mhurhangee/ep-ind-claims huggingface dataset:
Sanitary facility management method in which, in a sanitary facility with at least one sanitary installation to which water is supplied and/or through which water flows, and at which at least one operating value of the at least one sanitary installation is recorded in the form of data, the at least one operating value is transmitted to a data processing and signal output system with at least one data transmitter of a sanitary facility control device, wherein said data transmitter is connected to the at least one sanitary installation, the data processing and signal output system processes the at least one operating value, generates at least one signal depending thereon and transmits the at least one signal to at least one signal receiver of the sanitary facility control device, wherein the data processing and signal output system learns machine-based and/or generates the at least one signal using an artificial neural network and/or an expert system, characterized in that the machine-learning of the data processing und signal output system is supervised, wherein the data processing and signal output system is trained with predefined data, and/or is not supervised, wherein the data processing and signal output system learns continuously during operation based on the determined data, and/or is reinforced, wherein the data processing and signal output system receives a reaction or feedback, whether the learning has led to a success, and the data processing and signal output system in a current method run analyzes the transmitted data and the at least one signal generated dependently thereon from the respective method runs preceding the current one, derives at least one rule and/or an algorithm for optimizing the at least one operating value of the at least one sanitary installation therefrom, generates the at least one signal as current signal depending on the currently transmitted data and the at least one rule and/or the at least one algorithm, and transmits this current signal to the at least one signal receiver.
A wind turbine comprising: an asynchronous generator (440; 1840) configured to be electrically connected to a power grid connection; a power converter circuit (420; 1820) configured to be electrically connected to the asynchronous generator; and a variable impedance device (411; 412; 413; 600; 704; 801; 900; 1408; 1508; 1608) connected between the power converter circuit and the rotor of the generator (440, 1840) characterised in that the wind turbine further comprises a housing, the asynchronous generator (440; 1840) and the power converter circuit (420; 1820) being disposed in the housing; the variable impedance device (411; 412; 413; 600; 704; 801; 900; 1408; 1508; 1608) disposed in the housing and configured to limit current by varying impedance in response to a transient current, and being selected among a group consisting of a variable inductor, a magnetic amplifier and saturable core fault current limiter (MFCL), a diode-bridge fault current limiter with DC biased coil, and an embedded magnet and saturable core fault current limiter device. an asynchronous generator (440; 1840) configured to be electrically connected to a power grid connection; a power converter circuit (420; 1820) configured to be electrically connected to the asynchronous generator; and a variable impedance device (411; 412; 413; 600; 704; 801; 900; 1408; 1508; 1608) connected between the power converter circuit and the rotor of the generator (440, 1840) characterised in that the wind turbine further comprises a housing, the asynchronous generator (440; 1840) and the power converter circuit (420; 1820) being disposed in the housing; the variable impedance device (411; 412; 413; 600; 704; 801; 900; 1408; 1508; 1608) disposed in the housing and configured to limit current by varying impedance in response to a transient current, and being selected among a group consisting of a variable inductor, a magnetic amplifier and saturable core fault current limiter (MFCL), a diode-bridge fault current limiter with DC biased coil, and an embedded magnet and saturable core fault current limiter device.
A remote processing device for processing inspection data collected by one or more inspection apparatuses, said remote processing device configured to be remotely located from the one or more inspection apparatuses during collection of the inspection data, said remote processing device comprising: a communication unit configured to transmit data to the one or more inspection apparatuses and to receive data from the one or more inspection apparatuses; and an on-board computing device coupled to said communication unit, said on-board computing device comprising at least one processor and a memory device coupled to said at least one processor, characterized by said at least one processor configured to: receive, from the one or more inspection apparatuses, geotagged unprocessed image data over a first communication channel and geotagged fluid concentration data over a second communication channel; process the geotagged unprocessed image data into one or more image files; retrieve historical fluid concentration data from a remote data source; generate a fluid data map by overlaying a first layer of the geotagged fluid concentration data and one or more second layers including the historical fluid concentration data over the one or more image files; and transmit the fluid data map to one or more remote computing devices. a communication unit configured to transmit data to the one or more inspection apparatuses and to receive data from the one or more inspection apparatuses; and an on-board computing device coupled to said communication unit, said on-board computing device comprising at least one processor and a memory device coupled to said at least one processor, characterized by said at least one processor configured to: receive, from the one or more inspection apparatuses, geotagged unprocessed image data over a first communication channel and geotagged fluid concentration data over a second communication channel; process the geotagged unprocessed image data into one or more image files; retrieve historical fluid concentration data from a remote data source; generate a fluid data map by overlaying a first layer of the geotagged fluid concentration data and one or more second layers including the historical fluid concentration data over the one or more image files; and transmit the fluid data map to one or more remote computing devices. receive, from the one or more inspection apparatuses, geotagged unprocessed image data over a first communication channel and geotagged fluid concentration data over a second communication channel; process the geotagged unprocessed image data into one or more image files; retrieve historical fluid concentration data from a remote data source; generate a fluid data map by overlaying a first layer of the geotagged fluid concentration data and one or more second layers including the historical fluid concentration data over the one or more image files; and transmit the fluid data map to one or more remote computing devices.
