mhurhangee/patent-ind-claim-en huggingface dataset:
An instrument for processing a biological sample, the instrument comprising: a tape path assembly configured to advance a tape with a matrix of wells along a tape path through the instrument ; a dispensing assembly configured for aspirating and dispersing the biological sample and a reagent into the matrix of wells of the tape to form a biological sample and reagent mixture; a sealing assembly configured for sealing the biological sample and reagent mixture in the tape with a seal ; and an amplification and detection assembly configured for detecting a signal from the biological sample and reagent mixture in the matrix of wells of the tape , wherein the amplification and detection assembly includes a thermal unit positioned on the tape path configured to control the temperature of the biological sample and reagent mixture in the matrix of wells of the tape , the instrument being characterized in that the thermal unit comprising a plurality of cavities configured to receive respective wells of the matrix of wells, the cavities being slightly smaller than or the same size as the wells of the tape in order to form a solid contact between the interior surface of the cavities of the thermal unit and the exterior surface of the wells of the tape when the tape is positioned on a top side of the thermal unit ; and in that the instrument further comprises a heated pressure chamber positioned above the thermal unit and the tape configured for pressurizing the space above the seal of the tape to create a force that pushes against the seal when the tape is positioned on a top side of the thermal unit . a tape path assembly configured to advance a tape with a matrix of wells along a tape path through the instrument ; a dispensing assembly configured for aspirating and dispersing the biological sample and a reagent into the matrix of wells of the tape to form a biological sample and reagent mixture; a sealing assembly configured for sealing the biological sample and reagent mixture in the tape with a seal ; and an amplification and detection assembly configured for detecting a signal from the biological sample and reagent mixture in the matrix of wells of the tape , wherein the amplification and detection assembly includes a thermal unit positioned on the tape path configured to control the temperature of the biological sample and reagent mixture in the matrix of wells of the tape , the instrument being characterized in that the thermal unit comprising a plurality of cavities configured to receive respective wells of the matrix of wells, the cavities being slightly smaller than or the same size as the wells of the tape in order to form a solid contact between the interior surface of the cavities of the thermal unit and the exterior surface of the wells of the tape when the tape is positioned on a top side of the thermal unit ; and in that the instrument further comprises a heated pressure chamber positioned above the thermal unit and the tape configured for pressurizing the space above the seal of the tape to create a force that pushes against the seal when the tape is positioned on a top side of the thermal unit .
A method for enabling a calling User Equipment, UE, to fallback from a Session Initiation Protocol, SIP, call attempt to a called UE, to a Circuit Switched domain, in a telecommunication network, wherein said called UE has a SIP session established towards said telecommunication network, wherein said method comprises the steps of: - receiving, by a Proxy Call Session Control Function, P-CSCF, node, an indication that a signalling bearer between said called UE and said telecommunication network is released, wherein said signalling bearer is associated with said SIP session; - transmitting, by said P-CSCF node, to a Serving Call Session Control Function, S-CSCF, node, triggered by said received indication, a subscribe message for informing said S-CSCF node that said P-CSCF unsubscribes to registration events pertaining to said called UE due to the released signalling bearer thereby treating said indication as a network initiated IMS deregistration, thereby facilitating an initiation of a CS fallback. - receiving, by a Proxy Call Session Control Function, P-CSCF, node, an indication that a signalling bearer between said called UE and said telecommunication network is released, wherein said signalling bearer is associated with said SIP session; - transmitting, by said P-CSCF node, to a Serving Call Session Control Function, S-CSCF, node, triggered by said received indication, a subscribe message for informing said S-CSCF node that said P-CSCF unsubscribes to registration events pertaining to said called UE due to the released signalling bearer thereby treating said indication as a network initiated IMS deregistration, thereby facilitating an initiation of a CS fallback.
