mhurhangee/patent-ind-claim-en huggingface dataset:
A device for implanting into an atrial septum of a patient, the device comprising a core region comprising a plurality of core segments surrounding a central opening , the core region being adapted and configured to be disposed in an opening in the atrial septum, a distal retention region comprising a plurality of distal retention segments extending from the core segments, the distal retention segments being adapted to engage tissue on a left atrial side of the septal wall, a proximal retention region comprising a plurality of proximal retention segments extending from the core segments, the proximal retention segments being adapted to engage tissue on a right atrial side of the septal wall, and a retrieval region comprising a plurality of retrieval members extending from the proximal retention segments , each retrieval member comprising a connector at a proximal end, the connector being adapted to connect to a delivery system, the device having a collapsed delivery configuration and first and second configurations, wherein in the first configuration, the distal retention region , the core region , and the proximal retention region are configured to engage the atrial septum, while the connectors at the proximal end of the retrieval region are disposed such as to be connectable to the delivery system, and wherein in the second configuration, the distal retention region , the core region , and the proximal retention region are configured to engage the atrial septum, while the connectors at the proximal end of the retrieval region are disposed radially outward from the central opening of the core region and spaced proximally from the proximal retention segments , said device being characterized in that the connectors extend radially inward from an end of the retrieval members in the second configuration.
A battery powered tool extending in a longitudinal direction (Z), comprising a tool body and a battery pack , which battery pack is arranged on the tool body and adapted to power the tool, wherein the tool body is provided with a through aperture with an extension length through the tool body in a direction (X) that is perpendicular to the longitudinal extension direction (Z) of the tool; characterized in that the through aperture is adapted to receive the battery pack , such that when the battery pack is mounted in the through aperture, the tool body at least partly surrounds the battery pack; the tool body is provided with a connector within the through aperture , which connector is adapted to integrate with a corresponding connector on the battery pack when the battery pack is mounted in the through aperture ; and the connectors are adapted to transfer power from the battery pack to the tool body .
A system for automatically fusing data from a medical procedure and displaying the fused data to a surgeon during the medical procedure, the system comprising: a medical hub comprising at least one processor and at least one memory, and a remote server communicatively coupled to the medical hub, wherein the at least one processor is configured to: access a first dataset generated by a first surgical device comprising data sampled at a first data sampling rate recorded during a sampling time period; access a second dataset generated by a second surgical device comprising data sampled at a second data sampling rate that is slower than the first data sampling rate and is recorded during the sampling time period; upscale the second data sampling rate of the second dataset to be aligned with the first data sampling rate; fuse the first dataset and the second dataset into a composite dataset; align the first dataset and the second dataset in the composite dataset, such that data from both the first dataset and the second dataset is sequentially ordered in the composite dataset in an order in which the data was recorded; cause display of the composite dataset; generate a graphical overlay on top of the display of the composite dataset that provides an interpretation of the composite dataset; and transmit the composite dataset to the remote server. access a first dataset generated by a first surgical device comprising data sampled at a first data sampling rate recorded during a sampling time period; access a second dataset generated by a second surgical device comprising data sampled at a second data sampling rate that is slower than the first data sampling rate and is recorded during the sampling time period; upscale the second data sampling rate of the second dataset to be aligned with the first data sampling rate; fuse the first dataset and the second dataset into a composite dataset; align the first dataset and the second dataset in the composite dataset, such that data from both the first dataset and the second dataset is sequentially ordered in the composite dataset in an order in which the data was recorded; cause display of the composite dataset; generate a graphical overlay on top of the display of the composite dataset that provides an interpretation of the composite dataset; and transmit the composite dataset to the remote server.
