mhurhangee/patent-ind-claim-en huggingface dataset:
A reaction incubation apparatus , comprising: a reaction unit configured to carry and incubate a reaction vessel; and a transferring unit configured to transfer the reaction vessel into or out of the reaction unit ; wherein the reaction unit comprises a rotating apparatus provided with an incubation position, the incubation position is advanced by a predetermined angle θ at an interval of fixed time T with the rotating apparatus ; the transferring unit transfers the reaction vessel out of the incubation position according to a variable incubation time t 1 ; characterized in that the reaction incubation apparatus further comprises a bound-free (B/F) apparatus , the rotating apparatus is a reaction tray , the B/F apparatus is disposed above the reaction tray , to directly wash and separate the reaction vessel on the reaction tray , wherein the reaction tray is rotatable about a central axis and is provided with four circles of reaction vessel positions centered on the center of rotation. a reaction unit configured to carry and incubate a reaction vessel; and a transferring unit configured to transfer the reaction vessel into or out of the reaction unit ; wherein the reaction unit comprises a rotating apparatus provided with an incubation position, the incubation position is advanced by a predetermined angle θ at an interval of fixed time T with the rotating apparatus ; the transferring unit transfers the reaction vessel out of the incubation position according to a variable incubation time t 1 ; characterized in that the reaction incubation apparatus further comprises a bound-free (B/F) apparatus , the rotating apparatus is a reaction tray , the B/F apparatus is disposed above the reaction tray , to directly wash and separate the reaction vessel on the reaction tray , wherein the reaction tray is rotatable about a central axis and is provided with four circles of reaction vessel positions centered on the center of rotation.
A head mounted projection display apparatus for capturing video images of a user, that includes: a frame that is adapted to wrap around a portion of a head of a user; two or more image capture modules that are separately located at opposite ends of the frame which are adjacent to a left eye and a right eye of the user, wherein each image capture module includes one or more sensors adapted to detect non-visible light that is reflected from a curved display screen, adapted to reflect non-visible light, to detect a non-visible light reflection from the display screen of a face of the user when the face of the user is positioned in a focal area of the curved display screen; and a client computer that is coupled to the frame and arranged to capture the detected reflections of the non-visible light, the client computer being further arranged to employ the captured reflections to provide a plurality of real time perspective views of the face of the user to a server computer, wherein the server computer is employed to generate a real time three-dimensional video image of the face of the user based on the plurality of perspective views, and wherein the three-dimensional video image is provided for display to one or more remotely located users. a frame that is adapted to wrap around a portion of a head of a user; two or more image capture modules that are separately located at opposite ends of the frame which are adjacent to a left eye and a right eye of the user, wherein each image capture module includes one or more sensors adapted to detect non-visible light that is reflected from a curved display screen, adapted to reflect non-visible light, to detect a non-visible light reflection from the display screen of a face of the user when the face of the user is positioned in a focal area of the curved display screen; and a client computer that is coupled to the frame and arranged to capture the detected reflections of the non-visible light, the client computer being further arranged to employ the captured reflections to provide a plurality of real time perspective views of the face of the user to a server computer, wherein the server computer is employed to generate a real time three-dimensional video image of the face of the user based on the plurality of perspective views, and wherein the three-dimensional video image is provided for display to one or more remotely located users.
A fault detection circuit for detecting faults in a hold-up power storage device that is configured to provide electrical power to a load, the fault detection circuit comprising: a hold-up monitoring circuit connected to monitor output of the hold-up power storage device, wherein the hold-up monitoring circuit is configured to: measure a duration of time that the hold-up power storage device provides power to the load following a loss of normal power until the electrical power falls to a threshold value; detect a fault if the measured duration of time is less than a threshold timer value; and generate a power-down interrupt signal when the electrical power falls to the threshold value; a timer for measuring the duration of time that the hold-up power storage device provides power to the load until the electrical power falls to the threshold value following the loss of normal power; and a memory device connected to the timer and configured to store the measured duration of time; wherein: the power-down interrupt signal initiates a graceful shutdown of the load; and the threshold value is selected so that the hold-up power storage device provides electrical power to the load to complete the graceful shutdown of the load. a hold-up monitoring circuit connected to monitor output of the hold-up power storage device, wherein the hold-up monitoring circuit is configured to: measure a duration of time that the hold-up power storage device provides power to the load following a loss of normal power until the electrical power falls to a threshold value; detect a fault if the measured duration of time is less than a threshold timer value; and generate a power-down interrupt signal when the electrical power falls to the threshold value; measure a duration of time that the hold-up power storage device provides power to the load following a loss of normal power until the electrical power falls to a threshold value; detect a fault if the measured duration of time is less than a threshold timer value; and generate a power-down interrupt signal when the electrical power falls to the threshold value; a timer for measuring the duration of time that the hold-up power storage device provides power to the load until the electrical power falls to the threshold value following the loss of normal power; and a memory device connected to the timer and configured to store the measured duration of time; wherein: the power-down interrupt signal initiates a graceful shutdown of the load; and the threshold value is selected so that the hold-up power storage device provides electrical power to the load to complete the graceful shutdown of the load. the power-down interrupt signal initiates a graceful shutdown of the load; and the threshold value is selected so that the hold-up power storage device provides electrical power to the load to complete the graceful shutdown of the load.
