mhurhangee/ep-ind-claims huggingface dataset:
A fluorescence/phosphorescence detector that detects fluorescence and phosphorescence emitted from a transported sheet, the detector comprising: a light source (111, 121) configured to irradiate a transported sheet with light; a light source control unit configured to control the light source; a light receiving unit (110, 120) configured to receive fluorescence and phosphorescence emitted from the sheet and output fluorescence data and phosphorescence data; and a data acquisition unit configured to acquire fluorescence data and phosphorescence data from the light receiving unit, the light source control unit being configured to turn on the light source in a first predetermined period (Sa), turn on the light source in a second predetermined period (Sb) after the first predetermined period (Sa), and keep the light source turned off for a third predetermined period immediately after the second predetermined period (Sb), the data acquisition unit being configured to acquire phosphorescence data on phosphorescence received by the light receiving unit (110, 120) in the third predetermined period; characterized in that the data acquisition unit is further configured to acquire fluorescence data on fluorescence received by the light receiving unit (110, 120) in the second predetermined period (Sb), but not in the first predetermined period (Sa). a light source (111, 121) configured to irradiate a transported sheet with light; a light source control unit configured to control the light source; a light receiving unit (110, 120) configured to receive fluorescence and phosphorescence emitted from the sheet and output fluorescence data and phosphorescence data; and a data acquisition unit configured to acquire fluorescence data and phosphorescence data from the light receiving unit, the light source control unit being configured to turn on the light source in a first predetermined period (Sa), turn on the light source in a second predetermined period (Sb) after the first predetermined period (Sa), and keep the light source turned off for a third predetermined period immediately after the second predetermined period (Sb), the data acquisition unit being configured to acquire phosphorescence data on phosphorescence received by the light receiving unit (110, 120) in the third predetermined period; characterized in that the data acquisition unit is further configured to acquire fluorescence data on fluorescence received by the light receiving unit (110, 120) in the second predetermined period (Sb), but not in the first predetermined period (Sa).
An information processing system comprising a stationary type device, a hand-held type device, and a server, the stationary type device being installed around a user in bed, and sensing, from the user in sleep, user information for evaluating health of the user, the hand-held type device transmitting, to the server as transmission information, the user information sensed by the stationary type device and/or information calculated from the user information, and the server accumulating, in a predetermined storage section as accumulation information, the transmission information transmitted from the hand-held type device and/or information calculated from the transmission information, the information processing system calculating a sleep index related to the sleep of the user on the basis of the user information, at a sleep onset of the user, the information processing system determining that the user has entered a sleep state through the process of calculating the sleep index, and in response, the hand-held type device altering an operation mode thereof from ON-mode to OFF-mode, and the hand-held type device in the OFF-mode shutting down a wireless communication function with respect to the server, while the stationary type device senses user information from the user in sleep. the stationary type device being installed around a user in bed, and sensing, from the user in sleep, user information for evaluating health of the user, the hand-held type device transmitting, to the server as transmission information, the user information sensed by the stationary type device and/or information calculated from the user information, and the server accumulating, in a predetermined storage section as accumulation information, the transmission information transmitted from the hand-held type device and/or information calculated from the transmission information, the information processing system calculating a sleep index related to the sleep of the user on the basis of the user information, at a sleep onset of the user, the information processing system determining that the user has entered a sleep state through the process of calculating the sleep index, and in response, the hand-held type device altering an operation mode thereof from ON-mode to OFF-mode, and the hand-held type device in the OFF-mode shutting down a wireless communication function with respect to the server, while the stationary type device senses user information from the user in sleep.
An A-type polymorphic substance of yonkenafil hydrochloride, wherein the X-ray powder diffraction pattern of the polymorphic substance comprises diffraction peaks at more than three 2θ values selected from 8.4° ± 0.2°, 11.3° ± 0.2°, 13.9° ± 0.2°, 14.2° ± 0.2°, 14.7° ± 0.2°, 16.8° ± 0.2°, 17.1° ± 0.2°, 19.7° ± 0.2°, 21.0° ± 0.2°, 21.7° ± 0.2°, 22.4° ± 0.2°, 23.3° ± 0.2°, 23.8° ± 0.2°, 26.8° ± 0.2°, 27.5° ± 0.2° and 28.0° ± 0.2°.
