mhurhangee/patent-ind-claim-en huggingface dataset:
A medication reservoir for an automated medication adherence system , comprising: two successive stages, a first stage (305; 905) and a second stage (310; 910); wherein said reservoir is configured for receiving, storing, and dispensing a plurality of pills; a central agitation stalk configured to provide rotation and agitation within said medication reservoir such that said medication reservoir may receive, store, and dispense said plurality of pills; wherein said dispensing of said plurality of pills by said reservoir is arranged to be controlled by an electronic interface (110; 111; 1625) of said automated medication adherence system ; wherein said medication reservoir is configured to transfer, by said rotation and agitation, said plurality of pills from said first stage (305; 905) to said second stage (310; 910) one pill at a time; wherein said medication reservoir is configured to transfer, by said rotation and agitation, said plurality of pills from said second stage (310; 910) to a pill delivery and lock-out module of said automated medication adherence system one pill at a time; wherein each of said two successive stages (305; 905; 310; 910) comprises an opening, such that there are two openings, a first opening and a second opening ; wherein said first opening and said second opening are selectively openable and closable in response to said electronic interface; wherein each of said two successive stages (305; 905; 310; 910) receive and dispense said plurality of pills through said two openings (315; 316). two successive stages, a first stage (305; 905) and a second stage (310; 910); wherein said reservoir is configured for receiving, storing, and dispensing a plurality of pills; a central agitation stalk configured to provide rotation and agitation within said medication reservoir such that said medication reservoir may receive, store, and dispense said plurality of pills; wherein said dispensing of said plurality of pills by said reservoir is arranged to be controlled by an electronic interface (110; 111; 1625) of said automated medication adherence system ; wherein said medication reservoir is configured to transfer, by said rotation and agitation, said plurality of pills from said first stage (305; 905) to said second stage (310; 910) one pill at a time; wherein said medication reservoir is configured to transfer, by said rotation and agitation, said plurality of pills from said second stage (310; 910) to a pill delivery and lock-out module of said automated medication adherence system one pill at a time; wherein each of said two successive stages (305; 905; 310; 910) comprises an opening, such that there are two openings, a first opening and a second opening ; wherein said first opening and said second opening are selectively openable and closable in response to said electronic interface; wherein each of said two successive stages (305; 905; 310; 910) receive and dispense said plurality of pills through said two openings (315; 316).
A computer-implemented method for updating a property map during a simulation, which comprises: inputting , using a client and/or video interface, well log data; selecting , using the client and/or video interface, a 2D or 3D grid display for displaying the well log data; displaying the 2D or 3D grid display as a property map ; receiving, through an input device forming part of a graphical user interface, a selection of an algorithm to update the property map based on a selection to honor the well log data for a plurality of wells; receiving, through the input device, a selection of a variogram parameter to update the property map; updating the property map using the algorithm and the variogram parameter, the updated property map representing a new property map ; rendering an image of the new property map in a display device forming part of the graphical user interface; obtaining, through the graphical user interface, a plurality of sketched azimuth guidelines placed on the new property map by drawing on the graphical user interface, the azimuth guidelines indicating one or more directional continuities of the property map; updating the new property map using the algorithm, the variogram parameter, the plurality of sketched azimuth guidelines, and user-defined well data to produce an updated new property map , such that the directional continuities of the updated new property map follow the plurality of sketched azimuth guidelines; and rendering an image of the updated new property map in the graphical user interface on the display device. inputting , using a client and/or video interface, well log data; selecting , using the client and/or video interface, a 2D or 3D grid display for displaying the well log data; displaying the 2D or 3D grid display as a property map ; receiving, through an input device forming part of a graphical user interface, a selection of an algorithm to update the property map based on a selection to honor the well log data for a plurality of wells; receiving, through the input device, a selection of a variogram parameter to update the property map; updating the property map using the algorithm and the variogram parameter, the updated property map representing a new property map ; rendering an image of the new property map in a display device forming part of the graphical user interface; obtaining, through the graphical user interface, a plurality of sketched azimuth guidelines placed on the new property map by drawing on the graphical user interface, the azimuth guidelines indicating one or more directional continuities of the property map; updating the new property map using the algorithm, the variogram parameter, the plurality of sketched azimuth guidelines, and user-defined well data to produce an updated new property map , such that the directional continuities of the updated new property map follow the plurality of sketched azimuth guidelines; and rendering an image of the updated new property map in the graphical user interface on the display device.