A water valve, used for a drinking device, comprising: an upper support connected with the drinking device and provided with a water inlet ; a lower support connected with the upper support, movable relative to the upper support, and provided with a water outlet ; a valve spool having a first end connected with the upper support and a second end fixedly connected with the lower support, in which the valve spool is movable relative to the upper support, to switch on or off a communication between the water inlet and the water outlet ; a sealing member fitted over the first end of the valve spool connected with the upper support; a spring disposed between the upper support and the lower support ; and a water outlet pipe connected with the lower support and communicated with the water outlet, characterized in that the lower support is provided with a vent hole , the vent hole is communicated with the water outlet; a lower end of the water inlet defines a shoulder, when the water valve is at a state of discharging water, an upper end of the water outlet is received at the shoulder to switch off the communication between the vent hole and the water outlet , such that an interior of the water outlet pipe is not communicated with atmosphere; when the water valve is at a state of not discharging water, the upper end of the water outlet is disengaged from the shoulder to switch on the communication between the vent hole and the water outlet , such that the vent hole communicates the interior of the water outlet pipe with the atmosphere. an upper support connected with the drinking device and provided with a water inlet ; a lower support connected with the upper support, movable relative to the upper support, and provided with a water outlet ; a valve spool having a first end connected with the upper support and a second end fixedly connected with the lower support, in which the valve spool is movable relative to the upper support, to switch on or off a communication between the water inlet and the water outlet ; a sealing member fitted over the first end of the valve spool connected with the upper support; a spring disposed between the upper support and the lower support ; and a water outlet pipe connected with the lower support and communicated with the water outlet, characterized in that the lower support is provided with a vent hole , the vent hole is communicated with the water outlet; a lower end of the water inlet defines a shoulder, when the water valve is at a state of discharging water, an upper end of the water outlet is received at the shoulder to switch off the communication between the vent hole and the water outlet , such that an interior of the water outlet pipe is not communicated with atmosphere; when the water valve is at a state of not discharging water, the upper end of the water outlet is disengaged from the shoulder to switch on the communication between the vent hole and the water outlet , such that the vent hole communicates the interior of the water outlet pipe with the atmosphere.
Apparatus comprising: a plurality of compression plates disposed to be spaced apart from each other by a predetermined distance to form a cell insert space (S) into which a secondary battery cell is inserted, the plurality of compression plates moving to reduce the separated distance to press a body of the secondary battery cell; a slip sheet having a sheet shape and formed to include attachment portions attached to top ends of the compression plates and a folding portion formed by folding a region between the attachment portions to be interposed in the cell insert space; and a slip sheet fixing unit provided to be attached to and detached from the top end of the compression plate in a fitting and releasing manner in a state where the attachment portions of the slip sheet are interposed therein, characterized in that the apparatus is a charging and discharging apparatus for performing an activating process of a secondary battery, wherein the slip sheet fixing unit includes: a slip sheet bracket provided to face the top end of the compression plate ; and slip sheet fixing pins orthogonally coupled to a lower portion of the slip sheet bracket , wherein the slip sheet fixing pins are fitted into fitting grooves concavely formed at the top ends of the compression plates through the attachment portions of the slip sheet . a plurality of compression plates disposed to be spaced apart from each other by a predetermined distance to form a cell insert space (S) into which a secondary battery cell is inserted, the plurality of compression plates moving to reduce the separated distance to press a body of the secondary battery cell; a slip sheet having a sheet shape and formed to include attachment portions attached to top ends of the compression plates and a folding portion formed by folding a region between the attachment portions to be interposed in the cell insert space; and a slip sheet fixing unit provided to be attached to and detached from the top end of the compression plate in a fitting and releasing manner in a state where the attachment portions of the slip sheet are interposed therein, characterized in that the apparatus is a charging and discharging apparatus for performing an activating process of a secondary battery, wherein the slip sheet fixing unit includes: a slip sheet bracket provided to face the top end of the compression plate ; and slip sheet fixing pins orthogonally coupled to a lower portion of the slip sheet bracket , wherein the slip sheet fixing pins are fitted into fitting grooves concavely formed at the top ends of the compression plates through the attachment portions of the slip sheet . a slip sheet bracket provided to face the top end of the compression plate ; and slip sheet fixing pins orthogonally coupled to a lower portion of the slip sheet bracket , wherein the slip sheet fixing pins are fitted into fitting grooves concavely formed at the top ends of the compression plates through the attachment portions of the slip sheet .