A movable cart for transporting and storing products, comprising a closed volume, the interior space of which is accessible via at least one door and surmounts a frame equipped with wheels (53, 54), said cart comprising means for coupling to two other carts in the direction of travel for the purpose of creating a train of carts, said coupling means comprising: - a detachable connecting drawbar, comprising a pivoting bar which is movable between a first deployed position for connection to another cart and a second retracted position in the vicinity of the storage volume of the cart; - a plate for fastening the detachable connecting drawbar to the frame of the cart, said plate being secured to one of the sides of the frame of the cart having a course perpendicular to the direction of travel; characterized in that the drawbar is removable, i.e., detachable from the plate manually and without a tool, and in that the cart comprises a coupling attachment of a free end of the bar, said attachment being fastened to the other side of the frame relative to the direction of travel. - a detachable connecting drawbar, comprising a pivoting bar which is movable between a first deployed position for connection to another cart and a second retracted position in the vicinity of the storage volume of the cart; - a plate for fastening the detachable connecting drawbar to the frame of the cart, said plate being secured to one of the sides of the frame of the cart having a course perpendicular to the direction of travel;
A calibration device for precise calibration of a microwave radiometer, wherein the calibration device has a housing that partially encompasses a calibration chamber, wherein the housing comprises a microwave transparent portion that is provided at a wall of the housing, wherein the microwave transparent portion defines an entry for microwaves into the calibration chamber, wherein the microwave transparent portion is made by a microwave transparent material that is insulating, wherein an absorber at a defined temperature is provided within the calibration chamber, wherein an entry interface between the microwave transparent portion and the calibration chamber is provided, which ensures a substantially reflection free entry of the microwaves into the calibration chamber, wherein the housing has a structure on at least one internal side of the housing, and wherein the internal side delimits the calibration chamber, characterized in that the substantially reflection free entry of the microwaves corresponds to capturing at least 3 orders of reflection of the microwaves by the absorber located in the calibration chamber such that all direct and reflected paths up to that third order are terminated on the absorber, wherein a remainder of the housing is made of a metal or comprises a reflective and non-absorbing material coated on an inner side of the housing.
Supply system for a medium, in particular for an exhaust-gas purification apparatus for the treatment of exhaust gases of an internal combustion engine, having a storage vessel for the medium, having a dosing device for dosing the medium in particular into an exhaust line of an internal combustion engine, and having a provision line which comprises a feed line for the supply of the medium to the dosing device and a return line for returning the medium from the dosing device into the storage vessel, wherein the dosing device is designed such that, during the operation of the supply system, flow can pass through said dosing device from a feed port to a return port of the dosing device for the purpose of cooling the medium, wherein the provision line comprises an additional fluid connection between the feed line and the return line, wherein the additional fluid connection opens out into the feed line upstream of the feed port of the dosing device and opens out into the return line downstream of the return port of the dosing device, and wherein the additional fluid connection is formed as a bypass line through which the medium can be delivered along the provision line so as to bypass the storage vessel, characterized in that a throttle device or a pressure-maintaining device is arranged in the additional fluid connection.
A method comprising: - compiling, from information comprised in a message received in an apparatus, a protection bit sequence, the protection bit sequence comprising a segment of most significant bits as a first part and a segment of least significant bits as a second part in unencrypted format; - identifying a sender of the message based on identifying a secret key that decrypts the first part into a plaintext bit sequence which is comprised in the message, and - verifying the protection bit sequence has been advanced with respect to a protection bit sequence in a previous message from the same sender. - compiling, from information comprised in a message received in an apparatus, a protection bit sequence, the protection bit sequence comprising a segment of most significant bits as a first part and a segment of least significant bits as a second part in unencrypted format; - identifying a sender of the message based on identifying a secret key that decrypts the first part into a plaintext bit sequence which is comprised in the message, and - verifying the protection bit sequence has been advanced with respect to a protection bit sequence in a previous message from the same sender.
Hydrostatic transmission apparatus including: • a hydraulic pump with two main ports (12A, 12B); • a first hydraulic motor (14, 44, 54); • a second hydraulic motor including at least a first elementary motor and a second elementary motor, each elementary motor and the first motor having first and second enclosures for feeding fluid to the motor and for discharging fluid therefrom; the apparatus has at least two operating modes referred to as "work" mode and "road" mode, in which modes: • the second enclosure of the first elementary motor of the second motor and the first enclosure of the first motor are connected together in series via a first series duct, the second enclosure of the first motor being connected to the second main port of the pump; and • the second enclosure of the second elementary motor of the second motor is connected to the second main port of the pump; in which apparatus, in "work" mode, the first enclosure (161A,162A) of each of the two elementary motors of the second motor is connected to a first main port of the pump; the apparatus being characterized in that it has isolation means that are suitable for, in "road" mode: • isolating the first enclosures (161A, 162A) of the first and second elementary motors of the second motor from each other; • putting a "feed" one of said first enclosures into communication with the first main port of the pump in such a manner as to feed one of the elementary motors of the second motor; and • putting the other one of said first enclosures, referred to as the "bypass" first enclosure into communication with the second main port of the pump via a first bypass duct in such a manner as to bypass the other one of the elementary motors of the second motor. • a hydraulic pump with two main ports (12A, 12B); • a first hydraulic motor (14, 44, 54); • a second hydraulic motor including at least a first elementary motor and a second elementary motor, each elementary motor and the first motor having first and second enclosures for feeding fluid to the motor and for discharging fluid therefrom; • the second enclosure of the first elementary motor of the second motor and the first enclosure of the first motor are connected together in series via a first series duct, the second enclosure of the first motor being connected to the second main port of the pump; and • the second enclosure of the second elementary motor of the second motor is connected to the second main port of the pump; • isolating the first enclosures (161A, 162A) of the first and second elementary motors of the second motor from each other; • putting a "feed" one of said first enclosures into communication with the first main port of the pump in such a manner as to feed one of the elementary motors of the second motor; and • putting the other one of said first enclosures, referred to as the "bypass" first enclosure into communication with the second main port of the pump via a first bypass duct in such a manner as to bypass the other one of the elementary motors of the second motor.