A computer-implemented method comprising: receiving one or more update requests; identifying , based on the one or more update requests, a set of foundational relationships for deletion from a graph database; inferring, using one or more relationship inference rules, a set of inferred relationships for deletion from the graph database based on the set of foundational relationships for deletion, comprising: searching for relationships in the set of foundational relationships for deletion that match a relationship specified in a precondition of at least one of the one or more relationship inference rules; determining whether the precondition is satisfiable using at least one of the matching relationships; and in response to the precondition being satisfiable, inferring at least one of the relationships of the set of inferred relationships for deletion using at least one of the matching relationships; and deleting , from the graph database, a set of relationships for deletion comprising the set of foundational relationships for deletion and the set of inferred relationships for deletion. receiving one or more update requests; identifying , based on the one or more update requests, a set of foundational relationships for deletion from a graph database; inferring, using one or more relationship inference rules, a set of inferred relationships for deletion from the graph database based on the set of foundational relationships for deletion, comprising: searching for relationships in the set of foundational relationships for deletion that match a relationship specified in a precondition of at least one of the one or more relationship inference rules; determining whether the precondition is satisfiable using at least one of the matching relationships; and in response to the precondition being satisfiable, inferring at least one of the relationships of the set of inferred relationships for deletion using at least one of the matching relationships; and searching for relationships in the set of foundational relationships for deletion that match a relationship specified in a precondition of at least one of the one or more relationship inference rules; determining whether the precondition is satisfiable using at least one of the matching relationships; and in response to the precondition being satisfiable, inferring at least one of the relationships of the set of inferred relationships for deletion using at least one of the matching relationships; and deleting , from the graph database, a set of relationships for deletion comprising the set of foundational relationships for deletion and the set of inferred relationships for deletion.
A chest tube insertion sheath apparatus , comprising: a sheath body having a distal end and a proximal end , wherein the sheath body is rigid and disposed about a curvilinear axis ; and a lumen defined axially through the sheath body from the distal end to the proximal end , the lumen including a distal end opening at the distal end and a proximal end opening at the proximal end ; characterised by a tapered tube clamp at the distal end of the sheath body , the tube clamp including one or more clamp tabs angled radially inward toward the distal end opening . a sheath body having a distal end and a proximal end , wherein the sheath body is rigid and disposed about a curvilinear axis ; and a lumen defined axially through the sheath body from the distal end to the proximal end , the lumen including a distal end opening at the distal end and a proximal end opening at the proximal end ; characterised by a tapered tube clamp at the distal end of the sheath body , the tube clamp including one or more clamp tabs angled radially inward toward the distal end opening .
A cutting implement for use with a drive unit , the cutting implement comprising: a hub that defines an outside surface , the outside surface configured to abut an inside surface of the drive unit ; an outer tube rigidly coupled to the hub, the outer tube defines a longitudinal axis ; an inner tube telescoped with the outer tube along the longitudinal axis ; a first protrusion that extends radially outward from the outside surface of the hub and configured to align with and telescope in a corresponding slot in the drive unit ; a latch disposed on the outside surface of the hub, the latch comprising an engaging member on an inside surface of the latch configured to engage with a corresponding annular groove on an outer surface of the drive unit , the latch comprising a hinge that defines a rotational axis, and wherein the rotational axis, projected onto the longitudinal axis , is perpendicular to the longitudinal axis ; and a cutter defined at the distal end of the outer tube and inner tube .
Sensor device for a vehicle , wherein the sensor device comprises at least two magnetic field sensors (122, 124; 224; 422, 424) for detecting a sensing magnetic field from a sensing magnet , wherein the magnetic field sensors (122, 124; 224; 422, 424) are designed in such a way that the resultant magnetic field from the sensing magnetic field and an external magnetic interference field from an interference source has on the magnetic field sensors (122, 124; 224; 422, 424) a different strength of effect with respect to signal values of the relevant magnetic field sensors (122, 124; 224; 422, 424), characterized in that at least one of the magnetic field sensors (122, 124; 224; 422, 424) comprises a device for shielding at least one component of the sensing magnetic field and/or the magnetic interference field and at least one of the magnetic field sensors (122, 124; 224; 422, 424) comprises a device for concentrating at least one component of the sensing magnetic field and/or the magnetic interference field , wherein the device or the devices is or are arranged inside a housing of the sensor device .
