mhurhangee/ep-ind-claims huggingface dataset:
A web handling system comprising: a plurality of web handling controllers (24-1, 24-2, 24-3, 24-4), each of the web handling controllers having a web handling processor, a first clock, a first communication port and a second communication port and providing an independent closed loop control system; and a web handling process logic controller having a processor, a second clock, a third communication port and a fourth communication port, the first communication port, the second communication port, the third communication port and the fourth communication port being connected to form a network, the processor of the web handling process logic controller receiving a clock signal from at least one of the first clocks and the second clock, and providing clock signals via the third communication port and the fourth communication port, the clock signals including a clock reference and instructions configured to synchronize the first clocks of the web handling controllers, wherein the plurality of web handling controllers and the web handling process logic controller are configured to automatically arbitrate a one of the first clocks and the second clock as a master clock with which the rest of the first clocks are synchronized in order to synchronize the closed loop control systems of the web handling controllers. a plurality of web handling controllers (24-1, 24-2, 24-3, 24-4), each of the web handling controllers having a web handling processor, a first clock, a first communication port and a second communication port and providing an independent closed loop control system; and a web handling process logic controller having a processor, a second clock, a third communication port and a fourth communication port, the first communication port, the second communication port, the third communication port and the fourth communication port being connected to form a network, the processor of the web handling process logic controller receiving a clock signal from at least one of the first clocks and the second clock, and providing clock signals via the third communication port and the fourth communication port, the clock signals including a clock reference and instructions configured to synchronize the first clocks of the web handling controllers, wherein the plurality of web handling controllers and the web handling process logic controller are configured to automatically arbitrate a one of the first clocks and the second clock as a master clock with which the rest of the first clocks are synchronized in order to synchronize the closed loop control systems of the web handling controllers.
A reluctance type rotating machine comprising a stator having a stator winding and a rotor disposed in the stator, wherein the stator has slots, the number of which is represented as 6*n, wherein n is the number of poles of the rotor and the rotor has a rotor core (2, 26, 28, 39, 42) formed by stacking a number of annular core sheets each of which includes magnetic concave and convex portions (8, 15, 35, 9, 16, 36) alternately formed on an outer circumference thereof and a central through hole, the rotor core having two keys (10, 11) axially extending on an inner circumference thereof, and a rotational shaft inserted through the central through hole of the rotor core, the shaft having two key grooves engaging the keys (10, 11) of the rotor core (2, 26, 28, 39, 42), wherein the keys (10, 11) and grooves are located apart from each other by 180°, wherein the rotor core (2, 26, 28, 39, 42) is divided into a plurality of blocks (3, 4, 27, 29-31, 41, 43, 44); and the annular core sheets constituting one of at least two blocks (3, 4) of the rotor core have the magnetic concave and convex portions (8, 15, 35, 9, 16, 36) shifted by a predetermined angle (ΔΘ) in a rotating direction of the rotor relative to a center line (Lo) passing through the center of each of the keys (10, 11), and the annular core sheets constituting the other block of the rotor core have the magnetic concave and convex portions (8, 15, 35, 9, 16, 36) shifted by the predetermined angle (ΔΘ) in a direction opposite the rotating direction of the rotor relative to the center line (Lo) passing through the center of each of the keys (10, 11), wherein the magnetic concave and convex portions and representative of a pole position of each block (3, 4) are shifted by the slot pitch relative to the center line Lo, the annular core sheets constituting the rotor core include the same type of annular core sheets one half of which being rotated by 180° about a central axis of the rotor relative to the other half, wherein the annular core sheets constituting the one of the two blocks (3, 4) are rotated by 180° about a central axis within the plane of the annular core sheets with respect to the annular core sheets constituting the other block.
An instruction cache system comprising: a virtually tagged instruction cache; a means for address translation, said means responsive to an address translation invalidate instruction; and control logic circuit configured to selectively invalidate at least one entry in the virtually tagged instruction cache in response to the address translation invalidate instruction. a virtually tagged instruction cache; a means for address translation, said means responsive to an address translation invalidate instruction; and control logic circuit configured to selectively invalidate at least one entry in the virtually tagged instruction cache in response to the address translation invalidate instruction.
