mhurhangee/ep-ind-claims huggingface dataset:
An executive monitoring and control system for monitoring and controlling a power generation output of each dispersed power source and a load of each demand facility in a smart grid or a micro grid, the system characterized by comprising: measurement value monitoring means for acquiring information indicating a present power generation output amount of each dispersed power source and information indicating a present loading of each demand facility; customer information managing means for managing at least information indicating a rated power generation capacity and power generation output adjustable amount of each dispersed power source, information indicating a contract power amount and load adjustable amount of each demand facility, information which indicates a priority of each dispersed power source and is used to determine a dispersed power source as a target of power generation output amount adjustment, and information which indicates a priority of each demand facility and is used to determine a demand facility as a target of loading adjustment; and abnormal-time interchange procedure forming means for, when a fault occurs in a system of the micro grid or the smart grid, forming an interchange procedure of matching total power generation output amounts of dispersed power sources with a total loading of demand facilities, by using at least the information acquired by the measurement value monitoring means and the information managed by the customer information managing means. measurement value monitoring means for acquiring information indicating a present power generation output amount of each dispersed power source and information indicating a present loading of each demand facility; customer information managing means for managing at least information indicating a rated power generation capacity and power generation output adjustable amount of each dispersed power source, information indicating a contract power amount and load adjustable amount of each demand facility, information which indicates a priority of each dispersed power source and is used to determine a dispersed power source as a target of power generation output amount adjustment, and information which indicates a priority of each demand facility and is used to determine a demand facility as a target of loading adjustment; and abnormal-time interchange procedure forming means for, when a fault occurs in a system of the micro grid or the smart grid, forming an interchange procedure of matching total power generation output amounts of dispersed power sources with a total loading of demand facilities, by using at least the information acquired by the measurement value monitoring means and the information managed by the customer information managing means.
A horoscope system for providing a horoscope with temperature protection during a horoscope inspection of a machine, the horoscope system comprising a horoscope sheath; the horoscope sheath comprising an elongate tube extending from a front end of the horoscope sheath to a back end of the horoscope sheath, the elongate tube comprising: - a wall extending from a tip portion to a back end and extending around a central bore, and - a hole through the wall is proximate the front end of the elongate tube; - one or more cooling channels (40, 41, 42, 44) extending in the wall, wherein the central bore being configured and arranged to allow removable insertion of a horoscope into the central bore, the horoscope system also comprising means for holding the horoscope sheath in a first position relative to the machine when the machine is in use and for moving the horoscope sheath to a second position relative to the machine for inspection, and in which at least part of the horoscope sheath is configured and arranged to remain in the machine during use of the machine; characterised in that the means for holding the horoscope sheath in a first position relative to the machine when the machine is in use and for moving the horoscope sheath to a second position relative to the machine for inspection comprises: - a guide front piece extending around the tip portion so that the tip portion is extending beyond the guide front piece; - a tip sheath extending around the front end; the tip sheath being provided with two protrusions arranged to selectively fit by rotating the horoscope sheath in open position grooves and in closed position grooves in the horoscope sheath; - a spring attached to the tip sheath and the guide front piece. - a wall extending from a tip portion to a back end and extending around a central bore, and - a hole through the wall is proximate the front end of the elongate tube; - one or more cooling channels (40, 41, 42, 44) extending in the wall, - a guide front piece extending around the tip portion so that the tip portion is extending beyond the guide front piece; - a tip sheath extending around the front end; the tip sheath being provided with two protrusions arranged to selectively fit by rotating the horoscope sheath in open position grooves and in closed position grooves in the horoscope sheath; - a spring attached to the tip sheath and the guide front piece.