A process comprising the steps of a) reading an identifier forming part of a hemodialyzer, hemofilter, or ultrafilter with a portable communication device; b) accessing an editable dataset assigned to the hemodialyzer, hemofilter, or ultrafilter via the identifier with the portable communication device, the editable dataset being present in the memory of a RFID chip or NFC chip forming part of the hemodialyzer, hemofilter, or ultrafilter; c) reading data from the editable dataset and writing data to the editable dataset with the portable communication device; d) accessing at least one remote computer or computer network of the manufacturer of the hemodialyzer, hemofilter, or ultrafilter with the portable communication device and sending data previously read from the editable dataset to the at least one remote computer or computer network and writing data previously received from the at least one remote computer or computer network to the editable dataset; wherein the data previously received is used to block use of the hemodialyzer, hemofilter, or ultrafilter, in case the manufacturer of the hemodialyzer, hemofilter, or ultrafilter has detected a problem with the hemodialyzer, hemofilter, or ultrafilter, or in case storage conditions of the hemodialyzer, hemofilter, or ultrafilter, or environmental parameters have been outside the allowable limitations. a) reading an identifier forming part of a hemodialyzer, hemofilter, or ultrafilter with a portable communication device; b) accessing an editable dataset assigned to the hemodialyzer, hemofilter, or ultrafilter via the identifier with the portable communication device, the editable dataset being present in the memory of a RFID chip or NFC chip forming part of the hemodialyzer, hemofilter, or ultrafilter; c) reading data from the editable dataset and writing data to the editable dataset with the portable communication device; d) accessing at least one remote computer or computer network of the manufacturer of the hemodialyzer, hemofilter, or ultrafilter with the portable communication device and sending data previously read from the editable dataset to the at least one remote computer or computer network and writing data previously received from the at least one remote computer or computer network to the editable dataset; wherein the data previously received is used to block use of the hemodialyzer, hemofilter, or ultrafilter, in case the manufacturer of the hemodialyzer, hemofilter, or ultrafilter has detected a problem with the hemodialyzer, hemofilter, or ultrafilter, or in case storage conditions of the hemodialyzer, hemofilter, or ultrafilter, or environmental parameters have been outside the allowable limitations.
A transparent substrate (S), in particular made of glass, provided with a stack of thin layers acting on solar radiation, said stack comprising at least one functional layer , this functional layer being combined with at least one barrier underlayer , characterized in that this barrier underlayer is a layer of silicon dioxide having a thickness of between 15 and 25 nm.
An audio device for vehicles, comprising: two audio sources; three audio sinks, comprising two headphone connections and a speaker system; a touch-sensitive display; wherein the audio device is configured to carry out the following steps: simultaneous playing back of the two audio sources; displaying a representation for each of the audio sources and audio sinks on the display; detecting a touch input; in response to the detection: outputting the origin audio source on the target audio sink; characterised in that the touch input comprises a motion of the user's finger on the display, wherein the motion starts on the representation of an origin audio source and extends in the direction of a destination audio sink, and in that the representation of the audio sources comprises information concerning the audio content currently being played back, more especially album cover or associated images. two audio sources; three audio sinks, comprising two headphone connections and a speaker system; a touch-sensitive display; wherein the audio device is configured to carry out the following steps: simultaneous playing back of the two audio sources; displaying a representation for each of the audio sources and audio sinks on the display; detecting a touch input; in response to the detection: outputting the origin audio source on the target audio sink; characterised in that the touch input comprises a motion of the user's finger on the display, wherein the motion starts on the representation of an origin audio source and extends in the direction of a destination audio sink, and in that the representation of the audio sources comprises information concerning the audio content currently being played back, more especially album cover or associated images. simultaneous playing back of the two audio sources; displaying a representation for each of the audio sources and audio sinks on the display; detecting a touch input; in response to the detection: outputting the origin audio source on the target audio sink; characterised in that the touch input comprises a motion of the user's finger on the display, wherein the motion starts on the representation of an origin audio source and extends in the direction of a destination audio sink, and in that the representation of the audio sources comprises information concerning the audio content currently being played back, more especially album cover or associated images.
