mhurhangee/ep-ind-claims huggingface dataset:
Modeling system for software testing of a system under test, SUT, the modeling system comprising: a test model creator, the test model creator being adapted for providing a test model based on an integrated modeling environment and considering a domain specific profile, wherein the domain specific profile pertains to one or more domains of the SUT; a test scenario generator, the test scenario generator being adapted for providing a plurality of test scenarios based on the test model; wherein the test scenarios are Behaviour-Driven Testing, BDT, test scenarios for the SUT; a scenario translator, the scenario translator being adapted for translating the test scenarios, into domain-specific language; wherein translating the test scenarios is based on the domain specific profile. a test model creator, the test model creator being adapted for providing a test model based on an integrated modeling environment and considering a domain specific profile, wherein the domain specific profile pertains to one or more domains of the SUT; a test scenario generator, the test scenario generator being adapted for providing a plurality of test scenarios based on the test model; wherein the test scenarios are Behaviour-Driven Testing, BDT, test scenarios for the SUT; a scenario translator, the scenario translator being adapted for translating the test scenarios, into domain-specific language; wherein translating the test scenarios is based on the domain specific profile.
A method of capacitance-to-voltage conversion with an external sensor capacitor (C P) and a capacitance-to-voltage converter implemented on an integrated readout circuit that includes a reference capacitor (C R), a sampling capacitor (C S) and a sampling amplifier and has input terminals to which the sensor capacitor (C P) is connected, comprising the following sequence of steps: a) applying a reference voltage (V ref) to the series connected sensor capacitor (C P) and reference capacitor (C R) and charging the sampling capacitor (C S) to the potential at the interconnection node between the sensor capacitor (C P) and the reference capacitor (C R); b) connecting the sampling capacitor (C S) to inputs of the sampling amplifier; c) applying the reference voltage (V ref) to the series connected sensor capacitor (C P) and reference capacitor (C R) with a polarity opposite to that in step a) and charging the sampling capacitor (C S) to the potential at the interconnection node between the sensor capacitor (C P) and the reference capacitor (C R); and d) connecting the sampling capacitor (C S) to the inputs of the sampling amplifier in a polarity opposite to that in step b). a) applying a reference voltage (V ref) to the series connected sensor capacitor (C P) and reference capacitor (C R) and charging the sampling capacitor (C S) to the potential at the interconnection node between the sensor capacitor (C P) and the reference capacitor (C R); b) connecting the sampling capacitor (C S) to inputs of the sampling amplifier; c) applying the reference voltage (V ref) to the series connected sensor capacitor (C P) and reference capacitor (C R) with a polarity opposite to that in step a) and charging the sampling capacitor (C S) to the potential at the interconnection node between the sensor capacitor (C P) and the reference capacitor (C R); and d) connecting the sampling capacitor (C S) to the inputs of the sampling amplifier in a polarity opposite to that in step b).
A method of forming a biodiesel product from unrefined or waste oils, the method comprising the steps of: preparing a heterogeneous catalyst system, the catalyst system comprising a mixture of zinc and lanthanum oxides having a Zn:La bulk molar ratio between 1.2:1.0 and 8.9:1.0; placing an unrefined oil feedstock and an alcohol in contact with the catalyst system to form a reaction mixture, the mixture including triglycerides, alcohol, free fatty acids in a concentration that is greater than 0.5 wt.%, and water in a concentration that is greater than 1 wt.%; heating the reaction mixture to a temperature that is between 170°C and 220°C; and allowing the transesterification of the triglycerides and the esterification of the fatty free acids to simultaneously occur for a predetermined amount of time to form fatty acid methyl esters resulting in a biodiesel product; and separating the catalyst from the biodiesel product in order to collect the biodiesel product. preparing a heterogeneous catalyst system, the catalyst system comprising a mixture of zinc and lanthanum oxides having a Zn:La bulk molar ratio between 1.2:1.0 and 8.9:1.0; placing an unrefined oil feedstock and an alcohol in contact with the catalyst system to form a reaction mixture, the mixture including triglycerides, alcohol, free fatty acids in a concentration that is greater than 0.5 wt.%, and water in a concentration that is greater than 1 wt.%; heating the reaction mixture to a temperature that is between 170°C and 220°C; and allowing the transesterification of the triglycerides and the esterification of the fatty free acids to simultaneously occur for a predetermined amount of time to form fatty acid methyl esters resulting in a biodiesel product; and separating the catalyst from the biodiesel product in order to collect the biodiesel product.