A method for the production of a recombinant G-CSF polypeptide in inclusion bodies, the method comprising (a) cultivating a bacterial host cell at a first temperature between 36°C and 38° C, the host cell comprising a nucleic acid encoding said recombinant G-CSF polypeptide, (b) lowering the cultivation temperature from the first temperature to a second temperature between 30°C and 35°C, and (c) cultivating the bacterial host cell at the second temperature, wherein the nucleic acid is operably linked to an inducible T7 promoter and wherein lowering of the temperature is performed when the cell culture has reached an optical density at 600nm of between 10 and 50, and wherein the chromosome of the bacterial host cell comprises a nucleic acid sequence coding for a bacteriophage RNA polymerase operably linked to a lac promoter. (a) cultivating a bacterial host cell at a first temperature between 36°C and 38° C, the host cell comprising a nucleic acid encoding said recombinant G-CSF polypeptide, (b) lowering the cultivation temperature from the first temperature to a second temperature between 30°C and 35°C, and (c) cultivating the bacterial host cell at the second temperature,
A method for eddy current inspection of the surface of a circumferential slot formed in a turbojet disk by means of a probe, the probe comprising a stem fastened to a support and a first multi-element sensor and a second multi-element sensor,for performing the inspection, constrained to move with the stem and adapted to be inserted into said circumferential slot, the two multi-element sensors being disposed back to back and being urged resiliently in opposite directions, so as to provide good contact between the multi-element sensors and the opposite surfaces for inspection, and said stem is mounted to pivot about its own axis (y-y') to enable the two multi-element sensors to be inserted in said slot,the method being characterized in that it comprises the steps consisting in: a) positioning the two sensors in register with the opening of the slot so that a common axis (x-x') of the sensors extends perpendicularly to the axis (A-A) of the disk; b) moving the probe in a radial direction (f 2) of the disk towards the inside of the slot so as to insert the two multi-element sensors in said slot; then c) causing the stem to pivot through an angle of 90° so that the multi-element sensors come into contact with the side faces of the slot for inspection; and finally d) scanning the entire surface of the circumferential slot. a) positioning the two sensors in register with the opening of the slot so that a common axis (x-x') of the sensors extends perpendicularly to the axis (A-A) of the disk; b) moving the probe in a radial direction (f 2) of the disk towards the inside of the slot so as to insert the two multi-element sensors in said slot; then c) causing the stem to pivot through an angle of 90° so that the multi-element sensors come into contact with the side faces of the slot for inspection; and finally d) scanning the entire surface of the circumferential slot.
A patient monitor configured to acquire a vital sign of a subject through a measurement sensor (21, 22) and that is to be connected to an external measurement apparatus for measuring another vital sign of the subject, the patient monitor comprising: a master clock that is disposed in the patient monitor, and that manages common time information that is time information common to hardware; a first operating system that executes a preset specific function and that manages first time information that is internal specific time information; and a second operating system that is a general-purpose operating system and that manages second time information that is internal specific time information, and that transmits and receives data to and from the external measurement apparatus, characterized in that when a predetermined event occurs, the first operating system reads the common time information from the master clock, and updates the first time information by using the common time information, when the predetermined event occurs, the second operating system reads the common time information from the master clock, updates the second time information by using the common time information, and notifies the external measurement apparatus of the updated second time information or the common time information, and the first operating system and the second operating system refer the master clock in the same hardware without using a network. a master clock that is disposed in the patient monitor, and that manages common time information that is time information common to hardware; a first operating system that executes a preset specific function and that manages first time information that is internal specific time information; and a second operating system that is a general-purpose operating system and that manages second time information that is internal specific time information, and that transmits and receives data to and from the external measurement apparatus, characterized in that when a predetermined event occurs, the first operating system reads the common time information from the master clock, and updates the first time information by using the common time information, when the predetermined event occurs, the second operating system reads the common time information from the master clock, updates the second time information by using the common time information, and notifies the external measurement apparatus of the updated second time information or the common time information, and the first operating system and the second operating system refer the master clock in the same hardware without using a network.
A backrest for a vehicle seat having a backrest frame which is encased by a cover and which has an upper backrest, the inclination of which can be individually adapted to an occupant, wherein an additional frame is linked swivelably about a swivel pin on a side plate or on the cover or on the backrest frame, wherein the swivel pin is arranged in the upper region of the backrest and the additional frame extends upwards from the swivel pin in the installed position of the backrest, wherein the additional frame can be fixed in different angular positions relative to the backrest frame and thus a variable gap exists between an additional cover of the additional frame and the cover of the backrest frame, characterised in that a holding device for a headrest is attached in the upper region of the backrest frame.
