mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a lifting device, in particular a crane, on a sea-bound platform, with the following steps: - provision of several individual modules of the lifting device in the region of the sea-bound platform by delivery means, in particular ships or pontoons, - transfer of the several modules to the sea-bound platform, - assembly of the several modules on the sea-bound platform into the lifting device, wherein the lifting device has an arm with two rails on which load cables of the lifting device can move, wherein the arm can be assembled from the individual modules. - provision of several individual modules of the lifting device in the region of the sea-bound platform by delivery means, in particular ships or pontoons, - transfer of the several modules to the sea-bound platform, - assembly of the several modules on the sea-bound platform into the lifting device, wherein the lifting device has an arm with two rails on which load cables of the lifting device can move, wherein the arm can be assembled from the individual modules.
Apparatus comprising: a heat pump comprising a condenser, a compressor, an expansion valve, an evaporator, and refrigerant carrying passages (20,34) connecting there between; and a low grade energy collector provided between the compressor and the condenser, and comprising a thermoelectric module for generating electricity, characterised in that the low grade energy collector comprises a thermal store having a liquid tank, wherein the refrigerant carrying passage connected between the compressor and the condenser is directed through the liquid tank for transferring low grade heat from the refrigerant therein to liquid stored in the tank, the thermal store further comprising the thermoelectric module located in the walls of the liquid tank for generating electricity from thermal energy released by liquid stored in the tank. a heat pump comprising a condenser, a compressor, an expansion valve, an evaporator, and refrigerant carrying passages (20,34) connecting there between; and a low grade energy collector provided between the compressor and the condenser, and comprising a thermoelectric module for generating electricity, characterised in that the low grade energy collector comprises a thermal store having a liquid tank, wherein the refrigerant carrying passage connected between the compressor and the condenser is directed through the liquid tank for transferring low grade heat from the refrigerant therein to liquid stored in the tank, the thermal store further comprising the thermoelectric module located in the walls of the liquid tank for generating electricity from thermal energy released by liquid stored in the tank.
A method of operating a peer to peer node in a peer to peer network, said method comprising the steps of accepting a first communication message from a first node in the peer to peer network having a communication radius parameter indicating a maximum distance a message can travel in the peer to peer network, the first message including information therein; creating a second communication message, the second communication message including the information from the first communication message; setting the communication radius parameter of the second communication message to a value so that the information in the second communication message, that was originally in the first communication message, travels a distance that exceeds the communication radius parameter of the first communication message; and forwarding the second communication message, including the information, to one or more other nodes in the peer to peer network, wherein the information travels a distance in the peer to peer network that exceeds the communication radius parameter of the first communication message. accepting a first communication message from a first node in the peer to peer network having a communication radius parameter indicating a maximum distance a message can travel in the peer to peer network, the first message including information therein; creating a second communication message, the second communication message including the information from the first communication message; setting the communication radius parameter of the second communication message to a value so that the information in the second communication message, that was originally in the first communication message, travels a distance that exceeds the communication radius parameter of the first communication message; and forwarding the second communication message, including the information, to one or more other nodes in the peer to peer network, wherein the information travels a distance in the peer to peer network that exceeds the communication radius parameter of the first communication message.
A feed injector for a circulating fluid bed comprising an inlet for a heavy oil feed, at least one inlet for atomizing steam (23, 24), a flow conduit for conducting the oil and the steam to a discharge nozzle having a central flow passage of circular cross-section extending from the flow conduit to a radially notched discharge orifice; characterized in that the central flow passage of the discharge nozzle extends to an end face having radially opposed notches (53, 54), and the radially opposed notches (53, 54) are v-shaped notches.
