mhurhangee/ep-ind-claims huggingface dataset:
Method for suggesting at least one agent in an industrial automation system, wherein the industrial automation system has: • automation devices, which at least partially have a data source, • wherein the data sources collect and/or process data (DATA) of the automation devices, • a data sink (SINK), in which data (DATA), in particular status data, of the data sources is saved, wherein an agent suggestion component (ASUG) processes the data (DATA) of the data sink (SINK) into clusters by means of cluster analysis, wherein the agent suggestion component (ASUG) creates the clusters while taking into consideration context data (CONTXT), wherein the context data contains the information regarding the context of the data from the data source which can be utilised for the evaluation, and wherein the agent suggestion component (ASUG) makes the created clusters available at an interface such that a model for the agent can be created by means of an agent generation component (AGEN) on the basis of at least one selection of the clusters, wherein subsequently the model for the agent is created by means of the agent generation component (AGEN) on the basis of at least the selection of the clusters, and then the agent generation component (AGEN), after creating the agent, makes it available in the automation system as an executable binary file. • automation devices, which at least partially have a data source, • wherein the data sources collect and/or process data (DATA) of the automation devices, • a data sink (SINK), in which data (DATA), in particular status data, of the data sources is saved, wherein an agent suggestion component (ASUG) processes the data (DATA) of the data sink (SINK) into clusters by means of cluster analysis, wherein the agent suggestion component (ASUG) creates the clusters while taking into consideration context data (CONTXT), wherein the context data contains the information regarding the context of the data from the data source which can be utilised for the evaluation, and wherein the agent suggestion component (ASUG) makes the created clusters available at an interface such that a model for the agent can be created by means of an agent generation component (AGEN) on the basis of at least one selection of the clusters, wherein subsequently the model for the agent is created by means of the agent generation component (AGEN) on the basis of at least the selection of the clusters, and then the agent generation component (AGEN), after creating the agent, makes it available in the automation system as an executable binary file.
A method of manufacturing a heat-sealed container or package, comprising providing a fibrous substrate with a polymer coating that contains polyester, and sealing the container or package by heat-sealing the coating polymer, characterized in that the coating is UV-radiated while a web of the coated substrate is being moved, and that the container or package is sealed by heat-sealing the UV-radiated coating polymer.
Plant pot (100; 200; 300) with modular structure for growing plants, comprising: - a side that laterally defines a compartment containing the soil for growing the plants; - at least two panels for obtaining said side, which are removably joined; - coupling/uncoupling means (2, 4) to couple and uncouple said at least two panels, wherein each panel has two vertical ending edges; said coupling/uncoupling means (2, 4) being provided in correspondence of the vertical ending edges of said panels. the coupling/uncoupling means (2, 4) comprise first coupling means coupled with second coupling means; said first coupling means being provided on a vertical ending edge of a panel and said second coupling means being provided on a vertical ending edge of an additional panel in adjacent position to the first one; the first coupling means comprise a rod and the second coupling means comprise a housing that receives the rod; characterized in that each rod of the first coupling means comprises a hole in lower position; the plant pot comprising a base platform (3; 3'; 303) coupled with said panels of the side to define said compartment on the bottom; said base platform (3; 3'; 303) comprising vertical pins in upper perimetral position that protrude upwards and are engaged in said holes of the rods. - a side that laterally defines a compartment containing the soil for growing the plants; - at least two panels for obtaining said side, which are removably joined; - coupling/uncoupling means (2, 4) to couple and uncouple said at least two panels, wherein each panel has two vertical ending edges; said coupling/uncoupling means (2, 4) being provided in correspondence of the vertical ending edges of said panels. the coupling/uncoupling means (2, 4) comprise first coupling means coupled with second coupling means; said first coupling means being provided on a vertical ending edge of a panel and said second coupling means being provided on a vertical ending edge of an additional panel in adjacent position to the first one; the first coupling means comprise a rod and the second coupling means comprise a housing that receives the rod; characterized in that each rod of the first coupling means comprises a hole in lower position; the plant pot comprising a base platform (3; 3'; 303) coupled with said panels of the side to define said compartment on the bottom; said base platform (3; 3'; 303) comprising vertical pins in upper perimetral position that protrude upwards and are engaged in said holes of the rods.
