mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: an electric vehicle having a battery pack and a drive system that is at least in part powered by electricity from the battery pack; and a mobile energy storage apparatus that is detachably coupled to the electric vehicle and configured to supply electricity to the electric vehicle, the mobile energy storage apparatus having at least one energy storage device, characterized in that the mobile energy storage apparatus further comprises a variable energy control device that includes a voltage detection device that detects the voltage level of the electric vehicle and generates voltage level signals, the voltage detection device providing the variable energy control device with the voltage level signals, the variable energy control device configured to take the voltage and current input from the energy storage device, convert it to a voltage compatible with the electric vehicle and a variable current compatible with the electric vehicle, and provide it to the drive system of the electric vehicle, to the electric vehicle battery pack to charge the electric vehicle battery pack onboard the electric vehicle, or to both the drive system of the electric vehicle and to the electric vehicle battery pack at the same time.
A detection system for inspecting an inspection target from different directions comprising: a plurality of terahertz light sources (111, 121, 131) each being configured to irradiate the inspection target with terahertz waves; and a plurality of terahertz-wave detecting devices (112, 122, 132) each being configured to detect the terahertz waves outputted from a plurality of terahertz light sources, wherein the plurality of terahertz light sources comprises a first terahertz light source configured to output the terahertz waves in a first on/off pattern with a first cycle, and a second terahertz light source configured to output the terahertz waves in a second on/off pattern with a second cycle which is different from the first cycle, the plurality of terahertz wave detecting devices comprises a first terahertz-wave detecting device configured to detect the terahertz waves in synchronization with the first on/off pattern; and a second terahertz-wave detecting device configured to detect the terahertz waves in synchronization with the second on/off pattern. a plurality of terahertz light sources (111, 121, 131) each being configured to irradiate the inspection target with terahertz waves; and a plurality of terahertz-wave detecting devices (112, 122, 132) each being configured to detect the terahertz waves outputted from a plurality of terahertz light sources, wherein the plurality of terahertz light sources comprises a first terahertz light source configured to output the terahertz waves in a first on/off pattern with a first cycle, and a second terahertz light source configured to output the terahertz waves in a second on/off pattern with a second cycle which is different from the first cycle, the plurality of terahertz wave detecting devices comprises a first terahertz-wave detecting device configured to detect the terahertz waves in synchronization with the first on/off pattern; and a second terahertz-wave detecting device configured to detect the terahertz waves in synchronization with the second on/off pattern.
A method for operating a wind turbine having a first light emitting and collecting device mounted to a nacelle, the method comprising: emitting light above a hub of the wind turbine, wherein the emitting light comprises emitting a light sheet; receiving the light when reflected by a blade of the wind turbine; and if a level of blade deflection based on the received reflected light is above a threshold, reducing blade loading of the blade before the blade reaches a vertically downward position; characterized in that the level of blade deflection is determined based at least in part on a time that the blade interferes with the light sheet. emitting light above a hub of the wind turbine, wherein the emitting light comprises emitting a light sheet; receiving the light when reflected by a blade of the wind turbine; and if a level of blade deflection based on the received reflected light is above a threshold, reducing blade loading of the blade before the blade reaches a vertically downward position; characterized in that the level of blade deflection is determined based at least in part on a time that the blade interferes with the light sheet.
A notebook comprising: a plurality of sheets of paper; a binding mechanism binding the plurality of sheets together; and a cover (40, 50, 60) bound to the plurality of sheets of paper disposed therebetween, the cover comprising first and second opposed covers (50, 40), the first cover including a first portion and a second portion and having a hinge line extending therebetween; wherein the second portion is pivotable about the hinge line between a closed position and an open position; wherein the notebook further comprises a closing mechanism coupled to at least one of the opposed covers (50, 40) to retain the cover (40, 50, 60) in a closed position; wherein the first cover comprises: first and second opposed edges along a first axis; and third and fourth opposed edges along a second axis perpendicular to the first axis, wherein the hinge line extends from the first edge to the second edge, and wherein the first cover comprises a second hinge line that extends from the first edge to the third edge; characterised in that the second portion pivots about the hinge line from an angle α of-90° to 270°, and in that the first cover comprises a third portion pivotable about the second hinge line between a closed position and an open position from an angle γ of 0° to 270°. a plurality of sheets of paper; a binding mechanism binding the plurality of sheets together; and a cover (40, 50, 60) bound to the plurality of sheets of paper disposed therebetween, the cover comprising first and second opposed covers (50, 40), the first cover including a first portion and a second portion and having a hinge line extending therebetween; wherein the second portion is pivotable about the hinge line between a closed position and an open position; wherein the notebook further comprises a closing mechanism coupled to at least one of the opposed covers (50, 40) to retain the cover (40, 50, 60) in a closed position; wherein the first cover comprises: first and second opposed edges along a first axis; and third and fourth opposed edges along a second axis perpendicular to the first axis, wherein the hinge line extends from the first edge to the second edge, and wherein the first cover comprises a second hinge line that extends from the first edge to the third edge; characterised in that first and second opposed edges along a first axis; and third and fourth opposed edges along a second axis perpendicular to the first axis, wherein the hinge line extends from the first edge to the second edge, and wherein the first cover comprises a second hinge line that extends from the first edge to the third edge; characterised in that the second portion pivots about the hinge line from an angle α of-90° to 270°, and in that the first cover comprises a third portion pivotable about the second hinge line between a closed position and an open position from an angle γ of 0° to 270°.
