mhurhangee/patent-ind-claim-en huggingface dataset:
A system for connecting a lifting device to a load to be lifted; the system comprising: a first connector member , the first connector member comprising at least one pin ; and a second connector member , the second connector member comprising an indexer mechanism defining a track , the track comprising at least one track opening ; wherein at least a portion of the second connector member is receivable in at least a portion of the first connector member; wherein at least a portion of the at least one pin is receivable in the track via the at least one track opening ; said system being characterized in that the first connector member is reversibly coupleable to the second connector member via the pin and the indexer mechanism in response to a first series of longitudinal movements of the first or second connector members. a first connector member , the first connector member comprising at least one pin ; and a second connector member , the second connector member comprising an indexer mechanism defining a track , the track comprising at least one track opening ; wherein at least a portion of the second connector member is receivable in at least a portion of the first connector member; wherein at least a portion of the at least one pin is receivable in the track via the at least one track opening ; said system being characterized in that the first connector member is reversibly coupleable to the second connector member via the pin and the indexer mechanism in response to a first series of longitudinal movements of the first or second connector members.
A fuel tank inerting system for an aircraft, the system comprising: a fuel tank ; a first reactant source fluidly connected to the fuel tank , a first source arranged to receive fuel from the fuel tank ; a second reactant source; a catalytic reactor arranged to receive a first reactant from the first source and a second reactant from a second source to generate an inert gas that is supplied to the fuel tank to fill a ullage space of the fuel tank; a heat exchanger arranged between the catalytic reactor and the fuel tank and configured to at least one of cool and condense an output from the catalytic reactor to separate out an inert gas and a byproduct, wherein the byproduct is liquid water or water vapor a recirculation loop configured to extract air from downstream of the heat exchanger and and characterized by further comprising a reheater arranged between the catalytic reactor and the heat exchanger ; and said recirculation loop being further configured to pass the extracted air through the reheater , and inject reheated air upstream of the catalytic reactor . a fuel tank ; a first reactant source fluidly connected to the fuel tank , a first source arranged to receive fuel from the fuel tank ; a second reactant source; a catalytic reactor arranged to receive a first reactant from the first source and a second reactant from a second source to generate an inert gas that is supplied to the fuel tank to fill a ullage space of the fuel tank; a heat exchanger arranged between the catalytic reactor and the fuel tank and configured to at least one of cool and condense an output from the catalytic reactor to separate out an inert gas and a byproduct, wherein the byproduct is liquid water or water vapor a recirculation loop configured to extract air from downstream of the heat exchanger and and characterized by further comprising a reheater arranged between the catalytic reactor and the heat exchanger ; and said recirculation loop being further configured to pass the extracted air through the reheater , and inject reheated air upstream of the catalytic reactor .
A dental abutment , comprising a fixture engagement portion for engaging the dental abutment with a dental fixture adapted to be inserted into a jawbone or for engaging the dental abutment with a fixture replica, the fixture engagement portion having a geometrical central axis and being provided with at least one radially projecting first indexing element (60a-60d, 60'a, 60'd, 80, 80a-80e, 160a-160d, 460a, 520, 560) having an apical end , and at least one radially projecting second indexing element (60e-60g, 60'e-60'g, 81a-81c, 160e, 460b, 530, 561) having an apical end (62e-62g, 162e, 462b) located apically of the apical end of said first indexing element, wherein the radially most distant area of the apical end of the second indexing element is located at a shorter radial distance from said central axis than the radially most distant area of the apical end of the first indexing element, and/or wherein the apical end of the second indexing element has, compared to the apical end of the first indexing element, a smaller dimension in the circumferential direction of the fixture engagement portion, wherein said at least one first indexing element is circumferentially separated from any one of said at least one second indexing element, and wherein said at least one second indexing element is a single second indexing element or at least two second indexing elements asymmetrically distributed along the circumference of the fixture engagement portion.
A cocrystal of (S)-3-(1-((1-acryloylpyrrolidin-3-yl)oxy)isoquinolin-3-yl)-1H-1,2,4-triazol-5 -one and an organic acid capable of forming a cocrystal with the aforementioned compound, wherein the organic acid is gentisic acid, salicylic acid, maleic acid, malonic acid, malic acid, mandelic acid or citric acid.
