mhurhangee/ep-ind-claims huggingface dataset:
A water heat exchanger for a heat-pump air-conditioning device or a heat-pump hot water supply device, the water heat exchanger comprising a first layer and a second layer that are stacked upon each other, and exchanging heat between a first fluid and a second fluid, the first layer having first flow paths formed in a plurality of rows and through which water as the first fluid flows, the second layer having second flow paths formed in a plurality of rows and through which a refrigerant as the second fluid flows, wherein when the first layer is viewed in a stacking direction of the first layer and the second layer, each first flow path extends from one end portion to another end portion of the first layer in a direction crossing a direction of arrangement of the first flow paths, when the second layer is viewed in the stacking direction, each second flow path extends from one end portion to another end portion of the second layer in a direction crossing a direction of arrangement of the second flow paths, and wherein the first fluid is to be heated by the second fluid, characterised in that the first flow paths are formed so that a flow-path cross-sectional area of a first-fluid outlet vicinity positioned in a vicinity of an outlet for the first fluid is larger than a flow-path cross-sectional area of an upstream-side portion disposed upstream of the first-fluid outlet vicinity. when the first layer is viewed in a stacking direction of the first layer and the second layer, each first flow path extends from one end portion to another end portion of the first layer in a direction crossing a direction of arrangement of the first flow paths, when the second layer is viewed in the stacking direction, each second flow path extends from one end portion to another end portion of the second layer in a direction crossing a direction of arrangement of the second flow paths, and wherein the first fluid is to be heated by the second fluid, characterised in that the first flow paths are formed so that a flow-path cross-sectional area of a first-fluid outlet vicinity positioned in a vicinity of an outlet for the first fluid is larger than a flow-path cross-sectional area of an upstream-side portion disposed upstream of the first-fluid outlet vicinity.
An image recording method comprising: a step of applying a treatment liquid containing water and an aggregating agent to a permeable substrate to be transported, with a coating roller; and a step of applying an ink containing water, a water-soluble organic solvent, a colorant, and a resin to a region of the permeable substrate, which has been coated with the treatment liquid, by an ink jet method to record an image, characterized in that in a case where a viscosity of the treatment liquid at 25°C, expressed in mPa·s unit, is defined as x and a diameter of the coating roller, expressed in mm unit, is defined as y, x is 5 to 100 and a value of y - 25ln(x) is 90 to 160, and wherein, the permeable substrate refers to a substrate having a water absorption rate, with the unit % by mass and using a measurement time of 24 hours, of 0.2 or more in ASTM D570 which is an ASTM test method. a step of applying a treatment liquid containing water and an aggregating agent to a permeable substrate to be transported, with a coating roller; and a step of applying an ink containing water, a water-soluble organic solvent, a colorant, and a resin to a region of the permeable substrate, which has been coated with the treatment liquid, by an ink jet method to record an image, characterized in that in a case where a viscosity of the treatment liquid at 25°C, expressed in mPa·s unit, is defined as x and a diameter of the coating roller, expressed in mm unit, is defined as y, x is 5 to 100 and a value of y - 25ln(x) is 90 to 160, and wherein, the permeable substrate refers to a substrate having a water absorption rate, with the unit % by mass and using a measurement time of 24 hours, of 0.2 or more in ASTM D570 which is an ASTM test method.
A wheel-clamping device for a wheel-service-machine, comprising: a frame with a through-opening, a spindle being rotatably supported in the through-opening of the frame, wherein the spindle has a mounting-side end being provided with an opening, and a driving-side end, wherein the spindle is connectable at its driving side end to a drive means provided for a rotary movement of the spindle, and wherein the spindle has an external thread on an external circumferential portion, a sleeve having a turntable for the wheel to be temporarily clamped, wherein the sleeve has an internal thread-portion, which is in threaded engagement with the external thread-portion of the spindle, stopping/holding means (70, 180) for at least temporarily rotationally holding of the sleeve such that, when the sleeve is temporarily rotationally hold by the stopping/holding means (70, 180), it moves in a direction along a center axis of the threaded engagement, and clamping means (60, 160) for temporarily fixing a fixing element to the spindle, wherein the fixing element is inserted into the mounting-side opening of the spindle. a frame with a through-opening, a spindle being rotatably supported in the through-opening of the frame, wherein the spindle has a mounting-side end being provided with an opening, and a driving-side end, wherein the spindle is connectable at its driving side end to a drive means provided for a rotary movement of the spindle, and wherein the spindle has an external thread on an external circumferential portion, a sleeve having a turntable for the wheel to be temporarily clamped, wherein the sleeve has an internal thread-portion, which is in threaded engagement with the external thread-portion of the spindle, stopping/holding means (70, 180) for at least temporarily rotationally holding of the sleeve such that, when the sleeve is temporarily rotationally hold by the stopping/holding means (70, 180), it moves in a direction along a center axis of the threaded engagement, and clamping means (60, 160) for temporarily fixing a fixing element to the spindle, wherein the fixing element is inserted into the mounting-side opening of the spindle.