A method for identifying nucleic acid segments which interact with a target nucleic acid segment or segments, said method comprising the steps of: (a) obtaining a nucleic acid composition comprising the target nucleic acid segment or segments; (b) crosslinking the nucleic acid composition; (c) fragmenting the crosslinked nucleic acid composition using an endonuclease enzyme; (d) filling the ends of the fragmented crosslinked nucleic acid segments with one or more nucleotides comprising a covalently linked biotin moiety; (e) ligating the fragmented nucleic acid segments obtained from step (d) to produce ligated fragments; (f) performing single step fragmentation and oligonucleotide insertion on the ligated fragments using a recombinase enzyme; (g) enriching for fragments comprising the biotin moiety of step (d); (h) enriching fragments comprising the target nucleic acid segment or segments in the presence of sequences which prevent the binding of ligated fragments to other ligated fragments through complementarity of adapter sequences, such as blocker sequences; (i) sequencing the enriched fragments obtained in step (h) to identify the nucleic acid segments which interact with the target nucleic acid segment or segments. (a) obtaining a nucleic acid composition comprising the target nucleic acid segment or segments; (b) crosslinking the nucleic acid composition; (c) fragmenting the crosslinked nucleic acid composition using an endonuclease enzyme; (d) filling the ends of the fragmented crosslinked nucleic acid segments with one or more nucleotides comprising a covalently linked biotin moiety; (e) ligating the fragmented nucleic acid segments obtained from step (d) to produce ligated fragments; (f) performing single step fragmentation and oligonucleotide insertion on the ligated fragments using a recombinase enzyme; (g) enriching for fragments comprising the biotin moiety of step (d); (h) enriching fragments comprising the target nucleic acid segment or segments in the presence of sequences which prevent the binding of ligated fragments to other ligated fragments through complementarity of adapter sequences, such as blocker sequences; (i) sequencing the enriched fragments obtained in step (h) to identify the nucleic acid segments which interact with the target nucleic acid segment or segments.
A light emitting device comprising: a base member including a resin; a plurality of wiring portions ; a groove portion defined between adjacent wiring portions ; and at least one light emitting element disposed straddling at least a part of the groove portion , characterized by : the plurality of wiring portions adhered to the base member with an adhesive agent configured to adhere the wiring portions and the base member ; the adhesive agent including a light-shielding member, disposed between the wiring portions and the base member , and extended to cover the groove portion which is a region where the wiring portions are not arranged; and the light-shielding member configured to shield the base member from at least a specific wavelength of light emitted from the light emitting element . a base member including a resin; a plurality of wiring portions ; a groove portion defined between adjacent wiring portions ; and at least one light emitting element disposed straddling at least a part of the groove portion , characterized by : the plurality of wiring portions adhered to the base member with an adhesive agent configured to adhere the wiring portions and the base member ; the adhesive agent including a light-shielding member, disposed between the wiring portions and the base member , and extended to cover the groove portion which is a region where the wiring portions are not arranged; and the light-shielding member configured to shield the base member from at least a specific wavelength of light emitted from the light emitting element . the plurality of wiring portions adhered to the base member with an adhesive agent configured to adhere the wiring portions and the base member ; the adhesive agent including a light-shielding member, disposed between the wiring portions and the base member , and extended to cover the groove portion which is a region where the wiring portions are not arranged; and the light-shielding member configured to shield the base member from at least a specific wavelength of light emitted from the light emitting element .