A shovel, comprising: a turning electric motor configured to drive a turning body to turn; and a turning brake hydraulic motor mechanically connected to the turning body or the turning electric motor, characterized in that in a state where a turning operation part for turning the turning body is unoperated, the turning body is braked using the turning brake hydraulic motor and a braking operation of a mechanical brake unit for mechanically holding the turning body stationary is released when an operation part for performing an operation other than turning of the turning body is operated. a turning electric motor configured to drive a turning body to turn; and a turning brake hydraulic motor mechanically connected to the turning body or the turning electric motor, characterized in that in a state where a turning operation part for turning the turning body is unoperated, the turning body is braked using the turning brake hydraulic motor and a braking operation of a mechanical brake unit for mechanically holding the turning body stationary is released when an operation part for performing an operation other than turning of the turning body is operated.
An electrolyte solution comprising an electrolyte salt and an electrolyte solvent, wherein the electrolyte solvent comprises an n-fluoro diethyl carbonate selected from the group comprising ethyl (1-fluoroethyl) carbonate, 1-fluoroethyl (2,2,2-trifluoroethyl) carbonate and mixtures thereof in an amount in the range of ≥ 20 wt% to ≤ 100 wt%, referring to a total amount of the electrolyte solvent of 100 wt%, and wherein the electrolyte salt is a lithium sulfonimide salt selected from the group comprising bis(trifluoromethanesulfonyl)imide LiN(SO 2 CF 3) 2 and lithium bis(fluorosulfonyl)imide LiN(FSO 2) 2.
Plug-type connector having an external conductor part which is formed on a cable-side end of the plug-type connector for electrical and mechanical connection with an external conductor of a cable and which forms an electromagnetic screen of the plug-type connector, having at least one internal conductor part which is formed on the cable-side end of the plug-type connector for electrical and mechanical connection with at least one internal conductor of a cable, and having a housing, wherein a radially acting latching device is provided on an outer circumference of the housing for locking the plug-type connector in a mechanically releasable manner in a plugged-in state in which the plug-type connector is plugged, with a plug-side end axially opposite the cable-side end, into a complementary plug-type connector and an electrical and mechanical contact is established between the internal conductor part of the plug-type connector and a complementary internal conductor part of the complementary plug-type connector as well as establishing an electrical and mechanical contact between the external conductor part of the plug-type connector and a complementary external conductor part of the complementary plug-type connector, wherein the latching device is manufactured from a resilient material in the form of a ring which has a gap in the circumferential direction, wherein the ring is arranged on the outer circumference of the housing in a plane perpendicular to a longitudinal axis of the plug-type connector, such that a first side of the ring faces the plug-side end of the plug-type connector and a second side of the ring faces the cable-side end of the plug-type connector, wherein the ring projects in a radial direction from the outer circumference of the housing, wherein an inner diameter of the ring is greater than an outer diameter of the housing in the section in which the ring is located, so that the ring can be compressed radially against a spring-elastic force, characterised in that the ring has a chamfer on the first and second side such that the ring has a shorter axial length on its outer circumference than on its inner circumference, wherein a bolt which can be moved between a locking position and a release position is arranged on the housing in such a way that in the locking position the bolt engages in the gap in the ring and prevents radial compression of the ring, and in the release position releases the gap in the ring so that the ring can be radially compressed when a stop edge runs onto one of the chamfers on the sides of the ring when the plug-connected state is established or released.