A handheld extraction cleaner , comprising: a unitary body including a carry handle ; a fluid delivery system including a supply tank carried by the unitary body and at least one fluid distributor a recovery system including a working air path through the unitary body, a suction nozzle defining an inlet to the working air path, a suction source in fluid communication with the suction nozzle, and a recovery tank carried by the unitary body, the recovery tank comprising: a tank body defining a collection chamber for dirty liquid recovered by the recovery system, the tank body having a first portion and a second portion , wherein the first portion of the recovery tank is disposed at an angle relative to the second portion of the recovery tank; and an inlet opening in the first portion of the tank body, the collection chamber configured to receive dirty liquid through the inlet opening; wherein the second portion of the tank body has a bottom surface configured to rest on a horizontal surface to support the handheld extraction cleaner in a horizontal orientation on the horizontal surface; and wherein the inlet opening is disposed above the second portion of the tank body when the extraction cleaner is at rest in the horizontal orientation on the horizontal surface to direct dirty liquid away from the inlet opening. a unitary body including a carry handle ; a fluid delivery system including a supply tank carried by the unitary body and at least one fluid distributor a recovery system including a working air path through the unitary body, a suction nozzle defining an inlet to the working air path, a suction source in fluid communication with the suction nozzle, and a recovery tank carried by the unitary body, the recovery tank comprising: a tank body defining a collection chamber for dirty liquid recovered by the recovery system, the tank body having a first portion and a second portion , wherein the first portion of the recovery tank is disposed at an angle relative to the second portion of the recovery tank; and an inlet opening in the first portion of the tank body, the collection chamber configured to receive dirty liquid through the inlet opening; a tank body defining a collection chamber for dirty liquid recovered by the recovery system, the tank body having a first portion and a second portion , wherein the first portion of the recovery tank is disposed at an angle relative to the second portion of the recovery tank; and an inlet opening in the first portion of the tank body, the collection chamber configured to receive dirty liquid through the inlet opening; wherein the second portion of the tank body has a bottom surface configured to rest on a horizontal surface to support the handheld extraction cleaner in a horizontal orientation on the horizontal surface; and wherein the inlet opening is disposed above the second portion of the tank body when the extraction cleaner is at rest in the horizontal orientation on the horizontal surface to direct dirty liquid away from the inlet opening.
A baby bottle warmer, comprising: a machine body ; a baby bottle basket , arranged at an opening of the machine body ; and a lifting device , arranged in the machine body , wherein the lifting device comprises a rotating member , and the lifting device drives the baby bottle basket to move up or down through rotation of the rotating member , wherein the lifting device further comprises: a guide column , movably arranged on the rotating member ; and the rotating member rotates to move the guide column up or down so as to drive the baby bottle basket to move up or down, wherein an opening of the baby bottle basket is provided with an outward protruded edge extending and protruding outwards, and wherein an upper end of the guide column always abuts against a bottom surface of the outward protruded edge when the baby bottle basket moves up and down; the baby bottle warmer being characterized in that the rotating member is a ring-shaped guide cylinder or a ring-like cylindrical structure. a machine body ; a baby bottle basket , arranged at an opening of the machine body ; and a lifting device , arranged in the machine body , wherein the lifting device comprises a rotating member , and the lifting device drives the baby bottle basket to move up or down through rotation of the rotating member , wherein the lifting device further comprises: a guide column , movably arranged on the rotating member ; and the rotating member rotates to move the guide column up or down so as to drive the baby bottle basket to move up or down, wherein an opening of the baby bottle basket is provided with an outward protruded edge extending and protruding outwards, and wherein an upper end of the guide column always abuts against a bottom surface of the outward protruded edge when the baby bottle basket moves up and down; the baby bottle warmer being characterized in that the rotating member is a ring-shaped guide cylinder or a ring-like cylindrical structure. a guide column , movably arranged on the rotating member ; and the rotating member rotates to move the guide column up or down so as to drive the baby bottle basket to move up or down, wherein an opening of the baby bottle basket is provided with an outward protruded edge extending and protruding outwards, and wherein an upper end of the guide column always abuts against a bottom surface of the outward protruded edge when the baby bottle basket moves up and down; the baby bottle warmer being characterized in that the rotating member is a ring-shaped guide cylinder or a ring-like cylindrical structure.