Magnet yoke for a short-circuit triggering system of a protective switching device , in particular of a line circuit breaker, which is formed integrally and has a coupling region , - comprising a fixed contact region , which forms a stationary part of a switching contact of the protective switching device , is connected at its first end integrally to the coupling region , and whose second end is in the form of a free end, and - comprising a quenching chamber region , which is connected integrally to the coupling region and forms a bypass current path, which is energized in the event of the occurrence of an arc as a result of opening of the switching contact after commutation of the arc from the fixed contact region onto the quenching chamber region . - comprising a fixed contact region , which forms a stationary part of a switching contact of the protective switching device , is connected at its first end integrally to the coupling region , and whose second end is in the form of a free end, and - comprising a quenching chamber region , which is connected integrally to the coupling region and forms a bypass current path, which is energized in the event of the occurrence of an arc as a result of opening of the switching contact after commutation of the arc from the fixed contact region onto the quenching chamber region .
A method of modulating transmission of ions in a mass spectrometer, comprising: generating an ion beam comprising a plurality of ions, directing the ion beam to an ion optic positioned in the path of the ion beam, wherein the ion optic includes at least one opening through which the ions can pass, applying one or more voltage pulses at a selected duty cycle to said ion optic so as to obtain a desired attenuation of brightness of the ion beam passing through the ion optic, characterized in that a pulse width of said voltage pulses at said selected duty cycle is determined by identifying a pulse width on a calibration normalized ion intensity versus pulse width relation for said ions that corresponds to said desired attenuation on an ideal normalized ion intensity versus pulse width relation for said ions. generating an ion beam comprising a plurality of ions, directing the ion beam to an ion optic positioned in the path of the ion beam, wherein the ion optic includes at least one opening through which the ions can pass, applying one or more voltage pulses at a selected duty cycle to said ion optic so as to obtain a desired attenuation of brightness of the ion beam passing through the ion optic, characterized in that a pulse width of said voltage pulses at said selected duty cycle is determined by identifying a pulse width on a calibration normalized ion intensity versus pulse width relation for said ions that corresponds to said desired attenuation on an ideal normalized ion intensity versus pulse width relation for said ions.
An aircraft including: a power source arranged to provide AC electrical power of varying frequency, and a brake cooling fan including an impeller which is driven by an electric motor , characterised in that the electric motor is powered by said AC electrical power , wherein the brake cooling fan is arranged to have an operable mode when certain criteria are met, the criteria including whether the frequency of said AC electrical power is suitable for powering the motor , and the brake cooling fan is arranged to have an inoperable mode to protect against unsuitable operation of the motor . a power source arranged to provide AC electrical power of varying frequency, and a brake cooling fan including an impeller which is driven by an electric motor , characterised in that the electric motor is powered by said AC electrical power , wherein the brake cooling fan is arranged to have an operable mode when certain criteria are met, the criteria including whether the frequency of said AC electrical power is suitable for powering the motor , and the brake cooling fan is arranged to have an inoperable mode to protect against unsuitable operation of the motor .
An electronic system comprising: a fan speed control circuit configured to generate a heartbeat signal indicating normal operation of the fan speed control circuit ; and a fan speed control signal; and a fan module comprising a fan controller and a fan , wherein the fan speed control circuit is communicatively connected to the fan controller of the fan module via a wired connection and is configured to communicate the fan speed control signal and the heartbeat signal to the fan controller via the wired connection , the fan controller being configured to operate the fan at the instructed speed in the fan speed control signal, and the fan controller being further configured to detect a discrepancy in the heartbeat signal and control the fan according to a safe fan speed, in response to a detected discrepancy, characterized in that the heartbeat signal is embedded within a fan speed control signal, and the heartbeat signal is transmitted over a same general purpose output pin as the fan speed control signal, wherein the heartbeat signal is periodic pulse-width modulation within the fan speed control signal, and the discrepancy is a lack of the heartbeat signal during at least one period, during two sequential periods, or during two non-sequential periods. a fan speed control circuit configured to generate a heartbeat signal indicating normal operation of the fan speed control circuit ; and a fan speed control signal; and a fan module comprising a fan controller and a fan , wherein the fan speed control circuit is communicatively connected to the fan controller of the fan module via a wired connection and is configured to communicate the fan speed control signal and the heartbeat signal to the fan controller via the wired connection , the fan controller being configured to operate the fan at the instructed speed in the fan speed control signal, and the fan controller being further configured to detect a discrepancy in the heartbeat signal and control the fan according to a safe fan speed, in response to a detected discrepancy, characterized in that the heartbeat signal is embedded within a fan speed control signal, and the heartbeat signal is transmitted over a same general purpose output pin as the fan speed control signal, wherein the heartbeat signal is periodic pulse-width modulation within the fan speed control signal, and the discrepancy is a lack of the heartbeat signal during at least one period, during two sequential periods, or during two non-sequential periods.
