mhurhangee/patent-ind-claim-en huggingface dataset:
A magnetic resonance force detection apparatus , comprising: a sample carrier for carrying a sample to be tested; a magnetic field source configured to provide a magnetic field to the sample when it is carried by the sample carrier wherein the magnetic field source is configured to provide a static magnetic field; a support for supporting either the sample carrier or the magnetic field source; a support-driving-mechanism configured to drive the support such that the sample carrier moves relative to the magnetic field source, such that the magnetic field causes spins of one or more nuclei or electrons in the sample to flip, and wherein the flipping of spins exerts a force on the support; and a support-displacement-measuring-sensor configured to measure displacement of the support and generate a signal representative of the displacement of the support, wherein the support-driving-mechanism is configured to drive the support at a frequency that corresponds to a higher eigen-mode frequency of the support. a sample carrier for carrying a sample to be tested; a magnetic field source configured to provide a magnetic field to the sample when it is carried by the sample carrier wherein the magnetic field source is configured to provide a static magnetic field; a support for supporting either the sample carrier or the magnetic field source; a support-driving-mechanism configured to drive the support such that the sample carrier moves relative to the magnetic field source, such that the magnetic field causes spins of one or more nuclei or electrons in the sample to flip, and wherein the flipping of spins exerts a force on the support; and a support-displacement-measuring-sensor configured to measure displacement of the support and generate a signal representative of the displacement of the support, wherein the support-driving-mechanism is configured to drive the support at a frequency that corresponds to a higher eigen-mode frequency of the support.
A cap for a medical connector, the cap comprising: a first end comprising a first opening configured to connect a medical connector; a chamber disposed in the cap ; a reservoir disposed at least partially within the chamber ; and an insert disposed at least partially in the chamber , the insert comprising: a dome shaped first end and a second end configured to deform during use; an insert reinforcement portion connecting the dome shaped first end with the deformable second end , wherein the first end , the reinforcement portion , and the second end are integrally formed as one monolithic element, wherein the reservoir is a sponge-like disinfectant-containing reservoir surrounding the insert reinforcement portion and disposed between the first and second ends of the insert , and wherein the second end comprises two prongs configured to bow radially outward until they come in contact with inner walls of the chamber. a first end comprising a first opening configured to connect a medical connector; a chamber disposed in the cap ; a reservoir disposed at least partially within the chamber ; and an insert disposed at least partially in the chamber , the insert comprising: a dome shaped first end and a second end configured to deform during use; an insert reinforcement portion connecting the dome shaped first end with the deformable second end , wherein the first end , the reinforcement portion , and the second end are integrally formed as one monolithic element, wherein the reservoir is a sponge-like disinfectant-containing reservoir surrounding the insert reinforcement portion and disposed between the first and second ends of the insert , and wherein the second end comprises two prongs configured to bow radially outward until they come in contact with inner walls of the chamber. a dome shaped first end and a second end configured to deform during use; an insert reinforcement portion connecting the dome shaped first end with the deformable second end , wherein the first end , the reinforcement portion , and the second end are integrally formed as one monolithic element, wherein the reservoir is a sponge-like disinfectant-containing reservoir surrounding the insert reinforcement portion and disposed between the first and second ends of the insert , and wherein the second end comprises two prongs configured to bow radially outward until they come in contact with inner walls of the chamber.
A node (I1, 1200) to propagate transactions in a network of nodes, each node having one or more connections to other nodes (S1, S2, 12), the node comprising: a processor ; memory ; a network interface ; and an application containing processor-executable instructions that, when executed by the processor, cause the processor to receive a plurality of incoming transactions over a time period; combine the plurality of incoming transactions using network coding to generate a composite message; send the composite message to one or more nodes in the network; and characterized in that the processor-executable instructions further cause the processor to determine an adjusted time period based on a constant parameter divided by a count of transactions in the plurality of incoming transactions received over the time period. a processor ; memory ; a network interface ; and an application containing processor-executable instructions that, when executed by the processor, cause the processor to receive a plurality of incoming transactions over a time period; combine the plurality of incoming transactions using network coding to generate a composite message; send the composite message to one or more nodes in the network; and characterized in that the processor-executable instructions further cause the processor to determine an adjusted time period based on a constant parameter divided by a count of transactions in the plurality of incoming transactions received over the time period. combine the plurality of incoming transactions using network coding to generate a composite message; send the composite message to one or more nodes in the network; and characterized in that the processor-executable instructions further cause the processor to determine an adjusted time period based on a constant parameter divided by a count of transactions in the plurality of incoming transactions received over the time period.