A method of detecting an object using a radar system, the method comprising: generating a transmission signal by: generating a carrier signal; and digitally modulating the carrier signal with a transmission modulation signal; transmitting the transmission signal; receiving a reflected signal, the reflected signal having been reflected from the object; demodulating the reflected signal to extract a received modulation signal; correlating the received modulation signal with the transmission modulation signal; and determining a range of the object from the correlation of the received modulation signal and the transmission modulation signal, wherein the transmission modulation signal is selected from a set of orthogonal modulation signals. generating a transmission signal by: generating a carrier signal; and digitally modulating the carrier signal with a transmission modulation signal; generating a carrier signal; and digitally modulating the carrier signal with a transmission modulation signal; transmitting the transmission signal; receiving a reflected signal, the reflected signal having been reflected from the object; demodulating the reflected signal to extract a received modulation signal; correlating the received modulation signal with the transmission modulation signal; and determining a range of the object from the correlation of the received modulation signal and the transmission modulation signal, wherein the transmission modulation signal is selected from a set of orthogonal modulation signals.
Magnetic sensor cell comprising a heating current line, a magnetic tunnel junction comprising a reference layer having a reference magnetization, configured such that the reference magnetization is orientable in a predetermined direction substantially parallel to the plane of the reference layer when the magnetic tunnel junction is heated to a temperature threshold by the heating current line, a sense layer having a sense magnetization, and a tunnel barrier layer between the sense and reference layers (21, 23); and a magnetic device configured for providing a sense magnetic field adapted for aligning the sense magnetization; characterized in that the sense layer magnetization is orientable between a direction parallel to the plane of the sense layer and a direction perpendicular to the plane of the sense layer when the sense magnetic field is provided.
A compound formula I: wherein R 1 is halo, C 1-4 alkoxy, trifluoromethoxy; R 2 is a group of formula: R 3 is a group of formula: R 4 is a group of formula: n is 0 or 1; each A independently is CH or N; R 5 and R 6 independently are hydrogen, C 1-4 alkyl, or halo; R 7 is C 1-4 alkyl or C 1-4 alkoxyC 1-4 alkyl; R 8 is C 1-4 alkyl or C 1-4 alkoxyC 1-4 alkyl; each R 9 independently is C 1-4 alkyl, cyclopropyl, trifluoromethyl, C 1-4 alkoxy, or dimethylamino; R 10 is hydrogen, C 1-4 alkyl, cyclopropyl, trifluoromethyl, C 1-4 alkoxy, or dimethylamino; R 11 is hydrogen or C 1-4 alkyl; the pharmaceutically acceptable addition salts and the pharmaceutically acceptable solvates thereof.
An exhalation measurement device comprising: a chamber to retain exhalation; a reference gas generator to generate a reference gas; and a measurement device to measure concentrations, respectively, of exhalation being retained in the chamber and a specific gas within the reference gas, the reference gas generator including: a case having an intake port and an exhaust port, and an aeration path connecting the intake port and the exhaust port; a first filter having a first aperture and a second aperture respectively on the intake port side and the exhaust port side in the aeration path within the case, the first filter being disposed in the aeration path and includes an adsorbent to adsorb the specific gas; and characterized by a supply tube having a third aperture and a fourth aperture, the fourth aperture being connected to the intake port of the case, wherein a distance from the third aperture of the supply tube to the first aperture of the first filter is longer than a distance between the first aperture and the second aperture of the first filter. a chamber to retain exhalation; a reference gas generator to generate a reference gas; and a measurement device to measure concentrations, respectively, of exhalation being retained in the chamber and a specific gas within the reference gas, the reference gas generator including: a case having an intake port and an exhaust port, and an aeration path connecting the intake port and the exhaust port; a first filter having a first aperture and a second aperture respectively on the intake port side and the exhaust port side in the aeration path within the case, the first filter being disposed in the aeration path and includes an adsorbent to adsorb the specific gas; and characterized by a supply tube having a third aperture and a fourth aperture, the fourth aperture being connected to the intake port of the case, wherein a distance from the third aperture of the supply tube to the first aperture of the first filter is longer than a distance between the first aperture and the second aperture of the first filter. a case having an intake port and an exhaust port, and an aeration path connecting the intake port and the exhaust port; a first filter having a first aperture and a second aperture respectively on the intake port side and the exhaust port side in the aeration path within the case, the first filter being disposed in the aeration path and includes an adsorbent to adsorb the specific gas; and characterized by a supply tube having a third aperture and a fourth aperture, the fourth aperture being connected to the intake port of the case, wherein a distance from the third aperture of the supply tube to the first aperture of the first filter is longer than a distance between the first aperture and the second aperture of the first filter.
