mhurhangee/ep-ind-claims huggingface dataset:
A machine tool with active inertial damping, comprising: - a cantilevered ram, the ram having longitudinal walls, - a head that is arranged on a free end of the ram, - actuation means for actuating the head that are arranged on one of the longitudinal walls of the ram, and - damping means (41, 42) in the vicinity of the cutting point and configured to generate at least one force (F1, F2) in one main bending direction (D1, D2) of the ram. characterised in that, the damping means (41, 42) are arranged on a partial section of the longitudinal wall of the ram wherein the actuation means are arranged, the partial section being located between the actuation means and the free end of the ram in which the head is arranged. - a cantilevered ram, the ram having longitudinal walls, - a head that is arranged on a free end of the ram, - actuation means for actuating the head that are arranged on one of the longitudinal walls of the ram, and - damping means (41, 42) in the vicinity of the cutting point and configured to generate at least one force (F1, F2) in one main bending direction (D1, D2) of the ram.
A self-closing pivot hinge for rotatably mounting a door or a window in an opening, the pivot hinge comprising: - a first part (107; 307; 407) attachable to said door or window and a second part (113; 213; 313; 314) attachable to a side of the opening, the first and second parts being rotatable with respect to each other about a rotation axis from a closed position in which said door or window closes off the opening to at least a first open position; - a spring (100; 200; 300; 400) mounted along the rotation axis and providing a self-closing function to the pivot hinge; characterised in that the second part (113; 213; 313; 413) of the pivot hinge comprises a wedge-shaped upstanding part and a wedge-shaped counterpart (114; 214; 314) above the upstanding part, joined together by means of a tensioning bolt (112; 312) extending through the upstanding part and the counterpart in upright direction, for clamping the pivot hinge on a selectable height in a corresponding groove of a frame part provided on the side of the opening. - a first part (107; 307; 407) attachable to said door or window and a second part (113; 213; 313; 314) attachable to a side of the opening, the first and second parts being rotatable with respect to each other about a rotation axis from a closed position in which said door or window closes off the opening to at least a first open position; - a spring (100; 200; 300; 400) mounted along the rotation axis and providing a self-closing function to the pivot hinge;
A compound of Formula I: wherein: each R 1 is independently an alkyl, haloalkyl, aralkyl, alkenyl, aryl, or aryl substituted with an alkyl, alkoxy, or halo; R 2 is an alkyl, haloalkyl, aryl, or aryl substituted with an alkyl, alkoxy, halo, or alkoxycarbonyl; and each R 3, R 4, and R 5 is independently hydrogen or an alkyl, haloalkyl, aralkyl, alkenyl, aryl, or aryl substituted with an alkyl, alkoxy, or halo. each R 1 is independently an alkyl, haloalkyl, aralkyl, alkenyl, aryl, or aryl substituted with an alkyl, alkoxy, or halo; R 2 is an alkyl, haloalkyl, aryl, or aryl substituted with an alkyl, alkoxy, halo, or alkoxycarbonyl; and each R 3, R 4, and R 5 is independently hydrogen or an alkyl, haloalkyl, aralkyl, alkenyl, aryl, or aryl substituted with an alkyl, alkoxy, or halo.
A grain-oriented electrical steel sheet having a ceramic underlaying coating on the steel sheet surface, characterized in that differences in concentrations of O, Si, Mg, Al, Mn, P, Ca and Ti between the front and back surfaces of the underlaying coating satisfies the following conditions, and with respect to each average concentration between the front and back surfaces: each of O, Si and Mg: within ± 5%, one or more of Al, Mn and P: within ± 15%, one or more of Ca and Ti: within ±20%; wherein the difference R in concentration between the front and back surfaces is defined by the following equation: Concentration Difference R between front and back surfaces (%) = 2 × (I F - I B) / (I F + I B) × 100 where I F and I B represent the count numbers of an element on the front surface and back surface of the steel sheet determined by a fluorescence X-ray analysis, respectively; and wherein I F and I B are determined according to the description. differences in concentrations of O, Si, Mg, Al, Mn, P, Ca and Ti between the front and back surfaces of the underlaying coating satisfies the following conditions, and with respect to each average concentration between the front and back surfaces: each of O, Si and Mg: within ± 5%, one or more of Al, Mn and P: within ± 15%, one or more of Ca and Ti: within ±20%; each of O, Si and Mg: within ± 5%, one or more of Al, Mn and P: within ± 15%, one or more of Ca and Ti: within ±20%; wherein the difference R in concentration between the front and back surfaces is defined by the following equation: Concentration Difference R between front and back surfaces (%) = 2 × (I F - I B) / (I F + I B) × 100 where I F and I B represent the count numbers of an element on the front surface and back surface of the steel sheet determined by a fluorescence X-ray analysis, respectively; and wherein I F and I B are determined according to the description.