Lubricating oil system for a combustion engine equipped with an engine hydraulic braking system, in particular for industrial or commercial vehicles, the system comprising - a bypass connection suitable to bypass an oil pump associated to an engine oil circuit, - a controllable valve suitable to adjust an amount of oil to be bypassed through said bypass connection, - control means controlling said controllable valve, programmed to control said controllable valve as a function of the combustion engine speed, the oil system being adapted for supplying an engine brake actuation and wherein said controllable valve is realized through a rotary sleeve valve commanded through a rotatable electric actuator arranged to manage several opening intermediate states, or continuously variable states. - a bypass connection suitable to bypass an oil pump associated to an engine oil circuit, - a controllable valve suitable to adjust an amount of oil to be bypassed through said bypass connection, - control means controlling said controllable valve, programmed to control said controllable valve as a function of the combustion engine speed,
A method for performing channel estimation, by a first terminal, in a wireless communication system, the method comprising: receiving demodulation-reference signals, DM-RSs, transmitted by a base station, BS, through a plurality of slots; and performing the channel estimation by using the DM-RSs, wherein a first slot of the plurality of slots includes two first DM-RSs, which are used for the first terminal to measure a first channel between the first terminal and the BS and for a second terminal to measure a second channel between the second terminal and the BS, wherein a second slot of the plurality of slots includes two second DM-RSs, which are used for the first terminal to measure a third channel between the first terminal and the BS and for the second terminal to measure a fourth channel between the second terminal and the BS, wherein a third slot of the plurality of slots includes four third DM-RSs, from which two DM-RSs are used for the first terminal to measure a first product of the second channel and a fifth channel between the first terminal and the BS and for the second terminal to measure a second product of the second channel and a sixth channel between the second terminal and the BS and from which the remaining two DM-RSs are used for the first terminal to measure a third product of the third channel and the fifth channel and for the second terminal to measure a fourth product of the third channel and the sixth channel, wherein the DM-RSs are transmitted from two transmission antennas of the BS and received by one reception antenna of the first terminal and the second terminal. receiving demodulation-reference signals, DM-RSs, transmitted by a base station, BS, through a plurality of slots; and performing the channel estimation by using the DM-RSs, wherein a first slot of the plurality of slots includes two first DM-RSs, which are used for the first terminal to measure a first channel between the first terminal and the BS and for a second terminal to measure a second channel between the second terminal and the BS, wherein a second slot of the plurality of slots includes two second DM-RSs, which are used for the first terminal to measure a third channel between the first terminal and the BS and for the second terminal to measure a fourth channel between the second terminal and the BS, wherein a third slot of the plurality of slots includes four third DM-RSs, from which two DM-RSs are used for the first terminal to measure a first product of the second channel and a fifth channel between the first terminal and the BS and for the second terminal to measure a second product of the second channel and a sixth channel between the second terminal and the BS and from which the remaining two DM-RSs are used for the first terminal to measure a third product of the third channel and the fifth channel and for the second terminal to measure a fourth product of the third channel and the sixth channel, wherein the DM-RSs are transmitted from two transmission antennas of the BS and received by one reception antenna of the first terminal and the second terminal.
A smoking article (1, 100, 300) comprising a rod having a mouth end and a distal end upstream from the mouth end, the rod comprising a plurality of elements, including a front-plug (2, 102, 302) and an aerosol-forming substrate, in which the front-plug (2, 102, 302) is located upstream of the aerosol-forming substrate within the rod, the aerosol-forming substrate comprises homogenized tobacco, the front-plug defines a slit through which a heating element may be inserted, and the front-plug is substantially cylindrical and has a diameter of 5 mm or greater and a length of at least 2 mm.
A radiation-irradiation device comprising: a leg unit that is capable of traveling on a device-placement surface; a radiation source unit that irradiates a subject with radiation; an arm unit that supports the radiation source unit; an arm support unit that stands on the leg unit and supports the arm unit; and a raising/lowering mechanism that raises and lowers the arm unit relative to the arm support unit, wherein the arm unit includes a first arm that is connected to the radiation source unit, a second arm, a first rotational moving portion that connects the first arm to the second arm so as to allow the first and second arms (31, 32) to be rotationally movable relative to each other, and a second rotational moving portion that connects the second arm to the raising/lowering mechanism so as to allow the second arm to be rotationally movable relative to the raising/lowering mechanism, wherein an initial rotational movement position is defined by the first and second arms being folded and the second arm being in an upward position; the radiation-irradiation device further comprising: regulating means comprising means for locking the rotational movement of the second rotational moving portion from the initial rotational movement position, which is performed using the second rotational moving portion, in a case in which the arm unit is positioned at a position other than a first position, that is a highest position to which the arm unit is raised by the raising/lowering mechanism. a leg unit that is capable of traveling on a device-placement surface; a radiation source unit that irradiates a subject with radiation; an arm unit that supports the radiation source unit; an arm support unit that stands on the leg unit and supports the arm unit; and a raising/lowering mechanism that raises and lowers the arm unit relative to the arm support unit, wherein the arm unit includes a first arm that is connected to the radiation source unit, a second arm, a first rotational moving portion that connects the first arm to the second arm so as to allow the first and second arms (31, 32) to be rotationally movable relative to each other, and a second rotational moving portion that connects the second arm to the raising/lowering mechanism so as to allow the second arm to be rotationally movable relative to the raising/lowering mechanism, wherein an initial rotational movement position is defined by the first and second arms being folded and the second arm being in an upward position; the radiation-irradiation device further comprising: regulating means comprising means for locking the rotational movement of the second rotational moving portion from the initial rotational movement position, which is performed using the second rotational moving portion, in a case in which the arm unit is positioned at a position other than a first position, that is a highest position to which the arm unit is raised by the raising/lowering mechanism.
