mhurhangee/ep-ind-claims huggingface dataset:
A debranching stent graft comprising: a main body stent graft with a first bifurcation defining a first leg and a second leg, wherein the main body stent graft has a distal end and a proximal end; characterized in that the main body stent graft has a diameter at the proximal end in the range from about 18 mm to about 28 mm; wherein the first leg and the second leg each have a diameter in the range from about 12 mm to about 18 mm; wherein the distance from the proximal end of the main body stent graft to the distal end of the first leg is in the range from about 30 mm to about 50 mm; wherein the distance from the proximal end of the main body stent graft to the distal end of the second leg is in a range from about 50 mm to about 70 mm; and a first great vessel limb joined with one of the first leg or the second leg at the distal end of the main body stent graft in a unitary configuration, wherein the first great vessel limb has a bifurcation defining a third leg and a fourth leg.
Measuring module, designed and adapted for measuring rods and/or rod sections produced in rod makers of the tobacco-processing industry and transported in conveying direction F, comprising a housing, at least one rod throughflow channel, at least one measuring means arranged in the housing and directed towards the or each rod throughflow channel as well as a means for the introduction of cleaning air RL into the rod throughflow channel, wherein a protective pipe section assigned exclusively to the measuring module is arranged in the or each rod throughflow channel, which protective pipe section is arranged entirely within the housing, wherein the protective pipe section extends from an infeed region E of the or each rod into the rod throughflow channel up to a discharge region A of the or each rod out of the rod throughflow channel, wherein a nozzle element for the introduction of cleaning air RL into the protective pipe section is arranged in infeed region E of each rod into rod throughflow channel, wherein each nozzle element for the radially directed feed of cleaning air RL to the protective pipe section and longitudinal-axially directed conduction of cleaning air RL is designed and adapted in the protective pipe section, characterised in that each nozzle element is fastened to an infeed plate, wherein the infeed plate is fastened detachably to the housing and the nozzle element comprises a hollow-cylindrical nozzle section with a closed lateral surface.
A method for preparing the surfactant composition for agricultural chemicals, comprising, adding PO to a lower alcohol by a block addition polymerization to form an intermediate product 1, evaporating and removing unreacted substances and/or adducts of low moles by distillation, adding EO to the intermediate product 1 by a block addition polymerization to form an intermediate product 2, evaporating and removing unreacted lower alcohol or substances having low numbers of moles added to form an intermediate product 3, and transesterifying the intermediate product 3 with fatty acid ester or esterifying the intermediate product 3 with fatty acid to obtain the surfactant composition for agricultural chemicals, wherein the procedure is performed in recited order, wherein the surfactant composition for agricultural chemicals, comprises: fatty acid polyoxyalkylene alkyl ether expressed by the following general formula, R 1 CO m n OR 2 where R 1 CO is a C 14-22 saturated or unsaturated fatty acid residue, R 2 is a C1-3 alkyl group; m and n each express an average number of moles added, where m is an integer of 2 to 10, and n is an integer of 1 to 4; and EO expresses a structural unit of ethylene oxide, and PO expresses a structural unit of propylene oxide, where EO and PO are added in the form of a block polymer, where EO block is linked directly to R 1 CO, wherein the fatty acid polyoxyalkylene alkyl ether has a narrow ratio of 55% by mass or more, where the narrow ratio is expressed by the following formula: Narrow ratio = ∑ i = n + m MAX - 2 i = n + m MAX + 2 Y i where i is the number of moles of alkylene oxide added (the total number of moles of EO and PO which are added), (n+m) MAX is the value of i of the fatty acid polyoxyalkylene alkyl ether whose number of moles of alkylene oxide added presents in the largest amount on mass basis among all the fatty acid polyoxyalkylene alkyl ether expressed by the general formula, and Yi is a proportion (% by mass) of the fatty acid polyoxyalkylene alkyl ether whose number of moles of alkylene oxide added is i in the entire fatty acid polyoxyalkylene alkyl ether. fatty acid polyoxyalkylene alkyl ether expressed by the following general formula, R 1 CO m n OR 2 where R 1 CO is a C 14-22 saturated or unsaturated fatty acid residue, R 2 is a C1-3 alkyl group; m and n each express an average number of moles added, where m is an integer of 2 to 10, and n is an integer of 1 to 4; and EO expresses a structural unit of ethylene oxide, and PO expresses a structural unit of propylene oxide, where EO and PO are added in the form of a block polymer, where EO block is linked directly to R 1 CO, wherein the fatty acid polyoxyalkylene alkyl ether has a narrow ratio of 55% by mass or more, where the narrow ratio is expressed by the following formula: Narrow ratio = ∑ i = n + m MAX - 2 i = n + m MAX + 2 Y i