A control system configured to control a driveline of a motor vehicle to operate in a selected one of a plurality of configurations, the system comprising: at least one sensor for sensing an environment ahead of the vehicle and generating a sensor signal in dependence on the environment ahead, a controller configured to cause the driveline to operate in a first configuration in which the driveline is configured such that a first group of one or more wheels and in addition a second group of one or more wheels are arranged to be driven or a second configuration in which the first group of one or more wheels and not the second group are arranged to be driven wherein the driveline is caused to operate in the first configuration or second configuration in dependence, at least in part, on the sensor signal, wherein the first or second group of one or more wheels comprises a plurality of wheels , the controller being configured to calculate a predetermined amount of locking torque between at least a pair of wheels of the plurality of wheels of the first or second group in dependence at least in part on the sensor signal and to cause the driveline to establish the predetermined amount of locking torque between the at least a pair of wheels of the plurality of wheels of the first or second group. at least one sensor for sensing an environment ahead of the vehicle and generating a sensor signal in dependence on the environment ahead, a controller configured to cause the driveline to operate in a first configuration in which the driveline is configured such that a first group of one or more wheels and in addition a second group of one or more wheels are arranged to be driven or a second configuration in which the first group of one or more wheels and not the second group are arranged to be driven wherein the driveline is caused to operate in the first configuration or second configuration in dependence, at least in part, on the sensor signal, wherein the first or second group of one or more wheels comprises a plurality of wheels , the controller being configured to calculate a predetermined amount of locking torque between at least a pair of wheels of the plurality of wheels of the first or second group in dependence at least in part on the sensor signal and to cause the driveline to establish the predetermined amount of locking torque between the at least a pair of wheels of the plurality of wheels of the first or second group.
A stretcher (10; 100; 150) having a rectangle-shaped subject placement portion on which a subject is placed and a carrying device carrying the subject placement portion , comprising: a switching part (26, 32; 104; 152) switched to any one of at least two states; and a switching device (28, 34; 106; 156) switching a state of the switching part (26, 32; 104; 152) in accordance with a supplied gas pressure, characterized in that the subject placement portion includes, as the switching part (26, 32; 104; 152), a set of wheels (26; 104) rotating in a long side direction of the subject placement portion , and a set of wheels (32; 104) rotating in a short side direction of the subject placement portion , and wherein the at least two states include a first state and a second state and the switching device (28, 34; 106) switches in accordance with the supplied gas pressure between the first state in which the wheels (26, 32; 104) are at least partially protruded from a flat surface portion on the side opposite to a flat surface portion on the side of the subject placement portion on which the subject is placed and the second state in which the wheels (26, 32; 104) are not protruded, correspondingly to each of the set of wheels (26; 104) rotating in the long side direction and the set of wheels (32; 104) rotating in the short side direction. a switching part (26, 32; 104; 152) switched to any one of at least two states; and a switching device (28, 34; 106; 156) switching a state of the switching part (26, 32; 104; 152) in accordance with a supplied gas pressure, characterized in that the subject placement portion includes, as the switching part (26, 32; 104; 152), a set of wheels (26; 104) rotating in a long side direction of the subject placement portion , and a set of wheels (32; 104) rotating in a short side direction of the subject placement portion , and wherein the at least two states include a first state and a second state and the switching device (28, 34; 106) switches in accordance with the supplied gas pressure between the first state in which the wheels (26, 32; 104) are at least partially protruded from a flat surface portion on the side opposite to a flat surface portion on the side of the subject placement portion on which the subject is placed and the second state in which the wheels (26, 32; 104) are not protruded, correspondingly to each of the set of wheels (26; 104) rotating in the long side direction and the set of wheels (32; 104) rotating in the short side direction.
An unmanned aerial vehicle (UAV) integrated with renewable energy charging system, comprising: a solar panel assembly disposed within an enclosure of the unmanned aerial vehicle, wherein the enclosure comprises an opening, wherein the solar panel assembly is a curtain-type shutter embedded with a plurality of photovoltaic cell ; an energy storage unit in communication with the solar panel assembly is configured to store energy generated from the solar panel assembly; a protective cover assembly is disposed at the opening of the enclosure, and a controller in communication with the solar panel assembly, enclosure, energy storage unit and protective cover assembly configured to monitor a voltage level of the energy storage unit, wherein if the voltage level of the energy storage unit is equal to or smaller than a predetermined voltage, the controller is configured to open the protective cover assembly and to drop down the curtain-type shutter from the enclosure to collect solar energy and charge the power storage unit, and wherein if the voltage level of the energy storage unit is above the predetermined voltage, the controller is configured to wind up the curtain-type shutter into the enclosure and closes the opening via the protective cover assembly. a solar panel assembly disposed within an enclosure of the unmanned aerial vehicle, wherein the enclosure comprises an opening, wherein the solar panel assembly is a curtain-type shutter embedded with a plurality of photovoltaic cell ; an energy storage unit in communication with the solar panel assembly is configured to store energy generated from the solar panel assembly; a protective cover assembly is disposed at the opening of the enclosure, and a controller in communication with the solar panel assembly, enclosure, energy storage unit and protective cover assembly configured to monitor a voltage level of the energy storage unit, wherein if the voltage level of the energy storage unit is equal to or smaller than a predetermined voltage, the controller is configured to open the protective cover assembly and to drop down the curtain-type shutter from the enclosure to collect solar energy and charge the power storage unit, and wherein if the voltage level of the energy storage unit is above the predetermined voltage, the controller is configured to wind up the curtain-type shutter into the enclosure and closes the opening via the protective cover assembly. wherein if the voltage level of the energy storage unit is equal to or smaller than a predetermined voltage, the controller is configured to open the protective cover assembly and to drop down the curtain-type shutter from the enclosure to collect solar energy and charge the power storage unit, and wherein if the voltage level of the energy storage unit is above the predetermined voltage, the controller is configured to wind up the curtain-type shutter into the enclosure and closes the opening via the protective cover assembly.