Stator for an electrical machine having a stator axis and having stator teeth on each of which a coil former with in each case one coil winding is provided, wherein the coil former is in each case wound in several layers in the axial direction with respect to the stator axis in such a way that the respective coil winding has at least two topmost layers, and having a phase conductor arrangement , wherein the coil windings each have an electrical conductor with an electrically insulating coating and are each electrically connected to one of a plurality of phase conductors of the phase conductor arrangement , wherein the electrical conductor of the coil windings has in each case one baked enamel coating by way of which winding sections of each coil winding are connected to form a fixed composite, to the topmost layer of which the phase conductor arrangement is fastened, wherein coil windings are provided which have, on their coil side which faces the phase conductor arrangement in the axial direction, winding sections which are crossed in the topmost layer and which cross other winding sections of the same coil winding , wherein - the phase conductor arrangement is adhesively bonded by an adhesive to coil sides , which have crossed winding sections , of a plurality of coil windings , - the winding sections of the respective coil winding are crossed in the topmost layer in such a way that winding cavities which can be filled with the adhesive are produced at least in the two topmost layers of the coil windings , and - the adhesive is anchored in an interlocking manner by the crossed winding sections in the topmost layer or in the two topmost layers of the respective coil winding . - the phase conductor arrangement is adhesively bonded by an adhesive to coil sides , which have crossed winding sections , of a plurality of coil windings , - the winding sections of the respective coil winding are crossed in the topmost layer in such a way that winding cavities which can be filled with the adhesive are produced at least in the two topmost layers of the coil windings , and - the adhesive is anchored in an interlocking manner by the crossed winding sections in the topmost layer or in the two topmost layers of the respective coil winding .
A method for operating a bandgap voltage reference circuit comprising a bias circuit for receiving a feedback signal and outputting a bias signal in response to the feedback signal, an amplifier for receiving the bias signal and outputting a first reference signal as the feedback signal, an output circuit for receiving the first reference signal and outputting a second reference signal, and an output switch for outputting the second reference signal as an output signal, the method comprising: after powering up the bandgap voltage reference circuit, determining whether the output signal is a stable signal, in the event that the output signal is a stable signal: turning off the output switch ; after turning off the output switch , turning off the bias circuit ; and after turning off the bias circuit , turning off the output circuit . turning off the output switch ; after turning off the output switch , turning off the bias circuit ; and after turning off the bias circuit , turning off the output circuit .
Sports dumbbell with a grip portion running along the grip axis (L1), and a support axis (L2) of a support portion which is spaced from the grip portion perpendicularly to the grip axis (L1) and runs parallel to the grip axis (L1), which support portion is connected relatively immovably by least one end to the grip portion , and with a centre of gravity (S) arranged inside the support portion , characterised in that a distance (d2) between the grip axis (L1) and the support axis (L2) is at least 11 cm and the sports dumbbell forms a closed annular or open annular body in its outer form and the support portion has a substantially constant cross section pendendicular to a circumferential direction.
A balloon catheter system comprising one or more conduits to which are attached an inner compliant balloon having a non-helical shape in its deflated state, said balloon being enclosed by an outer non-compliant or semi-compliant balloon , wherein the inner balloon is constructed such that upon inflation, said inner balloon is capable of adopting a spiral or helical conformation, wherein said inner balloon is attached at both of its ends to the one or more conduits , said one or more conduits being threaded through said inner balloon , wherein said one or more conduits comprise a stiff core shaft that is capable of withstanding the longitudinal spiral-forming forces, and wherein the space between the outer surface of said conduit(s) and the inner wall of said inner compliant balloon is sufficient to allow relative movement of the compliant tube of the balloon over the core shaft during inflation, characterised in that said outer balloon is perforated by a first set of pores along most or all of its surface, and is further perforated by a second set of pores or openings at the proximal neck thereof, wherein the pores of said second set are significantly fewer in number and larger in diameter than said first set .