A mould-filling machine for producing and filling containers from preforms, comprising a mould-filling station having a mould for receiving a preform, the mould having an opening such that an opening region of the preform in the mould is accessible, wherein the mould filling station comprises a processing unit with at least two processing subunits , which are characterized in that the at least two processing subunits are movably arranged in the processing unit so that the processing subunits can be alternately positioned above the opening , and the processing unit comprises a sealing element which can be positioned above the opening of the mould so as to form a gas-tight space enclosing the interior of the preform and/or of the container as well as the processing subunits .
A methanolic extract of Acanthus mollis seeds for use in the inhibition of human platelet aggregation.
A light emitting diode (LED) device, whereby the inner part of the LED device, featuring at least a contact device and an LED chip , is at least partly embedded in transparent silicone fill , wherein the inner part of the LED device is housed in a white silicone housing comprising white silicone, wherein at least the contact device of the inner part of the LED device is at least partially embedded in the white silicone, characterized in that , additionally, the LED chip is partially embedded in the white silicone.
An apparatus for inspecting a cloth piece, having a first inspection camera for picking up an image of a cloth piece (T) and a second inspection camera for picking up an image of the cloth piece (T), comprising: an inspection table over which the cloth piece (T) passes; and an image processing apparatus connected to the first inspection camera and the second inspection camera ; wherein the inspection table has a black or gray color section and a light transmitting section , the first inspection camera is located at an image pick-up position over the black or gray color section , the second inspection camera is located at an image pick-up position over the light transmitting section , light sources provided for illuminating the image pick-up positions of the first inspection camera and the second inspection camera , the first inspection camera picks up an image of reflected light from a cloth piece (T) passing over the black or gray color section , and the second inspection camera picks up an image of transmitted light through a cloth piece (T) passing over the light transmitting section characterized in that the image processing apparatus is configured to determine an area where the reflected light and the transmitted light are both darker than a surrounding area to be dirt at the same position of the cloth piece (T), and to determine an area where the reflected light is darker than the surrounding area and the transmitted light is brighter than the surrounding area to be a tear at the same position of the cloth piece (T). an inspection table over which the cloth piece (T) passes; and an image processing apparatus connected to the first inspection camera and the second inspection camera ; wherein the inspection table has a black or gray color section and a light transmitting section , the first inspection camera is located at an image pick-up position over the black or gray color section , the second inspection camera is located at an image pick-up position over the light transmitting section , light sources provided for illuminating the image pick-up positions of the first inspection camera and the second inspection camera , the first inspection camera picks up an image of reflected light from a cloth piece (T) passing over the black or gray color section , and the second inspection camera picks up an image of transmitted light through a cloth piece (T) passing over the light transmitting section characterized in that the image processing apparatus is configured to determine an area where the reflected light and the transmitted light are both darker than a surrounding area to be dirt at the same position of the cloth piece (T), and to determine an area where the reflected light is darker than the surrounding area and the transmitted light is brighter than the surrounding area to be a tear at the same position of the cloth piece (T).
An apparatus arranged for providing liquid from a storage container to a liquid intake device, especially a dosing device, the apparatus comprising: - an extraction probe for extracting liquid out of the storage container ; - a buffer reservoir connected to the extraction probe ; - a feeding line connecting the buffer reservoir to a liquid outlet of the apparatus , which liquid outlet is adapted for establishing a connection to the liquid intake device; - a venting line connecting the buffer reservoir with an air outlet of the apparatus ; - a contact-free liquid level detector for detecting the liquid level in the buffer reservoir ; and - a support for mounting the apparatus on the storage container in such way, that the extraction probe extends through a liquid outlet into the interior of the storage container , wherein the apparatus is adapted for a direct installation on the storage container . - an extraction probe for extracting liquid out of the storage container ; - a buffer reservoir connected to the extraction probe ; - a feeding line connecting the buffer reservoir to a liquid outlet of the apparatus , which liquid outlet is adapted for establishing a connection to the liquid intake device; - a venting line connecting the buffer reservoir with an air outlet of the apparatus ; - a contact-free liquid level detector for detecting the liquid level in the buffer reservoir ; and - a support for mounting the apparatus on the storage container in such way, that the extraction probe extends through a liquid outlet into the interior of the storage container , wherein the apparatus is adapted for a direct installation on the storage container .