries an indication type; and performing, by the charging trigger function apparatus, charging processing based on the indication type in the indication message from the charging function apparatus. sending via a service-based interface, by a charging trigger function apparatus, a charging start request to request to create a charging resource for a packet data unit, PDU, session to a charging function apparatus that performs online charging and offline charging, wherein the charging start request sent to the charging function apparatus to request to create a charging resource carries an indication receiving address associated with the PDU session; receiving via the service-based interface, by the charging trigger function apparatus, an indication message that is sent by the charging function apparatus that performs online charging and offline charging, wherein the indication message is sent based on the indication receiving address associated with the PDU session, the indication message carries an indication type; and performing, by the charging trigger function apparatus, charging processing based on the indication type in the indication message from the charging function apparatus.
A method for modifying the value of an electrical resistance, comprising a ferromagnetic material having a first magnetization direction, comprising the following steps: a) illuminating, by a first LASER beam (14, 14A) emitted by a first LASER source, a first area of the ferromagnetic material, the electrical resistance of the first area corresponding to a first value, the first LASER beam illuminating the first area so that this area is heated at a temperature equal to or higher than the Curie temperature of the ferromagnetic material; b) applying in the first area, through magnetization means, a magnetic field having a direction opposite the first magnetization direction of the ferromagnetic material, the intensity of the magnetic field being lower than the coercive field strength of the ferromagnetic material at room temperature; c) reducing the energy brought by the first LASER beam (14, 14A) to the first area in order to enable the first area to be cooled below the Curie temperature of the ferromagnetic material to form a first controlled magnetic domain (36, 36A), the value of the electrical resistance of the first controlled magnetic domain corresponding to a second value different from the first value. a) illuminating, by a first LASER beam (14, 14A) emitted by a first LASER source, a first area of the ferromagnetic material, the electrical resistance of the first area corresponding to a first value, the first LASER beam illuminating the first area so that this area is heated at a temperature equal to or higher than the Curie temperature of the ferromagnetic material; b) applying in the first area, through magnetization means, a magnetic field having a direction opposite the first magnetization direction of the ferromagnetic material, the intensity of the magnetic field being lower than the coercive field strength of the ferromagnetic material at room temperature; c) reducing the energy brought by the first LASER beam (14, 14A) to the first area in order to enable the first area to be cooled below the Curie temperature of the ferromagnetic material to form a first controlled magnetic domain (36, 36A), the value of the electrical resistance of the first controlled magnetic domain corresponding to a second value different from the first value.
A method for manufacturing a flexible optical plate, comprising: positioning a metallic mask on a surface of a mother substrate; irradiating a carbon dioxide laser beam through the metallic mask to form cavities on the surface of the mother substrate, wherein each of the cavities has a size less than 100μm;; coating a polymer material on the surface of the mother substrate to fill the cavities; and drying the coated polymer material to form the flexible optical plate, the flexible optical plate having a substrate on the surface of the mother substrate and microstructures protruding from the substrate and each corresponding to one of the cavities. positioning a metallic mask on a surface of a mother substrate; irradiating a carbon dioxide laser beam through the metallic mask to form cavities on the surface of the mother substrate, wherein each of the cavities has a size less than 100μm;; coating a polymer material on the surface of the mother substrate to fill the cavities; and drying the coated polymer material to form the flexible optical plate, the flexible optical plate having a substrate on the surface of the mother substrate and microstructures protruding from the substrate and each corresponding to one of the cavities.