mhurhangee/ep-ind-claims huggingface dataset:
A container transportation ship comprising: a cargo space in which one or more containers are loaded; a loading/unloading space which an external conveyance directly enters to load/unload the containers, the cargo space and the loading/unloading space being formed on a deck of the container transportation ship; and a crane moving the containers in longitudinal, transverse, and vertical directions of the container transportation ship to load/unload the containers onto/from the external conveyance having entered the loading/unloading space; a reclosable door unit opening/closing an entryway through which the external conveyance enters the ship; characterized in that the container transportation ship further comprises: a guide unit configured to guide the external conveyance to the loading/unloading space; a positioning unit configured to correct a transverse position of the external conveyance; and a stop module configured to restrict a position of the external conveyance in a moving direction of the external conveyance. a cargo space in which one or more containers are loaded; a loading/unloading space which an external conveyance directly enters to load/unload the containers, the cargo space and the loading/unloading space being formed on a deck of the container transportation ship; and a crane moving the containers in longitudinal, transverse, and vertical directions of the container transportation ship to load/unload the containers onto/from the external conveyance having entered the loading/unloading space; a reclosable door unit opening/closing an entryway through which the external conveyance enters the ship; characterized in that the container transportation ship further comprises: a guide unit configured to guide the external conveyance to the loading/unloading space; a positioning unit configured to correct a transverse position of the external conveyance; and a stop module configured to restrict a position of the external conveyance in a moving direction of the external conveyance. a guide unit configured to guide the external conveyance to the loading/unloading space; a positioning unit configured to correct a transverse position of the external conveyance; and a stop module configured to restrict a position of the external conveyance in a moving direction of the external conveyance.
A method, performed by equipment operative in a network, of participating in a Network Resource Management, NRM, Performance Monitoring, PM, procedure, comprising: maintaining an NRM Information Object Class, IOC, ManagedElement object containing one or more NRM IOC ManagedFunction objects, each ManagedFunction object operative to perform specified measurements by the equipment and report the results; maintaining a NRM IOC PMControl object including an administrative state attribute set by a network management system to begin measurements and reset by the network management system to suspend or end measurements, and an operational state attribute set by equipment when permissions and access allow measurement and reporting to proceed, and one of a notification target attribute and file location attribute for reporting the results of the specified measurements; maintaining, for each ManagedFunction object, one or more NRM dataType Measurement objects, each Measurement object including attributes specifying a measurement to be performed and a reporting period; verifying the availability of resources required to perform the specified measurements and access to the specified reporting mechanism, and indicating such availability and access by setting the operational state attribute of the PMControl object; and upon a network management system setting the administrative state attribute of the PMControl object, and if the operational state attribute of the PMControl object is set, for each Measurement object, performing the specified measurement and assembling the results; and at the expiration of each reporting period, reporting the results. maintaining an NRM Information Object Class, IOC, ManagedElement object containing one or more NRM IOC ManagedFunction objects, each ManagedFunction object operative to perform specified measurements by the equipment and report the results; maintaining a NRM IOC PMControl object including an administrative state attribute set by a network management system to begin measurements and reset by the network management system to suspend or end measurements, and an operational state attribute set by equipment when permissions and access allow measurement and reporting to proceed, and one of a notification target attribute and file location attribute for reporting the results of the specified measurements; maintaining, for each ManagedFunction object, one or more NRM dataType Measurement objects, each Measurement object including attributes specifying a measurement to be performed and a reporting period; verifying the availability of resources required to perform the specified measurements and access to the specified reporting mechanism, and indicating such availability and access by setting the operational state attribute of the PMControl object; and upon a network management system setting the administrative state attribute of the PMControl object, and if the operational state attribute of the PMControl object is set, for each Measurement object, performing the specified measurement and assembling the results; and at the expiration of each reporting period, reporting the results.
Lifting apparatus for a lifting crane, adapted to carry an elongated component having a non-circular cross section extending over the major part of its length, especially a rotor blade of a wind turbine, comprising a frame with at least one holding means for holding the component with an essentially horizontal orientation, whereby a pitching system for pitching the component around its longitudinal axis is provided; and characterized in that the or each holding means comprises a C-shaped holding part with holding elements for engaging the component, which holding part is movable along an arched guide means.
