mhurhangee/ep-ind-claims huggingface dataset:
A control device of an internal combustion engine, comprising: a control portion performing stop control for operating the internal combustion engine for a prescribed period after an ignition switch is turned off; a first relay turned off after performance of said stop control that includes a main relay supplying and cutting off power to said control portion; a second relay receiving an output of said first relay and interlocked with an operation of said first relay being turned off to cut off feeding to at least one of an ignition device and an injection device of said internal combustion engine; a third relay supplying and cutting off power to an electric pump supplying fuel to said internal combustion engine and interlocked with an operation of said ignition switch being turned off to cut off feeding to said electric pump; and wherein said prescribed period is a prescribed time. a control portion performing stop control for operating the internal combustion engine for a prescribed period after an ignition switch is turned off; a first relay turned off after performance of said stop control that includes a main relay supplying and cutting off power to said control portion; a second relay receiving an output of said first relay and interlocked with an operation of said first relay being turned off to cut off feeding to at least one of an ignition device and an injection device of said internal combustion engine; a third relay supplying and cutting off power to an electric pump supplying fuel to said internal combustion engine and interlocked with an operation of said ignition switch being turned off to cut off feeding to said electric pump; and wherein said prescribed period is a prescribed time.
An interbody fusion device (500, 600, 700, 800), comprising: a base member (510, 610, 710, 810) having an outer bone contacting surface (505, 605,..) configured to interface with a bone; a top member (520, 620, 720, 820) detachably coupled to the base member (510,...) and cooperatively forming a cavity with the base member (510...), the top member (520,...) having an outer facing bone contacting surface (505, 605, 705, 805) configured to interface with a bone; an expansion mechanism (540, 640, 740, 840) disposed in the cavity, wherein the expansion mechanism (540,....) includes a first assembly (530, 630, 730, 830) having a first gear ring (531, 631, 731, 831), a first threaded rod (532, 632, 732, 832) defining a longitudinal axis and threadably coupled to the first gear ring (531,...) such that the first threaded rod (532,....) is axially translated along the longitudinal axis when the gear ring (531,..) is rotabably driven, a first load head (534, 634, 734, 834) pivotally coupled to a top end of the first threaded rod (532,...) and engaged with the top member (520,....), and a first support member (533, 633, 733, 833) that secures the first assembly (130,...) within the cavity. a base member (510, 610, 710, 810) having an outer bone contacting surface (505, 605,..) configured to interface with a bone; a top member (520, 620, 720, 820) detachably coupled to the base member (510,...) and cooperatively forming a cavity with the base member (510...), the top member (520,...) having an outer facing bone contacting surface (505, 605, 705, 805) configured to interface with a bone; an expansion mechanism (540, 640, 740, 840) disposed in the cavity, wherein the expansion mechanism (540,....) includes a first assembly (530, 630, 730, 830) having a first gear ring (531, 631, 731, 831), a first threaded rod (532, 632, 732, 832) defining a longitudinal axis and threadably coupled to the first gear ring (531,...) such that the first threaded rod (532,....) is axially translated along the longitudinal axis when the gear ring (531,..) is rotabably driven, a first load head (534, 634, 734, 834) pivotally coupled to a top end of the first threaded rod (532,...) and engaged with the top member (520,....), and a first support member (533, 633, 733, 833) that secures the first assembly (130,...) within the cavity.
A method of producing a phenolic compound, comprising the steps of i) Subjecting lignin to a fast pyrolysis process; ii) Condensing the resulting pyrolysis vapors by directly introducing the resulting pyrolysis vapors into at least one aqueous phase, resulting in at least one acquatic phase comprising a phenolic compound and at least one organic phase; iii) Separating the resulting at least one acquatic phase comprising a phenolic compound, and the resulting at least one organic phase. i) Subjecting lignin to a fast pyrolysis process; ii) Condensing the resulting pyrolysis vapors by directly introducing the resulting pyrolysis vapors into at least one aqueous phase, resulting in at least one acquatic phase comprising a phenolic compound and at least one organic phase; iii) Separating the resulting at least one acquatic phase comprising a phenolic compound, and the resulting at least one organic phase.
A holding sealing material comprising a mat having a predetermined thickness, wherein the mat contains inorganic fibers having a surface coated with a binder layer, the binder layer contains an organic binder and an inorganic binder, and when the mat is trisected in a thickness direction into a first surface portion, a middle portion, and a second surface portion, the amount of the organic binder attached to the first surface portion is more than the amount of the organic binder attached to the middle portion and is also more than the amount of the organic binder attached to the second surface portion, characterized in that the amount of the organic binder attached to the second surface portion of the mat is less than that in the middle portion.