An antenna system of a mobile communication base station comprising; a signal separation unit for receiving a synthetic signal of an RF signal, a DC signal, and a control signal with a preset format for antenna control which is transmitted from a main system of the base station through a feeder cable, the signal separation unit being adapted for separating the DC signal and the control signal from the RF signal, and providing the RF signal to an antenna unit; and a remote control target device for receiving the DC signal and the control signal which are output from the signal separation unit, for using the DC signal as operating power, and for performing an operation for the antenna control according to the control signal, wherein the remote control target device comprises a modem, the modem being adapted for converting the control signal into a format set in advance to be internally recognized, characterized in that the signal separation unit and the remote control target device are provided within the radome of the antenna, and in that: the control signal output from the signal separation unit has an On-Off Keying, OOK, signal format, and wherein the remote control target device comprises: a power source for providing the DC signal output from the signal separation unit, RET, as operating power for each of the internal function units of the RET, the modem for converting the OOK signal into a Transistor-Transistor Logic, TTL, signal, a first RS485 circuit for converting the TTL signal output from the modem into the RS485 signal, a second RS485 circuit for converting the RS485 signal output from the first RS485 circuit into the TTL signal again, and a Central Processing Unit, CPU, for receiving the TTL signal output from the second RS485 circuit to recognize a control command, wherein the CPU is adapted for outputting an operating control signal to a driver that drives an electrical and mechanical device set in advance for the antenna control. a power source for providing the DC signal output from the signal separation unit, RET, as operating power for each of the internal function units of the RET, the modem for converting the OOK signal into a Transistor-Transistor Logic, TTL, signal, a first RS485 circuit for converting the TTL signal output from the modem into the RS485 signal, a second RS485 circuit for converting the RS485 signal output from the first RS485 circuit into the TTL signal again, and a Central Processing Unit, CPU, for receiving the TTL signal output from the second RS485 circuit to recognize a control command, wherein the CPU is adapted for outputting an operating control signal to a driver that drives an electrical and mechanical device set in advance for the antenna control.
A system for applying mechanical stimulation to a biologic sample, the system comprising: a first biologic sample chamber having a biologic sample holder therein; a support structure for holding the first biologic sample chamber; a first actuator that can supply a mechanical load to a biologic sample held by the biologic sample holder, the actuator configured to move into a first position proximate to the chamber in which the actuator can transmit the load to the biologic sample via a first transmission path that includes the biologic sample holder; a controller configured to automatically move the first actuator into the first position; characterized by a second actuator which is substantially different from the first actuator, the second actuator being automatically movable into the first position when the first actuator is not in the first position so that the second actuator can transmit a load to the first biologic sample holder via the first transmission path. a first biologic sample chamber having a biologic sample holder therein; a support structure for holding the first biologic sample chamber; a first actuator that can supply a mechanical load to a biologic sample held by the biologic sample holder, the actuator configured to move into a first position proximate to the chamber in which the actuator can transmit the load to the biologic sample via a first transmission path that includes the biologic sample holder; a controller configured to automatically move the first actuator into the first position; characterized by a second actuator which is substantially different from the first actuator, the second actuator being automatically movable into the first position when the first actuator is not in the first position so that the second actuator can transmit a load to the first biologic sample holder via the first transmission path.
An oscillator comprising: an amplifier array including a plurality of inverting amplifiers connected in parallel; a buffer coupled to the amplifier array and configured to generate an output signal of the oscillator, wherein the output signal is an oscillating signal at a desired frequency; a control logic unit coupled to the amplifier array and configured to activate and deactivate one or more inverting amplifiers of the plurality of inverting amplifiers based on both a controlled clock and the output signal; a self-clock generating circuit coupled to the control logic unit and configured to generate a fixed clock; and a counter configured to receive the fixed clock from the self-clock generating circuit and configured to provide the controlled clock to the control logic unit; wherein the control logic unit is configured to first activate the plurality of inverting amplifiers (204a, 204b,..., 204n) upon receiving the controlled clock and then, if no oscillations are detected in the output signal, repeatedly, after each time t determined by the controlled clock, deactivate some inverting amplifiers of the plurality of inverting amplifiers until the control logic unit detects oscillations in the output signal. an amplifier array including a plurality of inverting amplifiers connected in parallel; a buffer coupled to the amplifier array and configured to generate an output signal of the oscillator, wherein the output signal is an oscillating signal at a desired frequency; a control logic unit coupled to the amplifier array and configured to activate and deactivate one or more inverting amplifiers of the plurality of inverting amplifiers based on both a controlled clock and the output signal; a self-clock generating circuit coupled to the control logic unit and configured to generate a fixed clock; and a counter configured to receive the fixed clock from the self-clock generating circuit and configured to provide the controlled clock to the control logic unit; wherein the control logic unit is configured to first activate the plurality of inverting amplifiers (204a, 204b,..., 204n) upon receiving the controlled clock and then, if no oscillations are detected in the output signal, repeatedly, after each time t determined by the controlled clock, deactivate some inverting amplifiers of the plurality of inverting amplifiers until the control logic unit detects oscillations in the output signal.