A system for sensing a physical property of a medium inside a conduit comprising: a radio frequency identification, RFID, reader arranged to transmit electromagnetic signals in at least one radio frequency; an RFID tag receiving the least one radio frequency exchanging the at least one radio frequency to electrical energy to power the RFID tag ; a sensor electrically connected to the RFID tag located adjacent the medium flowing inside the conduit, the sensor receiving the electrical energy from the RFID tag and operating the sensor to obtain measurement data of at least one physical property of the medium; the sensor transmitting the measurement data to the RFID tag , wherein the measurement data is transmitted by the RFID tag to the RFID reader using the at least one radio frequency; characterised in that it comprises: an ultra-high frequency, UHF, control circuit electrically connected to a UHF antenna tuned to receive a UHF radio frequency; and a high-frequency, HF, control circuit electrically connected to an HF antenna tuned to receive an HF radio frequency, wherein the HF antenna and the UHF antenna are arranged as a nested pair. a radio frequency identification, RFID, reader arranged to transmit electromagnetic signals in at least one radio frequency; an RFID tag receiving the least one radio frequency exchanging the at least one radio frequency to electrical energy to power the RFID tag ; a sensor electrically connected to the RFID tag located adjacent the medium flowing inside the conduit, the sensor receiving the electrical energy from the RFID tag and operating the sensor to obtain measurement data of at least one physical property of the medium; the sensor transmitting the measurement data to the RFID tag , wherein the measurement data is transmitted by the RFID tag to the RFID reader using the at least one radio frequency; characterised in that it comprises: an ultra-high frequency, UHF, control circuit electrically connected to a UHF antenna tuned to receive a UHF radio frequency; and a high-frequency, HF, control circuit electrically connected to an HF antenna tuned to receive an HF radio frequency, wherein the HF antenna and the UHF antenna are arranged as a nested pair. an ultra-high frequency, UHF, control circuit electrically connected to a UHF antenna tuned to receive a UHF radio frequency; and a high-frequency, HF, control circuit electrically connected to an HF antenna tuned to receive an HF radio frequency, wherein the HF antenna and the UHF antenna are arranged as a nested pair.
A forming machine to form mattresses or panels from a non-solid material comprising: - a loading station having one inlet and one outlet of a non-solid material, - - a processing station operatively connected to said outlet of said loading station and comprising a first processing cylinder , said processing station further comprising a second processing cylinder , said first processing cylinder acting in conjunction with said second processing cylinder , - - a pressing station arranged downstream of said processing station and comprising two conveyor belts counter rotating along an advancement direction (A), said two conveyor belts being movable towards each other to press said mattress or panel being formed, said machine being characterised in that said first processing cylinder is motorised and designed to rotate with respect to its own central axis (X) in both directions of rotation, said cylinders acting in conjunction in only one of said directions of rotation. - a loading station having one inlet and one outlet of a non-solid material, - - a processing station operatively connected to said outlet of said loading station and comprising a first processing cylinder , said processing station further comprising a second processing cylinder , said first processing cylinder acting in conjunction with said second processing cylinder , - - a pressing station arranged downstream of said processing station and comprising two conveyor belts counter rotating along an advancement direction (A), said two conveyor belts being movable towards each other to press said mattress or panel being formed, said machine being characterised in that said first processing cylinder is motorised and designed to rotate with respect to its own central axis (X) in both directions of rotation, said cylinders acting in conjunction in only one of said directions of rotation. - - a processing station operatively connected to said outlet of said loading station and comprising a first processing cylinder , said processing station further comprising a second processing cylinder , said first processing cylinder acting in conjunction with said second processing cylinder , - - a pressing station arranged downstream of said processing station and comprising two conveyor belts counter rotating along an advancement direction (A), said two conveyor belts being movable towards each other to press said mattress or panel being formed, said machine being characterised in that said first processing cylinder is motorised and designed to rotate with respect to its own central axis (X) in both directions of rotation, said cylinders acting in conjunction in only one of said directions of rotation.