An absorbent article comprising: a topsheet, a backsheet, and an absorbent core disposed between the topsheet and backsheet; and a fastening system comprising a fastening component disposed on an article component, wherein at least two layers (140, 142) overlap at least a portion of the fastening component and wherein the fastening component comprises a first plurality of fastening elements integrally formed from a first set of layers and a second plurality of fastening elements integrally formed from a second set of layers, wherein the second set of layers comprises at least one layer that is not present in the first set of layers. a topsheet, a backsheet, and an absorbent core disposed between the topsheet and backsheet; and a fastening system comprising a fastening component disposed on an article component, wherein at least two layers (140, 142) overlap at least a portion of the fastening component and wherein the fastening component comprises a first plurality of fastening elements integrally formed from a first set of layers and a second plurality of fastening elements integrally formed from a second set of layers, wherein the second set of layers comprises at least one layer that is not present in the first set of layers.
A pump unit having a hydrostatic pump, an electric motor, a pressure sensor, a throttle and a plug-in connection is connectable electrically via the plug-in connection to an electric controller and fluidically by means of a first line and a second line, to a load or a plurality of loads, the second line being connectable to the pressure sensor through at least one bore, which, with a housing of the pump unit that contains electric components and electric lines, has a common housing, and the first line and the second line being connectable to the pump within the pump housing through the throttle, characterized in that the pump unit can be inserted into a higher-order unit which contains the first and second lines (5, 6).
A structured bag for cell culture comprising: a top portion; a bottom portion having a shape; and a sidewall extending between the top portion and the bottom portion and at least partially defining an interior compartment for receiving fluid, wherein the bottom portion is configured to maintain the shape to support the structured bag such that the structured bag is free standing when placed on a surface, and characterised in that the bottom portion and at least one of the top portion and the sidewall is formed from a flexible material, and wherein the flexible material of the bottom portion is thicker than the flexible material of the at least one of the top portion and the sidewall. a top portion; a bottom portion having a shape; and a sidewall extending between the top portion and the bottom portion and at least partially defining an interior compartment for receiving fluid, wherein the bottom portion is configured to maintain the shape to support the structured bag such that the structured bag is free standing when placed on a surface, and characterised in that the bottom portion and at least one of the top portion and the sidewall is formed from a flexible material, and wherein the flexible material of the bottom portion is thicker than the flexible material of the at least one of the top portion and the sidewall.
A laminated glass (10A, 10B, 50) for vehicle, comprising: a pair of glass plates (1, 2); and an intermediate adhesive film (3A, 3B) between the pair of glass plates (1, 2), wherein the intermediate adhesive film (3A, 3B) has one continuous transmission region which includes an optical opening for transceiving an optical signal of an information acquisition device disposed inside a vehicle and transceiving the optical signal with outside the vehicle, and a light shielding region provided around a whole periphery of the optical opening except a part thereof, and a light shielding region of the laminated glass (10x, 50x) for vehicle corresponding to the light shielding region of the intermediate adhesive film has a visible light transmittance as measured according to the method in the description of 3% or less. a pair of glass plates (1, 2); and an intermediate adhesive film (3A, 3B) between the pair of glass plates (1, 2), wherein the intermediate adhesive film (3A, 3B) has one continuous transmission region which includes an optical opening for transceiving an optical signal of an information acquisition device disposed inside a vehicle and transceiving the optical signal with outside the vehicle, and a light shielding region provided around a whole periphery of the optical opening except a part thereof, and a light shielding region of the laminated glass (10x, 50x) for vehicle corresponding to the light shielding region of the intermediate adhesive film has a visible light transmittance as measured according to the method in the description of 3% or less.