Unmanned aerial vehicle comprising a) a control apparatus, the control apparatus comprising one or more engines, b) one propeller, or more propellers capable of rotating around the same axis, the one or more propellers being fixed to the control apparatus, c) a multitude of flaps which are foldable reversible from an open to a closed position, the flaps being fixed symmetrically around the control apparatus, characterized in that the control apparatus further comprises - one or more batteries, and - a communication transmission system for remote control, wherein the flaps provide i. in open position about a disc shape which is about in parallel to the plane of the rotating propeller, and ii. in closed position a shuttlecock shape, wherein, when the flaps are in open position, they form a closed area and wherein at least one of the flaps comprise a battery recharge element, and the battery recharge element comprises at least a solar panel, one or more photovoltaic elements, an electromagnetic harvesting element, a thermoelectric generator and/or a solar thermoelectric generator. a) a control apparatus, the control apparatus comprising one or more engines, b) one propeller, or more propellers capable of rotating around the same axis, the one or more propellers being fixed to the control apparatus, c) a multitude of flaps which are foldable reversible from an open to a closed position, the flaps being fixed symmetrically around the control apparatus, - one or more batteries, and - a communication transmission system for remote control, i. in open position about a disc shape which is about in parallel to the plane of the rotating propeller, and ii. in closed position a shuttlecock shape,
A static cylinder head gasket assembly, comprising: an inner distance layer (22, 122) having an opening extending between planar opposite sides (24, 26), said opening being configured to register with a cylinder bore; a plurality of abutting metal inner functional layers (18, 20, 518, 618) overlying each of said opposite sides (24, 26) of said distance layer, each of said functional layers (18, 20, 518, 618) being formed of resilient metal, and each of said functional layers (18, 20, 518, 618) having axially aligned, annular sealing beads received in one another in nested relation, wherein said annular sealing beads are extending around said opening in said distance layer; a plurality of metal outer functional layers (40, 42) separate from said inner functional layers (18, 20, 518, 618), said outer functional layers (40, 42) having annular inner peripheries spaced axially from one another by an annular gap, said annular gap receiving at least a portion of the inner distance layer (22, 122) therein; said inner distance layer (22, 122) has an annular outer periphery and further including an outer distance layer (52, 152) sandwiched between said outer functional layers (40, 42), said outer distance layer (52, 152) having an inner periphery configured in radially spaced relation from said outer periphery of said inner distance layer (22, 122). an inner distance layer (22, 122) having an opening extending between planar opposite sides (24, 26), said opening being configured to register with a cylinder bore; a plurality of abutting metal inner functional layers (18, 20, 518, 618) overlying each of said opposite sides (24, 26) of said distance layer, each of said functional layers (18, 20, 518, 618) being formed of resilient metal, and each of said functional layers (18, 20, 518, 618) having axially aligned, annular sealing beads received in one another in nested relation, wherein said annular sealing beads are extending around said opening in said distance layer; a plurality of metal outer functional layers (40, 42) separate from said inner functional layers (18, 20, 518, 618), said outer functional layers (40, 42) having annular inner peripheries spaced axially from one another by an annular gap, said annular gap receiving at least a portion of the inner distance layer (22, 122) therein; said inner distance layer (22, 122) has an annular outer periphery and further including an outer distance layer (52, 152) sandwiched between said outer functional layers (40, 42), said outer distance layer (52, 152) having an inner periphery configured in radially spaced relation from said outer periphery of said inner distance layer (22, 122).
