mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method to provide execution of both a first management application and a second management application on a client device, comprising: identifying that the first management application installed on the client device has device management privileges with an operating system of the client device through enrollment of the client device with a first remote service; installing the second management application on the client device, the second management application being configured to obtain device management privileges with the operating system of the client device through enrollment of the client device with a second remote service; intercepting a terminate command, generated by the first management application to terminate execution of any other management application including terminating execution of the second management application, priorto receipt of the terminate command by the operating system whereby the operating system does not terminate execution of the second management application on the client device; and causing, in response to the terminate command being intercepted, the client device to communicate a spoofed response to the first management application as if the terminate command had been received by the operating system. identifying that the first management application installed on the client device has device management privileges with an operating system of the client device through enrollment of the client device with a first remote service; installing the second management application on the client device, the second management application being configured to obtain device management privileges with the operating system of the client device through enrollment of the client device with a second remote service; intercepting a terminate command, generated by the first management application to terminate execution of any other management application including terminating execution of the second management application, priorto receipt of the terminate command by the operating system whereby the operating system does not terminate execution of the second management application on the client device; and causing, in response to the terminate command being intercepted, the client device to communicate a spoofed response to the first management application as if the terminate command had been received by the operating system.
Variable valve drive, in particular with a sliding cam system, for an internal combustion engine, having: a shaft; a cam carrier which is arranged rotationally conjointly and axially displaceably on the shaft and which has a first cam, a second cam, a first engagement track, a second engagement track and a third engagement track; a first actuator which is designed to engage into the first engagement track in order to displace the cam carrier in a first axial direction; and a second actuator which is designed to engage into the second engagement track in order to displace the cam carrier in a second axial direction which is opposite to the first axial direction, and to engage into the third engagement track in order to displace the cam carrier in the first axial direction. a shaft; a cam carrier which is arranged rotationally conjointly and axially displaceably on the shaft and which has a first cam, a second cam, a first engagement track, a second engagement track and a third engagement track; a first actuator which is designed to engage into the first engagement track in order to displace the cam carrier in a first axial direction; and a second actuator which is designed to engage into the second engagement track in order to displace the cam carrier in a second axial direction which is opposite to the first axial direction, and to engage into the third engagement track in order to displace the cam carrier in the first axial direction.
A power amplifier with adjustable voltage standing wave ratio comprising: an amplifier unit generating an output signal, a coupler configured to obtain an incident power of the output signal and a coupled reflected power based on the output signal, and a power control unit coupled to the coupler and the amplifier unit wherein the power control unit is configured to control the amplifier unit according to the powers obtained by the coupler, and wherein the power control unit comprises two power detectors (22, 24) configured to provide actuating variables which correspond to the incident power and the reflected power, respectively, characterized in that the power control unit comprising two digital potentiometers (26, 28) which are configured to variably weight the actuating variables according to a set value of the voltage standing wave ratio, wherein the power control unit is configured to determine a control variable for an attenuation element in the amplifier unit based on the actuating variables such that a predetermined power level related to the a set value of the voltage standing wave ratio is not exceeded by the incident power and/or the reflected power. an amplifier unit generating an output signal, a coupler configured to obtain an incident power of the output signal and a coupled reflected power based on the output signal, and a power control unit coupled to the coupler and the amplifier unit wherein the power control unit is configured to control the amplifier unit according to the powers obtained by the coupler, and wherein the power control unit comprises two power detectors (22, 24) configured to provide actuating variables which correspond to the incident power and the reflected power, respectively, characterized in that the power control unit comprising two digital potentiometers (26, 28) which are configured to variably weight the actuating variables according to a set value of the voltage standing wave ratio, wherein the power control unit is configured to determine a control variable for an attenuation element in the amplifier unit based on the actuating variables such that a predetermined power level related to the a set value of the voltage standing wave ratio is not exceeded by the incident power and/or the reflected power.