A lawn mower cutter unit comprising a cutter propulsion unit with a transmission axle that is adapted to be rotated around a common rotation axis (Ax), a hub that is rotatably connected to the transmission axle, a cutting disc, and a knob that is rotatably connected to the hub such that the knob is adapted to rotate with the hub and the transmission axle, wherein the cutting disc is displaceable along the common rotation axis (Ax), against a spring force of a spring element, where the cutting disc and the knob are comprised in a coupling interface that is comprised in the lawn mower cutter unit and adapted to transfer a rotational torque transferred from the hub to the cutting disc, the coupling interface being adapted to releasably lock the cutting disc in mutually separated positions along the common rotation axis (Ax) by means of the spring force, conferring an associated certain grass cutting height for each locked position, wherein the cutting disc comprises a connection portion that comprises an aperture and at least two engagement recesses (171a, 171b; 172a, 172b; 173a, 173b; 174a, 174b; 175a, 175b) which are formed in the aperture and extend to at last two mutually different depths parallel to the common rotation axis (Ax), and where the knob comprises at least one coupling protrusion (121, 122) that extends away from the common rotation axis (Ax) and is adapted to transfer a rotational torque transferred from the hub to the cutting disc via a corresponding engagement recess (171a, 171b; 172a, 172b; 173a, 173b; 174a, 174b; 175a, 175b), the recesses (171a, 171b; 172a, 172b; 173a, 173b; 174a, 174b; 175a, 175b) being adapted to receive said coupling protrusion (121,122) in at least two different mounting positions along the common rotation axis (Ax), where the mounting positions are locked by means of the spring force such that the cutting disc obtains a certain vertical position along the common rotation axis (Ax) in dependence of which engagement recess (171a, 171b; 172a, 172b; 173a, 173b; 174a, 174b; 175a, 175b) that has received the corresponding coupling protrusion (121, 122).
A sintered bearing comprising a sintered compact which has a composition containing, in terms of mass ratio to a total mass, Ni which exceeds 10 mass% and is less than 20 mass%, Zn which exceeds 13 mass% and is less than 20 mass%, Sn which exceeds 0.5 mass% and is less than 3 mass%, and a solid lubricant which exceeds 0.5 mass% and is less than 4 mass%, and optionally P which is less than 0.05 mass%, and having a remaining part consisting of Cu and inevitable impurities, the sintered compact having an average crystal particle diameter which is 20 μm or less determined using the method defined in the description.
A management method for managing an operation mode of a base station, comprising: setting a default low duty operation mode "LDM" pattern in which an available interval and an unavailable interval are repeated; determining whether there are no terminals attached to the base station and there are no terminals in the process of network entry; and operating in a LDM when there are no terminals attached to the base station and there are no terminals in the process of network entry, wherein the operated LDM includes at least one available interval and at least one unavailable interval, and the at least one available interval of the operated LDM includes the available intervals of the default LDM and available intervals of terminals in idle mode. setting a default low duty operation mode "LDM" pattern in which an available interval and an unavailable interval are repeated; determining whether there are no terminals attached to the base station and there are no terminals in the process of network entry; and operating in a LDM when there are no terminals attached to the base station and there are no terminals in the process of network entry, wherein the operated LDM includes at least one available interval and at least one unavailable interval, and the at least one available interval of the operated LDM includes the available intervals of the default LDM and available intervals of terminals in idle mode.