A print head , comprising: a standardized computer interface to allow the print head to connect directly to a standard computer; an array of jets to deposit ink on a substrate in accordance with image data from the standard computer; a processing element to receive image data through the standardized computer interface; a buffer to store the image data received through the standardized computer interface and to transmit the image data to the array of jets when triggered by a dot clock, the buffer under control of the processing element and having a flexible depth of storage; and a driver to trigger individual ones of the array of jets in accordance with the image data. a standardized computer interface to allow the print head to connect directly to a standard computer; an array of jets to deposit ink on a substrate in accordance with image data from the standard computer; a processing element to receive image data through the standardized computer interface; a buffer to store the image data received through the standardized computer interface and to transmit the image data to the array of jets when triggered by a dot clock, the buffer under control of the processing element and having a flexible depth of storage; and a driver to trigger individual ones of the array of jets in accordance with the image data.
An apparatus, comprising: a Josephson junction comprising a tunnel barrier positioned between two vertically stacked superconducting silicon electrodes ; a first metal contact operably coupled to a first superconducting silicon electrode from the two vertically stacked superconducting silicon electrodes ; a second metal contact operably coupled to a second superconducting silicon electrode from the two vertically stacked superconducting silicon electrodes ; and an isolation layer positioned on the tunnel barrier such that the isolation layer electrically isolates the first metal contact from the second metal contact, wherein the isolation layer comprises a carbon implantation within silicon. a Josephson junction comprising a tunnel barrier positioned between two vertically stacked superconducting silicon electrodes ; a first metal contact operably coupled to a first superconducting silicon electrode from the two vertically stacked superconducting silicon electrodes ; a second metal contact operably coupled to a second superconducting silicon electrode from the two vertically stacked superconducting silicon electrodes ; and an isolation layer positioned on the tunnel barrier such that the isolation layer electrically isolates the first metal contact from the second metal contact, wherein the isolation layer comprises a carbon implantation within silicon.
A processor-implemented method for performing channel estimation of a communication channel , by a user equipment or a base station , using a machine learning model, the method being characterized by : processing a sensing matrix using a set of one or more layers of the machine learning model, based on a learned sparsifying dictionary , to generate a set of associated sparse vector representations ; and determining a channel estimation based on output of a final layer of the set of one or more layers of the machine learning model. processing a sensing matrix using a set of one or more layers of the machine learning model, based on a learned sparsifying dictionary , to generate a set of associated sparse vector representations ; and determining a channel estimation based on output of a final layer of the set of one or more layers of the machine learning model.
An in-ground nuclear power reactor, comprising: a containment member having a wall, a bottom wall , a first end wall , a second end wall , a first side wall , a second side wall , an upper wall and an interior compartment; a nuclear reactor positioned in said interior compartment of said containment member; said second end wall of said containment member having a door opening formed therein; a hollow blast tunnel having an inner end , an outer end , a first side wall having inner and outer sides, a second side wall having inner and outer sides, a bottom wall , an upper wall and a blast mitigation chamber , wherein a plurality of spaced-apart first deflectors are mounted on said inner side of said first side wall and a plurality of spaced-apart second deflectors are mounted on said inner side of said second side wall ; said inner end of said blast tunnel having a door opening formed which communicates with said door opening in said second end wall of said containment member ; a door movably positioned in said door openings ; and said door being normally closed but being movable to an open position upon a predetermined blast force being exerted thereon should the nuclear reactor explode whereby debris from said exploded nuclear reactor will pass through said door openings into said blast mitigation chamber . a containment member having a wall, a bottom wall , a first end wall , a second end wall , a first side wall , a second side wall , an upper wall and an interior compartment; a nuclear reactor positioned in said interior compartment of said containment member; said second end wall of said containment member having a door opening formed therein; a hollow blast tunnel having an inner end , an outer end , a first side wall having inner and outer sides, a second side wall having inner and outer sides, a bottom wall , an upper wall and a blast mitigation chamber , wherein a plurality of spaced-apart first deflectors are mounted on said inner side of said first side wall and a plurality of spaced-apart second deflectors are mounted on said inner side of said second side wall ; said inner end of said blast tunnel having a door opening formed which communicates with said door opening in said second end wall of said containment member ; a door movably positioned in said door openings ; and said door being normally closed but being movable to an open position upon a predetermined blast force being exerted thereon should the nuclear reactor explode whereby debris from said exploded nuclear reactor will pass through said door openings into said blast mitigation chamber .