A position detection encoder comprising: a scale provided with a plurality of tracks (104, 106), a detection head moved relative to the scale, position detection circuits (112, 114) capable of outputting respective pieces of position information (Xf, Xs) on the plurality of tracks (104, 106), speed detection means provided on the detection head, the speed detection means detecting a relative speed (v) relative to the scale, and delay means for providing a time difference between a plurality of output request signals, the time difference being provided on the basis of a fine adjustment time (tadj) based on the relative speed (v) and the respective pieces of position information (Xf, Xs) on the plurality of tracks (104, 106), the output request signals urging the position detection circuits (112, 114) to output the position information on the plurality of tracks (104, 106), characterized in that the position detection encoder further comprises: computing means (116, 118, 120, 124, 126) for determining time differential values (dXf/dt, dXs/dt) of the respective pieces of position information (Xf, Xs) on the plurality of tracks (104, 106) outputted in response to the plurality of output request signals, computing a difference value (dEr/dt) between the time differential values (dXf/dt, dXs/dt), and dividing the difference value (dEr/dt) by a time differential value (dv/dt) of the relative speed (v) so as to determine a division value (dEr/dv), and in that the position detection encoder further comprises an update circuit connected to the delay means and adapted to specify the fine adjustment time (tadj) so that the division value (dEr/dv) converges to zero. a scale provided with a plurality of tracks (104, 106), a detection head moved relative to the scale, position detection circuits (112, 114) capable of outputting respective pieces of position information (Xf, Xs) on the plurality of tracks (104, 106), speed detection means provided on the detection head, the speed detection means detecting a relative speed (v) relative to the scale, and delay means for providing a time difference between a plurality of output request signals, the time difference being provided on the basis of a fine adjustment time (tadj) based on the relative speed (v) and the respective pieces of position information (Xf, Xs) on the plurality of tracks (104, 106), the output request signals urging the position detection circuits (112, 114) to output the position information on the plurality of tracks (104, 106),
A sheet comprising a plexifilamentary web, the web having a normalized Frazier air permeability of between 0.002 and 0.2 m 3 /m 2.minute @ 50 gsm, a BET surface area of between 9 and 20 m 2 /g and a normalized hydrohead of between 150 and 250 cm @ 50 gsm.
Sanitary valve, having a main valve which has a movable diaphragm, and a pilot valve by which the main valve is actuatable, wherein a position of the diaphragm is predefinable by a setting of a valve tappet of the pilot valve, wherein the valve tappet is connected to a push-push mechanism, wherein the valve tappet is switchable between switching positions with the push-push mechanism, wherein the push-push mechanism, by a mechanical guide, enforces an alternation between the achievable switching positions by repeated, uniform pressing of an actuation element, wherein the push-push mechanism has a movable displacement part with in each case several displacement elements that run in one of several guide tracks, and the push-push mechanism has a switching part which is arranged movably counter to a restoring force and which has at least one guide element which runs in at least one guide track and which, by way of the several movable displacement elements, is able to be transferred from one guide track to a neighbouring guide track, wherein the valve tappet, in an inner switching position of the switching positions, defines a stop for the movable diaphragm, characterized in that the valve tappet is switchable with the push-push mechanism between at least three switching positions.
High- voltage instrument transformer having the form of a current transformer CT or a voltage transformer VT in which the current transformer, having an elastic insulation member in a conductive encapsulation, is provided with a column comprising a column insulating body for electric insulation of leads of a secondary winding assembly, the voltage transformer, having an elastic insulation member, is provided with a column comprising a column insulating body for electric insulation of a lead of primary winding, wherein the column insulating body of CT or the column insulating body of VT is in contact with the insulating member of CT or the insulating member of VT, respectively, wherein the column of CT or the column of VT has an external insulator of CT or an external insulator of VT and whereas for the voltage transformer VT the insulating member is made of the same material as for the current transformer CT and the insulating member tightly adheres to matching outer surfaces of the primary winding, column insulating body and to the inner surface of the conductive encapsulation, and the elastic insulation member tightly adheres to matching outer surfaces of the column insulating body, a winding shield and to the inner surface of the conductive encapsulation, characterized in that the current transformer CT has a head insulating body having a form of a bushing for electrical insulation of the secondary winding assembly from the primary winding conductor, the head insulating body being placed within the conductive encapsulation and being in contact with the insulating member, which insulating member is made of an elastic conformable material which tightly adheres to matching outer surfaces of the head insulating body of the current transformer CT and the conductive encapsulation of CT or the conductive encapsulation of VT is made of electrically conductive polymer or electrically conductive elastomer material.
