mhurhangee/ep-ind-claims huggingface dataset:
A method for electrophysiology mapping based on electrocardiogram and imaging hardware, the method comprising: detecting a three-dimensional surface of a patient from a sensor; modeling a heart of the patient from x-ray projection data and the three-dimensional surface; measuring electric potential at electrode locations on the patient with ECG electrodes; generating an EP map for at least a part of the heart from the three-dimensional surface, the heart segmentation, and the measured electric potentials at the electrode locations; and displaying the EP map on a display screen. detecting a three-dimensional surface of a patient from a sensor; modeling a heart of the patient from x-ray projection data and the three-dimensional surface; measuring electric potential at electrode locations on the patient with ECG electrodes; generating an EP map for at least a part of the heart from the three-dimensional surface, the heart segmentation, and the measured electric potentials at the electrode locations; and displaying the EP map on a display screen.
A method executable on a Gateway, capable of communicating with a Machine Device, a User Device and a Manager Device, the method comprising: - Receiving (3:10), from the Manager Device, a first request, requesting for status information associated with the Machine Device; - Determining (3:20) under which conditions to update the requested status information, and under which conditions to send the acquired status information to the Manager Device; - Determining (3:80), the relevant status information of the Machine Device, based on a response to a second request, requesting for updated data associated with the Machine Device, and by applying the determined conditions for updating the requested status information, the second request being received from the User Device, and forwarded to the Machine Device by the Gateway, and the response being received from the Machine Device by the Gateway, and - Providing (3:100), to the Manager Device, according to the determined conditions for sending the acquired status information to the Manager Device, a notification comprising the determined status information. - Receiving (3:10), from the Manager Device, a first request, requesting for status information associated with the Machine Device; - Determining (3:20) under which conditions to update the requested status information, and under which conditions to send the acquired status information to the Manager Device; - Determining (3:80), the relevant status information of the Machine Device, based on a response to a second request, requesting for updated data associated with the Machine Device, and by applying the determined conditions for updating the requested status information, the second request being received from the User Device, and forwarded to the Machine Device by the Gateway, and the response being received from the Machine Device by the Gateway, and - Providing (3:100), to the Manager Device, according to the determined conditions for sending the acquired status information to the Manager Device, a notification comprising the determined status information.
A method for handing over a User Equipment, UE, device, wherein, an implementation body of said method includes a base station or a network node, the method comprising: obtaining MBMS service reception information of the UE device; selecting a target cell supporting MBMS service for the UE device according to the MBMS service reception information; handing over the UE device to the target cell, wherein: said obtaining MBMS service reception information of the UE device comprises receiving the MBMS service reception information reported by said UE device when it detects its MBMS service changes. obtaining MBMS service reception information of the UE device; selecting a target cell supporting MBMS service for the UE device according to the MBMS service reception information; handing over the UE device to the target cell, wherein: said obtaining MBMS service reception information of the UE device comprises receiving the MBMS service reception information reported by said UE device when it detects its MBMS service changes.
An RFID transponder, such as a card, comprising a first chip electrically connected to a first antenna and a second chip electrically connected to a second antenna, wherein the first antenna comprises a secondary antenna which is inductively coupled to said second antenna, characterized in that the secondary antenna inductively coupled to the second antenna and the first antenna are configured to operate as a booster antenna for the second chip.
An apparatus for unloading baggage from a baggage cart, comprising a frame and a cart support for supporting a baggage cart, the cart support being mounted to the frame and tiltable with respect thereto about a support tilting axis, apparatus is provided with a baggage retaining member for preventing baggage articles from falling too early from a baggage cart on the cart support during tilting, wherein the baggage retaining member is located at the unloading side of the cart support and movably mounted to the frame such that it can be moved in the same turning direction as the cart support, characterized in that the support tilting axis is located at the frame at an unloading side of the cart support.
An apparatus for processing a food stuff comprising a housing, and a cutting tool rotatably mounted in the housing having a cutting edge and an trailing edge, the cutting tool being configured to pass once per revolution through a processing region in the housing in which a food stuff is receivable, and to pass through a recovery region in which the cutting tool is free to rotate without contacting the food stuff in the processing region, wherein the recovery region is defined in the housing between the trailing edge passing from the processing region and the cutting edge passing into the processing region as the cutting tool rotates, so that the cutting tool acts on a food stuff as the cutting tool rotates through the processing region, and recovers the rotational speed lost due to acting on a food stuff in the processing region as the cutting tool rotates through the recovery region.