A method of operating a memory device within an apparatus comprising: accessing a first sub-block of memory cells and a second sub-block of memory cells at the same time, wherein the first and second sub-blocks of memory cells are part of a first block of memory cells of a plurality of blocks of memory cells of a memory array wherein the first sub-block of the block of memory cells and the second sub-block of the block of memory cells are not in a same row or a same column of the block of memory cells; wherein the memory cells in a second block of memory cells are not enabled to be accessed when memory cells of the first block are enabled to be accessed; and wherein the first block of memory cells includes sub-blocks located in multiple arrays stacked together. accessing a first sub-block of memory cells and a second sub-block of memory cells at the same time, wherein the first and second sub-blocks of memory cells are part of a first block of memory cells of a plurality of blocks of memory cells of a memory array wherein the first sub-block of the block of memory cells and the second sub-block of the block of memory cells are not in a same row or a same column of the block of memory cells; wherein the memory cells in a second block of memory cells are not enabled to be accessed when memory cells of the first block are enabled to be accessed; and wherein the first block of memory cells includes sub-blocks located in multiple arrays stacked together.
A method performed by a user equipment comprising: detecting, by the user equipment, a wireless local area network access point ; determining, from a plurality of groups of wireless local area network access points , a group of the detected wireless local area network access point , each group having at least one property different from another group, wherein the at least one property determines wireless local area network access point capabilities of the determined group of the detected wireless local area network access point ; and using threshold information associated with the determined group to determine whether to connect to a wireless local area network using said detected wireless local area network access point . detecting, by the user equipment, a wireless local area network access point ; determining, from a plurality of groups of wireless local area network access points , a group of the detected wireless local area network access point , each group having at least one property different from another group, wherein the at least one property determines wireless local area network access point capabilities of the determined group of the detected wireless local area network access point ; and using threshold information associated with the determined group to determine whether to connect to a wireless local area network using said detected wireless local area network access point .
A vacuum cleaner comprising: a cyclone dust collector comprising: an inlet to take in air; a cyclone chamber , coupled to the inlet, to circulate the air and to separate dust from the air; an outlet , coupled to the cyclone chamber, to discharge the air from which the dust is separated; a discharge pipe to guide air to be discharged through the outlet ; a grill case mounted to the discharge pipe and including a cylindrical inner space; a fan ; and a grill mounted to the fan to rotate and to filter residual dust from the air; characterised in that : the fan is rotatably accommodated in the cylindrical inner space of the grill case . a cyclone dust collector comprising: an inlet to take in air; a cyclone chamber , coupled to the inlet, to circulate the air and to separate dust from the air; an outlet , coupled to the cyclone chamber, to discharge the air from which the dust is separated; a discharge pipe to guide air to be discharged through the outlet ; a grill case mounted to the discharge pipe and including a cylindrical inner space; a fan ; and a grill mounted to the fan to rotate and to filter residual dust from the air; an inlet to take in air; a cyclone chamber , coupled to the inlet, to circulate the air and to separate dust from the air; an outlet , coupled to the cyclone chamber, to discharge the air from which the dust is separated; a discharge pipe to guide air to be discharged through the outlet ; a grill case mounted to the discharge pipe and including a cylindrical inner space; a fan ; and a grill mounted to the fan to rotate and to filter residual dust from the air; characterised in that : the fan is rotatably accommodated in the cylindrical inner space of the grill case .
A computer-implemented method for generating protein sequences in an autoregressive neural network comprising an encoder and a decoder, the decoder comprising an autoregressive module, the method comprising the steps of: - obtaining a latent code and inputting the latent code into the autoregressive module; - obtaining probabilities from the autoregressive module, the obtained probabilities representing probabilities for amino acids to be selected at given locations of the sequence; and - generating an ordered sequence of amino acids from the obtained probabilities, wherein the autoregressive module is such that, for a location of the sequence, the probabilities associated with amino acids to be selected for the location in the sequence are determined as a function of probabilities of amino acids to be selected for previous locations in the sequence, and, wherein the autoregressive neural network has been trained end-to-end with the encoder, the encoder making it possible to encode protein sequences in a latent space as latent codes. - obtaining a latent code and inputting the latent code into the autoregressive module; - obtaining probabilities from the autoregressive module, the obtained probabilities representing probabilities for amino acids to be selected at given locations of the sequence; and - generating an ordered sequence of amino acids from the obtained probabilities, wherein the autoregressive module is such that, for a location of the sequence, the probabilities associated with amino acids to be selected for the location in the sequence are determined as a function of probabilities of amino acids to be selected for previous locations in the sequence, and, wherein the autoregressive neural network has been trained end-to-end with the encoder, the encoder making it possible to encode protein sequences in a latent space as latent codes.