A method of combining a plurality of multimode laser beams in radiant space, comprising the steps of: providing a plurality respective of laser beam emitters (101, 102, 103) having parallel respective optical axes for generating the plurality of multimode laser beams along the parallel optical axes; providing individual beam collimation optics (201, 202, 203) for each laser beam emitter; and steering an individual multimode laser beam from each emitter to partially overlap with at least one of the other multimode laser beams to form a combined beam with a homogeneous non-Gaussian radiant intensity distribution across a selected solid angle; characterized in that steering respective individual multimode laser beams from respective emitters comprises steering the beams to have different angles of propagation with respect to the parallel respective optical axes by: (i) offsetting positions of respective emitters with respect to optical axes of respective beam collimation optics or offsetting positions of respective beam collimation optics with respect to the respective emitters; or (ii) using respective external optical elements (701, 702, 703) selected from the group consisting of optical mirrors, optical prisms, optical wedge pairs, optical beam splitters, optical dichroic mirrors, and combinations thereof, whereby the laser beams generated by the emitters are steered by a respective external optical element. providing a plurality respective of laser beam emitters (101, 102, 103) having parallel respective optical axes for generating the plurality of multimode laser beams along the parallel optical axes; providing individual beam collimation optics (201, 202, 203) for each laser beam emitter; and steering an individual multimode laser beam from each emitter to partially overlap with at least one of the other multimode laser beams to form a combined beam with a homogeneous non-Gaussian radiant intensity distribution across a selected solid angle; (i) offsetting positions of respective emitters with respect to optical axes of respective beam collimation optics or offsetting positions of respective beam collimation optics with respect to the respective emitters; or (ii) using respective external optical elements (701, 702, 703) selected from the group consisting of optical mirrors, optical prisms, optical wedge pairs, optical beam splitters, optical dichroic mirrors, and combinations thereof, whereby the laser beams generated by the emitters are steered by a respective external optical element.
A system for processing a sensed current signal from a motor, the system comprising a digital signal processor and a field programmable gate array, characterized in that: the digital signal processor is programmed to generate a digital pulse indicating a current sensing instant at which to latch a current value from a sensed current signal, a rising or falling edge of the digital pulse being configured to correspond to an averaging point of a rising or falling current slope of the sensed current signal; and that the field programmable gate array is connected to an analog-to-digital converter adapted to produce a continuous stream of digital samples from the sensed current signal, the field programmable gate array adapted to receive the continuously sensed three phase current signal and for receiving the digital pulse from the digital signal processor, the field programmable gate array configured to latch a set of three phase current values from the continuously sensed current signal at the current sensing instant indicated by the rising or falling edge of the digital pulse, and transmit the latched three phase current values to the digital signal processor. the digital signal processor is programmed to generate a digital pulse indicating a current sensing instant at which to latch a current value from a sensed current signal, a rising or falling edge of the digital pulse being configured to correspond to an averaging point of a rising or falling current slope of the sensed current signal; and that the field programmable gate array is connected to an analog-to-digital converter adapted to produce a continuous stream of digital samples from the sensed current signal, the field programmable gate array adapted to receive the continuously sensed three phase current signal and for receiving the digital pulse from the digital signal processor, the field programmable gate array configured to latch a set of three phase current values from the continuously sensed current signal at the current sensing instant indicated by the rising or falling edge of the digital pulse, and transmit the latched three phase current values to the digital signal processor.
An article of apparel comprising: a base component formed from a plurality of joined material elements, at least one of the material elements including a first part of a hook-and-loop fastening system; and an attachment component that includes (a) a cover layer, (b) a plurality of pad elements that are spaced from each other on the cover layer, and (c) a plurality of securing elements, each of the pad elements being joined to the cover layer, and each of the securing elements being joined to one of the pad elements opposite the cover layer, the securing elements including a second part of the hook-and-loop fastening system, the first part of the hook-and-loop fastening system being joinable to the second part of the hook-and-loop fastening system to secure the attachment component to the base component. a base component formed from a plurality of joined material elements, at least one of the material elements including a first part of a hook-and-loop fastening system; and an attachment component that includes (a) a cover layer, (b) a plurality of pad elements that are spaced from each other on the cover layer, and (c) a plurality of securing elements, each of the pad elements being joined to the cover layer, and each of the securing elements being joined to one of the pad elements opposite the cover layer, the securing elements including a second part of the hook-and-loop fastening system,
An internal combustion engine for a saddle-ride type vehicle, in which a generator driven by a crankshaft and a clutch interposed between the crankshaft and a transmission are distributed and arranged on opposite sides in an axial direction of the crankshaft rotatably supported to a crankcase, and a cylinder body having a cylinder bore is combined with the crankcase, wherein a starting power transmission mechanism is arranged between the cylinder bore and the generator in a direction along an axis of the crankshaft, the starting power transmission mechanism transmitting starting power from a starter motor to the crankshaft, the starter motor being mounted on an outer surface of the crankcase, and a crankcase cover is mounted on the crankcase on a side opposite to the clutch, the crankcase cover covering the generator and the starting power transmission mechanism, characterized in that a release rod of a clutch release lever is turnably supported to a tubular rod supporting portion formed on the crankcase cover at a side position of the generator, the clutch release lever switching transmission and cutoff of power of the clutch.