A method for the production of cast bodies made of an electrically conductive material with the levitation melting method, wherein for the realization of the levitation state of a batch electromagnetic alternating fields are used which are generated with at least one pair of induction coils being oppositely arranged and having a core made of a ferromagnetic material, comprising the following steps of: - introducing a batch of a starting material into the zone of influence of at least one electromagnetic alternating field so that the batch is held in a levitation state, - melting the batch, - positioning a casting mold in a filling zone below the levitating batch, - casting the whole batch into the casting mold, - removing the solidified cast body from the casting mold, characterized in that the casting of the whole batch into the casting mold is carried out by inserting an annular element made of an electrically conductive material into the zone of the electromagnetic alternating field between the induction coils. - introducing a batch of a starting material into the zone of influence of at least one electromagnetic alternating field so that the batch is held in a levitation state, - melting the batch, - positioning a casting mold in a filling zone below the levitating batch, - casting the whole batch into the casting mold, - removing the solidified cast body from the casting mold,
An engine comprising: a first turbocharger that supplies air by using an exhaust gas; a first intercooler into which a gas having passed through the first turbocharger flows, the first intercooler being configured to cool the gas whose temperature has been elevated in the first turbocharger; a second turbocharger into which a gas having passed through the first intercooler flows, the second turbocharger being configured to supply air by using an exhaust gas; and a second intercooler into which a gas having passed through the second turbocharger flows, the second intercooler being configured to cool the gas whose temperature has been elevated in the second turbocharger, characterized in that the first turbocharger is arranged at one end portion of the engine with respect to a crank axis direction, the second intercooler is arranged at an opposite end portion of the engine with respect to the crank axis direction, and the first intercooler and the second turbocharger are arranged on one side of the engine with respect to its width direction side by side in the crank axis direction, with the first intercooler located at the first turbocharger side. a first turbocharger that supplies air by using an exhaust gas; a first intercooler into which a gas having passed through the first turbocharger flows, the first intercooler being configured to cool the gas whose temperature has been elevated in the first turbocharger; a second turbocharger into which a gas having passed through the first intercooler flows, the second turbocharger being configured to supply air by using an exhaust gas; and a second intercooler into which a gas having passed through the second turbocharger flows, the second intercooler being configured to cool the gas whose temperature has been elevated in the second turbocharger,
An electronic lock cylinder, having a cylinder housing with an axial passage, a shaft rotatably mounted in said axial passage, and a lock bit coupled to said shaft in a torque-proof manner, wherein the cylinder housing is configured to be axially extended by means of housing extension elements, and wherein a first handle and a second handle are arranged on the respective ends of the cylinder housing, wherein the second handle is connected to the shaft, wherein the axial position of the second handle is adjustable relative to the shaft, and wherein the second handle is designed in such a manner that it can receive an excess length of the shaft in the interior of the second handle, characterized in that the first handle has access electronics for wireless communication with an electronic identification carrier, and the access electronics as a whole are functionally assigned to the first handle and are configured to generate an enable signal when the access authorization of the identification carrier is presented.
A home base station comprising: an interface for interfacing with an operator network via a public network; transceiver circuitry arranged to transmit wireless signals to and to receive wireless signals from a mobile user device in accordance with current operating radio parameters; a communications control module arranged to control communications between the home base station and said mobile user device using said transceiver circuitry; and a parameter control module arranged, in response to a trigger, to obtain new operating radio parameters and to reconfigure the transceiver circuitry with the new operating radio parameters; and wherein said communications control module is arranged to communicate with said mobile user device to inform the mobile user device of the new operating radio parameters by transmitting the new operating radio parameters over a dedicated control channel if the mobile user device is operating in a first mode of operation and by transmitting the new operating radio parameters over a broadcast channel if the mobile user device is operating in a second mode of operation. an interface for interfacing with an operator network via a public network; transceiver circuitry arranged to transmit wireless signals to and to receive wireless signals from a mobile user device in accordance with current operating radio parameters; a communications control module arranged to control communications between the home base station and said mobile user device using said transceiver circuitry; and a parameter control module arranged, in response to a trigger, to obtain new operating radio parameters and to reconfigure the transceiver circuitry with the new operating radio parameters; and wherein said communications control module is arranged to communicate with said mobile user device to inform the mobile user device of the new operating radio parameters by transmitting the new operating radio parameters over a dedicated control channel if the mobile user device is operating in a first mode of operation and by transmitting the new operating radio parameters over a broadcast channel if the mobile user device is operating in a second mode of operation.
