mhurhangee/ep-ind-claims huggingface dataset:
A battery mounting structure for a vehicle, the battery mounting structure comprising: a plurality of vehicle body frame members (18L, 18R, 24) that is arrayed in a vehicle width direction of the vehicle and is part of a lower frame of a vehicle body; and a plurality of cell stacks that each include a plurality of single cells, characterized in that each of the cell stacks is configured to be restrained onto the vehicle body by being sandwiched between the vehicle body frame members (18L, 18R, 24) directly or through another member such that each of the cell stacks is subjected to a compressive force from the plurality of vehicle body frame members (18L, 18R, 24) in a stacking direction of the single cells. a plurality of vehicle body frame members (18L, 18R, 24) that is arrayed in a vehicle width direction of the vehicle and is part of a lower frame of a vehicle body; and a plurality of cell stacks that each include a plurality of single cells, characterized in that each of the cell stacks is configured to be restrained onto the vehicle body by being sandwiched between the vehicle body frame members (18L, 18R, 24) directly or through another member such that each of the cell stacks is subjected to a compressive force from the plurality of vehicle body frame members (18L, 18R, 24) in a stacking direction of the single cells.
A primer probe sets for offal tissue detection in meat and meat products comprises the Bos taurus IGLL1 and CSN2 mRNAs specific nucleotide oligo-primers as: IGLL1- Forward TTCGATTTCCAGTCGCTGCT IGLLI-Probe CTTGCTGTTGCTCTGTTTGGAGGC IGLL1-Reverse TGCAGCTGGTGACTACAGTG CSN2-Forward GGGATGTTTTGTGGGAGGCT CSN2-Probe TCCTCTGTTTGCTGCTGTTCCTCA CSN2-Reverse AGCCTTTCAAGCAGTGAGAAAA IGLL1- Forward TTCGATTTCCAGTCGCTGCT IGLLI-Probe CTTGCTGTTGCTCTGTTTGGAGGC IGLL1-Reverse TGCAGCTGGTGACTACAGTG CSN2-Forward GGGATGTTTTGTGGGAGGCT CSN2-Probe TCCTCTGTTTGCTGCTGTTCCTCA CSN2-Reverse AGCCTTTCAAGCAGTGAGAAAA
An apparatus for infusing a fluid, which is insulin, into a body of a user, the apparatus comprising: a housing; a pump inside the housing for delivering a fluid into a body of a user; and at least one controller to control delivery of the fluid from the housing by the pump, wherein the at least one controller: controls delivery of a basal amount of fluid to a body of a user at a predetermined basal rate, and characterized in that the at least one controller further: determines a bolus amount of insulin to be delivered to the body of the user, wherein the at least one controller uses an obtained blood glucose concentration of the user, determines state variables, which include subcutaneous insulin concentration, plasma insulin concentration, and insulin effect, determines, based on the state variables, an additional amount of insulin to be delivered to the body of the user with the bolus amount of insulin, controls delivery of the determined bolus amount of insulin and the determined additional amount of insulin to the user, and reduces the basal rate by the additional amount of insulin delivered with the bolus amount of insulin. a housing; a pump inside the housing for delivering a fluid into a body of a user; and at least one controller to control delivery of the fluid from the housing by the pump, wherein the at least one controller: controls delivery of a basal amount of fluid to a body of a user at a predetermined basal rate, and controls delivery of a basal amount of fluid to a body of a user at a predetermined basal rate, and characterized in that the at least one controller further: determines a bolus amount of insulin to be delivered to the body of the user, wherein the at least one controller uses an obtained blood glucose concentration of the user, determines state variables, which include subcutaneous insulin concentration, plasma insulin concentration, and insulin effect, determines, based on the state variables, an additional amount of insulin to be delivered to the body of the user with the bolus amount of insulin, controls delivery of the determined bolus amount of insulin and the determined additional amount of insulin to the user, and reduces the basal rate by the additional amount of insulin delivered with the bolus amount of insulin. determines a bolus amount of insulin to be delivered to the body of the user, wherein the at least one controller uses an obtained blood glucose concentration of the user, determines state variables, which include subcutaneous insulin concentration, plasma insulin concentration, and insulin effect, determines, based on the state variables, an additional amount of insulin to be delivered to the body of the user with the bolus amount of insulin, controls delivery of the determined bolus amount of insulin and the determined additional amount of insulin to the user, and reduces the basal rate by the additional amount of insulin delivered with the bolus amount of insulin.