Water-cooled water-moderated nuclear reactor core melt cooling and confinement system containing: a cone-shaped guide plate being adapted to be installed under a reactor vessel bottom , a cantilever girder installed under the guide plate and supporting the same, a core catcher installed under the cantilever girder and equipped with cooled cladding in form of a multi-layer vessel for protection of the external heat-exchange wall from dynamic, thermal and chemical impacts, and a filling material for melt dilution inside the multi-layer vessel, wherein the multi-layer vessel has external and internal metal walls with a filler in between that is highly heat-conductive in relation to wall material, where thickness h fil of the filler meets the following criterion: 1.2 h ext < h fil < 2.4 h ext , where h ext is the thickness of the vessel external wall . a cone-shaped guide plate being adapted to be installed under a reactor vessel bottom , a cantilever girder installed under the guide plate and supporting the same, a core catcher installed under the cantilever girder and equipped with cooled cladding in form of a multi-layer vessel for protection of the external heat-exchange wall from dynamic, thermal and chemical impacts, and a filling material for melt dilution inside the multi-layer vessel, wherein the multi-layer vessel has external and internal metal walls with a filler in between that is highly heat-conductive in relation to wall material, where thickness h fil of the filler meets the following criterion: 1.2 h ext < h fil < 2.4 h ext , where h ext is the thickness of the vessel external wall .
A cooling system comprising: a cooling unit configured to cool at least one of a power reception unit configured to wirelessly receive power from a power transmission unit and a power storage unit (B) configured to store the power received by the power reception unit ; and a control unit configured to control the cooling unit , wherein the cooling unit is operated by the power received by the power reception unit , wherein the control unit controls the cooling unit on the basis of a necessary amount of charge (P) of the power storage unit (B), wherein the control unit controls the cooling unit so that the power reception unit is cooled if a temperature of the power reception unit is greater than or equal to a first temperature threshold value (T Ath ), and/or wherein the control unit controls the cooling unit so that the power storage unit (B) is cooled if a temperature of the power storage unit (B) is greater than or equal to a second temperature threshold value (T Bth ), characterized in that the control unit sets the first temperature threshold value (T Ath ) and the second temperature threshold value (T Bth ) to larger values as the necessary amount of charge (P) increases. a cooling unit configured to cool at least one of a power reception unit configured to wirelessly receive power from a power transmission unit and a power storage unit (B) configured to store the power received by the power reception unit ; and a control unit configured to control the cooling unit , wherein the cooling unit is operated by the power received by the power reception unit , wherein the control unit controls the cooling unit on the basis of a necessary amount of charge (P) of the power storage unit (B), wherein the control unit controls the cooling unit so that the power reception unit is cooled if a temperature of the power reception unit is greater than or equal to a first temperature threshold value (T Ath ), and/or wherein the control unit controls the cooling unit so that the power storage unit (B) is cooled if a temperature of the power storage unit (B) is greater than or equal to a second temperature threshold value (T Bth ), characterized in that the control unit sets the first temperature threshold value (T Ath ) and the second temperature threshold value (T Bth ) to larger values as the necessary amount of charge (P) increases.