A wireless charging device, wherein the wireless charging device is configured to wirelessly charge an electronic device, and the wireless charging device comprises: a transmitter coil, a controller, and at least two detection coils; the at least two detection coils are located on a side of a plane on which the transmitter coil is located, and a plane on which the detection coils are located is parallel to the plane on which the transmitter coil is located; and the controller is configured to: separately control the at least two detection coils to sequentially connect to an excitation power source, obtain parameters of all the detection coils connected to the excitation power source, wherein the parameters comprise self-inductances and alternating current resistances, and control, based on a value difference between the self-inductances and the alternating current resistances of all the detection coils, the transmitter coil to move toward a detection coil with the largest product of a self-inductance and an alternating current resistance among the at least two detection coils, so that the transmitter coil aligns with a receiver coil in the electronic device. the at least two detection coils are located on a side of a plane on which the transmitter coil is located, and a plane on which the detection coils are located is parallel to the plane on which the transmitter coil is located; and the controller is configured to: separately control the at least two detection coils to sequentially connect to an excitation power source, obtain parameters of all the detection coils connected to the excitation power source, wherein the parameters comprise self-inductances and alternating current resistances, and separately control the at least two detection coils to sequentially connect to an excitation power source, obtain parameters of all the detection coils connected to the excitation power source, wherein the parameters comprise self-inductances and alternating current resistances, and control, based on a value difference between the self-inductances and the alternating current resistances of all the detection coils, the transmitter coil to move toward a detection coil with the largest product of a self-inductance and an alternating current resistance among the at least two detection coils, so that the transmitter coil aligns with a receiver coil in the electronic device.
A polyamide copolymer comprising a dicarboxylic acid component unit containing an (a) adipic acid unit, a (b) isophthalic acid unit and a (c) 1,4-cyclohexanedicarboxylic acid unit, and a diamine component unit, wherein the relationship between the content (mol %) of (b) and the content (mol) %) of (c) in a total of 100 mol % of the dicarboxylic acid component unit containing the (a), the (b) and the (c) satisfies following formula: c > b ≥ 0.1
A milking system for preventing detachment of a teat cup from a teat of an animal during a milking process, wherein the milking system comprises a milk line (1b, 1c, 2) connected to the teat cup, a vacuum system able to apply at least two different vacuum levels to the teat cup and a measuring device configured to measure the air flow in the milk line (1b, 1c, 2) during the milking process, wherein the measuring device comprises a milk meter measuring the milk flow (q m) in the milk line (1a, 1b, 2), characterised in that the milking system comprises a control unit configured to receive information about measured air flow values and to determine if the teat cup is about to be detached from the teat by comparing the measured air flow values (q a) with an acceptable value (q a, Δq a1 /Δt), and if the measured air flow values deviate from the acceptable value (q a, Δq a1 /Δt), to control the vacuum system such that it applies a higher vacuum level to the teat cup than the present vacuum level, and wherein the milk meter also includes components measuring the air flow (q a) in the milk line (1a, 1b, 2).
A blow molding device having: - a mold for blow molding; - a blow nozzle suitable for tightly communicating to a mouth tubular part of a preform in a bottomed cylindrical shape when fitted in the mold; and - a stretch rod inserted in the axial direction through the blow nozzle, - the blow molding device being adapted for imparting shape to a container by longitudinally stretching the preform by means of the stretch rod while stretching the preform into an expanded shape by means of a pressurized liquid fed, via the blow nozzle, from a pressurized liquid feeding part separately provided, wherein the blow nozzle has: - a support part for supporting the posture of the stretch rod, and - a filling head part communicating to the mouth tubular part of the preform, the filling head part having a feed channel (Fs) formed therein in the axial direction, - wherein support part and the filling head part are configured to be detachably coupled to each other in the vertical direction, characterized in that - the filling head part is a generally tube-shaped member having a columnar hollow portion, and in the upper end thereof, an introductory route of the liquid disposed as penetrating through a peripheral wall of the filling head part, and a discharge path of the liquid disposed in the lower end thereof which also penetrates through the peripheral wall of the filling head part. - a mold for blow molding; - a blow nozzle suitable for tightly communicating to a mouth tubular part of a preform in a bottomed cylindrical shape when fitted in the mold; and - a stretch rod inserted in the axial direction through the blow nozzle, - the blow molding device being adapted for imparting shape to a container by longitudinally stretching the preform by means of the stretch rod while stretching the preform into an expanded shape by means of a pressurized liquid fed, via the blow nozzle, from a pressurized liquid feeding part separately provided, wherein the blow nozzle has: - a support part for supporting the posture of the stretch rod, and - a filling head part communicating to the mouth tubular part of the preform, the filling head part having a feed channel (Fs) formed therein in the axial direction, - a support part for supporting the posture of the stretch rod, and - a filling head part communicating to the mouth tubular part of the preform, the filling head part having a feed channel (Fs) formed therein in the axial direction, - wherein support part and the filling head part are configured to be detachably coupled to each other in the vertical direction, - the filling head part is a generally tube-shaped member having a columnar hollow portion, and in the upper end thereof, an introductory route of the liquid disposed as penetrating through a peripheral wall of the filling head part, and a discharge path of the liquid disposed in the lower end thereof which also penetrates through the peripheral wall of the filling head part.
