mhurhangee/ep-ind-claims huggingface dataset:
A hybrid vehicle system with enhanced startup flare control, comprising: an internal combustion engine for providing motive vehicle power; a start engine actuator for starting the internal combustion engine; an electric motor selectively coupled to the internal combustion engine for generating electric power from the internal combustion engine; a throttle control valve disposed within an engine intake associated with the internal combustion engine, the throttle control valve arranged such that increasing an open angle of the throttle control valve increases an engine speed of the internal combustion engine; and at least one control unit operatively connected to the start engine actuator, the throttle control valve and the electric motor, the at least one control unit configured to start the internal combustion engine upon actuation of the start engine actuator, increase the open angle of the throttle control valve immediately upon starting the internal combustion engine to rapidly increase engine speed of the internal combustion engine to a desired peak engine speed, and operate the electric motor to rapidly decrease engine speed after the internal combustion engine reaches the desired peak engine speed. an internal combustion engine for providing motive vehicle power; a start engine actuator for starting the internal combustion engine; an electric motor selectively coupled to the internal combustion engine for generating electric power from the internal combustion engine; a throttle control valve disposed within an engine intake associated with the internal combustion engine, the throttle control valve arranged such that increasing an open angle of the throttle control valve increases an engine speed of the internal combustion engine; and at least one control unit operatively connected to the start engine actuator, the throttle control valve and the electric motor, the at least one control unit configured to start the internal combustion engine upon actuation of the start engine actuator, increase the open angle of the throttle control valve immediately upon starting the internal combustion engine to rapidly increase engine speed of the internal combustion engine to a desired peak engine speed, and operate the electric motor to rapidly decrease engine speed after the internal combustion engine reaches the desired peak engine speed.
A method of applying an aqueous, pesticide-comprising dispersion of a polyurethane which is composed of diisocyanates (a) and diols (b), to plants or plant parts, wherein the diisocyanate (a) comprises not more than 1% by weight of aromatic diisocyanate and at least 99% by weight of aliphatic diisocyanate, in each case based on the diisocyanate (a).
An extraction device for an ammunition to be extracted from a tube extending along a first axis, the extraction device comprising: - a beam having a first end and a second end, the beam being intended to be positioned at a distance from the tube towards the front of the muzzle of the tube and preferably extending so as to intersect the first axis; - a return pulley attached to the second end of the beam, intended to be positioned at a distance from an output end of the tube; - an extractor comprising a handle, the extractor being configured to grasp the ammunition when it is contacted when a traction force is applied to the handle; - at least one cord connected to the handle of the extractor, passing through the return pulley, and extending along a second axis between the handle and the return pulley, and extending along a third axis distinct from the second axis downstream of the return pulley. - a beam having a first end and a second end, the beam being intended to be positioned at a distance from the tube towards the front of the muzzle of the tube and preferably extending so as to intersect the first axis; - a return pulley attached to the second end of the beam, intended to be positioned at a distance from an output end of the tube; - an extractor comprising a handle, the extractor being configured to grasp the ammunition when it is contacted when a traction force is applied to the handle; - at least one cord connected to the handle of the extractor, passing through the return pulley, and extending along a second axis between the handle and the return pulley, and extending along a third axis distinct from the second axis downstream of the return pulley.
A collapsible medical device (2, 20, 24, 50) for occluding a trans-septal hole comprising: a tubular member formed of a braided fabric having a preset, expanded configuration and a collapsed configuration and comprising a proximal end (4, 26, 52) and a distal end (6, 28, 54), wherein, in the expanded configuration, the tubular member comprises a proximal disk-shaped portion (8, 30, 56) at the proximal end, a distal disk-shaped portion (6, 36, 58) at the distal end, and a cylindrical segment (16, 42, 60) between the proximal disk-shaped portion and the distal disk-shaped portion, wherein free wire ends (10, 32) of the braided fabric extend proximally from the proximal disk-shaped portion, are immobilized, and define an opening of the proximal disk-shaped portion; and a gasket (22, 44, 62) disposed at least partially within the cylindrical segment, wherein the gasket (22, 44, 62) extends into and occupies part or all of the opening created by the immobilized free wire ends, and is sized and configured to be penetrable and re-sealable. a tubular member formed of a braided fabric having a preset, expanded configuration and a collapsed configuration and comprising a proximal end (4, 26, 52) and a distal end (6, 28, 54), wherein, in the expanded configuration, the tubular member comprises a proximal disk-shaped portion (8, 30, 56) at the proximal end, a distal disk-shaped portion (6, 36, 58) at the distal end, and a cylindrical segment (16, 42, 60) between the proximal disk-shaped portion and the distal disk-shaped portion, wherein free wire ends (10, 32) of the braided fabric extend proximally from the proximal disk-shaped portion, are immobilized, and define an opening of the proximal disk-shaped portion; and a gasket (22, 44, 62) disposed at least partially within the cylindrical segment, wherein the gasket (22, 44, 62) extends into and occupies part or all of the opening created by the immobilized free wire ends, and is sized and configured to be penetrable and re-sealable.