A power conversion device comprising: a constant voltage output circuit that outputs a constant voltage; a switching element control circuit that drives based on the constant voltage applied from the constant voltage output circuit through power supply lines and control switching elements for performing power conversion; a diode element that is connected in a forward direction from the constant voltage output circuit to the switching element control circuit in the power supply lines; and a capacitor having one end connected between the diode element and the switching element control circuit in the power supply lines and the other end connected to a ground, characterized in that the constant voltage output circuit is connected to a constant voltage regulating diode that is a diode element having the same characteristics as the diode element in wiring connected to the ground. a constant voltage output circuit that outputs a constant voltage; a switching element control circuit that drives based on the constant voltage applied from the constant voltage output circuit through power supply lines and control switching elements for performing power conversion; a diode element that is connected in a forward direction from the constant voltage output circuit to the switching element control circuit in the power supply lines; and a capacitor having one end connected between the diode element and the switching element control circuit in the power supply lines and the other end connected to a ground, characterized in that the constant voltage output circuit is connected to a constant voltage regulating diode that is a diode element having the same characteristics as the diode element in wiring connected to the ground.
An adjustable assembly for a bicycle, comprising: a first support (30, 60) having an interior surface; a second support (30, 60) slidably positioned within at least a portion of the first support (30, 60); wherein one of the first support (30, 60) and the second support (30, 60) is adapted to attach to a first bicycle portion (12, 16), and wherein the other of the first support (30, 60) and the second support (30, 60) is adapted to attach to a second bicycle portion (12, 16); wherein the second support (30, 60) comprises an expansion portion (70, 270) configured to be moved between an expanded position and a retracted position; wherein the expansion portion (70, 270) engages at least a portion of the interior surface of the first support (30, 60) when the expansion portion (70, 270) is in the expanded position; and wherein the first support (30, 60) is permitted to selectively move relative to the second support (30, 60) when the expansion portion (70, 270) is permitted to assume a retracted position; and a retention assembly slidably movable at least partially within or out of an interior space of the expansion portion (70, 270), the retention assembly engaging an interior portion of the expansion portion when the retention assembly is within the interior space of the expansion portion, wherein the expansion portion (70, 270) is not permitted to retract inwardly when the retention assembly is positioned within the interior space of the expansion portion, characterised in that the retention assembly is resiliently biased at least partially within the interior space of the expansion portion. a first support (30, 60) having an interior surface; a second support (30, 60) slidably positioned within at least a portion of the first support (30, 60); wherein one of the first support (30, 60) and the second support (30, 60) is adapted to attach to a first bicycle portion (12, 16), and wherein the other of the first support (30, 60) and the second support (30, 60) is adapted to attach to a second bicycle portion (12, 16); wherein the second support (30, 60) comprises an expansion portion (70, 270) configured to be moved between an expanded position and a retracted position; wherein the expansion portion (70, 270) engages at least a portion of the interior surface of the first support (30, 60) when the expansion portion (70, 270) is in the expanded position; and wherein the first support (30, 60) is permitted to selectively move relative to the second support (30, 60) when the expansion portion (70, 270) is permitted to assume a retracted position; and a retention assembly slidably movable at least partially within or out of an interior space of the expansion portion (70, 270), the retention assembly engaging an interior portion of the expansion portion when the retention assembly is within the interior space of the expansion portion, wherein the expansion portion (70, 270) is not permitted to retract inwardly when the retention assembly is positioned within the interior space of the expansion portion, characterised in that the retention assembly is resiliently biased at least partially within the interior space of the expansion portion.