A non-transitory machine-readable storage medium comprising instructions, that, when executed, cause a processing resource to: receive a fast Fourier transform FFT of a high frequency radio signal, wherein the FFT comprises a direct current DC carrier frequency bin, a first guard frequency bin lower than the DC carrier frequency bin, located to correspond to a lowest frequency in a Long Term Evolution LTE signal, and a second guard frequency bin higher than the DC carrier frequency bin, located to correspond to a highest frequency in a Long Term Evolution LTE signal; determine a first signal strength at the first guard frequency bin; determine a second signal strength at the second guard frequency bin; determine a third signal strength at the DC carrier frequency bin; and characterized in that the instructions are further to cause the processing resource to: classify the high frequency radio signal, wherein classifying the high frequency radio signal comprises determining whether the high frequency radio signal is a LTE signal based on the first signal strength, the second signal strength, and the third signal strength. receive a fast Fourier transform FFT of a high frequency radio signal, wherein the FFT comprises a direct current DC carrier frequency bin, a first guard frequency bin lower than the DC carrier frequency bin, located to correspond to a lowest frequency in a Long Term Evolution LTE signal, and a second guard frequency bin higher than the DC carrier frequency bin, located to correspond to a highest frequency in a Long Term Evolution LTE signal; determine a first signal strength at the first guard frequency bin; determine a second signal strength at the second guard frequency bin; determine a third signal strength at the DC carrier frequency bin; and characterized in that the instructions are further to cause the processing resource to: classify the high frequency radio signal, wherein classifying the high frequency radio signal comprises determining whether the high frequency radio signal is a LTE signal based on the first signal strength, the second signal strength, and the third signal strength.
Coupling device for a lower link of a three-point linkage, comprising a coupling body with a catch hook for receiving a coupling element of complementary design to a fastening region of the catch hook, wherein disposed on the catch hook is a locking mechanism having a housing within which a sliding fit for mounting a locking latch so as to be longitudinally displaceable is formed in such a manner that the locking latch is able to be deflected, counter to a restoring spring force (F restore), from a first locking position blocking the catch hook to a second locking position releasing the catch hook, characterized in that the sliding fit is formed as an internal contour which is continuously ovalized along the deflection direction of the locking latch.
Patient feedback system for providing a patient with feedback information relating to the use of a therapeutic device, said system comprising: - a data interface for receiving personal profile data of the patient; - a database for storing reference profile data and reference device settings from a plurality of reference patients using therapeutic devices, wherein the reference device settings include at least one device parameter being indicative of how a therapeutic device of a reference patient is configured; - a cohort selection module for comparing the personal profile data of the patient with the reference profile data of the reference patients in the database and for determining a cohort for the patient from the plurality of reference patients based upon said comparison, wherein said cohort comprises a subset of the reference patients having reference profile data similar to the personal profile data of the patient and using similar or the same therapeutic devices as the patient, wherein determining the cohort further includes determining for one of the at least one device parameter a statistical sample size representing a minimum number of reference patients in the cohort depending on a required granularity of said device parameter to allow determining statistically relevant feedback information being related to said device parameter and - a feedback unit for determining feedback information based on the reference device settings of the reference patients in the cohort and for providing said feedback information to the patient. - a data interface for receiving personal profile data of the patient; - a database for storing reference profile data and reference device settings from a plurality of reference patients using therapeutic devices, wherein the reference device settings include at least one device parameter being indicative of how a therapeutic device of a reference patient is configured; - a cohort selection module for comparing the personal profile data of the patient with the reference profile data of the reference patients in the database and for determining a cohort for the patient from the plurality of reference patients based upon said comparison, wherein said cohort comprises a subset of the reference patients having reference profile data similar to the personal profile data of the patient and using similar or the same therapeutic devices as the patient, wherein determining the cohort further includes determining for one of the at least one device parameter a statistical sample size representing a minimum number of reference patients in the cohort depending on a required granularity of said device parameter to allow determining statistically relevant feedback information being related to said device parameter and - a feedback unit for determining feedback information based on the reference device settings of the reference patients in the cohort and for providing said feedback information to the patient.