A thermoplastic resin composition formed by mixing a polyolefin resin, a polyamide resin, and a compatibilizer, characterized in that, said compatibilizer is a modified elastomer in which a reactive group that reacts with said polyamide resin is substituted to an elastomer, said elastomer is an olefin-based thermoplastic elastomer selected from a group consisting of an ethylene 1-butene copolymer, an ethylene 1-pentene copolymer, an ethylene 1-octene copolymer, a propylene 1-butene copolymer, a propylene 1-pentene copolymer, and a propylene 1-octene copolymer, with respect to 100% by mass of a total of said polyolefin resin, said polyamide resin, and said compatibilizer, a content of a component derived from said polyolefin resin is in a range from 35% to 90% by mass, and a content of a component derived from said compatibilizer is in a range from 1% to 50% by mass, said thermoplastic resin composition has a resin phase separated structure which is observed with an electron microscope, said resin phase separated structure has a continuous phase, a dispersed phase which is dispersed in said continuous phase, and a dispersed subdomain in said dispersed phase, and an average diameter of said dispersed subdomain is in a range from 5 to 1,200 nm, said continuous phase is formed of said polyolefin resin, and said dispersed phase is formed of said polyamide resin. said compatibilizer is a modified elastomer in which a reactive group that reacts with said polyamide resin is substituted to an elastomer, said elastomer is an olefin-based thermoplastic elastomer selected from a group consisting of an ethylene 1-butene copolymer, an ethylene 1-pentene copolymer, an ethylene 1-octene copolymer, a propylene 1-butene copolymer, a propylene 1-pentene copolymer, and a propylene 1-octene copolymer, with respect to 100% by mass of a total of said polyolefin resin, said polyamide resin, and said compatibilizer, a content of a component derived from said polyolefin resin is in a range from 35% to 90% by mass, and a content of a component derived from said compatibilizer is in a range from 1% to 50% by mass, said thermoplastic resin composition has a resin phase separated structure which is observed with an electron microscope, said resin phase separated structure has a continuous phase, a dispersed phase which is dispersed in said continuous phase, and a dispersed subdomain in said dispersed phase, and an average diameter of said dispersed subdomain is in a range from 5 to 1,200 nm, said continuous phase is formed of said polyolefin resin, and said dispersed phase is formed of said polyamide resin.
An aerosol provision system (300, 400), comprising: one or more receptacles each forming a respective central space; a base (200', 200", 500) adapted to support the or each receptacle, the or each receptacle being removable from the base; and at least a first airflow generator, operable to draw air through at least a first aerosol generator; wherein the base comprises one or more outlets through which, in operation, aerosolised payload is directed to flow from the base into the central space of a respective receptacle; and the or each receptacle comprises first opening through which the user can inhale the aerosolised payload when the receptacle is removed from the base. one or more receptacles each forming a respective central space; a base (200', 200", 500) adapted to support the or each receptacle, the or each receptacle being removable from the base; and at least a first airflow generator, operable to draw air through at least a first aerosol generator; wherein the base comprises one or more outlets through which, in operation, aerosolised payload is directed to flow from the base into the central space of a respective receptacle; and the or each receptacle comprises first opening through which the user can inhale the aerosolised payload when the receptacle is removed from the base.
An antenna device comprising: an antenna element and a radome wherein the antenna element is adapted to radiate a main lobe of a radio wave and one or more side lobes (22,23) of the radio wave, such that the main lobe of the radio wave and the one or more side lobes (22,23) of the radio wave pass through the radome, wherein the radome has a focusing lens structure that is adapted to focus the main lobe of the radio wave, and a diverging lens structure (12,13) that is adapted to diverge the one or more side lobes (22,23) of the radio wave, wherein the radome has a first surface and a second surface, the first surface being closer to the antenna element than the second surface, the focusing lens structure has a thickness set so that a first reflected main lobe and a second reflected main lobe are opposite in phase to each other, the first reflected main lobe being generated when the main lobe of the radio wave is reflected by the first surface, the second reflected main lobe being generated when the main lobe of the radio wave passes through the first surface, is reflected by the second surface, and passes through the first surface again. an antenna element and a radome wherein the antenna element is adapted to radiate a main lobe of a radio wave and one or more side lobes (22,23) of the radio wave, such that the main lobe of the radio wave and the one or more side lobes (22,23) of the radio wave pass through the radome, wherein the radome has a focusing lens structure that is adapted to focus the main lobe of the radio wave, and a diverging lens structure (12,13) that is adapted to diverge the one or more side lobes (22,23) of the radio wave, wherein the radome has a first surface and a second surface, the first surface being closer to the antenna element than the second surface, the focusing lens structure has a thickness set so that a first reflected main lobe and a second reflected main lobe are opposite in phase to each other, the first reflected main lobe being generated when the main lobe of the radio wave is reflected by the first surface, the second reflected main lobe being generated when the main lobe of the radio wave passes through the first surface, is reflected by the second surface, and passes through the first surface again.