Refrigerated sales cabinet comprising: a goods presentation and air circulation space for supporting refrigerated goods to be sold; an evaporator for cooling air flowing through the goods presentation and air circulation space; and a drain conduit connecting a bottom part of the goods presentation and air circulation space with a position outside of the goods presentation and air circulation space, said drain conduit being configured for draining condensed water forming within the goods presentation and air circulation space to a position outside of the goods presentation and air circulation space; characterized in that the drain conduit comprises an at least partially permeable container (54, 56) arranged along the flow path of the drain conduit, the container (54, 56) being filled with granulate material that is non-absorbent to water, and the granulate material being piled up within the container (54, 56) so as to occupy the diameter of the flow path such that air is hindered from passing through the drain conduit from outside of the goods presentation and air circulation space into the goods presentation and air circulation space and such that water still can pass through the drain conduit from the goods presentation and air circulation space to the position outside of the goods presentation and air circulation space. a goods presentation and air circulation space for supporting refrigerated goods to be sold; an evaporator for cooling air flowing through the goods presentation and air circulation space; and a drain conduit connecting a bottom part of the goods presentation and air circulation space with a position outside of the goods presentation and air circulation space, said drain conduit being configured for draining condensed water forming within the goods presentation and air circulation space to a position outside of the goods presentation and air circulation space;
Reinforcing strut for a motor vehicle, comprising an elongate multi-chamber profile having a main hollow chamber extending along a main longitudinal axis, and having a flat flange arranged alongside said chamber, wherein the flat flange has a first longitudinal portion with a first longitudinal axis and a second longitudinal portion with a second longitudinal axis, wherein an angle () between the main longitudinal axis and the first longitudinal axis is between 20° and 60° and an angle () between the main longitudinal axis and the second longitudinal axis is between 20° an 60°, characterized in that the main hollow chamber has a wall on the upper side and a wall on the underside, wherein the wall on the underside merges into an outer wall in the direction of the flat flange, and the wall and the outer wall together merge into the flat flange.
A method for producing a semiconductor module formed as powerelectronic assembly comprising a ceramic interconnect device carrying at least one semiconductor component, wherein the at least one semiconductor component is covered by an encapsulating compound comprising a cured inorganic cement, wherein the encapsulating compound has a thermal expansion coefficient in the range of from 2 to 10 ppm/K, and wherein the ceramic of the ceramic interconnect device is selected from the group consisting of ceramics based on aluminium oxide, aluminium nitride, or silicon nitride, comprising the formation of the cured inorganic cement by means of the steps of: mixing a powdery mixture of inorganic binding agent and inorganic additives with water to form a pourable mass, pouring the pourable mass formed in this way, and then setting and drying the poured mass, wherein the powdery mixture of inorganic binding agent and inorganic additives is a magnesium phosphate cement, wherein the semiconductor component is fastened to the ceramic interconnect device, wherein the semiconductor module has a frame as carrier of electrical contacts, which are guided to the outside, wherein the ceramic interconnect device is attached to the upper side of a heat dissipation plate, the underside of which is connected to a cooling element, wherein the encapsulating compound is formed as "glob-top", wherein the bond wires contacting the semiconductor component are at least partially covered with the encapsulating compound, wherein the "glob-top" and the further surface regions of the semiconductor module are covered by an insulating mass. mixing a powdery mixture of inorganic binding agent and inorganic additives with water to form a pourable mass, pouring the pourable mass formed in this way, and then setting and drying the poured mass,
Method for the generation of kinematical structures for reconfigurable parallel robots with vertical actuators, robots that consist of a fixed platform, a mobile platform, a number a of the PSU kinematic chains, composed of a prismatic joint as an active joint, a spherical joint, a connecting element with constant length and a universal joint, a number b of the PSR kinematic chains, composed from a prismatic joint as an active joint, a spherical joint, a connecting element with constant length, and respectively a rotational joint, characterized so that in order to establish the reconfigurable structure of the robots, during the first step, the number of degrees of freedom of the robot M is considered known, during the second step, depending of the number of degrees of freedom desired, the number of the PSU kinematic chains b from relation M=6-b (relation 8) is determined, then, based on relation / M=a+b (relation 9), the number of the kinematic chains a is determined, the reconfigurability of the structures is assured by the utilization of the same mounting dimensions between the elements that form all the kinematic chains.
