mhurhangee/ep-ind-claims huggingface dataset:
An image forming apparatus comprising: a plurality of loads (MA1-MA6, MB1-MB7, MC1-MC5, MD1-MD18, F1-F8, EL1-EL4, SL) receiving supply of electric power from a power source; a conveyance roller for conveying paper; a first load that is one of the plurality of loads (MA1-MA6, MB1-MB7, MC1-MC5, MD1-MD18, F1-F8, EL1-EL4, SL) for driving the conveyance roller; a plurality of second loads included in the plurality of loads (MA1-MA6, MB1-MB7, MC1-MC5, MD1-MD18, F1-F8, EL1-EL4, SL) and different from the first load; a jam detecting means for detecting whether a jam occurs at the conveyance roller; a first power cutting-off means for cutting off supply of electric power from the power source to the plurality of loads (MA1-MA6, MB1-MB7, MC1-MC5, MD1-MD18, F1-F8, EL1-EL4, SL), if the jam detecting means detects occurrence of a jam; and a power supplying means for controlling an operating state of the second load such that regenerative power produced at the first load due to rotation of the conveyance roller is supplied to the second load, if the jam detecting means detects occurrence of a jam, a measuring means for measuring back electromotive force that is electromotive force of the regenerative power; and a selecting means for selecting a load to be supplied with the regenerative power from the plurality of second loads, based on the back electromotive force measured by the measuring means. a plurality of loads (MA1-MA6, MB1-MB7, MC1-MC5, MD1-MD18, F1-F8, EL1-EL4, SL) receiving supply of electric power from a power source; a conveyance roller for conveying paper; a first load that is one of the plurality of loads (MA1-MA6, MB1-MB7, MC1-MC5, MD1-MD18, F1-F8, EL1-EL4, SL) for driving the conveyance roller; a plurality of second loads included in the plurality of loads (MA1-MA6, MB1-MB7, MC1-MC5, MD1-MD18, F1-F8, EL1-EL4, SL) and different from the first load; a jam detecting means for detecting whether a jam occurs at the conveyance roller; a first power cutting-off means for cutting off supply of electric power from the power source to the plurality of loads (MA1-MA6, MB1-MB7, MC1-MC5, MD1-MD18, F1-F8, EL1-EL4, SL), if the jam detecting means detects occurrence of a jam; and a power supplying means for controlling an operating state of the second load such that regenerative power produced at the first load due to rotation of the conveyance roller is supplied to the second load, if the jam detecting means detects occurrence of a jam, a measuring means for measuring back electromotive force that is electromotive force of the regenerative power; and a selecting means for selecting a load to be supplied with the regenerative power from the plurality of second loads, based on the back electromotive force measured by the measuring means.
An electrical activity sensor device for monitoring the electrical status of an electrical device, the electrical activity sensor device comprising: a sensor device (200; 700) attachable to a power cable of the electrical device, characterized in that the sensor device (200; 700) includes an antenna element (210; 710) having an operating frequency range and configured to be arranged around at least part of the power cable as an induction coil to magnetically couple in the operating frequency range with an electrical pulse generated in the power cable by a change in electrical power state of the electrical device to induce a detectable electrical signal; wherein the antenna element (210; 710) operates in the operating frequency range to transmit data representative of the power state change of the electrical device to a reader device via the power cable. a sensor device (200; 700) attachable to a power cable of the electrical device, characterized in that the sensor device (200; 700) includes an antenna element (210; 710) having an operating frequency range and configured to be arranged around at least part of the power cable as an induction coil to magnetically couple in the operating frequency range with an electrical pulse generated in the power cable by a change in electrical power state of the electrical device to induce a detectable electrical signal; wherein the antenna element (210; 710) operates in the operating frequency range to transmit data representative of the power state change of the electrical device to a reader device via the power cable.