Smoothing apparatus comprising a base intended to rest stably on a horizontal support, and a smoothing head supported by the base, the smoothing head comprising a treatment surface on which a garment to be smoothed is intended to be arranged, the treatment surface comprising at least one steam emission area provided with at least one steam outlet hole (8.1, 8. 2), the smoothing apparatus being configured such that smoothing of a garment to be smoothed is carried out by manually applying the garment to be smoothed to the treatment surface while the smoothing apparatus is resting on the base and by causing the garment to be smoothed to slide over said treatment surface, the treatment surface further comprising at least one suction area (32, 33) provided with at least one suction orifice and a heating plate comprising a heating element, characterised in that the heating plate at least partially defines the at least one steam emission area, at least one steam outlet hole of the at least one steam emission area being provided in said heating plate.
A method of determining the wavelength of radiation which may be used to automatically inspect an ophthalmic lens of a maximum thickness for missing material of an amount between about zero and about a certain thickness, comprising: (a) measuring a percent of transmittance of radiation of several different wavelengths through ophthalmic lenses of several different known thicknesses; (b) calculating a k value for each wavelength of the several different wavelengths by regression fitting and confirming that transmission of light through the ophthalmic lenses follows Beer's Law, wherein Beer's Law is represented by: percent of transmittance = 10 1 - kt, where t is the thickness of the ophthalmic lens; (c) subtracting the percent of transmittance at said certain thickness from the percent of transmittance in the absence of an ophthalmic lens at said several different wavelengths to give first contrast values; (d) subtracting the percent of transmittance at said maximum thickness from the percent of transmittance at said certain lens thickness at said several different wavelengths to give second contrast values; (e) comparing the first contrast values with the second contrast values at each wavelength and selecting the lowest contrast values at each wavelength and then plotting such lowest contrast values against wavelength; and (f) selecting the wavelength from the plot of step (e) at the highest peak for inspection of missing material defects. (a) measuring a percent of transmittance of radiation of several different wavelengths through ophthalmic lenses of several different known thicknesses; (b) calculating a k value for each wavelength of the several different wavelengths by regression fitting and confirming that transmission of light through the ophthalmic lenses follows Beer's Law, wherein Beer's Law is represented by: percent of transmittance = 10 1 - kt, where t is the thickness of the ophthalmic lens; (c) subtracting the percent of transmittance at said certain thickness from the percent of transmittance in the absence of an ophthalmic lens at said several different wavelengths to give first contrast values; (d) subtracting the percent of transmittance at said maximum thickness from the percent of transmittance at said certain lens thickness at said several different wavelengths to give second contrast values; (e) comparing the first contrast values with the second contrast values at each wavelength and selecting the lowest contrast values at each wavelength and then plotting such lowest contrast values against wavelength; and (f) selecting the wavelength from the plot of step (e) at the highest peak for inspection of missing material defects.
A method of calibrating an optical sensor, the method comprising the steps of: measuring one or more optical responses of the optical sensor to a fluid before and after changing a pressurization of the fluid; obtaining one or more properties of the fluid before and after pressurization; the method being characterized in that it further comprises the steps of determining calibration information of the measuring instrument by correlating the optical responses and the obtained properties of the fluid using equation-of-state model; and calibrating the optical sensor based on the calibration information. measuring one or more optical responses of the optical sensor to a fluid before and after changing a pressurization of the fluid; obtaining one or more properties of the fluid before and after pressurization; the method being characterized in that it further comprises the steps of determining calibration information of the measuring instrument by correlating the optical responses and the obtained properties of the fluid using equation-of-state model; and calibrating the optical sensor based on the calibration information.
A heatable handle grip including a cylindrical or semi-cylindrical core body made of an electrically insulating synthetic resin and a heater unit, characterized in that said heater unit includes an electrically insulating plate and a strip-shaped electric resistance member formed by uniformly applying a metal foil onto a surface of the electrically insulating plate, punching the metal foil and removing an unnecessary portion of the metal foil, said heater unit is further bent and is adhered onto the outer surface of the core body, the electric resistance member comprises two connecting ends (4a, 4b) which extend in a longitudinal direction of the core body and which have different lengths defining a stepped configuration, an electric power supply wire connected to the connecting ends (4a, 4b) extends from the connecting ends (4a, 4b) in a circumferential direction of the core body and in that said handle grip further comprises a molded synthetic rubber body provided to cover the inner and outer surfaces of an assembly of the core body and heater unit.