A floor sensor having a conductor pattern for electric field sensing, comprising: arrays of planar electrically conductive sensor areas (11, 104, 204) arranged to follow each other in a successive manner along the longitudinal direction, and conductors (12, 105, 205) connecting the electrically conductive sensor areas to at least one connector, wherein the floor sensor further comprises a first elastic flooring layer (101, 201) and at least one of the following: a second elastic flooring layer (102, 202) or a flexible circuit board (103, 203), and the planar electrically conductive sensor areas (11, 104, 204) and the conductors (12, 105, 205) are attached between the first elastic flooring layer (101, 201) and the second elastic flooring layer (102, 202) or between the first elastic flooring layer (101, 201) and the flexible circuit board (103, 203) to form a unitary floor sensor structure, characterized in that the first elastic flooring layer (101, 201) is the uppermost flooring layer, and wherein at least the uppermost flooring layer is provided with at least transversal peeling areas arranged between the planar electrically conductive sensor areas. arrays of planar electrically conductive sensor areas (11, 104, 204) arranged to follow each other in a successive manner along the longitudinal direction, and conductors (12, 105, 205) connecting the electrically conductive sensor areas to at least one connector, wherein the floor sensor further comprises a first elastic flooring layer (101, 201) and at least one of the following: a second elastic flooring layer (102, 202) or a flexible circuit board (103, 203), and the planar electrically conductive sensor areas (11, 104, 204) and the conductors (12, 105, 205) are attached between the first elastic flooring layer (101, 201) and the second elastic flooring layer (102, 202) or between the first elastic flooring layer (101, 201) and the flexible circuit board (103, 203) to form a unitary floor sensor structure, characterized in that the first elastic flooring layer (101, 201) is the uppermost flooring layer, and wherein at least the uppermost flooring layer is provided with at least transversal peeling areas arranged between the planar electrically conductive sensor areas.
A mobile terminal comprising: a case; a display unit located at the case; a seating part located at the case, the seating part configured to support the display unit; a channel located at the seating part, the channel configured to receive an adhesive to couple the display unit to the case, the channel including: a bottom portion; a first wall surface extending from the bottom portion toward the display unit; and a second wall surface extending from the bottom portion toward the display unit, the second wall surface being disposed between a center of the case and the first wall surface, and the second wall surface tilting at a first angle toward the center of the case, characterized by a spacer located at the seating part, the spacer being configured to maintain a clearance between the display unit and the seating part, the spacer including: a first lateral surface; and a second lateral surface spaced apart from the first lateral surface, the second lateral surface being disposed between an outside of the case and the first lateral surface, the second lateral surface tilting at a second angle toward the center of the case, wherein the second lateral surface is formed as a continuation of the second wall surface such that the first angle and the second angle are the same. a case; a display unit located at the case; a seating part located at the case, the seating part configured to support the display unit; a channel located at the seating part, the channel configured to receive an adhesive to couple the display unit to the case, the channel including: a bottom portion; a first wall surface extending from the bottom portion toward the display unit; and a second wall surface extending from the bottom portion toward the display unit, the second wall surface being disposed between a center of the case and the first wall surface, and the second wall surface tilting at a first angle toward the center of the case, characterized by a spacer located at the seating part, the spacer being configured to maintain a clearance between the display unit and the seating part, the spacer including: a bottom portion; a first wall surface extending from the bottom portion toward the display unit; and a second wall surface extending from the bottom portion toward the display unit, the second wall surface being disposed between a center of the case and the first wall surface, and the second wall surface tilting at a first angle toward the center of the case, a first lateral surface; and a second lateral surface spaced apart from the first lateral surface, the second lateral surface being disposed between an outside of the case and the first lateral surface, the second lateral surface tilting at a second angle toward the center of the case, wherein the second lateral surface is formed as a continuation of the second wall surface such that the first angle and the second angle are the same.