An aerosol-generating system comprising: an aerosol-generating device comprising a heater element; and an aerosol-generating article configured to engage with the aerosol-generating device and comprising: a medicament source; a volatile delivery enhancing compound source; a housing, wherein the medicament source and the volatile delivery enhancing compound source are contained within the housing; at least one frangible barrier (308, 310) sealing the medicament source and the volatile delivery enhancing compound source; and a rupturing portion slidably mounted on the housing and arranged to allow relative sliding movement between the rupturing portion and the at least one frangible barrier (308, 310) so that sliding the rupturing portion along the housing ruptures the at least one frangible barrier (308, 310). an aerosol-generating device comprising a heater element; and an aerosol-generating article configured to engage with the aerosol-generating device and comprising: a medicament source; a volatile delivery enhancing compound source; a housing, wherein the medicament source and the volatile delivery enhancing compound source are contained within the housing; at least one frangible barrier (308, 310) sealing the medicament source and the volatile delivery enhancing compound source; and a rupturing portion slidably mounted on the housing and arranged to allow relative sliding movement between the rupturing portion and the at least one frangible barrier (308, 310) so that sliding the rupturing portion along the housing ruptures the at least one frangible barrier (308, 310). a medicament source; a volatile delivery enhancing compound source; a housing, wherein the medicament source and the volatile delivery enhancing compound source are contained within the housing; at least one frangible barrier (308, 310) sealing the medicament source and the volatile delivery enhancing compound source; and a rupturing portion slidably mounted on the housing and arranged to allow relative sliding movement between the rupturing portion and the at least one frangible barrier (308, 310) so that sliding the rupturing portion along the housing ruptures the at least one frangible barrier (308, 310).
A motor control apparatus, comprising: an inverter configured to apply a motor driving voltage to a motor based on a control signal; a current detection unit configured to detect a motor driving current applied to the motor; and a microcontroller configured to sample the motor driving current, to generate the control signal based on the motor driving current, and to output the control signal to the inverter, characterized in that: the motor control apparatus further comprises: a phase compensation unit configured to compensate a phase error corresponding to a delay time of the microcontroller generating the control signal, the delay time is a time of starting the sampling to the time of applying the motor driving voltage to the motor. an inverter configured to apply a motor driving voltage to a motor based on a control signal; a current detection unit configured to detect a motor driving current applied to the motor; and a microcontroller configured to sample the motor driving current, to generate the control signal based on the motor driving current, and to output the control signal to the inverter, characterized in that: the motor control apparatus further comprises: a phase compensation unit configured to compensate a phase error corresponding to a delay time of the microcontroller generating the control signal, the delay time is a time of starting the sampling to the time of applying the motor driving voltage to the motor. a phase compensation unit configured to compensate a phase error corresponding to a delay time of the microcontroller generating the control signal, the delay time is a time of starting the sampling to the time of applying the motor driving voltage to the motor.
A sheath for a fan airfoil having a leading edge and a trailing edge in a chordwise direction, a root and a tip in a spanwise direction, a pressure side and a suction side, the sheath comprising: a solid portion to cover the leading edge; a first flank to bond to the pressure side; a second flank to bond to the suction side; and wherein the dimensions of the sheath are varied with respect to the spanwise direction of the blade; characterised in that the length of the first flank in the chordwise direction, when moving in the spanwise direction from the root to the tip of the airfoil, is increased to cover more of the pressure side, reaching a maximum length at a location between 70% to 80% of the span of the airfoil. a solid portion to cover the leading edge; a first flank to bond to the pressure side; a second flank to bond to the suction side; and wherein the dimensions of the sheath are varied with respect to the spanwise direction of the blade; characterised in that the length of the first flank in the chordwise direction, when moving in the spanwise direction from the root to the tip of the airfoil, is increased to cover more of the pressure side, reaching a maximum length at a location between 70% to 80% of the span of the airfoil.