Cooking assistance device having a temperature sensor and an electronic circuit arrangement to which an output value from the temperature sensor is fed, wherein a temperature of a water bath able to be heated by a cooking means can be sensed by means of the temperature sensor and data for regulating the temperature of the water bath can be transmitted wirelessly to a receiving unit by the electronic circuit arrangement, and wherein the cooking assistance device takes the form of a self-righting float, characterised in that, when the cooking assistance device floating in the water bath is in a self-righted state, the electronic circuit arrangement is situated entirely above the water line of the cooking assistance device.
A UV light reflective composition comprising: - a light transmissive matrix comprising a polysiloxane or a polysiloxane derivative, and - UV light reflective particles comprising boron nitride, said particles being dispersed in the light transmissive matrix, wherein the light reflective particles have an average particle size within the range of from 0.2 to 0.7 μm. - a light transmissive matrix comprising a polysiloxane or a polysiloxane derivative, and - UV light reflective particles comprising boron nitride, said particles being dispersed in the light transmissive matrix,
A monoclonal antibody directed against human CD47 that blocks the interaction of human CD47 with SIRPα, for use in the treatment of human acute myeloid leukemia by stimulating phagocytosis of AML leukemic stem cells by macrophages, wherein the antibody directed against human CD47 is used in combination with one or more additional monoclonal antibodies directed against one or more of the following markers: CD96, CD97, CD99, CD180, PTHR2, HAVCR2, CD123, CD44 and CD33.
Monitoring device for a passenger transport system, comprising at least one sensor, a control unit, a bus, at least one bus node that is connected to the bus and that comprises a first microprocessor and an inspection unit, comprising communication means which are provided in the control unit, in the first microprocessor and in the inspection unit and by means of which data can be transmitted at least from the control unit to the inspection unit and from the first microprocessor to the control unit, and comprising a first program module in the first microprocessor, by means of which a state change of the sensor connected to an input of the first microprocessor via a transmission line can be detected and a corresponding state message can be spontaneously transmitted to the control unit, the inspection unit comprising a second program module that is designed such that, after receiving an instruction from the control unit, an activation signal can be transmitted to a coupling point (31,..., 49) within the bus node, by means of which activation signal a state change of the sensor can be simulated, characterized in that the activation signal is superimposed on a sensor signal and/or is coupled into a power supply line connected to the sensor.
A method for identifying a human subject having a risk for developing early-onset inflammatory bowel disease, wherein the method comprises detecting in a sample obtained from the subject the presence or absence of: a truncated SIGIRR protein comprising an amino acid sequence that is at least 90% identical to SEQ ID NO:9, wherein the truncated SIGIRR protein comprises a serine at a position corresponding to position 186 according to SEQ ID NO:9 and is truncated at a position corresponding to position 215 according to SEQ ID NO:9; and/or a nucleic acid molecule encoding a truncated SIGIRR protein comprising an amino acid sequence that is at least 90% identical to SEQ ID NO:9, wherein the truncated SIGIRR protein comprises a serine at a position corresponding to position 186 according to SEQ ID NO:9 and is truncated at a position corresponding to position 215 according to SEQ ID NO:9; wherein the presence of the truncated SIGIRR protein and/or the nucleic acid molecule encoding the truncated SIGIRR protein indicates that the subject has a risk for developing early-onset inflammatory bowel disease. a truncated SIGIRR protein comprising an amino acid sequence that is at least 90% identical to SEQ ID NO:9, wherein the truncated SIGIRR protein comprises a serine at a position corresponding to position 186 according to SEQ ID NO:9 and is truncated at a position corresponding to position 215 according to SEQ ID NO:9; and/or a nucleic acid molecule encoding a truncated SIGIRR protein comprising an amino acid sequence that is at least 90% identical to SEQ ID NO:9, wherein the truncated SIGIRR protein comprises a serine at a position corresponding to position 186 according to SEQ ID NO:9 and is truncated at a position corresponding to position 215 according to SEQ ID NO:9; wherein the presence of the truncated SIGIRR protein and/or the nucleic acid molecule encoding the truncated SIGIRR protein indicates that the subject has a risk for developing early-onset inflammatory bowel disease.