A portable external device for a mechanical circulation support system comprising: a plurality of power sources, at least one of which is configured to power an implantable pump, wherein the power sources comprise an external energy dense power source and an internal power dense power source; and a power management module configured to activate one or more of the power sources based on a property of one or more of the power sources and an operating characteristic of the implantable pump; wherein the external energy dense power source comprises a greater energy per unit volume than the internal power dense energy source, and the internal power dense energy source comprises a greater power per unit volume than that external energy dense power source. a plurality of power sources, at least one of which is configured to power an implantable pump, wherein the power sources comprise an external energy dense power source and an internal power dense power source; and a power management module configured to activate one or more of the power sources based on a property of one or more of the power sources and an operating characteristic of the implantable pump; wherein the external energy dense power source comprises a greater energy per unit volume than the internal power dense energy source, and the internal power dense energy source comprises a greater power per unit volume than that external energy dense power source.
A copper alloy wire rod having an alloy composition containing 0.5 to 6.0% by mass of Ag, 0 to 1.0% by mass of Mg, 0 to 1.0% by mass of Cr, and 0 to 1.0% by mass of Zr, with the balance being Cu and inevitable impurities, characterized in that an average closest particle distance of second phase particles having a particle size of 200 nm or less is 580 nm or less in a cross section perpendicular to a longitudinal direction of the wire rod.
A filtering method, carried out by a network equipment, comprising: intercepting a request packet sent by a user terminal to an Internet server; extracting Uniform Resource Locator, URL, information from the request packet; determining a security level according to the URL information, wherein the security level is a level of threat that an access to the URL would represent to the user terminal and the security level is one of safe, dangerous, doubtful, or 'unknown'; and when the security level is safe, sending the request packet of the user terminal to the Internet server; when the security level is dangerous, discarding the request packet to terminate the request for the URL by the user terminal; when the security level is doubtful, returning a prompt message to the user terminal to inform the user terminal that the request is doubtful; and when the security level is 'unknown', sending the URL information to other network equipment for determining the security level, and processing according to returned security level. intercepting a request packet sent by a user terminal to an Internet server; extracting Uniform Resource Locator, URL, information from the request packet; determining a security level according to the URL information, wherein the security level is a level of threat that an access to the URL would represent to the user terminal and the security level is one of safe, dangerous, doubtful, or 'unknown'; and when the security level is safe, sending the request packet of the user terminal to the Internet server; when the security level is dangerous, discarding the request packet to terminate the request for the URL by the user terminal; when the security level is doubtful, returning a prompt message to the user terminal to inform the user terminal that the request is doubtful; and when the security level is 'unknown', sending the URL information to other network equipment for determining the security level, and processing according to returned security level.
A medical apparatus comprising: a weight scale; a container support device suitable for supporting one or more material containers during a medical procedure, wherein the medical procedure includes removing fluids from and delivering one or more therapeutic agents to a patient, wherein the container support device includes: an attachment member for coupling the container support device to the weight scale; a joint body attached to the attachment member; a support body secured to the joint body; and at least one container support (18, 418) extending from the support body, wherein the container support (18, 418) is configured to support the container, characterized in that the joint body is configured to rotate about a vertical axis (A v) of the attachment member. a weight scale; a container support device suitable for supporting one or more material containers during a medical procedure, wherein the medical procedure includes removing fluids from and delivering one or more therapeutic agents to a patient, wherein the container support device includes: an attachment member for coupling the container support device to the weight scale; a joint body attached to the attachment member; a support body secured to the joint body; and at least one container support (18, 418) extending from the support body, wherein the container support (18, 418) is configured to support the container, characterized in that the joint body is configured to rotate about a vertical axis (A v) of the attachment member. an attachment member for coupling the container support device to the weight scale; a joint body attached to the attachment member; a support body secured to the joint body; and at least one container support (18, 418) extending from the support body, wherein the container support (18, 418) is configured to support the container, characterized in that the joint body is configured to rotate about a vertical axis (A v) of the attachment member.