A method in a receiver node (110, 115), the method comprising: converting a received time-domain signal (305, 405) to a frequency-domain signal; obtaining, for the frequency-domain signal, an estimate of a frequency offset between a particular transmitter of one or more transmitters of interest and a receiver (710, 810) of the receiver node (110, 115); obtaining a frequency compensated signal (320, 425) by applying a first frequency offset to compensate for the estimated frequency offset; obtaining a first channel estimation (330, 435) from the frequency compensated signal (320, 425); obtaining a second channel estimation (335, 440) from the first channel estimation (330, 435) by applying a second frequency offset to an estimated channel, wherein the second frequency offset is the opposite of the first frequency offset; and equalizing the frequency-domain signal using the second channel estimation (335, 440). converting a received time-domain signal (305, 405) to a frequency-domain signal; obtaining, for the frequency-domain signal, an estimate of a frequency offset between a particular transmitter of one or more transmitters of interest and a receiver (710, 810) of the receiver node (110, 115); obtaining a frequency compensated signal (320, 425) by applying a first frequency offset to compensate for the estimated frequency offset; obtaining a first channel estimation (330, 435) from the frequency compensated signal (320, 425); obtaining a second channel estimation (335, 440) from the first channel estimation (330, 435) by applying a second frequency offset to an estimated channel, wherein the second frequency offset is the opposite of the first frequency offset; and equalizing the frequency-domain signal using the second channel estimation (335, 440).
A photographing turn table, which is installed in one area of a studio device having an inner wall for functioning as a background in said one area, said photographing turn table allows capturing image of a photographing target located in the one area, the photographing turn table comprising: a lower body fixedly located at the one area; a light emitting unit, for emitting light from the outer surface toward said inner wall, said light emitting unit is installed at an outer surface of the lower body and faces away from a photographing device; an upper body coupled to a top surface of the lower body which is rotatable relative to the lower body; and a rotation module which includes a rotation unit to rotate the upper body relatively to the lower body, and a rotation control device including a communication function to receive a control command from an external device and to control driving of the rotation unit according to the control command. a lower body fixedly located at the one area; a light emitting unit, for emitting light from the outer surface toward said inner wall, said light emitting unit is installed at an outer surface of the lower body and faces away from a photographing device; an upper body coupled to a top surface of the lower body which is rotatable relative to the lower body; and a rotation module which includes a rotation unit to rotate the upper body relatively to the lower body, and a rotation control device including a communication function to receive a control command from an external device and to control driving of the rotation unit according to the control command.
A method for producing a resin bottle formed from a preform as a prototype by a blow molding process, comprising: a first step of measuring each of weights or wall thicknesses of a plurality of inspection parts (12a - 12c) set in a body portion of the preform; a second step of comparing each of the weights or the wall thicknesses measured by the first step with a preset set value, and thereby inspecting a difference between each of the weights or the wall thicknesses measured by the first step and the set value for each of the inspection parts (12a - 12c); and a third step of adjusting a condition for blow molding in the blow molding process in accordance with an inspection result of each of the inspection parts (12a - 12c), wherein the first step comprises measuring the weight or the wall thickness for each of the inspection parts (12a - 12c) after the body portion of the preform has been cut for each of the inspection parts (12a - 12c). a first step of measuring each of weights or wall thicknesses of a plurality of inspection parts (12a - 12c) set in a body portion of the preform; a second step of comparing each of the weights or the wall thicknesses measured by the first step with a preset set value, and thereby inspecting a difference between each of the weights or the wall thicknesses measured by the first step and the set value for each of the inspection parts (12a - 12c); and a third step of adjusting a condition for blow molding in the blow molding process in accordance with an inspection result of each of the inspection parts (12a - 12c),
A method for measuring the vision of a person, comprising: determining a distance (d, d1, d2) between a measurement device (10; 50) and the person, and performing measuring the vision using a measurement component of the measurement device (10; 50) based on the distance (d, d1, d2), characterized in that determining the distance (d, d1, d2) comprises determining the distance (d, d1, d2) by communicating between a first wireless communication interface of the measurement device (10; 50) and a second wireless communication interface of a portable device (11; 43, 44) at the person. determining a distance (d, d1, d2) between a measurement device (10; 50) and the person, and performing measuring the vision using a measurement component of the measurement device (10; 50) based on the distance (d, d1, d2), characterized in that determining the distance (d, d1, d2) comprises determining the distance (d, d1, d2) by communicating between a first wireless communication interface of the measurement device (10; 50) and a second wireless communication interface of a portable device (11; 43, 44) at the person.