A camera system, the camera system comprising: a first camera (172-1) having a first camera angle of view, wherein the first camera is positioned and oriented to have a first coverage area (220-1, 270-1); and a second camera (172-2) having a second camera angle of view, wherein the second camera is positioned and oriented to have a second coverage area (220-2, 270-2) that at least partially overlaps the first coverage area, characterized in that an angle between a center axis of the first camera angle of view and a center axis of the second camera angle of view exceeds the first camera angle of view, the first camera (172-1) is within the second coverage area, and the second camera (172-2) is within the first coverage area. a first camera (172-1) having a first camera angle of view, wherein the first camera is positioned and oriented to have a first coverage area (220-1, 270-1); and a second camera (172-2) having a second camera angle of view, wherein the second camera is positioned and oriented to have a second coverage area (220-2, 270-2) that at least partially overlaps the first coverage area, characterized in that an angle between a center axis of the first camera angle of view and a center axis of the second camera angle of view exceeds the first camera angle of view, the first camera (172-1) is within the second coverage area, and the second camera (172-2) is within the first coverage area.
A brushless DC motor , comprising: a motor housing disposed around an axis ; a stator assembly inside the motor housing ; a carrier plate angularly aligned and permanently fixed relative to the stator assembly by glues or epoxies, wherein the carrier plate is fixedly coupled to the motor housing; and a Hall effect sensor assembly comprising an outer diameter, a locator tab and a plurality of Hall effect sensor modules fully embedded within a portion of the Hall effect sensor assembly where the portion of the Hall effect sensor assembly extends in an axial direction, wherein the Hall effect sensor assembly is_removably coupled to the carrier plate by a structure that angularly fixes, by a first fixing mechanism, the Hall effect sensor assembly relative to carrier plate , wherein the carrier plate comprises a locator groove corresponding to the locator tab of the Hall effect sensor assembly to angularly locate the Hall effect sensor assembly. a motor housing disposed around an axis ; a stator assembly inside the motor housing ; a carrier plate angularly aligned and permanently fixed relative to the stator assembly by glues or epoxies, wherein the carrier plate is fixedly coupled to the motor housing; and a Hall effect sensor assembly comprising an outer diameter, a locator tab and a plurality of Hall effect sensor modules fully embedded within a portion of the Hall effect sensor assembly where the portion of the Hall effect sensor assembly extends in an axial direction, wherein the Hall effect sensor assembly is_removably coupled to the carrier plate by a structure that angularly fixes, by a first fixing mechanism, the Hall effect sensor assembly relative to carrier plate , wherein the carrier plate comprises a locator groove corresponding to the locator tab of the Hall effect sensor assembly to angularly locate the Hall effect sensor assembly.
A 3D printing build material container outlet structure comprising: a connector to releasably connect to a nozzle structure of an external aspiration system; and an aspiration channel to aspire build material from a build material container to the nozzle structure of the external aspiration system; characterized in that a protrusion protrudes from an inner wall of the aspiration channel, to extend into an end portion of a tube of the nozzle structure that is inserted into the aspiration channel and retain a valve element of the nozzle structure in an open configuration wherein the protrusion protrudes from the inner wall of the aspiration channel in a direction upwards, towards the nozzle structure that is inserted into the aspiration channel. a connector to releasably connect to a nozzle structure of an external aspiration system; and an aspiration channel to aspire build material from a build material container to the nozzle structure of the external aspiration system; characterized in that a protrusion protrudes from an inner wall of the aspiration channel, to extend into an end portion of a tube of the nozzle structure that is inserted into the aspiration channel and retain a valve element of the nozzle structure in an open configuration wherein the protrusion protrudes from the inner wall of the aspiration channel in a direction upwards, towards the nozzle structure that is inserted into the aspiration channel.