mhurhangee/patent-ind-claim-en huggingface dataset:
An endoscope for insertion into a patient's body, comprising: an elongated shaft having a central axis with an image sensor located at a distal end of the elongated shaft , the elongated shaft having an insertion profile comprising a straight cylindrical shape, the elongated shaft having an articulating distal portion comprising a thin-wall metal sleeve having a slotted region for providing at least one deflected profile for orienting the image sensor for peripheral viewing, the image sensor having a viewing angle; an actuator sleeve within the thin-wall metal sleeve and axially moveable relative to the slotted region, such that movement of the actuator sleeve articulates the slotted region into the at least one deflected profile; and a working channel in the elongated shaft having a distal section , the working channel and distal section both adapted to accommodate an elongated straight tool extending therethrough when the elongated shaft is in the at least one deflected profile, wherein the thin-wall metal sleeve is surrounded by an elastomeric sleeve or a flexible polymer sleeve . an elongated shaft having a central axis with an image sensor located at a distal end of the elongated shaft , the elongated shaft having an insertion profile comprising a straight cylindrical shape, the elongated shaft having an articulating distal portion comprising a thin-wall metal sleeve having a slotted region for providing at least one deflected profile for orienting the image sensor for peripheral viewing, the image sensor having a viewing angle; an actuator sleeve within the thin-wall metal sleeve and axially moveable relative to the slotted region, such that movement of the actuator sleeve articulates the slotted region into the at least one deflected profile; and a working channel in the elongated shaft having a distal section , the working channel and distal section both adapted to accommodate an elongated straight tool extending therethrough when the elongated shaft is in the at least one deflected profile, wherein the thin-wall metal sleeve is surrounded by an elastomeric sleeve or a flexible polymer sleeve .
Support for fixing a blind element to a building, wherein the support is formed as U-shape having a basis and two limbs (16',16") spring-elastically angled from the basis, wherein the limbs (16',16") have each a receptacle (18',18") at the distal end, wherein the receptacles (18',18") are configured to undergrip the blind element accommodated in the support , wherein the support comprises an adjusting device which is configured to apply a force on the blind element in a manner that the blind element is at least sectionally pushed into the receptacles (18',18") of the support , characterized in that the adjusting device comprises an adjusting rod , comprising a turning shaft which is mounted on the support in a rotatable manner, and a protrusion provided on the turning shaft and radially protruding in a direction, wherein the basis of the support is formed as an essentially U-shaped casing , inside which the adjusting rod essentially extends, and wherein the adjusting rod is mounted on the support in a manner that the turning shaft of the adjusting rod circumferentially rests on a surface of the casing .
Motor module comprising a stator formed of a main plate of a first thickness (E1) on which is mounted a rotor, said stator being configured in order to have, at each end, a receiving zone , the thickness (E'1) of which is less than the first thickness (E1), a coil core formed of a bar of a second thickness (E2) on which is wound a coil wire forming the coil of the motor is fixed, the coil core being fixed to the receiving zone, and a printed circuit having a third thickness (E3) which is fixed to the stator, characterised in that the coil core is fixed to the receiving zone of the stator via first holes , in that the printed circuit is fixed to the main plate of the stator via second holes , and in that the first holes are spaced from the second holes , and in that the thickness (E5) of the assembled motor module is less than the total of the thicknesses (E1, E2, E3) of the stator , the coil core and the printed circuit combined.
A 1,1,1-tris(organoamino)disilane compound having the following formula: wherein each R 1 is an independently selected hydrocarbyl group having from 1 to 10 carbon atoms, and each R 2 is an independently selected hydrocarbyl group having from 1 to 10 carbon atoms or H.
An apparatus for predicting intracranial pressure increase in a patient, comprising: a transducer configured for attachment to the patient's head, wherein the transducer is an ultrasound transducer; at least one of a monitor and an alarm device ; and a controller communicatively connected to both the transducer and the at least one of the monitor and the alarm device, the controller configured to receive information from the transducer related to at least one of a location and a motion of a first tissue portion relative to at least one of a location and a motion of a second tissue portion, the controller further configured to predict an increase in intracranial pressure of the patient based on information that motion of the first tissue portion relative to the second tissue portion has decreased, and the controller configured to output a signal to the at least one of the monitor and the alarm device if the controller predicts the increase in intracranial pressure. a transducer configured for attachment to the patient's head, wherein the transducer is an ultrasound transducer; at least one of a monitor and an alarm device ; and a controller communicatively connected to both the transducer and the at least one of the monitor and the alarm device, the controller configured to receive information from the transducer related to at least one of a location and a motion of a first tissue portion relative to at least one of a location and a motion of a second tissue portion, the controller further configured to predict an increase in intracranial pressure of the patient based on information that motion of the first tissue portion relative to the second tissue portion has decreased, and the controller configured to output a signal to the at least one of the monitor and the alarm device if the controller predicts the increase in intracranial pressure.