An integrated optical structure for multiplexing and/or demultiplexing an optical signal, wherein the optical signal comprises optical channels of different frequencies or is formed by combining said optical channels, and wherein the optical structure comprises: a main waveguide having two parallel side surfaces delimiting the main waveguide along its longitudinal sides in a plane that lies parallel to its extension direction; a first waveguide which meets the main waveguide at a first region on one of the two side surfaces; a plurality of second waveguides which meet the main waveguide at a second region on one of the two side surfaces, wherein the second region is spaced at a determined distance from the first region; wherein the two side surfaces of the main waveguide are arranged at a first angle relative to an extension direction of the first waveguide and a second angle relative to extension directions of the plurality of second waveguides; and wherein the first angle and the second angle are identical or different depending on the arrangement of the first waveguide and the plurality of second waveguides; characterized in that the optical structure further comprises one or more waveguide extension structures to control a channel spacing of the optical channels of different frequencies that can be multiplexed and/or demultiplexed, wherein each waveguide extension structure is arranged adjacent to one of the two side surfaces of the main waveguide at a region that is different to the first and the second region. a main waveguide having two parallel side surfaces delimiting the main waveguide along its longitudinal sides in a plane that lies parallel to its extension direction; a first waveguide which meets the main waveguide at a first region on one of the two side surfaces; a plurality of second waveguides which meet the main waveguide at a second region on one of the two side surfaces, wherein the second region is spaced at a determined distance from the first region; wherein the two side surfaces of the main waveguide are arranged at a first angle relative to an extension direction of the first waveguide and a second angle relative to extension directions of the plurality of second waveguides; and wherein the first angle and the second angle are identical or different depending on the arrangement of the first waveguide and the plurality of second waveguides; characterized in that the optical structure further comprises one or more waveguide extension structures to control a channel spacing of the optical channels of different frequencies that can be multiplexed and/or demultiplexed, wherein each waveguide extension structure is arranged adjacent to one of the two side surfaces of the main waveguide at a region that is different to the first and the second region.
Cantilever lift for arranging in the rear region of a vehicle, with a loading platform which is preferably formed from a plurality of loading platform parts (23, 24) which can be folded up, a lifting mechanism for pivoting, raising and lowering the loading platform, and rails which are fastenable to the chassis, in particular to parallel longitudinal members thereof, and on which the lifting mechanism together with the loading platform is movable between an inoperative position and a use position, wherein the parallel rails running in the direction of travel of the vehicle are fastenable to the chassis of the vehicle at a plurality of over the longitudinal direction of each rail at least partially by clamping, characterized in that at least each rail is fastened to the chassis of the vehicle in the region of an end region lying in front in the direction of travel by clamping, and at least the rear ends of each rail are connected to the chassis not by clamping, but rather in a conventional manner by screws.
Lighting module for a motor vehicle, comprising an optical element intended to produce at least one first beam exhibiting an at least partly oblique cut-off, and at least one first light source, - the optical element comprising at least one optical portion having an optical axis and a focus, the first light source being arranged at the focus and suitable for emitting first light rays toward the optical element to produce the first beam, - the module further comprising a second light source, the second light source being arranged at a distance from the focus and offset downward relative to the first light source on a vertical axis, the second light source being suitable for emitting second light rays toward the optical portion of the optical element to produce a second beam at least partially lighting above the cut-off, - the first light source exhibiting a light emission zone comprising an edge, this edge being arranged at the focus of the optical portion of the optical element, - the first light source being oriented facing the optical element such that said edge is an oblique edge which forms the cut-off, - the optical portion being a lens, characterized in that the first beam is intended to form part of a low-type beam and in which the optical element comprises at least one second optical portion (17, 18, 19, 20) having an optical axis, a focus and a third light source arranged in the vicinity of the focus of the second optical portion (17, 18, 19, 20) to produce at least one second beam forming part of said low-type beam. - the optical element comprising at least one optical portion having an optical axis and a focus, the first light source being arranged at the focus and suitable for emitting first light rays toward the optical element to produce the first beam, - the module further comprising a second light source, the second light source being arranged at a distance from the focus and offset downward relative to the first light source on a vertical axis, the second light source being suitable for emitting second light rays toward the optical portion of the optical element to produce a second beam at least partially lighting above the cut-off, - the first light source exhibiting a light emission zone comprising an edge, this edge being arranged at the focus of the optical portion of the optical element, - the first light source being oriented facing the optical element such that said edge is an oblique edge which forms the cut-off, - the optical portion being a lens,
Use of 0.1 to 20% by mass of at least one organogelator derivative in a bituminous composition for improving resistance to kerosenes, gasolines and/or gasoils of said bituminous composition, said derivative having a molar mass of less than or equal to 2,000 g·mol -1 and comprising at least one donor of hydrogen bonds D, at least one acceptor of hydrogen bonds A and at least one compatibilizer C in the bitumen, said compatibilizer C comprising a group selected from: - at least one linear hydrocarbon chain comprising at least 4 carbon atoms, or - at least one aliphatic cycle with 3 to 8 atoms, or - at least one aromatic cycle, or - at least one aliphatic or partly aromatic or further entirely aromatic fused polycyclic system, each cycle comprising 5 or 6 atoms, taken alone or as a mixture, wherein said organogelator derivative being selected from the compounds of following general formula: * R 7 -(COOH) z with R 7 which represents the compatibilizer C being a linear hydrocarbon chain comprising at least 4 carbon atoms, and z is an integer equal to 2. - at least one linear hydrocarbon chain comprising at least 4 carbon atoms, or - at least one aliphatic cycle with 3 to 8 atoms, or - at least one aromatic cycle, or - at least one aliphatic or partly aromatic or further entirely aromatic fused polycyclic system, each cycle comprising 5 or 6 atoms,
A process for preparing a morpholinyl anthracycline derivative of formula: wherein R 1 is hydrogen, OH or OCH 3; R 2 is hydrogen, or OH; and R 3 is hydrogen or OC 1 -C 5 alkyl, or a pharmaceutically acceptable acid addition salt thereof; which process comprises reacting cyanuric chloride and an N-oxide anthracycline derivative of formula: where R 1, R 2 and R 3 are as defined above; and whereby the morpholinyl anthracycline derivative of formula is formed. R 1 is hydrogen, OH or OCH 3; R 2 is hydrogen, or OH; and R 3 is hydrogen or OC 1 -C 5 alkyl, or a pharmaceutically acceptable acid addition salt thereof; which process comprises reacting cyanuric chloride and an N-oxide anthracycline derivative of formula: where R 1, R 2 and R 3 are as defined above; and whereby the morpholinyl anthracycline derivative of formula is formed.