Dishwasher having at least one washing compartment for accommodating wash items to be cleaned and a spraying facility for applying wash liquor to the wash items, wherein the spraying facility has a number of fixed spraying nozzles, which are arranged in the base, ceiling and/or wall region of the washing compartment and have at least one opening for the passage of the wash liquor on a side facing the interior of the washing compartment, wherein the spraying facility comprises a number of fixed spraying nozzles to which wash liquor is fed individually or as a group in an alternating manner, characterised in that the fixed spraying nozzles are arranged in the base, ceiling and/or wall region of the washing compartment so as to be manually detachable or replaceable.
A power circuit, comprising: first and second rectifier circuits (10, 114) coupled in parallel with one another, each rectifier circuit comprising: a transformer having 15 series coupled inductors joined by 15 nodes interposed between pairs of the inductors and represented as a hexagon, the hexagons having corresponding first, second, third, fourth, fifth, and sixth vertices and alternating sides comprising 2 and 3 inductors, respectively, three inputs (18, 20, 22) for three-phase AC power coupled to alternating vertices of the hexagon, and nine outputs for nine-phase AC power coupled between each node that is not a vertex of the hexagon and a respective diode bridge, wherein the inputs of the first rectifier circuit are coupled to first, third, and fifth vertices of the respective hexagon, and the inputs of the second rectifier circuit are coupled to second, fourth, and sixth vertices of the respective hexagon; and a DC bus coupled to outputs (26, 28) of the diode bridges of the first and second rectifier circuits. first and second rectifier circuits (10, 114) coupled in parallel with one another, each rectifier circuit comprising: a transformer having 15 series coupled inductors joined by 15 nodes interposed between pairs of the inductors and represented as a hexagon, the hexagons having corresponding first, second, third, fourth, fifth, and sixth vertices and alternating sides comprising 2 and 3 inductors, respectively, three inputs (18, 20, 22) for three-phase AC power coupled to alternating vertices of the hexagon, and nine outputs for nine-phase AC power coupled between each node that is not a vertex of the hexagon and a respective diode bridge, wherein the inputs of the first rectifier circuit are coupled to first, third, and fifth vertices of the respective hexagon, and the inputs of the second rectifier circuit are coupled to second, fourth, and sixth vertices of the respective hexagon; and a transformer having 15 series coupled inductors joined by 15 nodes interposed between pairs of the inductors and represented as a hexagon, the hexagons having corresponding first, second, third, fourth, fifth, and sixth vertices and alternating sides comprising 2 and 3 inductors, respectively, three inputs (18, 20, 22) for three-phase AC power coupled to alternating vertices of the hexagon, and nine outputs for nine-phase AC power coupled between each node that is not a vertex of the hexagon and a respective diode bridge, wherein the inputs of the first rectifier circuit are coupled to first, third, and fifth vertices of the respective hexagon, and the inputs of the second rectifier circuit are coupled to second, fourth, and sixth vertices of the respective hexagon; and a DC bus coupled to outputs (26, 28) of the diode bridges of the first and second rectifier circuits.
A method of depositing copper on a printed circuit board having blind vias comprising contacting the printed circuit board having blind vias with a copper electroplating bath comprising a source of copper ions, an electrolyte, and a leveling agent that is a reaction product of a heterocyclic amine with a polyepoxide compound containing an ether linkage; and then applying a current density for a period of time sufficient to deposit a copper layer on the substrate, wherein the reaction product has a polydispersity of < 2.5.
A method of preparing a polyol composition, the method comprising: (a) heating a byproduct mixture comprising: i) a water extract of a cyclohexane oxidation reaction product, optionally concentrated; or, ii) a non-volatile residue of a cyclohexane oxidation reaction product, optionally concentrated; or a mixture thereof; optionally under vacuum, or optionally with an inert gas sparge, to remove monofunctional components and water; and then, (b) adding one or more polyhydroxy compound, and optionally, a catalyst; optionally under vacuum, or optionally with an inert gas sparge; and after adding the one or more polyhydroxy compounds, continuing to heat the resulting mixture to remove monofunctional components and water by distillation. (a) heating a byproduct mixture comprising: i) a water extract of a cyclohexane oxidation reaction product, optionally concentrated; or, ii) a non-volatile residue of a cyclohexane oxidation reaction product, optionally concentrated; or a mixture thereof; optionally under vacuum, or optionally with an inert gas sparge, to remove monofunctional components and water; and then, i) a water extract of a cyclohexane oxidation reaction product, optionally concentrated; or, ii) a non-volatile residue of a cyclohexane oxidation reaction product, optionally concentrated; or a mixture thereof; (b) adding one or more polyhydroxy compound, and optionally, a catalyst; optionally under vacuum, or optionally with an inert gas sparge; and after adding the one or more polyhydroxy compounds, continuing to heat the resulting mixture to remove monofunctional components and water by distillation.