A long rail assembly for providing sliding movement of a vehicle seat within a vehicle, the long rail assembly comprising: a fixed long rail extending longitudinally between opposing first and second ends of the fixed long rail and defining an interior cavity therebetween; a power rail drive assembly extending longitudinally between opposing first and second ends of the power rail drive assembly, the power rail drive assembly slidably coupled to the fixed long rail for providing the sliding movement of the vehicle seat along the fixed long rail, the power rail drive assembly comprising an upper channel, a spring-loaded gearbox assembly fixedly coupled to the upper channel, and a drive wheel fixedly coupled to a drive shaft projecting from the spring-loaded gearbox assembly and rotated by the spring-loaded gearbox assembly for transposing the power rail drive assembly along the fixed long rail; wherein the spring-loaded gearbox assembly comprises a mounting bracket fixedly coupled to the upper channel, a gearbox repositionable within the mounting bracket, and a spring biasing the gearbox within the mounting bracket such that the drive wheel is meshingly engaged with the fixed long rail. a fixed long rail extending longitudinally between opposing first and second ends of the fixed long rail and defining an interior cavity therebetween; a power rail drive assembly extending longitudinally between opposing first and second ends of the power rail drive assembly, the power rail drive assembly slidably coupled to the fixed long rail for providing the sliding movement of the vehicle seat along the fixed long rail, the power rail drive assembly comprising an upper channel, a spring-loaded gearbox assembly fixedly coupled to the upper channel, and a drive wheel fixedly coupled to a drive shaft projecting from the spring-loaded gearbox assembly and rotated by the spring-loaded gearbox assembly for transposing the power rail drive assembly along the fixed long rail; wherein the spring-loaded gearbox assembly comprises a mounting bracket fixedly coupled to the upper channel, a gearbox repositionable within the mounting bracket, and a spring biasing the gearbox within the mounting bracket such that the drive wheel is meshingly engaged with the fixed long rail.
An adhesive composition comprising a liquid rosin ester compound, the liquid rosin ester compound being obtained by reacting a rosin compound with a C 1-10 monohydric alcohol compound and having a Gardner color, measured according to JIS K 0071, of 1 or less, a glass transition temperature, measured according to JIS K 7121, of -20°C or less, a degree of esterification of 93 wt% or more, wherein the degree of esterification is determined by the method disclosed in the description, and a ratio (Y'/Y) of the total area of peaks in the 16-to 22- min retention time region (Y') to the total area of all the peaks measured by gas chromatography under the following conditions of 200 ppm or less: Gas Chromatography Measurement Conditions Model: product name Agilent 7890A, produced by Agilent Column: product name HP-5 (inner diameter: 0.32 mm × 30 m), produced by Agilent Column temperature: 50°C × 5 min → 10°C/min → 300°C × min Inlet temperature: 300°C Carrier gas flow rate: N 2, 0.5 ml/min Detector: hydrogen flame ionization detector. Gas Chromatography Measurement Conditions Model: product name Agilent 7890A, produced by Agilent Column: product name HP-5 (inner diameter: 0.32 mm × 30 m), produced by Agilent Column temperature: 50°C × 5 min → 10°C/min → 300°C × min Inlet temperature: 300°C Carrier gas flow rate: N 2, 0.5 ml/min Detector: hydrogen flame ionization detector.
A method of measuring quality of packetized audio and video transmission over a transmission chain, the method comprising: a) providing one or more measurement detectors along the transmission chain; b) detecting with the one or more measurement detectors the loss of bit stream packets at the one or more measurement point(s); c) determining the unique identifier for each detected lost packet; d) each measurement detector sending the list of lost packet identifiers to a central monitoring system; e) constructing, at the central monitoring system, from a stored error free stream and on the basis of the received lost packet identifiers, a simulated stream for each measurement point; and f) evaluating the simulated streams for deriving a quality score for each measurement point along the transmission chain. a) providing one or more measurement detectors along the transmission chain; b) detecting with the one or more measurement detectors the loss of bit stream packets at the one or more measurement point(s); c) determining the unique identifier for each detected lost packet; d) each measurement detector sending the list of lost packet identifiers to a central monitoring system; e) constructing, at the central monitoring system, from a stored error free stream and on the basis of the received lost packet identifiers, a simulated stream for each measurement point; and f) evaluating the simulated streams for deriving a quality score for each measurement point along the transmission chain.
System comprising an apparatus for providing an interface for the purpose of establishing a communication link as well as electronic IP devices connected, preferably across a gateway, to the Internet, wherein for activating the transfer of a data stream to be transmitted, such as an update of firmware, an SMS is sent from the apparatus to the IP device, whereupon the same, in response, sends its IP address to the apparatus, such that after receipt, and therewith acquisition of the IP address in the apparatus, the same is now capable of addressing the IP device at its IP address across WWAN and the apparatus sends the specified data volume to the IP device, characterized in that in the IP device a remote management software is implemented with which remote maintenance can be carried out, wherein the IP device, after receipt of the SMS sent by the apparatus, checks a priority status and, if WWAN is not available, sends an SMS to the apparatus indicating that a link cannot be established.