A method of obtaining structural and functional information about an observed protein based on polarization fluorescence microscopy, the method comprising: I) attaching a fluorescent label to a protein to be observed, II) subjecting the protein to be observed to two- or multi-photon fluorescence microscopy, wherein the protein to be observed is irradiated by a laser beam with polarized light of at least two distinct polarizations, which excites fluorescence from the fluorescent label, III) observing at least one fluorescence signal from the fluorescent label and collecting information on localization, intensity and/or polarization of the fluorescence signal excited by the different polarizations of the laser beam, IV) using the information on localization, intensity, and/or polarization of the fluorescence to identify and localize anisotropy of absorption, and V) using the localization of anisotropy of absorption to identify structural and functional properties of the observed protein. I) attaching a fluorescent label to a protein to be observed, II) subjecting the protein to be observed to two- or multi-photon fluorescence microscopy, wherein the protein to be observed is irradiated by a laser beam with polarized light of at least two distinct polarizations, which excites fluorescence from the fluorescent label, III) observing at least one fluorescence signal from the fluorescent label and collecting information on localization, intensity and/or polarization of the fluorescence signal excited by the different polarizations of the laser beam, IV) using the information on localization, intensity, and/or polarization of the fluorescence to identify and localize anisotropy of absorption, and V) using the localization of anisotropy of absorption to identify structural and functional properties of the observed protein.
A hydrostatic driveline, comprising: a power source drivingly engaged with an input member; a hydrostatic pump in driving engagement with the input member; a first hydrostatic motor in fluid communication with the hydrostatic pump; a direct drive link in driving engagement with the input member; and a transmission portion in driving engagement with a vehicle output and at least one of the first hydrostatic motor and the direct drive link, the transmission portion including at least one engagement device (2020, 2022, 2028, 2030, 2032) and a drive ratio (2024, 2026, 2034, 2036, 2038), and the vehicle output in driving engagement with a rear axle; wherein the hydrostatic pump, the first hydrostatic motor, and the transmission portion form a first power path for the hydrostatic driveline and the direct drive link forms a second power path for the hydrostatic driveline; and a front axle driveline in driving engagement with a front axle output, characterized by the front axle driveline comprising a second hydrostatic motor in selective fluid communication with the hydrostatic pump, wherein the second hydrostatic motor is in driving engagement with a front axle transmission portion, and the front axle transmission portion is in driving engagement with the front axle output. a power source drivingly engaged with an input member; a hydrostatic pump in driving engagement with the input member; a first hydrostatic motor in fluid communication with the hydrostatic pump; a direct drive link in driving engagement with the input member; and a transmission portion in driving engagement with a vehicle output and at least one of the first hydrostatic motor and the direct drive link, the transmission portion including at least one engagement device (2020, 2022, 2028, 2030, 2032) and a drive ratio (2024, 2026, 2034, 2036, 2038), and the vehicle output in driving engagement with a rear axle; wherein the hydrostatic pump, the first hydrostatic motor, and the transmission portion form a first power path for the hydrostatic driveline and the direct drive link forms a second power path for the hydrostatic driveline; and a front axle driveline in driving engagement with a front axle output, characterized by the front axle driveline comprising a second hydrostatic motor in selective fluid communication with the hydrostatic pump, wherein the second hydrostatic motor is in driving engagement with a front axle transmission portion, and the front axle transmission portion is in driving engagement with the front axle output.