A materials handling vehicle comprising a camera , a vehicle position processor, and a drive mechanism configured to move the materials handling vehicle along an inventory transit surface , characterized in that : the camera is configured to capture an image comprising an aisle end identifier for a racking system aisle of a multilevel warehouse racking system ; and the vehicle position processor is configured to generate end-of-aisle limit data comprising an end-of-aisle limit from an image of an aisle end identifier , as captured by the camera , determine whether an operating state of the materials handling vehicle exceeds the end-of-aisle limit, transmit a limit-based command to the drive mechanism of the materials handling vehicle when the operating state of the materials handling vehicle exceeds the end-of-aisle limit, initiate a vehicle action based on the limit-based command, the vehicle action configured to modify operation of the materials handling vehicle to a modified operating state within the end-of-aisle limit, and navigate the materials handling vehicle to exit the racking system aisle in the modified operating state. the camera is configured to capture an image comprising an aisle end identifier for a racking system aisle of a multilevel warehouse racking system ; and the vehicle position processor is configured to generate end-of-aisle limit data comprising an end-of-aisle limit from an image of an aisle end identifier , as captured by the camera , determine whether an operating state of the materials handling vehicle exceeds the end-of-aisle limit, transmit a limit-based command to the drive mechanism of the materials handling vehicle when the operating state of the materials handling vehicle exceeds the end-of-aisle limit, initiate a vehicle action based on the limit-based command, the vehicle action configured to modify operation of the materials handling vehicle to a modified operating state within the end-of-aisle limit, and navigate the materials handling vehicle to exit the racking system aisle in the modified operating state. generate end-of-aisle limit data comprising an end-of-aisle limit from an image of an aisle end identifier , as captured by the camera , determine whether an operating state of the materials handling vehicle exceeds the end-of-aisle limit, transmit a limit-based command to the drive mechanism of the materials handling vehicle when the operating state of the materials handling vehicle exceeds the end-of-aisle limit, initiate a vehicle action based on the limit-based command, the vehicle action configured to modify operation of the materials handling vehicle to a modified operating state within the end-of-aisle limit, and navigate the materials handling vehicle to exit the racking system aisle in the modified operating state.
A battery module, comprising: a plurality of battery cells , wherein each battery cell comprises a battery top cover ; a thermally conductive sampling piece , wherein one end of the thermally conductive sampling piece fits snugly with and is fixedly connected to the battery top cover ; a circuit board , disposed above the battery top cover , wherein another end of the thermally conductive sampling piece is connected to the circuit board ; and a thermometric element , electrically connected to the circuit board , wherein the thermometric element is configured to collect a temperature signal of the thermally conductive sampling piece and transmit the temperature signal to the circuit board wherein a position limiting structure is disposed on the thermally conductive sampling piece , and the position limiting structure is configured to limit a relative position between the circuit board and the thermally conductive sampling piece ; characterized in that the position limiting structure comprises a stopper plate disposed on one side of the thermally conductive sampling piece , and the stopper plate is snap-fastened to the circuit board . a plurality of battery cells , wherein each battery cell comprises a battery top cover ; a thermally conductive sampling piece , wherein one end of the thermally conductive sampling piece fits snugly with and is fixedly connected to the battery top cover ; a circuit board , disposed above the battery top cover , wherein another end of the thermally conductive sampling piece is connected to the circuit board ; and a thermometric element , electrically connected to the circuit board , wherein the thermometric element is configured to collect a temperature signal of the thermally conductive sampling piece and transmit the temperature signal to the circuit board wherein a position limiting structure is disposed on the thermally conductive sampling piece , and the position limiting structure is configured to limit a relative position between the circuit board and the thermally conductive sampling piece ; characterized in that the position limiting structure comprises a stopper plate disposed on one side of the thermally conductive sampling piece , and the stopper plate is snap-fastened to the circuit board .
A composition comprising an active compound contained within a microcapsule, the microcapsule having a wall comprising a polyurea and a cross linking agent, the cross linking agent being the product of the reaction of a hydroxide salt with the copolymerization product of styrene and maleic anhydride, wherein the polyurea is formed by hydrolysis of an isocyanate monomer to form an amine, which in turn reacts with another isocyanate monomer to form the polyurea.
An impact tool comprising: a motor ; an impact mechanism including a hammer and an anvil , the hammer being configured to rotate with motive power supplied from the motor , the anvil being configured to rotate upon receiving impacting force from the hammer ; an output shaft configured to rotate along with the anvil ; a control unit configured to control a rotational velocity of the output shaft ; and the impact mechanism being configured to, when a torque condition on magnitude of torque applied to the output shaft is satisfied, perform an impact operation of applying the impacting force from the hammer to the anvil , characterized in that the tool further comprises an angular lead measurer configured to measure an angular lead in rotation of the anvil over the hammer , and in that the control unit is configured to change, according to the angular lead measured by the angular lead measurer , a control mode for controlling the rotational velocity of the output shaft from one of a plurality of modes to another. a motor ; an impact mechanism including a hammer and an anvil , the hammer being configured to rotate with motive power supplied from the motor , the anvil being configured to rotate upon receiving impacting force from the hammer ; an output shaft configured to rotate along with the anvil ; a control unit configured to control a rotational velocity of the output shaft ; and the impact mechanism being configured to, when a torque condition on magnitude of torque applied to the output shaft is satisfied, perform an impact operation of applying the impacting force from the hammer to the anvil , characterized in that the tool further comprises an angular lead measurer configured to measure an angular lead in rotation of the anvil over the hammer , and in that the control unit is configured to change, according to the angular lead measured by the angular lead measurer , a control mode for controlling the rotational velocity of the output shaft from one of a plurality of modes to another.