Use of a glass sheet having a composition that comprises the following in a content expressed in percentages of the total weight of glass: 55 ≤ SiO 2 ≤ 85% 0 ≤ Al 2 O 3 ≤ 30% 0 ≤ B 2 O 3 ≤ 20% 0 ≤ Na 2 O ≤ 25% 0 ≤ CaO ≤ 20% 0 ≤ MgO ≤ 15% 10 < K 2 O ≤ 20% 0 ≤ BaO ≤ 20% 0.002 ≤ total iron (expressed in the form of Fe 2 O 3) ≤ 0.06% a content of chromium such as: 0.0001% ≤ Cr 3 O 3 ≤ 0.06%, expressed in a percentage of the total weight of glass, in a device using an infrared radiation that propagates essentially inside said sheet. 55 ≤ SiO 2 ≤ 85% 0 ≤ Al 2 O 3 ≤ 30% 0 ≤ B 2 O 3 ≤ 20% 0 ≤ Na 2 O ≤ 25% 0 ≤ CaO ≤ 20% 0 ≤ MgO ≤ 15% 10 < K 2 O ≤ 20% 0 ≤ BaO ≤ 20% 0.002 ≤ total iron (expressed in the form of Fe 2 O 3) ≤ 0.06% a content of chromium such as: 0.0001% ≤ Cr 3 O 3 ≤ 0.06%, expressed in a percentage of the total weight of glass, in a device using an infrared radiation that propagates essentially inside said sheet.
Device for dispensing a beverage comprising an inlet conduit intended to cooperate with a coffee outlet nozzle of a coffee machine and two dispensing ducts (32, 33) of the beverage intended to pour the beverage coming from the coffee outlet nozzle into two containers, the dispensing device comprising means for holding and for positioning (41, 42) intended to cooperate with means for holding and for positioning (11, 13) arranged on the coffee outlet nozzle, said means for holding (12, 43) and for positioning (11, 13, 41, 42) making it possible to join or to separate the device from the coffee outlet nozzle without using a tool characterised in that the means for holding of said device comprise a ferromagnetic part or a magnet.
A wireless digital communication method using a standard based on the TDMA access mode within a star network comprising a main station (MP 1) and at least one secondary station (FP 2), communication taking place in duplex mode by time division using a plurality of frames, each comprising down link (Tx) time slots dedicated to the main station (MP 1) transmitting a signal to the secondary station (FP 2) followed by up link (Rx) time slots dedicated to the main station (MP 1) receiving a signal transmitted from the secondary station (FP 2), transmission and reception taking place on a carrier frequency selected from a defined number of carrier frequencies, and the method comprising the following steps: • the main station transmitting a beacon signal in a first down link (Tx) time slot; • the main station retransmitting the beacon signal in a second down link (Tx) time slot of the same frame; and characterized in that it also includes a step of transmitting (150,151) by the secondary station (MP 2)at least one received beacon signal in a down link (Tx) time slot (IT1, IT6). • the main station transmitting a beacon signal in a first down link (Tx) time slot; • the main station retransmitting the beacon signal in a second down link (Tx) time slot of the same frame;
A airborne radar detection method for distinguishing rain echoes from ground echoes, the scanning of said radar being performed vertically and horizontally with an amplitude of a few tens of degrees with respect to the velocity vector of said radar, characterized in that the distinction of rain echoes from ground echoes is performed by an analysis of the attenuation of the radar echoes, a radar echo being classed as a rain echo if its attenuation on a logarithm scale as a function of distance fluctuates around an affine straight line (51, 52) according to a given statistical law, said analysis being carried out on a number N of distance gates in at least one given angular pointing, the power in each distance gate being received as echo to a number K of emitted pulses, a model which is log-linear with distance is tested on said powers, an echo being classed as a rain echo if the N powers received and the corresponding distances comply with said model, said powers fluctuating around said affine straight line (51, 52).