A nuclear reactor, comprising a shell with a reflector , forming a reactor core , first process channels , located in the reactor core, designed for coolant circulation, second process channels , located in the reactor core, designed for placement of control and protection system, CPS, components, and fuel rod arrays , wherein the reactor further contains a first loop coolant supply and discharge chambers, separated by a partition , the first process channels are designed as Field tubes, i.e. tubes consisting of a single-ended external tube and an open-ended internal tube, whose external tubes are attached to the bottom of the first loop coolant supply chamber and internal tubes are attached to the partition, the fuel rod arrays are installed inside the internal tubes of the Field tubes on suspenders, which are attached to the upper part of the first loop coolant discharge chamber , second process channels are isolated from the first loop coolant supply and discharge chambers, and the space between the tubes within the reactor's core is filled with a medium or material that is transparent for neutrons.
An alternative access point apparatus configured to monitor wireless traffic, the apparatus comprising: a first wireless interface configured to establish a wireless connection with first network credentials to match second network credentials of a primary access point , the primary access point being a separate device from the alternative access point ; a second wireless interface , different than the first wireless interface , configured to monitor traffic; a traffic monitor configured to: identify, via the traffic monitored via the second wireless interface, a connection of a Wi-Fi client to the primary access point ; and capture a management frame transmitted from the primary access point to the Wi-Fi client ; a frame generator configured to insert a change channel announcement into the captured management frame; and a router configured to cause the first wireless interface to re-transmit the captured management frame including the change channel announcement, the channel change announcement is to cause the Wi-Fi client to connect to the alternative access point apparatus . a first wireless interface configured to establish a wireless connection with first network credentials to match second network credentials of a primary access point , the primary access point being a separate device from the alternative access point ; a second wireless interface , different than the first wireless interface , configured to monitor traffic; a traffic monitor configured to: identify, via the traffic monitored via the second wireless interface, a connection of a Wi-Fi client to the primary access point ; and capture a management frame transmitted from the primary access point to the Wi-Fi client ; identify, via the traffic monitored via the second wireless interface, a connection of a Wi-Fi client to the primary access point ; and capture a management frame transmitted from the primary access point to the Wi-Fi client ; a frame generator configured to insert a change channel announcement into the captured management frame; and a router configured to cause the first wireless interface to re-transmit the captured management frame including the change channel announcement, the channel change announcement is to cause the Wi-Fi client to connect to the alternative access point apparatus .
A multi-ply sack for bulk goods having at least one material ply of paper or paper-like material, manufactured from an outer tube section that forms the outer material ply of the sack wall in the finished sack and having one or more inner tube sections that are arranged within the outer tube section , wherein a projection (U) of an inner tube section is present at both ends of the outer tube section , characterized in that the bottoms without any adhesive bonding of the outer tube section are adhesively bonded to an inner tube section, with at least one bottom having a projecting inner tube section being additionally reinforced by a top sheet that is adhesively bonded to the outer tube section and does not have any adhesive bonding to an inner tube section.