A circuit breaker for protecting a load, comprising a temperature sensor that measures an ambient temperature of the circuit breaker ; a primary conductor for conducting a primary current from a power source , through the circuit breaker , to the load being protected by the circuit breaker; a current transformer coupled to the primary conductor ; a secondary conductor coupled to the current transformer such that a secondary current is induced in the secondary conductor in response to the primary current flowing in the primary conductor ; an energy storage device configured to store energy related to the secondary current in response to the primary current passing through the primary conductor ; and characterized by : a trip module , coupled to the secondary conductor and configured to receive operating power and an indication of the primary current passing through the primary conductor , including a controller programmed to continuously process a thermal model of the temperature of the primary conductor while the primary current is passing through the primary conductor , the controller configured to generate a trip signal interrupting the primary current in the primary conductor in response to the thermal model generating an output value indicative of a temperature corresponding to a trip value, the controller configured to obtain operating power from the energy storage device while the primary current is not passing through the primary conductor , the controller configured to continue processing the thermal model while the primary current is not passing through the primary conductor , until the thermal model indicates that the temperature of the primary conductor converges to about ambient temperature measured by the temperature sensor , while the controller is being powered by the energy stored in the energy storage device .
An ophthalmic surgical laser system comprising: a laser delivery system for focusing a pulsed laser beam, and for delivering the pulsed laser beam to a target in a subject's eye; an XY-scan device to deflect the pulsed laser beam; a Z-scan device to modify a depth of a focus of the pulsed laser beam; and a controller configured to control the XY-scan device and the Z-scan device to form a top lenticular incision and a bottom lenticular incision of a lens to be extracted from a cornea in the subject's eye; characterized in that the controller is configured to control the XY-scan device to deflect the pulsed laser beam to form a scan line on or in the subject's eye, the scan line being tangential to the parallels of latitude of the lens, and control the XY-scan device and the Z-scan device to move the scan line along the meridians of longitude of the lens. a laser delivery system for focusing a pulsed laser beam, and for delivering the pulsed laser beam to a target in a subject's eye; an XY-scan device to deflect the pulsed laser beam; a Z-scan device to modify a depth of a focus of the pulsed laser beam; and a controller configured to control the XY-scan device and the Z-scan device to form a top lenticular incision and a bottom lenticular incision of a lens to be extracted from a cornea in the subject's eye; characterized in that the controller is configured to control the XY-scan device to deflect the pulsed laser beam to form a scan line on or in the subject's eye, the scan line being tangential to the parallels of latitude of the lens, and control the XY-scan device and the Z-scan device to move the scan line along the meridians of longitude of the lens.
An apparatus , comprising: a touch layer comprising a touch surface that comprises one or more key tops configured to identify one or more keys to a user; a key sensing circuitry configured to detect a key press of any one or more of the key tops ; a sensing layer that has a network of capacitive touch detectors configured to continually detect touching of the touch surface; and an elastic layer between the key sensing circuitry and the key tops configured to relay pressing forces from the key tops to the key sensing circuitry ; wherein: the network of touch detectors is formed onto the elastic layer or onto a rear surface of an exterior layer that forms the key tops ; and the sensing layer is located immediately behind the touch layer. a touch layer comprising a touch surface that comprises one or more key tops configured to identify one or more keys to a user; a key sensing circuitry configured to detect a key press of any one or more of the key tops ; a sensing layer that has a network of capacitive touch detectors configured to continually detect touching of the touch surface; and an elastic layer between the key sensing circuitry and the key tops configured to relay pressing forces from the key tops to the key sensing circuitry ; wherein: the network of touch detectors is formed onto the elastic layer or onto a rear surface of an exterior layer that forms the key tops ; and the sensing layer is located immediately behind the touch layer. the network of touch detectors is formed onto the elastic layer or onto a rear surface of an exterior layer that forms the key tops ; and the sensing layer is located immediately behind the touch layer.