A container ship or container yard comprising stacks of refrigerated storage containers, local controllers respectively coupled with corresponding refrigerated storage containers to control operations thereof in accordance with controller parameters, and a supervisory controller, the supervisory controller comprising: an input unit disposed to receive first data from each local controller of the refrigerated storage containers and second data from at least one sensor of each refrigerated storage containers; an output unit disposed to issue control commands to each local controller; and a processing unit configured to generate the control commands based on an optimized control strategy derived from a correlation between the first and second data, wherein: the first data comprises condenser air inlet temperature measurements of each refrigerated container and operational parameters of each refrigerated container, the operational parameters comprise refrigerated container on/off mode information, desired set point information, allowable temperature variability information and ambient temperature information, and the second data comprises at least one or more of refrigerated container cargo space controlled temperature information and electrical power draw information. an input unit disposed to receive first data from each local controller of the refrigerated storage containers and second data from at least one sensor of each refrigerated storage containers; an output unit disposed to issue control commands to each local controller; and a processing unit configured to generate the control commands based on an optimized control strategy derived from a correlation between the first and second data, wherein: the first data comprises condenser air inlet temperature measurements of each refrigerated container and operational parameters of each refrigerated container, the operational parameters comprise refrigerated container on/off mode information, desired set point information, allowable temperature variability information and ambient temperature information, and the second data comprises at least one or more of refrigerated container cargo space controlled temperature information and electrical power draw information. the first data comprises condenser air inlet temperature measurements of each refrigerated container and operational parameters of each refrigerated container, the operational parameters comprise refrigerated container on/off mode information, desired set point information, allowable temperature variability information and ambient temperature information, and the second data comprises at least one or more of refrigerated container cargo space controlled temperature information and electrical power draw information.
A laminated core manufacturing method for performing rotational lamination by conveying a band-shaped material to be stamped (10, 40) to a die apparatus to successively perform presswork, stamping out and dropping each manufactured core piece (18, 20) into a blanking die (21, 48) and rotating the blanking die (21, 48) by a predetermined angle, the method comprising: disposing a positioning mechanism for the blanking die (21, 48) inward from both ends in a width direction of the band-shaped material to be stamped (10, 40), the positioning mechanism including rotational lamination guide pins disposed on an upper die and rotational lamination guide holes disposed on the blanking die (21,48); providing the band-shaped material to be stamped (10, 40) with temporary holes (13-16, 43, 44) for the rotational lamination guide pins to be loosely inserted therein, respectively; and performing positioning of the blanking die (21, 48) in a rotation direction by making the rotational lamination guide pins respectively fit in the rotational lamination guide holes through the temporary holes (13-16, 43, 44), wherein the temporary holes (13-16, 43, 44) are formed in an outer region of the core piece (18, 20). disposing a positioning mechanism for the blanking die (21, 48) inward from both ends in a width direction of the band-shaped material to be stamped (10, 40), the positioning mechanism including rotational lamination guide pins disposed on an upper die and rotational lamination guide holes disposed on the blanking die (21,48); providing the band-shaped material to be stamped (10, 40) with temporary holes (13-16, 43, 44) for the rotational lamination guide pins to be loosely inserted therein, respectively; and performing positioning of the blanking die (21, 48) in a rotation direction by making the rotational lamination guide pins respectively fit in the rotational lamination guide holes through the temporary holes (13-16, 43, 44), wherein the temporary holes (13-16, 43, 44) are formed in an outer region of the core piece (18, 20).
A pneumatic tire comprising a tread having two or more circumferential main grooves formed thereon so as to continuously extend in a tire circumferential direction, wherein when the tread is divided into two regions with a tire equator plane as a boundary, totals of areas of the circumferential main grooves in the respective regions in a ground-contact surface are different from each other, and the tire is mounted on the vehicle so that the region where the total area of the main grooves in the circumferential direction is smaller is located outside the equatorial plane of the tire, wherein, when a total value of the areas of the circumferential main grooves in a region in which a total of the areas of the circumferential main grooves is smaller is denoted by A, and a total value of the areas of the circumferential main grooves in a region in which a total of the areas of the circumferential main grooves is larger is denoted by B, A/B is 0.55 to 0.85, the tread is formed from a rubber composition that contains a styrene-butadiene-based rubber having a styrene content of 30% by mass or less and a vinyl bond content of 40% by mass or less in a butadiene part thereof and an isoprene-based rubber as a rubber component and that has a loss tangent (tanδ) measured under conditions of a frequency of 10 Hz, an initial strain of 2%, and a dynamic strain rate of 1% and exhibiting a peak in a range of -20 to 10°C. when the tread is divided into two regions with a tire equator plane as a boundary, totals of areas of the circumferential main grooves in the respective regions in a ground-contact surface are different from each other, and the tire is mounted on the vehicle so that the region where the total area of the main grooves in the circumferential direction is smaller is located outside the equatorial plane of the tire, wherein, when a total value of the areas of the circumferential main grooves in a region in which a total of the areas of the circumferential main grooves is smaller is denoted by A, and a total value of the areas of the circumferential main grooves in a region in which a total of the areas of the circumferential main grooves is larger is denoted by B, A/B is 0.55 to 0.85, the tread is formed from a rubber composition that contains a styrene-butadiene-based rubber having a styrene content of 30% by mass or less and a vinyl bond content of 40% by mass or less in a butadiene part thereof and an isoprene-based rubber as a rubber component and that has a loss tangent (tanδ) measured under conditions of a frequency of 10 Hz, an initial strain of 2%, and a dynamic strain rate of 1% and exhibiting a peak in a range of -20 to 10°C.