A computing system disposed within a remote network management platform and configured to support a managed network , the computing system comprising: a processor ; and memory storing program instructions that, upon execution by the processor , cause the processor to perform operations comprising: monitoring respective performance of a plurality of network entities of the managed network , wherein each network entity of the plurality of network entities is associated with a service of the managed network or a computing device of the managed network ; for each of the plurality of network entities, issuing an event notification in response to determining that the monitored respective performance is below a respective threshold performance level; predicting a statistical likelihood that an additional event notification will be issued based on analysis of a group of event notifications that includes one or more of the issued event notifications; and reporting a prediction score to indicate the statistical likelihood for the additional event notification in response to the statistical likelihood exceeding a score threshold. a processor ; and memory storing program instructions that, upon execution by the processor , cause the processor to perform operations comprising: monitoring respective performance of a plurality of network entities of the managed network , wherein each network entity of the plurality of network entities is associated with a service of the managed network or a computing device of the managed network ; for each of the plurality of network entities, issuing an event notification in response to determining that the monitored respective performance is below a respective threshold performance level; predicting a statistical likelihood that an additional event notification will be issued based on analysis of a group of event notifications that includes one or more of the issued event notifications; and reporting a prediction score to indicate the statistical likelihood for the additional event notification in response to the statistical likelihood exceeding a score threshold. monitoring respective performance of a plurality of network entities of the managed network , wherein each network entity of the plurality of network entities is associated with a service of the managed network or a computing device of the managed network ; for each of the plurality of network entities, issuing an event notification in response to determining that the monitored respective performance is below a respective threshold performance level; predicting a statistical likelihood that an additional event notification will be issued based on analysis of a group of event notifications that includes one or more of the issued event notifications; and reporting a prediction score to indicate the statistical likelihood for the additional event notification in response to the statistical likelihood exceeding a score threshold.
An ablation catheter system comprising: a longitudinally extending ablation catheter to be operated by one or more principal catheter operators and having a proximal end and a distal end, a handle attached to the proximal end of the catheter, a mechanism at the distal end of the catheter for delivering ablation therapy to a desired location, an ablation therapy generator or controller in communication with the handle and the distal end of the catheter, and a manually operable switching mechanism operable by a principal catheter operator and positioned between the ablation catheter distal end and the ablation therapy generator or controller and which is capable of causing abrupt termination of ablation therapy by manual, automatic, remote, or voice-activated operation, characterised in that the switching mechanism is configured such that it cannot initiate therapy by itself following said ablation therapy termination and needs to be reset after said termination, whereby the ablation therapy generator or controller must be manually re-initiated to apply or continue ablation therapy. a longitudinally extending ablation catheter to be operated by one or more principal catheter operators and having a proximal end and a distal end, a handle attached to the proximal end of the catheter, a mechanism at the distal end of the catheter for delivering ablation therapy to a desired location, an ablation therapy generator or controller in communication with the handle and the distal end of the catheter, and a manually operable switching mechanism operable by a principal catheter operator and positioned between the ablation catheter distal end and the ablation therapy generator or controller and which is capable of causing abrupt termination of ablation therapy by manual, automatic, remote, or voice-activated operation, characterised in that the switching mechanism is configured such that it cannot initiate therapy by itself following said ablation therapy termination and needs to be reset after said termination, whereby the ablation therapy generator or controller must be manually re-initiated to apply or continue ablation therapy.
A system configured to detect malware comprising: a data collector configured to: analyze a payload of a communication packet in transit between a first digital device and a second digital device; detect, based on the analysis of the payload, at least a first hypertext transfer object in a chain of a plurality of hypertext transfer objects; analyze at least said first hypertext transfer object for one or more events; generate a list of events based on said analysis of at least said first hypertext transfer object; determine a score for said chain of a plurality of hypertext transfer objects based on at least one of a file format or a header within at least said first hypertext transfer object; determine that said chain of a plurality of hypertext transfer objects is a suspicious sequence of hypertext transfer objects based on the score satisfying a threshold; and use a virtualization environment to collect one or more of an execution log and a call trace during a browser operation when analysing said chain of a plurality of hypertext transfer objects to the browser. analyze a payload of a communication packet in transit between a first digital device and a second digital device; detect, based on the analysis of the payload, at least a first hypertext transfer object in a chain of a plurality of hypertext transfer objects; analyze at least said first hypertext transfer object for one or more events; generate a list of events based on said analysis of at least said first hypertext transfer object; determine a score for said chain of a plurality of hypertext transfer objects based on at least one of a file format or a header within at least said first hypertext transfer object; determine that said chain of a plurality of hypertext transfer objects is a suspicious sequence of hypertext transfer objects based on the score satisfying a threshold; and use a virtualization environment to collect one or more of an execution log and a call trace during a browser operation when analysing said chain of a plurality of hypertext transfer objects to the browser.