A method for measuring a parameter of a borehole using an acoustic logging system, the borehole having a borehole casing filled with fluid, the borehole casing being surrounded by casing grout and having an inner wall and a back wall, the borehole casing having a first impedance and being excitable at a resonant frequency that induces reverberation, the method comprising: using a transducer to transmit a signal in the direction of the borehole casing, that does not excite the resonant frequency of the borehole casing, the signal providing a frequency different from the resonant frequency of the borehole casing that induces reverberation, the signal producing acoustic echoes (412, 414); receiving a first acoustic echo (4 1 2) of the acoustic echoes with the transducer from the inner wall of the borehole casing; receiving a second acoustic echo of the acoustic echoes with the transducer from the back wall of the borehole casing, determining a naught impedance of the fluid in the borehole casing with the acoustic logging system; and determining at least one borehole parameter based on at least one of the first and second acoustic echoes (412, 414) comprising determining a second impedance of casing grout based at least in part on the naught impedance of the fluid, the first impedance of the borehole casing, and a ratio of amplitudes (510, 530) of the first and second acoustic echoes (412, 414). using a transducer to transmit a signal in the direction of the borehole casing, that does not excite the resonant frequency of the borehole casing, the signal providing a frequency different from the resonant frequency of the borehole casing that induces reverberation, the signal producing acoustic echoes (412, 414); receiving a first acoustic echo (4 1 2) of the acoustic echoes with the transducer from the inner wall of the borehole casing; receiving a second acoustic echo of the acoustic echoes with the transducer from the back wall of the borehole casing, determining a naught impedance of the fluid in the borehole casing with the acoustic logging system; and determining at least one borehole parameter based on at least one of the first and second acoustic echoes (412, 414) comprising determining a second impedance of casing grout based at least in part on the naught impedance of the fluid, the first impedance of the borehole casing, and a ratio of amplitudes (510, 530) of the first and second acoustic echoes (412, 414).
A method for inspecting a wye ring (520,620) in a generator, the method comprising the steps of: applying a test signal to the rotor; measuring an inductive voltage at two or more locations (631,632) near the wye ring; comparing results from the measuring step to determine if a fault exists in the wye ring, a predetermined difference in inductive voltage measurements indicating presence of the fault; the applying step further comprising: applying the test signal to two connection lugs (631,631) of the generator, a first connection lug being grounded and a second connection lug receiving the test signal, wherein the two connection lugs (631,632) are electrically connected to the wye ring; the test signal comprising an alternating current at about 1 MHz and having a voltage of about 10 volts; and wherein the measuring step further comprises: measuring the inductive voltage with a radio frequency pickup coil at multiple locations. applying a test signal to the rotor; measuring an inductive voltage at two or more locations (631,632) near the wye ring; comparing results from the measuring step to determine if a fault exists in the wye ring, a predetermined difference in inductive voltage measurements indicating presence of the fault; the applying step further comprising: applying the test signal to two connection lugs (631,631) of the generator, a first connection lug being grounded and a second connection lug receiving the test signal, wherein the two connection lugs (631,632) are electrically connected to the wye ring; the test signal comprising an alternating current at about 1 MHz and having a voltage of about 10 volts; and wherein the measuring step further comprises: measuring the inductive voltage with a radio frequency pickup coil at multiple locations. applying the test signal to two connection lugs (631,631) of the generator, a first connection lug being grounded and a second connection lug receiving the test signal, wherein the two connection lugs (631,632) are electrically connected to the wye ring; the test signal comprising an alternating current at about 1 MHz and having a voltage of about 10 volts; and wherein the measuring step further comprises: measuring the inductive voltage with a radio frequency pickup coil at multiple locations.
Filling device for filling a receptacle, comprising: a valve body; an inlet for a filling fluid; a dispensing nozzle for dispensing the filling fluid to the receptacle; a passage for the filling fluid, obtained inside the valve body between the inlet and the dispensing nozzle; a shutter slidably inserted into a first portion of said passage; a first annular sleeve mounted outside the valve body at the first portion of said passage; a flow rate selector slidably inserted into a second portion of said passage; a second annular sleeve mounted outside the valve body at the second portion of said passage, said shutter and said first annular sleeve being coupled magnetically or electromagnetically and said flow rate selector and said second annular sleeve being coupled magnetically or electromagnetically, characterised in that said shutter comprises a first core made of ferromagnetic material to which a first coating is applied made of thermoplastic polymer, said flow rate selector comprising a second core made of ferromagnetic material to which a second coating made of thermoplastic polymer is applied. a valve body; an inlet for a filling fluid; a dispensing nozzle for dispensing the filling fluid to the receptacle; a passage for the filling fluid, obtained inside the valve body between the inlet and the dispensing nozzle; a shutter slidably inserted into a first portion of said passage; a first annular sleeve mounted outside the valve body at the first portion of said passage; a flow rate selector slidably inserted into a second portion of said passage; a second annular sleeve mounted outside the valve body at the second portion of said passage, said shutter and said first annular sleeve being coupled magnetically or electromagnetically and said flow rate selector and said second annular sleeve being coupled magnetically or electromagnetically, characterised in that said shutter comprises a first core made of ferromagnetic material to which a first coating is applied made of thermoplastic polymer, said flow rate selector comprising a second core made of ferromagnetic material to which a second coating made of thermoplastic polymer is applied.