A composition for use in treatment of a gastrointestinal spasm in a subject, the composition comprising: a polyphenol combined with a reactive oxygen species; wherein the polyphenol has a molecular weight ranging from 170 Daltons to 4000 Daltons; the reactive oxygen species comprises hydrogen peroxide; and the gastrointestinal spasms are caused by gastroenteritis, lactose intolerance, flatulence, bloating, stress or colorectal cancer, or are self-induced through overeating and/or overdrinking. a polyphenol combined with a reactive oxygen species; wherein the polyphenol has a molecular weight ranging from 170 Daltons to 4000 Daltons; the reactive oxygen species comprises hydrogen peroxide; and the gastrointestinal spasms are caused by gastroenteritis, lactose intolerance, flatulence, bloating, stress or colorectal cancer, or are self-induced through overeating and/or overdrinking.
A method of detecting a valve opening or closing event in a solenoid operated reductant injector valve comprising the steps of: a) applying a voltage to said solenoid to actuate said valve, said voltage having a chopped waveform as a result of applying a modulation signal to a voltage drive; b) sampling the resultant current through the solenoid at local maxima and minima; c) determining values of the difference between local maxima and subsequent local minima or between local minima and subsequent local maxima; d) determining the rate of change of said difference values; e) determining a valve opening or closing event based on the rate of change in step d). a) applying a voltage to said solenoid to actuate said valve, said voltage having a chopped waveform as a result of applying a modulation signal to a voltage drive; b) sampling the resultant current through the solenoid at local maxima and minima; c) determining values of the difference between local maxima and subsequent local minima or between local minima and subsequent local maxima; d) determining the rate of change of said difference values; e) determining a valve opening or closing event based on the rate of change in step d).
A complex washing machine comprising: a main washing machine for performing a washing or drying operation; and an auxiliary washing machine, wherein the auxiliary washing machine includes a case for stably supporting the main washing machine, the case having a volume and height less than that of the main washing machine, a drawer that is withdrawable from and insertable back into a case body, an outer tub mounted in the drawer for storing wash water, an inner tub rotatably mounted in the outer tub for shaking laundry, a motor for providing a rotary force to the inner tub, a rotary shaft for transmitting the rotary force from the motor to the inner tub, characterized by the auxiliary washing machine including further a bearing housing for supporting the rotary shaft, a damping unit (160, 161) for supporting the bearing housing, and a flexible sealing member connected between the bearing housing and the outer tub. a main washing machine for performing a washing or drying operation; and an auxiliary washing machine,
A wiper device for vehicle windows, with a wiper arm and with a wiper blade, which is fastened pivotably on the wiper arm by means of a fastening arrangement, and with a cleaning arrangement, which has at least one spray nozzle (42, 43) for a cleaning fluid, whereby the cleaning arrangement is arranged at least partially within the wiper arm, characterized in that the fastening arrangement of the wiper blade is arranged at least partially within the cleaning arrangement, and that the cleaning arrangement has at least one recess (118, 119) for the at least partial receiving of a part of the fastening arrangement which is movable in relation to the cleaning arrangement on pivoting.
A medical manipulator comprising: a base section at which a support surface is formed; a movable part movably supported on the support surface, between a distal end position, which is a distal end side in a reference direction, and a proximal end position, which is a proximal end side in the reference direction, with respect to the base section, when the reference direction parallel to the support surface is defined; a positioning mechanism configured to position the movable part at the distal end position with respect to the base section; a holding section movably supported in the reference direction with respect to the movable part, and configured to detachably hold a proximal end portion of a treatment tool such that a longitudinal direction of the treatment tool having an elongated shape is substantially parallel to the reference direction; and a driving unit configured to move the holding section in the reference direction with respect to the movable part, characterized in that the positioning mechanism includes: an engaging section provided at one of the base section and the movable part; and an engaged device having an engaged section provided at the other of the base section and the movable part, for restricting movement in the reference direction on engaging with the engaging section, wherein the engaged device includes: a support member configured to support the engaged section; and a biasing member configured to bias the support member such that the engaged section engages with the engaging section. a base section at which a support surface is formed; a movable part movably supported on the support surface, between a distal end position, which is a distal end side in a reference direction, and a proximal end position, which is a proximal end side in the reference direction, with respect to the base section, when the reference direction parallel to the support surface is defined; a positioning mechanism configured to position the movable part at the distal end position with respect to the base section; a holding section movably supported in the reference direction with respect to the movable part, and configured to detachably hold a proximal end portion of a treatment tool such that a longitudinal direction of the treatment tool having an elongated shape is substantially parallel to the reference direction; and a driving unit configured to move the holding section in the reference direction with respect to the movable part, an engaging section provided at one of the base section and the movable part; and an engaged device having an engaged section provided at the other of the base section and the movable part, for restricting movement in the reference direction on engaging with the engaging section, wherein the engaged device includes: a support member configured to support the engaged section; and a biasing member configured to bias the support member such that the engaged section engages with the engaging section. a support member configured to support the engaged section; and a biasing member configured to bias the support member such that the engaged section engages with the engaging section.