A method for unpacking parts printed by means of 3D printing from the powder bed, said method comprising the following steps: inserting the parts to be unpacked into a trough belt of a trough belt conveyor which is provided with entrainers and which extends in its longitudinal direction (L) between an inlet and an outlet ; transporting the parts in the longitudinal direction (L) through the trough belt from the inlet to the outlet by moving the trough belt in a direction of revolution; and circulating the parts within the trough belt during the transport, wherein the parts are acted on by at least one fluid jet during the transport, the fluid jet is introduced into the interior of the trough belt conveyor through at least one nozzle which is moved to and fro in the longitudinal direction (L) and/or transversely thereto during the action or whose spacing from the base of the trough belt is varied during the action, and wherein a movement of the nozzle is controlled by a control device which is coupled to an image capture apparatus. inserting the parts to be unpacked into a trough belt of a trough belt conveyor which is provided with entrainers and which extends in its longitudinal direction (L) between an inlet and an outlet ; transporting the parts in the longitudinal direction (L) through the trough belt from the inlet to the outlet by moving the trough belt in a direction of revolution; and circulating the parts within the trough belt during the transport, wherein the parts are acted on by at least one fluid jet during the transport, the fluid jet is introduced into the interior of the trough belt conveyor through at least one nozzle which is moved to and fro in the longitudinal direction (L) and/or transversely thereto during the action or whose spacing from the base of the trough belt is varied during the action, and wherein a movement of the nozzle is controlled by a control device which is coupled to an image capture apparatus.
A qubit comprising: a substrate; a superconducting quantum interference device, SQUID, comprising a superconductor trace arranged on an upper surface of the substrate and having at least one first Josephson junction comprising a non-superconducting material interrupting a path of the superconductor trace, wherein the superconductor trace comprises a first superconductor material that exhibits superconducting properties at or below a corresponding superconducting critical temperature; characterized in that the qubit further comprises: a dielectric capping layer on an upper surface of the SQUID, wherein the dielectric capping layer covers a majority of the superconductor trace of the SQUID such that the dielectric capping layer fully covers the superconductor trace and extends at least up to the at least one first Josephson junction or such that the superconductor trace is fully covered by the dielectric capping layer except for terminal portions of the superconductor trace which are uncovered, and wherein the capping layer comprises an opening through which a first region of the SQUID is exposed to air or to vacuum, the first region of the SQUID comprising at least a portion of the non-superconducting material of the at least one first Josephson junction. a substrate; a superconducting quantum interference device, SQUID, comprising a superconductor trace arranged on an upper surface of the substrate and having at least one first Josephson junction comprising a non-superconducting material interrupting a path of the superconductor trace, wherein the superconductor trace comprises a first superconductor material that exhibits superconducting properties at or below a corresponding superconducting critical temperature;
A DC power distribution system comprising a plurality of power sources ; a DC power distribution bus comprising a plurality of DC bus sections ; wherein at least one power source is coupled to each of the DC bus sections; the system further comprising one or more power switching assemblies ; wherein a power switching assembly is configured to couple one of the plurality of DC bus sections to another of the plurality of DC bus sections, a system controller to control the power sources and the power switching assemblies ; and an inverter connected to one of the power switching assemblies to supply a consumer ; wherein the power switching assembly comprises a first terminal and a second terminal , the first terminal being electrically coupled to a first DC bus section of the DC power distribution bus and the second terminal being electrically coupled to a second DC bus section of the DC power distribution bus; a first semiconductor device and a second semiconductor device electrically coupled between the first terminal and the second terminal to control current flow between the first terminal and the second terminal; a connection from each terminal to a power switching assembly controller for providing an indication of current at the first terminal and at the second terminal; a control signal line connected between the power switching assembly controller and each of the first and second semiconductor device for providing a control signal to the semiconductor devices to control the current flow through them; and an inverter coupler for coupling each connection to the inverter ; characterised in that the inverter coupler comprises a feed from each connection on each side of the power switching assembly to the inverter .
Coffee machine , comprising a coffee bean supplying unit , a grinding unit , a brewing unit and a dispensing unit , wherein said coffee bean supplying unit comprises a plurality of separate coffee bean containers , said grinding unit comprises a single grinder connected to at least two of said plurality of separate coffee bean containers , and said brewing unit comprises a single brewing chamber connected to said grinder , and wherein said coffee machine comprises a selecting unit , which is arranged between said coffee bean supplying unit and said grinding unit and selectively connects one of said coffee bean containers to said grinder , characterized in that said selecting unit comprises a plurality of rotary feeders , one for each of said containers , and a common funnel , the inlet of each of said rotary feeders being arranged under the outlet of a respective one of said containers , the outlet of each of said rotary feeders being arranged over the inlet of said funnel , the outlet of said funnel being in communication with said grinding unit, and each of said rotary feeders being provided with one or more dosing compartments that can be brought into alignment with the inlet of said rotary feeder or the outlet of said rotary feeder or neither of them.