A vascular prosthetic graft device (10, 210, 310) comprising: a first component covered with a graft material; a second component (14, 314) covered with a graft material, wherein the second component is engaged with the first component and defines a radially outwardly extending shoulder (100, 104) that extends outwardly of a major diameter of one of the first component or the second component; wherein at least one of the first and second components is supported by wire frame material; a first stent member; a first opening is defined on the shoulder for receiving one end of the first stent member, a second stent member; a second opening is defined on the shoulder for receiving one end of the second stent member; wherein a second end of the first stent member is adapted to be received within the brachiocelphalic artery, wherein a second end of the second stent member is adapted to be received within the left common carotid artery. a first component covered with a graft material; a second component (14, 314) covered with a graft material, wherein the second component is engaged with the first component and defines a radially outwardly extending shoulder (100, 104) that extends outwardly of a major diameter of one of the first component or the second component; wherein at least one of the first and second components is supported by wire frame material; a first stent member; a first opening is defined on the shoulder for receiving one end of the first stent member, a second stent member; a second opening is defined on the shoulder for receiving one end of the second stent member; wherein a second end of the first stent member is adapted to be received within the brachiocelphalic artery, wherein a second end of the second stent member is adapted to be received within the left common carotid artery.
A nanoparticle comprising: a hydrophilic core stabilized by a comb polymer with a hydrophilic portion of the comb polymer oriented towards the center of the nanoparticle.
A method of metathesizing an unsaturated organic precursor comprising irradiating a Fischer-type carbene ruthenium catalyst with at least one wavelength of light in the presence of at least one unsaturated organic precursor, so as to metathesize at least one alkene or one alkyne bond.
A screw press, usable as a dewatering device, for compressing and dewatering a suspension, comprising a press chamber, in which a screw shaft is mounted in such a way that it is surrounded by a screen jacket and is rotatable about a screw shaft axis, wherein the screen jacket is fastened, held within the press chamber, to a screen jacket holding device, the screen jacket holding device comprises at least one beam running through the press chamber and arranged parallel to the screw shaft axis, and the screen jacket is formed of a plurality of multipart screen baskets with screen basket inserts insertable therein, each screen basket comprising a first screen basket half shell and a second screen basket half shell, wherein between the first screen basket half shell and the second screen basket half shell is respectively arranged at least one pivot hinge, which is disposed on the beam and is respectively fixedly connected to both screen basket half shells (2031, 2032), and the first screen basket half shell and the second screen basket half shell are thus mounted such that they are pivotably movable relative to each other, so that, in the swung-open state, unimpeded access to the screen basket inserts is enabled, wherein on the screen basket half shells (2031, 2032), on the side facing away from the pivot hinge, is respectively arranged a basket lug, characterized in that, wherein the screen jacket holding device comprises the beam and two basket suspension beams, which are arranged running parallel to the screw shaft axis, and, between the two basket suspension beams the brackets are arranged oriented transversely to the screw shaft, wherein the basket lug are releasably fastened to the screen jacket holding device by means of basket closing means in the closed state of the two screen basket half shells (2031, 2032).