A method of establishing a telecommunication session with a mobile satellite terminal having an IP Multimedia System, IMS, client, comprising: establishing an IMS Packet Data Protocol, PDP, context activation by a Proxy Call Session Control Function, P-CSCF, associated with the calling User Equipment, UE, prior to exchanging any Session Initiation Protocol, SIP, signaling with a proxy associated with the called UE; and using a High Penetration Alert, HPA, directed to the called UE being shielded from satellite coverage only if the called UE subscribes to a HPA service, and only for calls having a conversational or interactive traffic class wherein establishing an IMS PDP context activation comprises initiating a Network Requested Secondary PDP Context Activation, NRSPCA, on Offer comprising the P-CSCF associated with the calling UE requesting said NRSPCA on Offer from a Policy and Charging Rule Function, PCRF, associated with the calling UE, said NRSPCA on Offer being a configurable system parameter wherein requesting said NRSPCA on Offer from the PCRF comprises - the P-CSCF sending the PCRF an Authorize and Authenticate Request, AAR, - the PCRF sending a Packet Data Protocol, PDP, context activation request to a Gateway GPRS Service Node, GGSN, associated with the calling UE, and - the PCRF to withholding an acknowledgement to the P-CSCF until receiving an indication of successful PDP context activation from the GGSN. establishing an IMS Packet Data Protocol, PDP, context activation by a Proxy Call Session Control Function, P-CSCF, associated with the calling User Equipment, UE, prior to exchanging any Session Initiation Protocol, SIP, signaling with a proxy associated with the called UE; and using a High Penetration Alert, HPA, directed to the called UE being shielded from satellite coverage only if the called UE subscribes to a HPA service, and only for calls having a conversational or interactive traffic class wherein establishing an IMS PDP context activation comprises initiating a Network Requested Secondary PDP Context Activation, NRSPCA, on Offer comprising the P-CSCF associated with the calling UE requesting said NRSPCA on Offer from a Policy and Charging Rule Function, PCRF, associated with the calling UE, said NRSPCA on Offer being a configurable system parameter wherein requesting said NRSPCA on Offer from the PCRF comprises - the P-CSCF sending the PCRF an Authorize and Authenticate Request, AAR, - the PCRF sending a Packet Data Protocol, PDP, context activation request to a Gateway GPRS Service Node, GGSN, associated with the calling UE, and - the PCRF to withholding an acknowledgement to the P-CSCF until receiving an indication of successful PDP context activation from the GGSN. - the P-CSCF sending the PCRF an Authorize and Authenticate Request, AAR, - the PCRF sending a Packet Data Protocol, PDP, context activation request to a Gateway GPRS Service Node, GGSN, associated with the calling UE, and - the PCRF to withholding an acknowledgement to the P-CSCF until receiving an indication of successful PDP context activation from the GGSN.
A method for inter-device data migration in a network comprising a first device, a second device, and a third device, said second and third devices being adjacent to the first device, wherein the method comprising: a. detecting whether a user is located within a data collection range of the first device; b. determining a current position of the user if the user is not located within the data collection range of the first device, and sending detection information to at least one adjacent device, the detection information being used to indicate to the at least one adjacent device to detect whether the user is located in a data collection range of the at least one adjacent device; c. identifying a target device within the network with a data collection range that includes the user's current position, wherein the target device is one of the second device and the third device; d. when determining that the target device supports the application, sending to-be-migrated data from the first device to the target device; e. migrating the application and service running on the first device to the target device to continue operation. a. detecting whether a user is located within a data collection range of the first device; b. determining a current position of the user if the user is not located within the data collection range of the first device, and sending detection information to at least one adjacent device, the detection information being used to indicate to the at least one adjacent device to detect whether the user is located in a data collection range of the at least one adjacent device; c. identifying a target device within the network with a data collection range that includes the user's current position, wherein the target device is one of the second device and the third device; d. when determining that the target device supports the application, sending to-be-migrated data from the first device to the target device; e. migrating the application and service running on the first device to the target device to continue operation.
Filter device comprising a vat for forming a filter trough, into which a liquid containing a material to be separated therefrom can be introduced, and a filter drive for transporting a filter through the filter trough, characterised by conveyor means (20a-20d, 22, 23, 25, 30, 35, 50) for conveying separated material located on the filter in the filter trough along a conveying path to a collecting station, the conveyor means comprising at least one conveyor drive (35, 55) for moving separated material relative to the filter and at least one conveyor element (20a-20d, 30; 51), which is movable relative to the filter by means of the at least one conveyor drive (35, 55) and comprises a circulating vane (20a-20d), which is movable through the filter trough.