Connection element for a fluid delivery pump for connecting the fluid delivery pump to a counterpart element, comprising • at least one first connection region for discharging fluid to the fluid delivery pump, and • at least one second connection region for feeding fluid from the fluid delivery pump, which second connection region is separate from the first connection region, • wherein the second connection region is formed annularly around the first connection region, characterized in that the first connection region projects in relation to the second connection region, wherein the first connection region has a first radial portion and a first circumferential portion, and the second connection region has a second radial portion and a second circumferential portion, wherein, on the first circumferential portion and the second circumferential portion, there is arranged in each case one sealing element for sealing off the connection element with respect to the counterpart element. • at least one first connection region for discharging fluid to the fluid delivery pump, and • at least one second connection region for feeding fluid from the fluid delivery pump, which second connection region is separate from the first connection region, • wherein the second connection region is formed annularly around the first connection region, characterized in that the first connection region projects in relation to the second connection region, wherein the first connection region has a first radial portion and a first circumferential portion, and the second connection region has a second radial portion and a second circumferential portion, wherein, on the first circumferential portion and the second circumferential portion, there is arranged in each case one sealing element for sealing off the connection element with respect to the counterpart element.
A device, comprising: a notification unit for generating alert signals that indicate an alarm; a power unit for providing supplemental power to the notification unit in response to the device receiving an alarm synchronization signal; a device controller for charging the power unit in response to receiving a charging synchronization signal; and a power switch, characterized in that the device controller directs the power switch to shift between a communication mode in which the power switch is in an open position disconnecting the power unit from a power bus line, a charging mode in which the power switch is in a closed position to provide power from the power bus line to charge the power unit, and an activation mode in which the power switch is in another closed position connecting the power unit to the notification unit, in response to receiving a communication synchronization signal, the charging synchronization signal, and the alarm synchronization signal, respectively from a system controller, which controls a network (13,14) of devices. a notification unit for generating alert signals that indicate an alarm; a power unit for providing supplemental power to the notification unit in response to the device receiving an alarm synchronization signal; a device controller for charging the power unit in response to receiving a charging synchronization signal; and a power switch, characterized in that the device controller directs the power switch to shift between a communication mode in which the power switch is in an open position disconnecting the power unit from a power bus line, a charging mode in which the power switch is in a closed position to provide power from the power bus line to charge the power unit, and an activation mode in which the power switch is in another closed position connecting the power unit to the notification unit, in response to receiving a communication synchronization signal, the charging synchronization signal, and the alarm synchronization signal, respectively from a system controller, which controls a network (13,14) of devices.
A method (600, 601) comprising, by a computing system: receiving motion data captured by one or more motion sensors of a wearable device; generating a pose of the wearable device based on the motion data; determining that an environment of the device has a first light condition; responsive to determining the first light condition, capturing a first frame of the wearable device by a camera (112, 412, 522) using a first exposure time; identifying, in the first frame, a pattern of lights disposed on the wearable device; determining that an environment of the device has a second light condition; responsive to determining the second light condition, capturing a second frame of the wearable device by the camera (112, 412, 522) using a second exposure time that is longer than the first exposure time; identifying, in the second frame, predetermined features of the wearable device; and adjusting the pose of the wearable device in an environment based on the identified pattern of lights in the first frame and the identified predetermined features in the second frame. receiving motion data captured by one or more motion sensors of a wearable device; generating a pose of the wearable device based on the motion data; determining that an environment of the device has a first light condition; responsive to determining the first light condition, capturing a first frame of the wearable device by a camera (112, 412, 522) using a first exposure time; identifying, in the first frame, a pattern of lights disposed on the wearable device; determining that an environment of the device has a second light condition; responsive to determining the second light condition, capturing a second frame of the wearable device by the camera (112, 412, 522) using a second exposure time that is longer than the first exposure time; identifying, in the second frame, predetermined features of the wearable device; and adjusting the pose of the wearable device in an environment based on the identified pattern of lights in the first frame and the identified predetermined features in the second frame.