An isolated nucleic acid molecule encoding a natural killer cell immune-function receptor-chimeric antigen receptor (NKR-CAR), comprising an extracellular antigen binding domain that binds to mesothelin and comprises the amino acid sequence of SEQ ID NO:234 or SEQ ID NO: 240; the transmembrane domain of KIR2DS2, and the cytoplasmic domain of KIR2DS2, wherein the extracellular antigen binding domain that binds mesothelin is connected to the transmembrane domain by a hinge domain, wherein the hinge domain is selected from the group consisting of a CD8 hinge, a GS hinge, an IgG4 hinge, an IgD hinge, a KIR hinge, a NCR hinge, a SLAMF hinge, a FcR hinge, and a LY49 hinge, wherein the transmembrane domain and/or the cytoplasmic domain optionally further comprise one or more of a KIR D0 domain, a KIR D1 domain, and/or a KIR D2 domain.
Vehicle suspension arrangement comprising a leaf spring assembly with at least two leaf springs (11a; 11b; 11c) which are arranged, during use in a vehicle, with a longitudinal extension generally coinciding with the longitudinal extension of said vehicle; said suspension arrangement comprising a spring clamping unit connecting said leaf springs (11a; 11 b; 11 c) to an axle in said vehicle; and wherein each of said leaf springs (11a; 11b; 11c) comprises front and rear end sections which are configured to be fastened in a vehicle chassis; characterized in that said spring clamping unit comprises a spacer component which is configured for separating said leaf springs (11a; 11b; 11c) in a vertical or horizontal direction, wherein the vehicle suspension arrangement further comprises at least one upper leaf spring and at least one lower leaf spring (11b; 11c), said upper and lower leaf springs being mounted vertically spaced apart, wherein said upper leaf spring is arranged in a reverse manner, as regarded with reference to a horizontal plane, with respect to said lower leaf spring (11b; 11c), wherein the at least one upper leaf spring and at least one lower leaf spring (11b; 11c) are connected to the same common anchoring point in the front end section and the rear end section , respectively.
A method of operating a gas turbine engine for an aircraft comprising detecting an engine acceleration event from a relatively low throttle position comprising one of flight idle, or cruise thrust, to a relatively high throttle position comprising one of climb thrust, take-off thrust, or go-around thrust, or a deceleration event, or determining that the engine acceleration or deceleration event is imminent or may be imminent; and on detection of the engine acceleration or deceleration event, or in advance of the engine acceleration or deceleration event, reducing cooling or increasing turbine rotor disc heat input to raise a temperature of the rotor disc or reduce a cooling rate of the rotor disc .
Apparatus in a network for routing instructions for remotely controlling a plurality of nodes in the network, the apparatus comprising: a communication interface configured to: receive a request comprising instructions for controlling a plurality of nodes; communicate with one or more network capabilities such that each of the one or more network capabilities sends messages using a respective communications technology to one or more message handlers that are configured to interface with and thereby control the plurality of nodes; and receive receipts from the one or more message handlers; and a message processing module configured to: generate one or more messages , based on the instructions in the received request and further comprising at least one receipt generation optimiser parameter, the at least one receipt generation optimiser parameter being for managing traffic generated by transmission of receipts , the receipts acknowledging receipt of the instructions at the one or more message handlers; and cause the one or more generated messages to be transmitted to the one or more network capabilities via the communication interface. a communication interface configured to: receive a request comprising instructions for controlling a plurality of nodes; communicate with one or more network capabilities such that each of the one or more network capabilities sends messages using a respective communications technology to one or more message handlers that are configured to interface with and thereby control the plurality of nodes; and receive receipts from the one or more message handlers; and a message processing module configured to: generate one or more messages , based on the instructions in the received request and further comprising at least one receipt generation optimiser parameter, the at least one receipt generation optimiser parameter being for managing traffic generated by transmission of receipts , the receipts acknowledging receipt of the instructions at the one or more message handlers; and cause the one or more generated messages to be transmitted to the one or more network capabilities via the communication interface.