A method for gating data transmissions, the method comprising: identifying a first packet for transmission; determining a radio channel for the transmission of the first packet; determining that the first packet is in a restricted class; determining a dynamic maximum available time applicable to the first packet on the radio channel, based on a reserved time and a dwell time limit, responsive to the first packet being in the restricted class; calculating a first remaining dwell time on the radio channel based on a comparison of a first spent dwell time on the radio channel to the dynamic maximum available time applicable to the first packet; determining a first transmission duration for transmitting the first packet over the radio channel; postponing the first packet responsive to the first remaining dwell time being less than the first transmission duration; determining that a second packet is in an allowed class; setting the dynamic maximum available time applicable to the second packet on the radio channel to the dwell time limit, responsive to the second packet being in the allowed class; calculating a second remaining dwell time on the radio channel based on a comparison of a second spent dwell time on the radio channel to the dynamic maximum available time applicable to the second packet; determining a second transmission duration for transmitting the second packet over the radio channel; and postponing the second packet responsive to the second remaining dwell time being less than the second transmission duration. identifying a first packet for transmission; determining a radio channel for the transmission of the first packet; determining that the first packet is in a restricted class; determining a dynamic maximum available time applicable to the first packet on the radio channel, based on a reserved time and a dwell time limit, responsive to the first packet being in the restricted class; calculating a first remaining dwell time on the radio channel based on a comparison of a first spent dwell time on the radio channel to the dynamic maximum available time applicable to the first packet; determining a first transmission duration for transmitting the first packet over the radio channel; postponing the first packet responsive to the first remaining dwell time being less than the first transmission duration; determining that a second packet is in an allowed class; setting the dynamic maximum available time applicable to the second packet on the radio channel to the dwell time limit, responsive to the second packet being in the allowed class; calculating a second remaining dwell time on the radio channel based on a comparison of a second spent dwell time on the radio channel to the dynamic maximum available time applicable to the second packet; determining a second transmission duration for transmitting the second packet over the radio channel; and postponing the second packet responsive to the second remaining dwell time being less than the second transmission duration.
Lifting device, suitable for arrangement on a truck and for lifting and emptying underground waste collection containers, having two parallel telescopically extendable arms which are pivotably attached to a support and each of which has a coupling tool for releasable coupling to one side edge each of a waste collection container, characterized in that that each coupling tool serves to effect a coupling with one beam each, which are arranged laterally at the upper edge of the waste collection container on opposite sides, and an elevator mechanism with two parallel, vertical guide rails is provided and the support is arranged between the guide rails and is movable up and down along them.
Method for the knock control of an internal combustion engine having - at least one cylinder, to which at least one intake valve is assigned, - a variable valve train for the cycle-specific and cylinder-specific metering of a charge of fuel-air-mixture to the at least one cylinder by means of the at least one intake valve, - at least one knock sensor arranged on a cylinder for detecting the knocking of the respective cylinder, wherein if knocking occurs in at least one cylinder by changing the opening and closing times and/or the valve elevation curves of the intake valve associated with the cylinder detected as knocking, the intake valve is actuated such that the temperature of the charge of the cylinder detected as knocking is lowered, the knocking in the cylinder is reduced, characterised in that the internal combustion engine additionally comprises a cooled exhaust gas recirculation, by means of which cooled exhaust gas is supplied to the cylinders of the internal combustion engine via the intake valves and the actuation of the intake valve associated with the cylinder detected as knocking includes a later closing of the intake valve. - at least one cylinder, to which at least one intake valve is assigned, - a variable valve train for the cycle-specific and cylinder-specific metering of a charge of fuel-air-mixture to the at least one cylinder by means of the at least one intake valve, - at least one knock sensor arranged on a cylinder for detecting the knocking of the respective cylinder,