Solenoid valve comprising a housing, an inlet, an outlet, main valve means located between said inlet and said outlet, said main valve means comprising a main valve element, pilot valve means adjusting a pressure difference over said main valve element and having a pilot valve element, a coil, a yoke arrangement magnetically linked to said coil, and armature means for moving said pilot valve element, wherein said armature means comprise a first part attractable by said yoke arrangement to perform an opening stroke, and a second part carrying said pilot valve element, wherein said first part is movable relative to said second part in a first section of said opening stroke and is dragging said second part in a second section of said opening stroke following said first section, wherein an opening spring is located between said first part and said second part, said opening spring acting on said second part in an opening direction, characterized in that said second part comes to rest against said yoke arrangement.
Steering apparatus for motor vehicles, comprising a rotary bearing and a holding ring for the axial fixing of a rotary bearing on a rotatable component (2, 23) with a cylindrical outer surface (22, 24) onto which an inner bearing shell of the rotary bearing is mounted, wherein the holding ring comprises at least one spring tongue which lies in an axial direction resiliently against the inner bearing shell, characterized in that the holding ring comprises radially inwardly projecting elastic fixing tongues which, in the relaxed state, extend into the radial region of the rotatable component (2, 23) such that, when the holding ring is pushed onto the cylindrical outer surface (22, 24) of the rotatable component (2, 23), said fixing tongues are deflected elastically in an axial direction opposite to the pushing-on direction and lie with a radial preload force against the cylindrical outer surface (22, 24) of the rotatable component (2, 23).
A base station comprising: means for monitoring a first data usage in a communication between a gateway apparatus in a core network and a terminal apparatus and a second data usage in a local communication between the terminal apparatus and an application server that is connected to the base station or included in the base station, wherein the local communication is not included in communication over the core network; and a transmitter configured to transmit information relating to monitoring result by the means for monitoring to a base station side communication control apparatus that is configured to perform policy control and charging control, wherein the information is a total data usage of the first data usage and the second data usage, or the first data usage. means for monitoring a first data usage in a communication between a gateway apparatus in a core network and a terminal apparatus and a second data usage in a local communication between the terminal apparatus and an application server that is connected to the base station or included in the base station, wherein the local communication is not included in communication over the core network; and a transmitter configured to transmit information relating to monitoring result by the means for monitoring to a base station side communication control apparatus that is configured to perform policy control and charging control, wherein the information is a total data usage of the first data usage and the second data usage, or the first data usage.
A tire comprising: a tread portion being provided with lateral grooves extending in a tire axial direction and blocks divided by the lateral grooves; at least one of the lateral grooves being provided with a first projected portion having a bottom protruding from a groove bottom of the at least one of the lateral grooves; the first projected portion comprising at least one tie-bar portion connecting a pair of blocks with each other which is arranged adjacently through the at least one of the lateral grooves, and a narrow rib-portion extending in a longitudinal direction of the at least one of the lateral grooves from the at least one tie-bar portion without being connected to the pair of blocks, characterized in that the first projected portion comprises two tie-bar portions and the narrow rib-portion connecting the two tie-bar portions with each other. a tread portion being provided with lateral grooves extending in a tire axial direction and blocks divided by the lateral grooves; at least one of the lateral grooves being provided with a first projected portion having a bottom protruding from a groove bottom of the at least one of the lateral grooves; the first projected portion comprising at least one tie-bar portion connecting a pair of blocks with each other which is arranged adjacently through the at least one of the lateral grooves, and a narrow rib-portion extending in a longitudinal direction of the at least one of the lateral grooves from the at least one tie-bar portion without being connected to the pair of blocks, characterized in that the first projected portion comprises two tie-bar portions and the narrow rib-portion connecting the two tie-bar portions with each other.