Alight receiving element comprising: an on-chip lens; a wiring layer; and a semiconductor layer which is disposed between the on-chip lens and the wiring layer and includes a photodiode, wherein the wiring layer includes a reflection film which is disposed such that at least a portion thereof overlaps the photodiode when seen in a plan view and which is formed in the same layer as that of the metal wiring, and a transfer transistor which reads charge generated by the photodiode, wherein the reflection film is formed of a material including metals, metal alloys, and metal compounds which is different from that of the metal wiring electrically connected to a gate of the transfer transistor, and wherein the reflection film is formed of a material having a reflectance for infrared rays which is lower than that of the metal wiring. an on-chip lens; a wiring layer; and a semiconductor layer which is disposed between the on-chip lens and the wiring layer and includes a photodiode, wherein the wiring layer includes a reflection film which is disposed such that at least a portion thereof overlaps the photodiode when seen in a plan view and which is formed in the same layer as that of the metal wiring, and a transfer transistor which reads charge generated by the photodiode, wherein the reflection film is formed of a material including metals, metal alloys, and metal compounds which is different from that of the metal wiring electrically connected to a gate of the transfer transistor, and wherein the reflection film is formed of a material having a reflectance for infrared rays which is lower than that of the metal wiring. wherein the reflection film is formed of a material including metals, metal alloys, and metal compounds which is different from that of the metal wiring electrically connected to a gate of the transfer transistor, and wherein the reflection film is formed of a material having a reflectance for infrared rays which is lower than that of the metal wiring.
A coffee machine comprising a body, a heater provided in the body, realizing the cooking process, a cooking container in which the cooking process is performed, made of ferromagnetic material, and a resting surface provided on the heater, on which the cooking container is placed, characterized by at least one magnetic member provided on the body, enabling the cooking container to be aligned with the resting surface by attracting the cooking container wherein the magnetic member positioned so as to correspond to the upper half of the cooking container when the cooking container is placed on the resting surface.
An antenna arrangement, comprising: a magnetic antenna comprising a loop interrupted several times and at least one tuning element for tuning the magnetic antenna, wherein the loop of the magnetic antenna is interrupted several times by several capacitance elements (110_1-110_n), wherein a signal is coupled into the magnetic antenna and/or coupled out of the magnetic antenna at a first point (116_1) of the loop interrupted several times, wherein the at least one tuning element is coupled to the magnetic antenna at at least a second point (116_2) of the loop interrupted several times, wherein the first point (116_1) and the at least one second point (116_2) are different; wherein the antenna arrangement is adapted such that the signal is coupled into the magnetic antenna and/or coupled out of the magnetic antenna via a first capacitance element (110_1) of the several capacitance elements (110_1-110_n), wherein the at least one tuning element is connected to the magnetic antenna via at least a second capacitance element (110_2) of the several capacitance elements (110_1-110_n), or wherein at least a second capacitance element (110_2) of the several capacitance elements (110_1-110_n) is the at least one tuning element, wherein, in a top view of the loop interrupted several times, the second capacitance element (110_2) is arranged asymmetrically with respect to an axis running through the first capacitance element (110_1) and a center of the loop. a magnetic antenna comprising a loop interrupted several times and at least one tuning element for tuning the magnetic antenna, wherein the loop of the magnetic antenna is interrupted several times by several capacitance elements (110_1-110_n), wherein a signal is coupled into the magnetic antenna and/or coupled out of the magnetic antenna at a first point (116_1) of the loop interrupted several times, wherein the at least one tuning element is coupled to the magnetic antenna at at least a second point (116_2) of the loop interrupted several times, wherein the first point (116_1) and the at least one second point (116_2) are different; wherein the antenna arrangement is adapted such that the signal is coupled into the magnetic antenna and/or coupled out of the magnetic antenna via a first capacitance element (110_1) of the several capacitance elements (110_1-110_n), wherein the at least one tuning element is connected to the magnetic antenna via at least a second capacitance element (110_2) of the several capacitance elements (110_1-110_n), or wherein at least a second capacitance element (110_2) of the several capacitance elements (110_1-110_n) is the at least one tuning element, wherein, in a top view of the loop interrupted several times, the second capacitance element (110_2) is arranged asymmetrically with respect to an axis running through the first capacitance element (110_1) and a center of the loop.