A fan system for a ventilation arrangement, the fan system comprising; a housing having a system air outlet; a first downstream centrifugal fan arrangement provided within the housing including a shroud for directing air toward the system air outlet; a second upstream centrifugal fan arrangement situated in-line with the first fan arrangement within the housing and including a shroud for directing air toward the system air outlet; the system including a displaceable fan shroud section common to both the fan arrangements,, which displaceable fan shroud section is displaceable to alter the airflow characteristics of the system with respect to the airflow able to pass to the air outlet from the respective fan arrangements,; wherein the displaceable fan shroud section is displaceable between a first position in which the displaceable fan shroud section extends across the airflow outlet from the second fan arrangement between the first downstream fan and the housing to block flow from the second fan arrangement and act as an airflow guide surface for the first fan arrangement, and a second position in which the displaceable fan shroud section extends across the airflow outlet from the first fan arrangement to block flow from the first fan arrangement and act as an airflow guide surface for the second fan arrangement such that the air passes from the second fan arrangement to the system air outlet between the displaceable shroud section and the housing.
An information storage medium on which AV data for a plurality of angles is recorded, comprising: a plurality of clips, wherein each of the plurality of clips is a recording unit of the AV data for an angle, wherein the AV data has a plurality of jump points which are access points which enable jumping from the angle to a different angle at positions corresponding to the same jump points in each of the plurality of clips, the AV data having the same jump points have the same presentation time information at said correspoding positions and wherein AV data have added thereto arrival time information, wherein the arrival time information is an arrival time stamp value, and information regarding the plurality of jump points is recorded separately from the plurality of clips, the storage medium being characterized by: AV data having the same jumppoints have, at said correspoding positions: either the same arrival time information or arrival time information that is between arrival time information of a first packet in the AV data having the same jump points and arrival time information of subsequent AV data having the next jump point. a plurality of clips, wherein each of the plurality of clips is a recording unit of the AV data for an angle, wherein the AV data has a plurality of jump points which are access points which enable jumping from the angle to a different angle at positions corresponding to the same jump points in each of the plurality of clips, the AV data having the same jump points have the same presentation time information at said correspoding positions and wherein AV data have added thereto arrival time information, wherein the arrival time information is an arrival time stamp value, and information regarding the plurality of jump points is recorded separately from the plurality of clips, the storage medium being characterized by: AV data having the same jumppoints have, at said correspoding positions: either the same arrival time information or arrival time information that is between arrival time information of a first packet in the AV data having the same jump points and arrival time information of subsequent AV data having the next jump point. AV data having the same jumppoints have, at said correspoding positions: either the same arrival time information or arrival time information that is between arrival time information of a first packet in the AV data having the same jump points and arrival time information of subsequent AV data having the next jump point.
The compound 3-(3-(4-((6-fluoropyridin-2-yl)oxy)benzyl)isoxazol-5-yl)pyridin-2-amine, or a pharmaceutically acceptable salt, solvate, hydrate, tautomer, or an isotopic variant thereof.