A method for a communication device in a wireless network, wherein a system carrier of the wireless network comprises a plurality of sub-bands, and reference signals for mobility measurement are transmitted in at least one of the plurality of sub-bands, the method comprising: - measuring a signal quality for an operation sub-band; - comparing the signal quality with a signal quality threshold; - determining a switch action according to the comparison of the signal quality with the signal quality threshold; and - switching from the operation sub-band according to the determined switch action, wherein when the operation sub-band of the communication device is a sub-band in which the reference signals are transmitted, the signal quality threshold being a second signal quality threshold, the switching from the operation sub-band according to the determined switch action further comprises: - switching to a sub-band in which the reference signals are not transmitted in response to the comparison that the signal quality being higher than the second signal quality threshold. - measuring a signal quality for an operation sub-band; - comparing the signal quality with a signal quality threshold; - determining a switch action according to the comparison of the signal quality with the signal quality threshold; and - switching from the operation sub-band according to the determined switch action, - switching to a sub-band in which the reference signals are not transmitted in response to the comparison that the signal quality being higher than the second signal quality threshold.
A method for measuring an electric power value in a high voltage DC system, characterized in that the method comprising the steps of: receiving a current value and a voltage value, which are measured from a sensor group installed in a specific position of an electric power conversion station; identifying a line impedance of the position where the sensor group is installed; calculating a first electric power value of the electric power conversion station by using the current value and the voltage value; calculating a second electric power value of the electric power conversion station by using the current value and the line impedance; calculating a third electric power value of the electric power conversion station by using the voltage value and the line impedance; and determining any one of the second and third electric power values as an actual electric power value of the electric power conversion station by comparing the calculated the first electric power value, the second electric power value and the third electric power value with one another. receiving a current value and a voltage value, which are measured from a sensor group installed in a specific position of an electric power conversion station; identifying a line impedance of the position where the sensor group is installed; calculating a first electric power value of the electric power conversion station by using the current value and the voltage value; calculating a second electric power value of the electric power conversion station by using the current value and the line impedance; calculating a third electric power value of the electric power conversion station by using the voltage value and the line impedance; and determining any one of the second and third electric power values as an actual electric power value of the electric power conversion station by comparing the calculated the first electric power value, the second electric power value and the third electric power value with one another.
A system for managing pain of a patient, the system comprising: an electrostimulator configured to generate electrostimulation energy to treat pain; a sensor circuit coupled to one or more physiological sensors and configured to sense from the patient at least one physiological signal indicative of patient brain activity; a pain analyzer circuit coupled to the sensor circuit, the pain analyzer circuit configured to: generate, from each of the sensed at least one physiological signal indicative of the patient brain activity, one or more signal metrics indicative of strength or a pattern of brain electromagnetic activity associated with pain; and generate, for each of a plurality of candidate electrodes, a pain score using the generated one or more signal metrics; and a controller circuit coupled to the pain analyzer circuit and the electrostimulator, the controller circuit configured to select, from the plurality of candidate electrodes, one or more active electrodes based on the pain scores, and to control the electrostimulator to deliver a pain therapy, using the selected one or more active electrodes, and an output unit configured to output the pain scores to a user. an electrostimulator configured to generate electrostimulation energy to treat pain; a sensor circuit coupled to one or more physiological sensors and configured to sense from the patient at least one physiological signal indicative of patient brain activity; a pain analyzer circuit coupled to the sensor circuit, the pain analyzer circuit configured to: generate, from each of the sensed at least one physiological signal indicative of the patient brain activity, one or more signal metrics indicative of strength or a pattern of brain electromagnetic activity associated with pain; and generate, for each of a plurality of candidate electrodes, a pain score using the generated one or more signal metrics; and generate, from each of the sensed at least one physiological signal indicative of the patient brain activity, one or more signal metrics indicative of strength or a pattern of brain electromagnetic activity associated with pain; and generate, for each of a plurality of candidate electrodes, a pain score using the generated one or more signal metrics; and a controller circuit coupled to the pain analyzer circuit and the electrostimulator, the controller circuit configured to select, from the plurality of candidate electrodes, one or more active electrodes based on the pain scores, and to control the electrostimulator to deliver a pain therapy, using the selected one or more active electrodes, and an output unit configured to output the pain scores to a user.