A generator system comprising: a generator having a stationary portion and a rotating portion, the generator further comprising: an exciter field winding and a main armature winding disposed on the stationary portion; an exciter armature winding and a main field winding disposed on the rotating portion; a frequency demodulator in electrical communication with the exciter armature winding, the frequency demodulator configured to extract a frequency modulated control signal from the exciter armature winding and to demodulate the frequency modulated control signal to generate a demodulated control signal; and a main field rotating power converter disposed on the rotating portion of the generator, the main field rotating power converter configured to selectively control current in the main field winding in response to the demodulated command signal; and a generator control unit in electrical communication with the generator to monitor the output voltage at the main armature winding and to output an exciter current including the frequency modulated control signal to the exciter field winding based on the output voltage. a generator having a stationary portion and a rotating portion, the generator further comprising: an exciter field winding and a main armature winding disposed on the stationary portion; an exciter armature winding and a main field winding disposed on the rotating portion; a frequency demodulator in electrical communication with the exciter armature winding, the frequency demodulator configured to extract a frequency modulated control signal from the exciter armature winding and to demodulate the frequency modulated control signal to generate a demodulated control signal; and a main field rotating power converter disposed on the rotating portion of the generator, the main field rotating power converter configured to selectively control current in the main field winding in response to the demodulated command signal; and an exciter field winding and a main armature winding disposed on the stationary portion; an exciter armature winding and a main field winding disposed on the rotating portion; a frequency demodulator in electrical communication with the exciter armature winding, the frequency demodulator configured to extract a frequency modulated control signal from the exciter armature winding and to demodulate the frequency modulated control signal to generate a demodulated control signal; and a main field rotating power converter disposed on the rotating portion of the generator, the main field rotating power converter configured to selectively control current in the main field winding in response to the demodulated command signal; and a generator control unit in electrical communication with the generator to monitor the output voltage at the main armature winding and to output an exciter current including the frequency modulated control signal to the exciter field winding based on the output voltage.
A suspension system comprising: a knuckle carrier that has a hole; a control arm (46, 48) that is pivotally mounted to the knuckle carrier; and a pivot mechanism that is disposed in the hole (84, 86) and pivotally couples the control arm (46, 48) to the knuckle carrier, the pivot mechanism including: a pin having a shoulder and a threaded portion; a first bearing assembly that receives the pin and engages the shoulder; and a preload nut that has a threaded region that mates with the threaded portion, wherein tightening the preload nut exerts a preload force on the first bearing assembly, wherein the pin has a first mounting hole and a second mounting hole that each receive a fastener that mounts the pin to the control arm (46, 48), wherein the shoulder and the threaded portion are axially positioned between the first mounting hole and the second mounting hole. a knuckle carrier that has a hole; a control arm (46, 48) that is pivotally mounted to the knuckle carrier; and a pivot mechanism that is disposed in the hole (84, 86) and pivotally couples the control arm (46, 48) to the knuckle carrier, the pivot mechanism including: a pin having a shoulder and a threaded portion; a first bearing assembly that receives the pin and engages the shoulder; and a preload nut that has a threaded region that mates with the threaded portion, wherein tightening the preload nut exerts a preload force on the first bearing assembly, wherein the pin has a first mounting hole and a second mounting hole that each receive a fastener that mounts the pin to the control arm (46, 48), wherein the shoulder and the threaded portion are axially positioned between the first mounting hole and the second mounting hole. a pin having a shoulder and a threaded portion; a first bearing assembly that receives the pin and engages the shoulder; and a preload nut that has a threaded region that mates with the threaded portion, wherein tightening the preload nut exerts a preload force on the first bearing assembly, wherein the pin has a first mounting hole and a second mounting hole that each receive a fastener that mounts the pin to the control arm (46, 48), wherein the shoulder and the threaded portion are axially positioned between the first mounting hole and the second mounting hole.
A DNA fragment that consists of the sequence: or a variant of said sequence encoding a protein consisting of the sequence wherein said variant is due to the degeneracy of the genetic code.
A glazing (12, 112, 212, 312, 412, 512) for a vehicle, the glazing comprising at least a first ply (16, 116, 216, 316, 416, 516), at least a second ply (18, 118, 218, 318, 418), and an interlayer (20, 120, 220, 320, 420, 520) therebetween, the second ply mountable with respect to a light source (26, 126, 226), the light source being operable to couple light into said second ply, characterised in that light scattering means (22, 122, 222, 322, 422, 522) comprising a non-opaque ink are provided on an exterior surface of the second ply, the light scattering means being adapted to cause at least a portion of the coupled light to scatter and be transmitted through said scattering means, wherein the non-opaque ink is a semi-transparent or a translucent ink.