A headgear assembly for stabilizing and positioning a respiratory mask assembly on a patient's head, comprising: a pair of side portions, each comprising an upper side strap for being positioned above a patient's ear and a lower side strap for being positioned below a patient's ear; at least two rear straps (26, 28), one of the at least two rear straps being an upper rear strap and the other of the at least two rear straps being a lower rear strap; and an intermediate strap arrangement comprising: a pair of upper intermediate straps, each having upper and lower ends, each upper end being connected to a respective upper side strap and the pair of upper intermediate straps being angled with respect to the upper rear strap and being connected at their lower ends, characterized in that the upper rear strap has an upwardly curved portion with a radius of curvature in the range of 145-170 mm ± 10% or 166 mm ± 10%, the upper rear strap being structured to engage a posterior portion of the parietal bone of the patient's head in order to prevent downward movement of the headgear assembly in use, and wherein the straps of the headgear assembly are constructed from a soft, flexible composite material. a pair of side portions, each comprising an upper side strap for being positioned above a patient's ear and a lower side strap for being positioned below a patient's ear; at least two rear straps (26, 28), one of the at least two rear straps being an upper rear strap and the other of the at least two rear straps being a lower rear strap; and an intermediate strap arrangement comprising: a pair of upper intermediate straps, each having upper and lower ends, each upper end being connected to a respective upper side strap and the pair of upper intermediate straps being angled with respect to the upper rear strap and being connected at their lower ends, characterized in that the upper rear strap has an upwardly curved portion with a radius of curvature in the range of 145-170 mm ± 10% or 166 mm ± 10%, the upper rear strap being structured to engage a posterior portion of the parietal bone of the patient's head in order to prevent downward movement of the headgear assembly in use, and wherein the straps of the headgear assembly are constructed from a soft, flexible composite material.
A method for calibrating at least one impairment of a signal transmitted from a transmitting unit to a receiving unit, the method comprising: receiving at the receiving unit at least two signals [14, 16] transmitted from the transmitting unit via different transmit chain links of the transmitting unit; estimating at the receiving unit, based on the received at least two signals [14, 16] at least one parameter associated with the different transmit chain links [20, 22] between the transmitting unit and corresponding antennas of the transmitting unit, wherein the estimating further comprises repeatedly measuring a phase difference of the at least two signals over a predetermined time interval and determining a slope of measured phase differences when represented versus a frequency corresponding to the at least two signals, and assigning to the at least one parameter a value of the determined slope; collecting the at least one parameter in a measurement report at the receiving unit; and transmitting the measurement report from the receiving unit for correcting the at least one impairment based on the at least one parameter. receiving at the receiving unit at least two signals [14, 16] transmitted from the transmitting unit via different transmit chain links of the transmitting unit; estimating at the receiving unit, based on the received at least two signals [14, 16] at least one parameter associated with the different transmit chain links [20, 22] between the transmitting unit and corresponding antennas of the transmitting unit, wherein the estimating further comprises repeatedly measuring a phase difference of the at least two signals over a predetermined time interval and determining a slope of measured phase differences when represented versus a frequency corresponding to the at least two signals, and assigning to the at least one parameter a value of the determined slope; collecting the at least one parameter in a measurement report at the receiving unit; and transmitting the measurement report from the receiving unit for correcting the at least one impairment based on the at least one parameter.
An air filter comprising a filter support that supports sorbent particles, wherein at least some of the sorbent particles are porous and comprise a polymeric material comprising: a) a polymer comprising i) 15 to 65 weight percent of a first monomeric unit that is of Formula, Formula, or a mixture thereof; ii) 30 to 85 weight percent of a second monomeric unit that is of Formula; and iii) 0 to 40 weight percent (or 5 to 40 weight percent) of a third monomeric unit that is of Formula wherein R 1 is hydrogen or alkyl; and b) a divalent metal impregnated into the polymeric material in an amount equal to at least 1.5 mmoles per gram of the polymeric material. a) a polymer comprising i) 15 to 65 weight percent of a first monomeric unit that is of Formula, Formula, or a mixture thereof; ii) 30 to 85 weight percent of a second monomeric unit that is of Formula; and iii) 0 to 40 weight percent (or 5 to 40 weight percent) of a third monomeric unit that is of Formula wherein R 1 is hydrogen or alkyl; and i) 15 to 65 weight percent of a first monomeric unit that is of Formula, Formula, or a mixture thereof; ii) 30 to 85 weight percent of a second monomeric unit that is of Formula; and iii) 0 to 40 weight percent (or 5 to 40 weight percent) of a third monomeric unit that is of Formula wherein R 1 is hydrogen or alkyl; and b) a divalent metal impregnated into the polymeric material in an amount equal to at least 1.5 mmoles per gram of the polymeric material.
A control device for controlling pivotable vanes of a turbo-machine having a plurality of pivotable vanes distributed in azimuth over at least 90° around the axis of the turbo-machine, said pivotable vanes being oriented substantially radially relative to the axis of the turbo-machine, and a control ring portion for controlling the pivoting of the vanes, each vane being connected to the control ring portion by a link (18, 19), the control ring portion being held around the axis of the turbo-machine by the set of links (18, 19), characterized in that at least two links are connected to the ring portion by a ball-joint connections, with each of the other links being connected to the ring portion by a sliding pivot connections.