Method for automatically deactivating a system for orientating a front landing gear of an aircraft when the said aircraft is being towed along the ground, characterized in that it comprises the operations of: (a) detecting that the orientation system is in an activated state, (b) detecting that a pilot control relating to the orientation system is in a neutral position, (c) detecting conditions that the aircraft is being towed, the towing conditions comprising at least that the aircraft is positioned on the ground, that the rate of travel of the aircraft is below a predetermined value and that the pilot control relating to the orientation system is in the neutral position, (d) detecting, using an onboard computer, a rotational movement of the front landing gear, this movement deviating from the landing gear being in a centred position, and e) deactivating, using the onboard computer, the orientation system when operations (a) to (d) are satisfied. (a) detecting that the orientation system is in an activated state, (b) detecting that a pilot control relating to the orientation system is in a neutral position, (c) detecting conditions that the aircraft is being towed, the towing conditions comprising at least that the aircraft is positioned on the ground, that the rate of travel of the aircraft is below a predetermined value and that the pilot control relating to the orientation system is in the neutral position, (d) detecting, using an onboard computer, a rotational movement of the front landing gear, this movement deviating from the landing gear being in a centred position, and e) deactivating, using the onboard computer, the orientation system when operations (a) to (d) are satisfied.
A damper apparatus (10, 10X, 10B) including an input element (11, 11B) to which a torque from an engine is transferred, and an output element, the damper apparatus (10, 10X, 10B) comprising: a first intermediate element; a second intermediate element; a first elastic body configured to transfer the torque between the input element (11, 11B) and the first intermediate element; a second elastic body configured to transfer the torque between the first intermediate element and the output element; a third elastic body configured to transfer the torque between the input element (11, 11B) and the second intermediate element; a fourth elastic body configured to transfer the torque between the second intermediate element and the output element; characterised in that the damper apparatus further comprises a fifth elastic body (SPm) configured to transfer the torque between the first intermediate element and the second intermediate element, wherein the third and fourth elastic bodies (SP21, SP22) are disposed on an outer side of the first and second elastic bodies (SP11, SP12) in a radial direction of the damper apparatus (10, 10X, 10B), and the fifth elastic body (SPm) is disposed on the outer side of the first and second elastic bodies (SP11, SP12) in the radial direction with a distance from the third and fourth elastic bodies (SP21, SP22) in an axial direction of the damper apparatus (10, 10X, 10B), and at least partially overlaps the third and fourth elastic bodies (SP21, SP22) in the radial direction as viewed in the axial direction. a first intermediate element; a second intermediate element; a first elastic body configured to transfer the torque between the input element (11, 11B) and the first intermediate element; a second elastic body configured to transfer the torque between the first intermediate element and the output element; a third elastic body configured to transfer the torque between the input element (11, 11B) and the second intermediate element; a fourth elastic body configured to transfer the torque between the second intermediate element and the output element; characterised in that the damper apparatus further comprises a fifth elastic body (SPm) configured to transfer the torque between the first intermediate element and the second intermediate element, wherein the third and fourth elastic bodies (SP21, SP22) are disposed on an outer side of the first and second elastic bodies (SP11, SP12) in a radial direction of the damper apparatus (10, 10X, 10B), and the fifth elastic body (SPm) is disposed on the outer side of the first and second elastic bodies (SP11, SP12) in the radial direction with a distance from the third and fourth elastic bodies (SP21, SP22) in an axial direction of the damper apparatus (10, 10X, 10B), and at least partially overlaps the third and fourth elastic bodies (SP21, SP22) in the radial direction as viewed in the axial direction.
A member selected from the group of members consisting of a chair member (1,51,101), a bed member and a lounge member, said member having moving parts and a controller for said moving parts including means having electrical power requirements, said means having electrical power requirements being an information output circuitry which outputs information from said member concerning directions for the operation of said controller for the moving parts and an energy converter which converts energy to which the member (1,51,101) is exposed to electrical energy for powering said information output circuitry; wherein said information output circuitry is linked to the controller for a moveable part of said member (1,51,101), and said information output circuitry outputs information regarding the directions for the operation of the controller for the moving parts.