A high torque turbine rotor for a hand held or spindle mounted pneumatic tool, comprising: a cylindrical body (12, 14, 16) having a first annular chamber, a second annular chamber, and an inlet attachable to a high pressure air source, including: a first plurality of tangentially directed passages for generating torque from high pressure air from said first annular chamber of said cylindrical body (12, 14, 16); a second plurality of tangentially directed passages for generating torque from high pressure air from said second annular chamber of said cylindrical body (12, 14, 16); inlets for directing pressurized air into the two annular chambers (20, 26); a speed governor for governing the revolutions per minute of the turbine rotor disposed within said first annular chamber and within said second annular chamber; a common inner wall separating said first annular chamber from said second annular chamber; and a central bore formed in said common inner wall for receiving an attachment to a drive shaft, connecting said cylindrical body (12, 14, 16) to said drive shaft. a cylindrical body (12, 14, 16) having a first annular chamber, a second annular chamber, and an inlet attachable to a high pressure air source, including: a first plurality of tangentially directed passages for generating torque from high pressure air from said first annular chamber of said cylindrical body (12, 14, 16); a second plurality of tangentially directed passages for generating torque from high pressure air from said second annular chamber of said cylindrical body (12, 14, 16); inlets for directing pressurized air into the two annular chambers (20, 26); a speed governor for governing the revolutions per minute of the turbine rotor disposed within said first annular chamber and within said second annular chamber; a common inner wall separating said first annular chamber from said second annular chamber; and a central bore formed in said common inner wall for receiving an attachment to a drive shaft, connecting said cylindrical body (12, 14, 16) to said drive shaft. a first plurality of tangentially directed passages for generating torque from high pressure air from said first annular chamber of said cylindrical body (12, 14, 16); a second plurality of tangentially directed passages for generating torque from high pressure air from said second annular chamber of said cylindrical body (12, 14, 16); inlets for directing pressurized air into the two annular chambers (20, 26); a speed governor for governing the revolutions per minute of the turbine rotor disposed within said first annular chamber and within said second annular chamber; a common inner wall separating said first annular chamber from said second annular chamber; and a central bore formed in said common inner wall for receiving an attachment to a drive shaft, connecting said cylindrical body (12, 14, 16) to said drive shaft.
A method of wireless communication, comprising: utilizing a modem (606, 612, 632, 706) of a user equipment (602, 608, 702) to perform video telephony, VT, communication with a remote device through a wireless network; determining a network metric indicative of congestion in the wireless network, including packet loss of the VT communication, based on modem information obtained from the modem, independent of feedback information received from the remote device; dynamically adjusting a data rate of the VT communication by an amount proportional to a quantity based on the network metric; characterized by: transmitting an uncompressed video frame in the VT communication in response to the packet loss of the VT communication. utilizing a modem (606, 612, 632, 706) of a user equipment (602, 608, 702) to perform video telephony, VT, communication with a remote device through a wireless network; determining a network metric indicative of congestion in the wireless network, including packet loss of the VT communication, based on modem information obtained from the modem, independent of feedback information received from the remote device; dynamically adjusting a data rate of the VT communication by an amount proportional to a quantity based on the network metric; characterized by: transmitting an uncompressed video frame in the VT communication in response to the packet loss of the VT communication.
A method of negotiating a communication link between a first host device operatively containing a first near field communication, NFC, device and a second host device operatively containing a second NFC device, wherein the first host device has multiple communication mechanism capabilities, the method comprising: momentarily placing a third NFC device operatively contained in a portable device in close proximity with the first NFC device to transfer communication information including a plurality of communication mechanisms and at least one data transfer protocol usable by the first host device from the first host device to the portable device; storing the communication information usable by the first host device in the portable device operatively containing the third NFC device; momentarily placing the third NFC device in close proximity with the second NFC device and then transferring the stored communication information of the first host device to the second host device operatively containing the second NFC device; and establishing a communication link between the first and second host devices to enable the first and second host devices to transfer data between them, further comprising: determining a preferred communication mechanism of the multiple communication mechanisms to be used based at least in part on the communication mechanism capabilities of the second host device; and establishing the communication link between the first and second host devices at least in part as a function of the determined preferred communication mechanism. momentarily placing a third NFC device operatively contained in a portable device in close proximity with the first NFC device to transfer communication information including a plurality of communication mechanisms and at least one data transfer protocol usable by the first host device from the first host device to the portable device; storing the communication information usable by the first host device in the portable device operatively containing the third NFC device; momentarily placing the third NFC device in close proximity with the second NFC device and then transferring the stored communication information of the first host device to the second host device operatively containing the second NFC device; and establishing a communication link between the first and second host devices to enable the first and second host devices to transfer data between them, further comprising: determining a preferred communication mechanism of the multiple communication mechanisms to be used based at least in part on the communication mechanism capabilities of the second host device; and establishing the communication link between the first and second host devices at least in part as a function of the determined preferred communication mechanism. determining a preferred communication mechanism of the multiple communication mechanisms to be used based at least in part on the communication mechanism capabilities of the second host device; and establishing the communication link between the first and second host devices at least in part as a function of the determined preferred communication mechanism.