A steering angle control system for an aircraft, the steering angle control system being configured to output an operation signal related to a steering angle as a control command signal for a nose steering wheel, the control command being configured to cause an airframe of the aircraft that is taxiing to turn to a desired direction, the steering angle control system comprising: a reference steering angle setting unit that is configured to calculate a reference steering angle on the assumption that the airframe is not skidding; a skid detection unit that is configured to determine a skidding state of the airframe based on the reference steering angle; and a switch unit that is configured to select and output the control command signal in conjunction with the skid detection unit, wherein when the skidding state of the airframe is detected, a signal related to the reference steering angle is output as the control command signal for the nose steering wheel while the operation signal related to the steering angle is not used and output, and wherein the reference steering angle is determined by L*ω/V, where V represents a ground speed of the airframe, ω represents a yaw rate of the airframe, and L represents a distance between the center of gravity of the airframe and the nose steering wheel. a reference steering angle setting unit that is configured to calculate a reference steering angle on the assumption that the airframe is not skidding; a skid detection unit that is configured to determine a skidding state of the airframe based on the reference steering angle; and a switch unit that is configured to select and output the control command signal in conjunction with the skid detection unit, wherein when the skidding state of the airframe is detected, a signal related to the reference steering angle is output as the control command signal for the nose steering wheel while the operation signal related to the steering angle is not used and output, and wherein the reference steering angle is determined by L*ω/V, where V represents a ground speed of the airframe, ω represents a yaw rate of the airframe, and L represents a distance between the center of gravity of the airframe and the nose steering wheel.
A method of controlling a target device utilizing neural data, the method comprising: sampling the neural data from a user; transforming the neural data into a common representational space of a brain-machine interface system; supplying the common representational space as a state representation to inform an Actor recurrent neural network policy of the brain-machine interface system; generating and evaluating, utilizing a deep recurrent neural network of the brain-machine interface system having a generative sequence decoder, predictive sequences of control signals for the target device; supplying a specific control signal derived from the predictive sequences of control signals to the target device to produce an output of the target device; determining an intrinsic biometric-based reward signal, by decoding an emotional response of the user from the common representational space, based on an expectation of the user of an intended action of the target device and the output of the target device; and supplying the intrinsic biometric-based reward signal to a Critic model of the brain-machine interface system to inform the Critic model based on how successfully the intended action was performed by the target device, thereby enabling continual or substantially continual adaptation of the mapping from the neural data to the control signals for the target device. sampling the neural data from a user; transforming the neural data into a common representational space of a brain-machine interface system; supplying the common representational space as a state representation to inform an Actor recurrent neural network policy of the brain-machine interface system; generating and evaluating, utilizing a deep recurrent neural network of the brain-machine interface system having a generative sequence decoder, predictive sequences of control signals for the target device; supplying a specific control signal derived from the predictive sequences of control signals to the target device to produce an output of the target device; determining an intrinsic biometric-based reward signal, by decoding an emotional response of the user from the common representational space, based on an expectation of the user of an intended action of the target device and the output of the target device; and supplying the intrinsic biometric-based reward signal to a Critic model of the brain-machine interface system to inform the Critic model based on how successfully the intended action was performed by the target device, thereby enabling continual or substantially continual adaptation of the mapping from the neural data to the control signals for the target device.
A measurement device for measuring properties of a metal sheet processed in a rolling mill, the measurement device comprising: an inspection coil set comprising a transmitter coil and a receiver coil, the transmitter coil being configured to apply a time-varying magnetic field to the metal sheet, and the receiver coil being configured to detect a magnetic field transient produced from the metal sheet in response to the applied time-varying magnetic field, wherein the at least one property of the metal sheet is derivable from the magnetic field transient, and a correction coil set (116, 118, 122, 124), for detecting a spatial deviation of the metal sheet from a reference plane, each correction coil being connected to a capacitor to form a respective resonance circuit having a resonance frequency, wherein the correction coils are configured to be resonated at the respective resonance frequency, wherein a shift in the resonance frequency in the presence of the metal sheet is detectable, wherein the spatial deviation is derivable from the shifts in resonance frequencies. an inspection coil set comprising a transmitter coil and a receiver coil, the transmitter coil being configured to apply a time-varying magnetic field to the metal sheet, and the receiver coil being configured to detect a magnetic field transient produced from the metal sheet in response to the applied time-varying magnetic field, wherein the at least one property of the metal sheet is derivable from the magnetic field transient, and a correction coil set (116, 118, 122, 124), for detecting a spatial deviation of the metal sheet from a reference plane, each correction coil being connected to a capacitor to form a respective resonance circuit having a resonance frequency,
An iso-grid composite component comprising: a uni-tape ply bundle; and a spacer transverse to said uni-tape ply bundle, said spacer interrupted by said uni-tape ply bundle; wherein said uni-tape ply bundle at least partially defines a first rib and said spacer at least partially defines a second rib transverse to said first rib; wherein said uni-tape ply bundle is a buildup of a multiple of uni-tape plies (74-1...74-4) and one spacer ply such that said spacer ply separates a multiple of uni-tape plies (74-1...74-4). a uni-tape ply bundle; and a spacer transverse to said uni-tape ply bundle, said spacer interrupted by said uni-tape ply bundle; wherein said uni-tape ply bundle at least partially defines a first rib and said spacer at least partially defines a second rib transverse to said first rib; wherein said uni-tape ply bundle is a buildup of a multiple of uni-tape plies (74-1...74-4) and one spacer ply such that said spacer ply separates a multiple of uni-tape plies (74-1...74-4).