Carbonylation process in which at least one compound which is capable of being carbonylated by means of carbon monoxide is reacted with carbon monoxide in the presence of a metal complex catalyst of a metal of transition group VIII of the Periodic Table of the Elements which has an organophosphorus compound as ligand, characterized in that the carbonylation is carried out in the presence of a sterically hindered secondary amine having a 2,2,6,6-tetramethylpiperidine unit II
A method comprising: tracking RFID tags (106a, 106b) affixed to luggage items within an aircraft cabin to monitor distribution and/or movement of the luggage items within the aircraft cabin; and collecting RFID data from tracking the RFID tags for a plurality of flights; and optimizing boarding and/or deboarding process(es) based on the RFID data. tracking RFID tags (106a, 106b) affixed to luggage items within an aircraft cabin to monitor distribution and/or movement of the luggage items within the aircraft cabin; and collecting RFID data from tracking the RFID tags for a plurality of flights; and optimizing boarding and/or deboarding process(es) based on the RFID data.
A rubber composition in which a relationship between: a maximum value Ξ c of a correlation length Ξ i of 10 nm to 100 μm obtained by performing curve-fitting with the following (Expression 1-2) to (Expression 1-7) on a scattering intensity curve I(q) obtained by performing X-ray scattering measurement or neutron scattering measurement in a region of q represented by the following (Expression 1); and a standard deviation σ c of the maximum value Ξ c is Ξ c ≤ Ξ c /2, the rubber composition containing a rubber component having a glass transition temperature of not higher than -20°C, [Math. 1] q = 4 ⁢ π sin θ / 2 λ (θ: scattering angle, λ: a wavelength of X-rays or neutron rays) [Math. 2] I q = ∫ A 1 + q 2 ξ 2 g a r dr + ∑ i = 1 n ∫ B i 1 + q 2 Ξ i 2 2 g bi r dr ξ < Ξ i A = 8 πN a ρ 2 ξ 3 B i = 4 πN i ρ 2 Ξ i 2 g a r = 1 2 πσ a 2 exp − r − ξ 2 2 σ a 2 g bi r = 1 2 πσ i 2 exp − r − Ξ i 2 2 σ i 2 (A, B i, ξ, Ξ i: fitting parameters) (n: an integer) (q: the same as in (Expression 1)) (N a: the number of scatterers having a correlation length ξ per unit volume (number/cm 3)) (N i: the number of scatterers having the correlation length Ξ i per unit volume (number/cm 3)) (ρ: a scattering length density difference (cm -2) or an electron density difference (electron cm -3) between the scatterers and a deuterated solvent or air therearound) (ga(r): a probability density function having an average correlation length ξ and a standard deviation σ a when a correlation length is assumed to be present in a Gaussian distribution) (gbi(r): a probability density function having an average correlation length Ξ i and a standard deviation σ i when a correlation length is assumed to be present in a Gaussian distribution). (A, B i, ξ, Ξ i: fitting parameters) (n: an integer) (q: the same as in (Expression 1)) (N a: the number of scatterers having a correlation length ξ per unit volume (number/cm 3)) (N i: the number of scatterers having the correlation length Ξ i per unit volume (number/cm 3)) (ρ: a scattering length density difference (cm -2) or an electron density difference (electron cm -3) between the scatterers and a deuterated solvent or air therearound) (ga(r): a probability density function having an average correlation length ξ and a standard deviation σ a when a correlation length is assumed to be present in a Gaussian distribution) (gbi(r): a probability density function having an average correlation length Ξ i and a standard deviation σ i when a correlation length is assumed to be present in a Gaussian distribution).