Edge-bonded or laminated tolerance compensation layer sheets (shims) comprising a plurality of sheets of the same or different kinds, characterized in that the sheets are bonded to one another by welding.
A vibration power generator in which an electret group including a plurality of electrets and an electrode group including a plurality of electrodes (6, 7) are displaced in a relative movement direction by an external vibration, and vibration power generation is thereby performed, comprising: a housing portion that accommodates the electret group and the electrode group; a fixed member that is fixed to a bottom surface side of the housing portion and has one of the electret group and the electrode group as a fixed member-side power generation element; a movable member that is accommodated in the housing portion so as to be capable of relative movement by the external vibration while opposing the fixed member, and has the other of the electret group and the electrode group as a movable member-side power generation element; characterized in a plurality of support members that are disposed so as to be slidable on the fixed member, are interposed directly between the fixed member and the movable member so as to define a gap between the fixed member-side power generation element and the movable member-side power generation element, and support the movable member so as to allow relative movement of the movable member with respect to the fixed member, wherein the fixed member has: a power generation substrate including the fixed member-side power generation element on a first side of the power generation substrate; and a slide substrate that is stacked on the power generation substrate on a second side of the power generation substrate opposite to the first side, and has slide surfaces on which the plurality of support members slide and which are formed on a first substrate surface of the slide substrate, wherein the first substrate surface is common for the slide surfaces. a housing portion that accommodates the electret group and the electrode group; a fixed member that is fixed to a bottom surface side of the housing portion and has one of the electret group and the electrode group as a fixed member-side power generation element; a movable member that is accommodated in the housing portion so as to be capable of relative movement by the external vibration while opposing the fixed member, and has the other of the electret group and the electrode group as a movable member-side power generation element; a power generation substrate including the fixed member-side power generation element on a first side of the power generation substrate; and a slide substrate that is stacked on the power generation substrate on a second side of the power generation substrate opposite to the first side, and has slide surfaces on which the plurality of support members slide and which are formed on a first substrate surface of the slide substrate, wherein the first substrate surface is common for the slide surfaces.
A forage harvester with a frame assembly, wherein the frame assembly comprises two frame elements extending in the longitudinal direction of the forage harvester, a frame element disposed in the transverse direction of the forage harvester between the frame elements extending in the longitudinal direction of the forage harvester and two clamp bearings for mounting a chopping drum assembly, wherein a respective clamp bearing is associated with a respective frame element extending in the longitudinal direction of the forage harvester, characterized in that the frame element disposed in the transverse direction of the forage harvester is connected in a force-fitting and/or interlocking manner to a respective frame element extending in the longitudinal direction of the forage harvester as well as to a clamp bearing associated with the respective frame element extending in the longitudinal direction of the forage harvester in at least one common fixing point.
Bicycle component comprising a hub shell for a wheel (101, 102) of an at least partially muscle-powered bicycle wherein the hub shell is rotatably supported by means of at least one bearing device (3, 4), wherein an adapter unit (10, 60) is arranged on at least one end (5, 6) of the hub shell, wherein the adapter unit (10, 60) comprises an inner stopper (11, 61) having an inner stop face (12, 62) for transferring a clamping force to the bearing device (3, 4) and an outer stopper (13, 63) with an outer stop face (14, 64) transmitting at least part of the clamping force, characterized in that the adapter unit (10, 60) comprises a first and at least one second stopper component (20, 30; 70, 80) transmitting the clamping force, wherein the second stopper component radially surrounds the first stopper component over at least an overlapping portion, and wherein the outer stopper has a larger stop face and/or a larger outer diameter than does the inner stopper.
A piezoelectric element comprising: on a base, an underlying layer for controlling the crystallinity of a piezoelectric layer; and the piezoelectric layer, wherein the piezoelectric layer includes a crystal with an ABO 3 -type structure having at least Pb at A sites, and in the underlying layer, a layer on an interface-with-the-base side of the underlying layer is configured including at least Pb and another substance with different composition rate from that of the piezoelectric layer at the A sites, and a substance with a different composition ratio from that of the piezoelectric layer at B sites, characterized in that the layer on the interface-with-the-base side is configured to approach the composition of the piezoelectric layer by continuously changing the composition rate of the other substance included at the A sites of the underlying layer and also the composition ratio of the substance included at the B sites, from the layer on the interface-with-the-base side toward the interface-with-the-piezoelectric-layer side.