A compound of Formula or a pharmaceutically acceptable salt thereof: wherein: n is 2; each R 1 is halo; Z 1, Z 2, Z 3, and Z 4 are each independently -CH-; R 2 is selected from the group consisting of an optionally substituted C 3-7 heterocyclyl, an optionally substituted haloalkyl, and an optionally substituted aminoalkyl; R 3 is -OH; R 4 is R 5 is -OH; R 6 is selected from the group consisting of -OH, -NHR 7, an optionally substituted C 1-6 alkyl, an optionally substituted C 1-6 alkoxy, an optionally substituted C 6-10 aryl, an optionally substituted C 5-10 heteroaryl, optionally substituted aryloxy, and an optionally substituted arylalkoxy; and R 7 is hydrogen or an optionally substituted C 1-6 alkyl. n is 2; each R 1 is halo; Z 1, Z 2, Z 3, and Z 4 are each independently -CH-; R 2 is selected from the group consisting of an optionally substituted C 3-7 heterocyclyl, an optionally substituted haloalkyl, and an optionally substituted aminoalkyl; R 3 is -OH; R 4 is R 5 is -OH; R 6 is selected from the group consisting of -OH, -NHR 7, an optionally substituted C 1-6 alkyl, an optionally substituted C 1-6 alkoxy, an optionally substituted C 6-10 aryl, an optionally substituted C 5-10 heteroaryl, optionally substituted aryloxy, and an optionally substituted arylalkoxy; and R 7 is hydrogen or an optionally substituted C 1-6 alkyl.
A subsea umbilical termination assembly comprising a base, said base includes a core frame construction with elongated sides (3, 4) onto which support plates(5, 6, 7) are mounted, at least a pair of mounting rails (12, 13; 14, 15) are respectively secured to the core frame construction along elongated sides (3, 4) and said mounting rails (12, 13; 14, 15) are provided with positioning elements (16, 17) to facilitate positioning of a modular support plate arrangement (5, 6, 7), which is fixed to the mounting rails (12, 13; 14, 15), characterized in that the mounting rails (12, 13; 14, 15) are bended profiles having a 90° offset, wherein the offsets of a pair of mounting rails (12, 13; 14, 15) are facing each other.
A mobile mining machine comprising: a movable machine base frame; a tool drum rotatable about a drum axis and including excavating tools arranged around the periphery of the tool drum, wherein at least one of the excavating tools comprises a rotatable tool holder with a support head, the tool holder is drivable in rotation and the support head is configured to hold several tool chisels; a rotational drive to drive the tool drum; a cantilever unit including a base part and a front support arm part on which the tool drum is rotatably mounted; a pivotal device to pivot the cantilever unit relative to the machine base frame about a pivotal axis; a tilt device to tilt the cantilever unit about a tilt axis; a rotary mechanism mounted between the support arm part and the base part to rotate the support arm part and the tool drum relative to the base part about a longitudinal axis of the cantilever unit. a movable machine base frame; a tool drum rotatable about a drum axis and including excavating tools arranged around the periphery of the tool drum, wherein at least one of the excavating tools comprises a rotatable tool holder with a support head, the tool holder is drivable in rotation and the support head is configured to hold several tool chisels; a rotational drive to drive the tool drum; a cantilever unit including a base part and a front support arm part on which the tool drum is rotatably mounted; a pivotal device to pivot the cantilever unit relative to the machine base frame about a pivotal axis; a tilt device to tilt the cantilever unit about a tilt axis; a rotary mechanism mounted between the support arm part and the base part to rotate the support arm part and the tool drum relative to the base part about a longitudinal axis of the cantilever unit.