A linear constant current LED drive device capable of driving reduced number of LEDs, comprising a rectifier module, a switch module, a constant current supply module, a measurement module and a control module; wherein the linear constant current LED drive device further comprises an energy storage component, the rectifier module is adapted to rectify an alternating current, AC, from an external input, and to supply power to both the energy storage component and a plurality of LED string lights; the switch module is adapted to control the energy storage component to charge and discharge and a power supply to the plurality of LED string lights through an on-off of itself; the constant current supply module is adapted to keep the current of the plurality of LED string lights constant; the measurement module is adapted to measure a voltage difference between two ends of the constant current supply module before outputting the voltage difference measured to the control module; characterised in that the switch module is adapted to be controlled on, when the voltage difference between two ends of the switch module is less than a first threshold voltage, and the voltage difference between two ends of the constant current supply module is less than a second threshold voltage, so as to enable the rectifier module to charge the energy storage component and supply power to the plurality of LED string lights; the switch module is adapted to be controlled off, when the voltage difference between two ends of the switch module exceeds the first threshold voltage, or the voltage difference between two ends of the constant current supply module exceeds the second threshold voltage, so as to enable the energy storage component to supply power to the plurality of LED string lights.
A method for configuring at least one firewall comprising: - receiving from an Inter Access System Anchor at least one mobility report at a firewall controller, the at least one mobility report comprising information due to roaming of a terminal; - receiving from an IP Multimedia Subsystem at least one session report at the firewall controller; - configuring the at least one firewall by the firewall controller according to the received at least one mobility report and the received at least one session report, wherein the firewall and the firewall controller being different entities. - receiving from an Inter Access System Anchor at least one mobility report at a firewall controller, the at least one mobility report comprising information due to roaming of a terminal; - receiving from an IP Multimedia Subsystem at least one session report at the firewall controller; - configuring the at least one firewall by the firewall controller according to the received at least one mobility report and the received at least one session report, wherein the firewall and the firewall controller being different entities.
A recombinant iduronate-2-sulfatase (I2S) enzyme for use in a method of treating Hunter Syndrome in a human patient, wherein the recombinant I2S enzyme is administered intrathecally to a subject in need of treatment at a therapeutically effective dose of 10 mg or 30 mg and a monthly administration interval for a treatment period sufficient to (i) improve, stabilize or reduce declining of one or more cognitive, adaptive, motor, and/or executive functions relative to a control, or (ii) decrease glycosaminoglycan level in the cerebrospinal fluid relative to a control.
A decoding device comprising: an identification information detection unit that reads identification information for identifying whether predetermined information is present in a region which can store arbitrary data of an encoded bit stream; a reading unit that reads the predetermined information from the region which can store the arbitrary data on the basis of the read identification information; wherein a first identification information item, and a stored second identification information item, calculated on the basis of the predetermined information, are stored as the identification information in the region which can store the arbitrary data; and wherein the reading unit determines that the predetermined information is valid information when the first identification information item is specific information and the stored second identification information item is identical to a calculated second identification information item which is calculated by the decoding device on the basis of the read predetermined information, and wherein the predetermined information includes information about an arrangement of speakers in a vertical direction, and wherein when the predetermined information is valid information, the decoding device is configured to output, on the basis of the predetermined information, audio data included in the encoded bit stream, and wherein when the predetermined information is invalid, the decoding device is configured to output the audio data on the basis of a predetermined speaker arrangement. an identification information detection unit that reads identification information for identifying whether predetermined information is present in a region which can store arbitrary data of an encoded bit stream; a reading unit that reads the predetermined information from the region which can store the arbitrary data on the basis of the read identification information; wherein a first identification information item, and a stored second identification information item, calculated on the basis of the predetermined information, are stored as the identification information in the region which can store the arbitrary data; and wherein the reading unit determines that the predetermined information is valid information when the first identification information item is specific information and the stored second identification information item is identical to a calculated second identification information item which is calculated by the decoding device on the basis of the read predetermined information, and wherein the predetermined information includes information about an arrangement of speakers in a vertical direction, and wherein when the predetermined information is valid information, the decoding device is configured to output, on the basis of the predetermined information, audio data included in the encoded bit stream, and wherein when the predetermined information is invalid, the decoding device is configured to output the audio data on the basis of a predetermined speaker arrangement.