A pump for pumping molten metal or molten salt, said pump comprising at least one component manufactured of a substrate and coated with one or more wear and erosion resistant surface layers, wherein said substrate is provided with at least one intermediate binding layer and one outer layer, and said outer layer comprises at least one refractory oxide characterised in that the intermediate binding layer comprises at least one layer of TiN
Mould closing unit for an injection moulding machine for processing plastics materials and other plasticisable materials such as ceramics and powdered materials, comprising - at least one machine bed, - at least one stationary mould mounting plate arranged on the machine bed, - at least one mould mounting plate arranged on the machine bed movable relative to the stationary mould mounting plate, wherein the movable mould mounting plate is movable on a carriage with guideway shoes along at least one guideway that is mounted on the machine bed with the stationary mould mounting plate into and out of closure of an injection mould arrangeable in a mould clamping space, - at least one drive mechanism for moving the movable mould mounting plate and for opening/closing the mould closing unit, wherein the drive mechanism has at least one toothed rack drive driven by at least one drive motor with at least one gearwheel and at least one toothed rack cooperating therewith, - wherein at least two toothed racks are fixedly connected to the machine bed and - wherein the drive motor is fixedly connected to the carriage and during a movement of the movable mould mounting plate moves synchronously with the movable mould mounting plate in the same direction, characterised in that the carriage comprises at least one load sensor for detecting tilting forces, which at least one load sensor is connected to at least one regulating unit, which is adapted to regulate the drive mechanism according to the tilting force. - at least one machine bed, - at least one stationary mould mounting plate arranged on the machine bed, - at least one mould mounting plate arranged on the machine bed movable relative to the stationary mould mounting plate, wherein the movable mould mounting plate is movable on a carriage with guideway shoes along at least one guideway that is mounted on the machine bed with the stationary mould mounting plate into and out of closure of an injection mould arrangeable in a mould clamping space, - at least one drive mechanism for moving the movable mould mounting plate and for opening/closing the mould closing unit, wherein the drive mechanism has at least one toothed rack drive driven by at least one drive motor with at least one gearwheel and at least one toothed rack cooperating therewith, - wherein at least two toothed racks are fixedly connected to the machine bed and - wherein the drive motor is fixedly connected to the carriage and during a movement of the movable mould mounting plate moves synchronously with the movable mould mounting plate in the same direction,
Locking system component for a locking system which is assigned to a closure element of a motor vehicle, wherein an impact arrangement for absorbing momentum of a movement element is provided, characterized in that the impact arrangement has a plastics foam element which consists at least partially, preferably completely, of a microcellular, open-cell plastics foam, in particular of a polyurethane foam.
A method for automated detection of the allocation of emergency lights (12a, 12b, 14a, 14b) to electric circuits (16a, 16b, 16c) connected with a voltage supply network for the voltage supply of said emergency lights (12a, 12b, 14a, 14b), wherein each emergency light (12a, 12b, 14a, 14b) is exactly allocated to one of a plurality of electric circuits (16a, 16b, 16c) and each emergency light (12a, 12b, 14a, 14b) communicates via a communication link with a central control device which is configured for selectively switching said electric circuits (16a, 16b, 16c) and for detecting the waveform of the voltage applied to each emergency light (12a, 12b, 14a, 14b) via said communication link, characterized by the following steps: a) activating a plurality of electric circuits (16a, 16b, 16c) and operating said electric circuits (16a, 16b, 16c) with a specific voltage waveform, b) sensing the waveform of the voltage applied to each active emergency light (12a, 12b, 14a, 14b), c) changing the voltage waveform of an electric circuit (16a, 16b, 16c) activated in step a), d) sensing the waveforms of the voltage applied to said active emergency lights (12a, 12b, 14a, 14b), e) storing said emergency lights (12a, 12b, 14a, 14b), whose voltage waveform sensed in step d) deviates from the voltage waveform sensed in step b), as allocated to said electric circuit (16a, 16b, 16c) whose voltage waveform was changed in step c), f) repeating the steps c) - e) until all emergency lights (12a, 12b, 14a, 14b) sensed as active in step b) have been sensed as having a different voltage waveform. a) activating a plurality of electric circuits (16a, 16b, 16c) and operating said electric circuits (16a, 16b, 16c) with a specific voltage waveform, b) sensing the waveform of the voltage applied to each active emergency light (12a, 12b, 14a, 14b), c) changing the voltage waveform of an electric circuit (16a, 16b, 16c) activated in step a), d) sensing the waveforms of the voltage applied to said active emergency lights (12a, 12b, 14a, 14b), e) storing said emergency lights (12a, 12b, 14a, 14b), whose voltage waveform sensed in step d) deviates from the voltage waveform sensed in step b), as allocated to said electric circuit (16a, 16b, 16c) whose voltage waveform was changed in step c), f) repeating the steps c) - e) until all emergency lights (12a, 12b, 14a, 14b) sensed as active in step b) have been sensed as having a different voltage waveform.