A device selected from the group of devices consisting of an electric motor, an electric generator, and a regenerative electric motor, the device including a rotor arrangement with a plurality of rotor poles and a stator arrangement with a plurality of stator poles , the rotor arrangement located around the perimeter of the device , and supported to rotate around the stator arrangement; the stator arrangement located radially inside of the rotor arrangement with an air gap separating the stator arrangement from the rotor arrangement ; the rotor arrangement includes multiple magnet pairs of permanent magnet segments comprising a north rotor pole adjacent a south rotor pole , the magnet pairs positioned around the inside periphery of the rotor arrangement facing the air gap , for magnetically interacting with stator poles of the stator arrangement, both north rotor poles and south rotor poles of each magnet pair being positioned along a line parallel with the rotational axis of the device thereby defining two adjacent circular paths when the rotor arrangement is rotated about the rotational axis of the device , and with the polarities of each consecutive magnet pair being reversed such that adjacent magnet segments alternate from north to south around the entire rotor arrangement in both of the circular paths defined by the pairs of magnet segments ; the stator arrangement includes a corresponding multiple of independent energizable electromagnetic assemblies , each energizable electromagnetic assembly comprising at least one electric coil around a U-shaped one-piece magnetic core to provide two stator poles located at the ends of the legs of each U-shaped one-piece magnetic core, the electromagnetic assemblies positioned such that the stator poles of each electromagnetic assembly are located adjacent to one another and in line with one another along a line parallel with the rotational axis , facing the air gap and towards magnet segment pairs ; each one-piece magnetic core being formed from a ribbon of amorphous metal or nano-crystalline, thin-film soft magnetic material wound, or stacked in strips, annealed and cut to form a one-piece U-shaped core, with the thin-film material being oriented such that magnetic flux is directed through the pieces along the direction of the material that most efficiently directs the magnetic flux, each magnetic core providing the entire magnetic return path, without parasitic gaps, for the two opposite magnetic stator poles associated with the magnetic core , and without requiring a back-iron to connect the stator poles .
A system for a hybrid aircraft , the system comprising: a first gas turbine engine comprising a first low spool electric machine and a first high spool electric machine ; a second gas turbine engine comprising a second low spool electric machine and a second high spool electric machine ; and a controller operable to: determine an operating mode of the hybrid aircraft ; and control power extraction from the first low spool electric machine and/or the first high spool electric machine while a single engine descent mode is active, wherein the first gas turbine engine combusts fuel and fuel combustion is inhibited in the second gas turbine engine while the single engine descent mode is active, the controller is operable to provide electric power to the second low spool electric machine and/or the second high spool electric machine while the single engine descent mode is active to balance thrust between the first gas turbine engine and the second gas turbine engine ; characterised in that the single engine descent mode is active based on determining that the first gas turbine engine has a thrust generation capacity to maintain a targeted airspeed during descent of the hybrid aircraft in combination with providing electric power to the second low spool electric machine and/or the second high spool electric machine . a first gas turbine engine comprising a first low spool electric machine and a first high spool electric machine ; a second gas turbine engine comprising a second low spool electric machine and a second high spool electric machine ; and a controller operable to: determine an operating mode of the hybrid aircraft ; and control power extraction from the first low spool electric machine and/or the first high spool electric machine while a single engine descent mode is active, wherein the first gas turbine engine combusts fuel and fuel combustion is inhibited in the second gas turbine engine while the single engine descent mode is active, determine an operating mode of the hybrid aircraft ; and control power extraction from the first low spool electric machine and/or the first high spool electric machine while a single engine descent mode is active, wherein the first gas turbine engine combusts fuel and fuel combustion is inhibited in the second gas turbine engine while the single engine descent mode is active, the controller is operable to provide electric power to the second low spool electric machine and/or the second high spool electric machine while the single engine descent mode is active to balance thrust between the first gas turbine engine and the second gas turbine engine ; characterised in that the single engine descent mode is active based on determining that the first gas turbine engine has a thrust generation capacity to maintain a targeted airspeed during descent of the hybrid aircraft in combination with providing electric power to the second low spool electric machine and/or the second high spool electric machine .
Apparatus for starting a fire, comprising: a stack of combustible fuel elements and a flammable ignition element located in a combustible container configured to provide at least one aperture for igniting the flammable ignition element located therein; wherein the ignition element is supported by at least two of the fuel elements and the at least one aperture is located below the ignition element. a stack of combustible fuel elements and a flammable ignition element located in a combustible container configured to provide at least one aperture for igniting the flammable ignition element located therein; wherein the ignition element is supported by at least two of the fuel elements and the at least one aperture is located below the ignition element.