A stick vacuum cleaner comprising; a body, a brush head having a bracket, a pipe extending between and connecting the body to the brush head via the bracket, at least a camera and a light source placed on to the brush head so as to capture the image of the area to be swept, a display placed on to the body to display the image captured by the camera, characterized in that a dust sensor placed near to the brush head to detect the dust particles inside the air sucked through the brush head, a control unit configured to; - recognize the dust particles on the image, - highlight the dust particles on the display, - remove highlighting if the dust sensor detects the passage of the dust particles simultaneously with the sweeping movement of the brush head of the area where on the dust particles were previously detected. - recognize the dust particles on the image, - highlight the dust particles on the display, - remove highlighting if the dust sensor detects the passage of the dust particles simultaneously with the sweeping movement of the brush head of the area where on the dust particles were previously detected.
A robotic arm deployment control system comprising: a robotic arm comprising at least two segments joined by an elbow, wherein a first segment is operably configured as a vertical mast, and a second segment is operably configured to deploy tools from a working end; a mast deployment system comprising at least two cams, wherein the at least two cams cause the first and second segments to remain vertical during deployment into an operating space; a non-contact sensor affixed to the first segment for measuring range and bearing to objects contained within the operating space in polar coordinates; a dynamic measurement unit comprising at least three accelerometers and three rate sensors, wherein the dynamic measurement unit is operably configured as a six-degree of freedom three axis sensor configured to operate in a Cartesian coordinate system; a controller operably configured to: receive the polar coordinates from the non-contact sensor and Cartesian coordinates from the dynamic measurement unit, convert the polar coordinates to Cartesian coordinates based on the Cartesian location of the non-contact sensor and dynamic measurement unit. a robotic arm comprising at least two segments joined by an elbow, wherein a first segment is operably configured as a vertical mast, and a second segment is operably configured to deploy tools from a working end; a mast deployment system comprising at least two cams, wherein the at least two cams cause the first and second segments to remain vertical during deployment into an operating space; a non-contact sensor affixed to the first segment for measuring range and bearing to objects contained within the operating space in polar coordinates; a dynamic measurement unit comprising at least three accelerometers and three rate sensors, wherein the dynamic measurement unit is operably configured as a six-degree of freedom three axis sensor configured to operate in a Cartesian coordinate system; a controller operably configured to: receive the polar coordinates from the non-contact sensor and Cartesian coordinates from the dynamic measurement unit, convert the polar coordinates to Cartesian coordinates based on the Cartesian location of the non-contact sensor and dynamic measurement unit. receive the polar coordinates from the non-contact sensor and Cartesian coordinates from the dynamic measurement unit, convert the polar coordinates to Cartesian coordinates based on the Cartesian location of the non-contact sensor and dynamic measurement unit.
A demountable floorboard for inflatable boat, comprising a front section, a central section and a stern section, said sections (1; 2; 3) are provided with connecting profiles for releasable connection, wherein the central section comprises one or more tiers, each of said tiers is made of two segments (8, 9) shaped, when seen from above, as rectangular trapezoids with an acute angle at one of their corners, characterized in that the segments (8, 9) of tiers of the central section are made in such a way that the bases of said rectangular trapezoids are parallel to the symmetry axis of the floorboard when assembled.
A laser shock peening LSP measurement device for measuring energy provided to a treated material during an LSP process, characterized in that it comprises: an energy converter configured to receive acoustic energy from the treated material and to convert the acoustic energy to thermal energy; and an energy measurement device coupled to the energy converter that produces an electrical output based on the thermal energy proportional to the acoustic energy. an energy converter configured to receive acoustic energy from the treated material and to convert the acoustic energy to thermal energy; and an energy measurement device coupled to the energy converter that produces an electrical output based on the thermal energy proportional to the acoustic energy.
Expansion device for a drum brake provided with a readjustment device, wherein the expansion device has a rotating body, which is rotatable around a rotational axis, with an end face extending perpendicularly to the rotational axis, and a transmission body (16, 17), which is secured against rotation around said rotational axis, with a pressure face disposed opposite the end face, wherein at least three balls, which run in ball tracks on the end face and pressure face, are arranged between the end face and the pressure face in a circle which extends coaxially to said rotational axis, and wherein at least the ball tracks of one face are designed in each case as a ramp, characterized in that in that the rotating body consists of a first and a second body part (12, 13) which are displaceable against each other in the axial direction and which are held at a distance by a positionally variable spacer body.