Method for detecting a spatial distribution of a physical quantity, measurable via a mobile measuring apparatus, inside a measuring room, wherein at several prescribed measuring locations inside the measuring room, that are spatially distant from one another, a measurement of the physical quantity is performed in each case using the mobile measuring apparatus and the respective measurement result is assigned to the relevant measuring location, characterised in that for the measurement at a measuring location, a current measuring apparatus position is determined using a measuring apparatus position detection means, subsequently a measuring apparatus distance between the measuring location yet to be detected and the current measuring apparatus position is determined, wherein a deviation between the current measuring apparatus position and the measuring location yet to be detected is displayed using a display means if the measuring apparatus distance determined is greater than a prescribed measuring location tolerance value, and wherein the measurement of the physical quantity is performed using the mobile measuring apparatus if the measuring apparatus distance is less than a prescribed measuring location tolerance value.
An air data probe (100, 300, 400, 500) comprising: a probe body; a housing surrounding the probe body, wherein a cavity is defined between the probe body and the housing; a heater element disposed within the cavity between the probe body and the housing; and a low melting point metal disposed within the cavity between the probe body and the housing, wherein engaging the heater element causes at least a portion of the low melting point metal to transition from a solid state to a liquid state. a probe body; a housing surrounding the probe body, wherein a cavity is defined between the probe body and the housing; a heater element disposed within the cavity between the probe body and the housing; and a low melting point metal disposed within the cavity between the probe body and the housing, wherein engaging the heater element causes at least a portion of the low melting point metal to transition from a solid state to a liquid state.
A positioning system adapted to position and anchor one end of a medical device at a location where a pulmonary vein extends from an atrium, comprising: a transeptal sheath adapted to be inserted through an atrial septum; a guide member, adapted to be slideably engaged within the transeptal sheath, having a preshaped distal portion; and an anchor device adapted to be slideably engaged within the guide member, having an elongate body with a proximal end portion and a distal end portion that is adapted to be positioned within the pulmonary vein, and also having an expandable member along the distal end portion that is adjustable between a radially collapsed condition and a radially expanded condition that is adapted to engage the pulmonary vein after the distal end portion of the guide member is advanced through the transeptal sheath and the distal portion of the anchor device is advanced through the guide member and into the pulmonary vein. a transeptal sheath adapted to be inserted through an atrial septum; a guide member, adapted to be slideably engaged within the transeptal sheath, having a preshaped distal portion; and an anchor device adapted to be slideably engaged within the guide member, having an elongate body with a proximal end portion and a distal end portion that is adapted to be positioned within the pulmonary vein, and also having an expandable member along the distal end portion that is adjustable between a radially collapsed condition and a radially expanded condition that is adapted to engage the pulmonary vein after the distal end portion of the guide member is advanced through the transeptal sheath and the distal portion of the anchor device is advanced through the guide member and into the pulmonary vein.
An optical fiber comprising: a core having an elliptical cross section, the core having an ellipticity between 2 and 40, wherein ellipticity is defined as a ratio of a cross-sectional length along an x-axis to a cross-sectional length along an y-axis, wherein the x-axis forms a major axis of the ellipse of the elliptical cross section and the y-axis forms the minor axis of the ellipse of the elliptical cross section, and a cladding, having a circular cross section, enclosing the core, wherein a width of the core along the x-axis allows for the transmission of a plurality of mode pairs, wherein each of the plurality of mode pairs is comprised of two orthogonal linear polarizations, wherein the plurality of mode pairs have an effective index separation between adjacent vector modes greater than 1 x 10 -4, wherein the optical fiber is a polarization maintaining fiber; and the optical fiber being characterized in that: the effective index separation is caused by thermal stress induced during the manufacture of the optical fiber and the elliptical shape of the core. a core having an elliptical cross section, the core having an ellipticity between 2 and 40, wherein ellipticity is defined as a ratio of a cross-sectional length along an x-axis to a cross-sectional length along an y-axis, wherein the x-axis forms a major axis of the ellipse of the elliptical cross section and the y-axis forms the minor axis of the ellipse of the elliptical cross section, and a cladding, having a circular cross section, enclosing the core, wherein a width of the core along the x-axis allows for the transmission of a plurality of mode pairs, wherein each of the plurality of mode pairs is comprised of two orthogonal linear polarizations, wherein the plurality of mode pairs have an effective index separation between adjacent vector modes greater than 1 x 10 -4, wherein the optical fiber is a polarization maintaining fiber; and the optical fiber being characterized in that: the effective index separation is caused by thermal stress induced during the manufacture of the optical fiber and the elliptical shape of the core.