An evaporative recirculation cooling water system, the system being provided with: a recirculation loop to recirculate water through the system; a construction with a space to cool the water in the recirculation loop by evaporation; a water source for providing water into the recirculation loop; and, an ion removal apparatus for removing ions from the water, wherein the ion removal apparatus is provided with a flow through capacitor constructed and arranged for removing hardness ions from the water while leaving silica ions in the water, and the pH of water entering the flow through capacitor is controlled to a pH value between 4 and 9. a recirculation loop to recirculate water through the system; a construction with a space to cool the water in the recirculation loop by evaporation; a water source for providing water into the recirculation loop; and, an ion removal apparatus for removing ions from the water, wherein the ion removal apparatus is provided with a flow through capacitor constructed and arranged for removing hardness ions from the water while leaving silica ions in the water, and the pH of water entering the flow through capacitor is controlled to a pH value between 4 and 9.
Metal ceiling framework comprising main beams and secondary beams or cross beams, which are connected to one another perpendicularly to one another by means of connectors associated to one type of beams and engaged in apertures made in the other perpendicular beams so as to receive tiles, characterized in that the beams have on each one of their two faces a marking of all the apertures formed by symbols being repeated sequentially over the length of the beams, in that the period of the sequence of symbols marked is equal to a given tile size, and in that the marking is the same on either face of the beams, starting with the same symbol on the same left-hand or right-hand end for each observed face.
A method for wireless communication, comprising: transmitting (210, 220), by a network device, a Synchronization Signal Block, SSB, to a terminal device, the SSB comprising Primary Synchronization Signal, PSS, Secondary Synchronization Signal, SSS, and Physical Broadcasting Channel, PBCH; wherein the SSB comprises four consecutive symbols in time domain, which are symbol S0, symbol S1, symbol S2 and symbol S3 in sequence; and the PSS is transmitted on the symbol S0, the SSS is transmitted on the symbol S2, wherein, the PBCH is transmitted on three symbols which are the symbol S1, the symbol S2 and the symbol S3; wherein a frequency range of the PSS is a first bandwidth and a frequency range of the SSS is the first bandwidth; a frequency range of the PBCH transmitted on the symbol S1 is a second bandwidth, a frequency range of the PBCH transmitted on the symbol S3 is the second bandwidth, and a frequency range of the PBCH transmitted on the symbol S2 is a third bandwidth; wherein the first bandwidth does not overlap with the third bandwidth, and the second bandwidth is equal to a bandwidth of 20 Physical Resource Blocks, PRBs. transmitting (210, 220), by a network device, a Synchronization Signal Block, SSB, to a terminal device, the SSB comprising Primary Synchronization Signal, PSS, Secondary Synchronization Signal, SSS, and Physical Broadcasting Channel, PBCH; wherein the SSB comprises four consecutive symbols in time domain, which are symbol S0, symbol S1, symbol S2 and symbol S3 in sequence; and the PSS is transmitted on the symbol S0, the SSS is transmitted on the symbol S2, wherein, the PBCH is transmitted on three symbols which are the symbol S1, the symbol S2 and the symbol S3; wherein a frequency range of the PSS is a first bandwidth and a frequency range of the SSS is the first bandwidth; a frequency range of the PBCH transmitted on the symbol S1 is a second bandwidth, a frequency range of the PBCH transmitted on the symbol S3 is the second bandwidth, and a frequency range of the PBCH transmitted on the symbol S2 is a third bandwidth; wherein the first bandwidth does not overlap with the third bandwidth, and the second bandwidth is equal to a bandwidth of 20 Physical Resource Blocks, PRBs.
Rolling apparatus for rolled products, comprising a rolling stand with rolling cylinders, a guide device according to claim 9 disposed downstream of said rolling cylinders.