A device for determining a relative position of a femur relative to a tibia including at least: - a first measuring member intended to be positioned against the tibia and including means for generating a signal representative of a position of the first measuring member; - a second and a third measuring member (20; 30) intended to be positioned relative to the femur by encircling each the thigh associated with the femur at different heights, the second and third measuring members each including means for generating a signal representative of a position of the associated measuring member; - a calculating member including communication means for receiving at least the signals generated by the first, second and third measuring members, comparison means which confront the signals of the second and third members in order to deduce therefrom an absolute position of the femur and processing means which analyze the signal of the first measuring member and the absolute position of the femur in order to deduce therefrom a relative position of the femur relative to the tibia. - a first measuring member intended to be positioned against the tibia and including means for generating a signal representative of a position of the first measuring member; - a second and a third measuring member (20; 30) intended to be positioned relative to the femur by encircling each the thigh associated with the femur at different heights, the second and third measuring members each including means for generating a signal representative of a position of the associated measuring member; - a calculating member including communication means for receiving at least the signals generated by the first, second and third measuring members, comparison means which confront the signals of the second and third members in order to deduce therefrom an absolute position of the femur and processing means which analyze the signal of the first measuring member and the absolute position of the femur in order to deduce therefrom a relative position of the femur relative to the tibia.
A process for polymerizing or copolymerizing ethylenically unsaturated monomers in the presence of free-radical polymerization initiators at pressures in the range of from 110 MPa to 500 MPa and temperatures in the range of from 100°C to 350°C in a continuously operated polymerization apparatus, wherein the reaction gas composition is compressed to the polymerization pressure by at least two sequentially operating compressors in which a low-pressure compressor first compresses the reaction gas composition to a pressure of from 10 MPa to 50 MPa and a high-pressure compressor then further compresses the reaction gas composition to the polymerization pressure wherein the high-pressure compressor is operated with a polyalkylene glycol based synthetic lubricant and oxygen is introduced into the fresh gas feed or into the polymerization apparatus in an amount that the gas composition to be compressed in the high-pressure compressor has an oxygen content in the range of from 0.01 ppm to 0.9 ppm.
A method of creating a virtual machine at a virtual machine host, said virtual machine host included in a computerized environment at a machine, said machine including one or more volumes, said method of creating a virtual machine at said virtual machine host comprising the acts of: identifying one or more hardware configuration settings for one or more volumes of the machine, including identifying a boot record and volume data on the one or more machine volumes; creating one or more consistent snapshots corresponding to the volume data and the boot record on the one or more machine volumes, wherein said one or more consistent snapshots comprise volume data and a boot record respectively corresponding to the volume data and the boot record on the one or more machine volumes, and wherein the boot record comprised in the one or more consistent snapshots is modifiable at the virtual machine host; sending one or more instructions to the virtual machine host to create a virtual hard disk file; sending an instruction to the virtual machine host to make the virtual hard disk file writable; sending one or more instructions to the virtual machine host to mount the created virtual hard disk file; transferring the one or more consistent snapshots to the mounted virtual hard disk file; and sending an instruction to modify operational information for the one or more consistent snapshots, such that the one or more consistent snapshots are bootable at the virtual machine host, wherein said modifying comprises modifying at least the boot record comprised in the one or more snapshots. identifying one or more hardware configuration settings for one or more volumes of the machine, including identifying a boot record and volume data on the one or more machine volumes; creating one or more consistent snapshots corresponding to the volume data and the boot record on the one or more machine volumes, wherein said one or more consistent snapshots comprise volume data and a boot record respectively corresponding to the volume data and the boot record on the one or more machine volumes, and wherein the boot record comprised in the one or more consistent snapshots is modifiable at the virtual machine host; sending one or more instructions to the virtual machine host to create a virtual hard disk file; sending an instruction to the virtual machine host to make the virtual hard disk file writable; sending one or more instructions to the virtual machine host to mount the created virtual hard disk file; transferring the one or more consistent snapshots to the mounted virtual hard disk file; and sending an instruction to modify operational information for the one or more consistent snapshots, such that the one or more consistent snapshots are bootable at the virtual machine host, wherein said modifying comprises modifying at least the boot record comprised in the one or more snapshots.