A gobo holder for a gobo wheel, comprising: a base element; and a gobo fastening element rotatably mounted to the base element, the base element comprising at least one resilient latching member (14a, 14b) configured to form a mechanical latching connection with a latching feature (32a, 32b) on the gobo wheel, by which mechanical latching connection the gobo holder may be detachably connected to the gobo wheel. a base element; and a gobo fastening element rotatably mounted to the base element, the base element comprising at least one resilient latching member (14a, 14b) configured to form a mechanical latching connection with a latching feature (32a, 32b) on the gobo wheel, by which mechanical latching connection the gobo holder may be detachably connected to the gobo wheel.
An identification assembly for an identity document, the assembly comprising a substrate with a substantially planar configuration, and an adjacent surface (13, 14) hingeably attached to the substrate and provided adjacent to the substrate, wherein the substrate comprises at least two image areas (18, 20), the first image area having a first image, the second image area comprising a second laser produced image, and a third image corresponding to the second image is provided onto the adjacent surface (13, 14), the third image being visible for a user by hinging the substrate away from the adjacent surface, and wherein the second image area is transparent, characterised in that the third image is provided through the second image area onto the adjacent surface and in that the first image area is opaque".
Method for cleaning items to be cleaned, wherein a cleaning device having at least one cleaning chamber and at least one application device for applying at least one cleaning fluid to the items to be cleaned in the cleaning chamber is used, wherein the method comprises the following steps: a. prespecifying a desired hygiene value which is to be achieved with the cleaning; b. time-resolved recording of at least two influencing variables which have an influence on a hygienization of the items to be cleaned; c. determining hygiene value shares from the influencing variables using a prespecified relationship between each influencing variable and the respective hygiene value share of said influencing variable; d. ascertaining an expected actual hygiene value at the end of the cleaning from the hygiene value shares; e. comparing the expected actual hygiene value with the desired hygiene value; and f. influencing at least one influencing variable depending on the result of the comparison. a. prespecifying a desired hygiene value which is to be achieved with the cleaning; b. time-resolved recording of at least two influencing variables which have an influence on a hygienization of the items to be cleaned; c. determining hygiene value shares from the influencing variables using a prespecified relationship between each influencing variable and the respective hygiene value share of said influencing variable; d. ascertaining an expected actual hygiene value at the end of the cleaning from the hygiene value shares; e. comparing the expected actual hygiene value with the desired hygiene value; and f. influencing at least one influencing variable depending on the result of the comparison.
Driver assistance system of a rail vehicle, in particular a multiple-unit train or a locomotive, having: - a control unit, with which a driving recommendation for a driver of the rail vehicle can be calculated, - a connection to a receiver of a global navigation satellite system installed in the rail vehicle, - a video screen connected to the control unit for displaying signs that convey the calculated driving recommendation, - wherein the calculated driving recommendation contains a driving speed recommendation, - such that the video screen can be switched by the control unit between a daytime mode in which it is brighter and a night-time mode in which it is darker, - wherein the control unit is designed in such manner that when the video screen is switched into the night-time mode, in the event of a change of a calculated driving recommendation the control unit emits an output signal to change the video screen from a darker to a brighter condition and to display the signs that convey the driving recommendation on the video screen, characterised in that the display of the signs that convey the calculated driving recommendation on the video screen can be changed from the darker condition to the brighter condition, so that the signs are visible on the otherwise dark video screen. - a control unit, with which a driving recommendation for a driver of the rail vehicle can be calculated, - a connection to a receiver of a global navigation satellite system installed in the rail vehicle, - a video screen connected to the control unit for displaying signs that convey the calculated driving recommendation, - wherein the calculated driving recommendation contains a driving speed recommendation, - such that the video screen can be switched by the control unit between a daytime mode in which it is brighter and a night-time mode in which it is darker, - wherein the control unit is designed in such manner that when the video screen is switched into the night-time mode, in the event of a change of a calculated driving recommendation the control unit emits an output signal to change the video screen from a darker to a brighter condition and to display the signs that convey the driving recommendation on the video screen, characterised in that