A selvedge forming device comprising a tucking device (13, 14, 28, 29) for tucking a thread end (11, 12, 24, 25) of a weft thread into a subsequent shed, which thread end (11, 12, 24, 25) extends outside a shed, and a moveable arm (9, 19), wherein the moveable arm (9, 19) is controllable to move thread ends (11, 12, 24, 25) of a fraction of inserted weft threads out of the working area of the tucking device (13, 14, 28, 29), characterized in that the selvedge forming device (1, 2, 27) further comprises a separator element (8, 18), wherein the moveable arm (9, 19) is controllable to move the thread end (11, 12, 24, 25) beyond the separator element (8, 18) out of the working area of the tucking device (13, 14, 28, 29), such that the thread end (11, 12, 24, 25) moved beyond the separator element (8, 18) is separated by the separator element (8, 18) from the working area of the tucking device (13, 14, 28, 29).
A method for inquiring position information of a mobile terminal comprising the following steps: - a mobile terminal receives a position inquiry request input by a user, creates a first short message according to the short message protocol in 3GPP according to the position inquiry request, and sends the created first short message and an ID of the mobile terminal to a server, wherein a message header of the first short message comprises an Information Element Identifier having a retention value not defined in the short message protocol in 3GPP so that this Information Element Identifier indicates that the first short message is a position inquiry request short message; - the server interprets the first short message to obtain the position inquiry request, obtains the position information of the mobile terminal according to the ID of the mobile terminal, creates a second short message according to the obtained position information, and returns the second short message to the mobile terminal, wherein the second short message contains the position information in a system-defined format. - a mobile terminal receives a position inquiry request input by a user, creates a first short message according to the short message protocol in 3GPP according to the position inquiry request, and sends the created first short message and an ID of the mobile terminal to a server, wherein a message header of the first short message comprises an Information Element Identifier having a retention value not defined in the short message protocol in 3GPP so that this Information Element Identifier indicates that the first short message is a position inquiry request short message; - the server interprets the first short message to obtain the position inquiry request, obtains the position information of the mobile terminal according to the ID of the mobile terminal, creates a second short message according to the obtained position information, and returns the second short message to the mobile terminal, wherein the second short message contains the position information in a system-defined format.
A polymer-drug conjugate of formula I in the form of a block co-polymer for delivery of therapeutic agents wherein • Ri, R 2 and R 3 are independently selected from H or -CH 3 • x is a natural number between 1-100 • y is a natural number between 1-100 • n is a natural number between 1-50 and • L is a cleavable linker or L may be null wherein the therapeutic agent D is attached directly to the polymer chain through an ester, imine, amide, disulfide, carbonate, carbamate, hydrazine bond and • D is a therapeutic agent that is combretastatin or 5-Fluorouracil (5-FU) or gemcitabine or chloroquine or doxorubicine • A is an end group or A may be null • B is an end group or B may be null • Ri, R 2 and R 3 are independently selected from H or -CH 3 • x is a natural number between 1-100 • y is a natural number between 1-100 • n is a natural number between 1-50 and • L is a cleavable linker or L may be null wherein the therapeutic agent D is attached directly to the polymer chain through an ester, imine, amide, disulfide, carbonate, carbamate, hydrazine bond and • D is a therapeutic agent that is combretastatin or 5-Fluorouracil (5-FU) or gemcitabine or chloroquine or doxorubicine • A is an end group or A may be null • B is an end group or B may be null
Toilet-seat arrangement comprising at least one swing-action element, having two spaced-apart hinge parts, and a fastening element, by means of which the at least one swing-action element can be connected to a toilet bowl in a pivotable manner via the hinge parts, wherein the fastening element has a first hinge mount for one of the two hinge parts and a second hinge mount for the other one of the two hinge parts, and wherein the fastening element has two clamping portions (8, 9), by means of which the fastening element can be clamped in relation to the toilet bowl, characterized in that the two clamping portions (8, 9) are connected to one another via a resilient rod, wherein hinge mounts (6, 7), the clamping portions (8, 9) and the rod are formed in one piece.