mhurhangee/ep-ind-claims huggingface dataset:
Method for improving a parking assistant of a vehicle for carrying out an assisted or automated parking process of the vehicle, wherein the method is characterized by the following steps: a) detecting the type of planned parking process, b) assisted or automatic execution of the parking process by the parking assistant with reference to the detected type of parking process, c) storing data of the parking process in the parking assistant, wherein the stored data comprises information on the surroundings, d) evaluating the parking process, e) improving the parking assistant of the vehicle for the detected type of parking process by means of a computer unit with reference to the stored data and the evaluation of the parking process, wherein the computer unit is provided separately from the vehicle. a) detecting the type of planned parking process, b) assisted or automatic execution of the parking process by the parking assistant with reference to the detected type of parking process, c) storing data of the parking process in the parking assistant, wherein the stored data comprises information on the surroundings, d) evaluating the parking process, e) improving the parking assistant of the vehicle for the detected type of parking process by means of a computer unit with reference to the stored data and the evaluation of the parking process, wherein the computer unit is provided separately from the vehicle.
A method for analysing performance of a telecommunications network, the method comprising: assembling values observed for a network performance parameter over a time window; constructing a time series by associating each performance parameter value with a representation of a time at which the value was observed; encoding the time series to generate a compressed representation of the time series; decoding the compressed representation of the time series to reconstruct the time series; calculating a reconstruction error between the time series and the reconstructed time series; and analysing the reconstruction error to determine if the assembled performance parameter values indicate an anomalous behaviour during the time window. assembling values observed for a network performance parameter over a time window; constructing a time series by associating each performance parameter value with a representation of a time at which the value was observed; encoding the time series to generate a compressed representation of the time series; decoding the compressed representation of the time series to reconstruct the time series; calculating a reconstruction error between the time series and the reconstructed time series; and analysing the reconstruction error to determine if the assembled performance parameter values indicate an anomalous behaviour during the time window.
A system for processing database trigger functions comprising: a database management system maintaining a collection of items corresponding to a partition (101a,101b) of a table, wherein the database management system processes a first request to store an item in the collection of items by at least writing information indicative of the first request to a repository (102a, 102b) of log data; a plurality of computing nodes, including a first computing node, having access to a first set of instructions to be performed in response to the database management system processing the first request; a second computing node that at least: receives the information indicative of the first request from the repository (102a, 102b) of log data; monitors computing resource utilization of computing nodes in the plurality of computing nodes; selects the first one computing node for performing the first set of instructions, based at least in part on computing resource utilization of the first computing node being less than computing resource utilization of an additional computing node of the plurality of computing nodes; and transmits, to the first computing node, data causing the first computing node to perform the first set of instructions. a database management system maintaining a collection of items corresponding to a partition (101a,101b) of a table, wherein the database management system processes a first request to store an item in the collection of items by at least writing information indicative of the first request to a repository (102a, 102b) of log data; a plurality of computing nodes, including a first computing node, having access to a first set of instructions to be performed in response to the database management system processing the first request; a second computing node that at least: receives the information indicative of the first request from the repository (102a, 102b) of log data; monitors computing resource utilization of computing nodes in the plurality of computing nodes; selects the first one computing node for performing the first set of instructions, based at least in part on computing resource utilization of the first computing node being less than computing resource utilization of an additional computing node of the plurality of computing nodes; and transmits, to the first computing node, data causing the first computing node to perform the first set of instructions. receives the information indicative of the first request from the repository (102a, 102b) of log data; monitors computing resource utilization of computing nodes in the plurality of computing nodes; selects the first one computing node for performing the first set of instructions, based at least in part on computing resource utilization of the first computing node being less than computing resource utilization of an additional computing node of the plurality of computing nodes; and transmits, to the first computing node, data causing the first computing node to perform the first set of instructions.
Machine for manufacturing sand cores, comprising a molding box in which the core is shaped, a blowing chamber, a gassing element, and a blowing assembly facing the molding box which is suitable for injecting air against the blowing chamber and for suctioning it through a filtration plate, the blowing chamber being arranged in a loading position in which it is at least partially filled with sand, and in an unloading position between the blowing assembly and the molding box for unloading at least part of said sand into the molding box, and the gassing element being arranged in a working position (Pg) between the blowing assembly and the molding box once the blowing chamber has left the unloading position, characterized in that the machine further comprises cleaning means which are suitable for at least partially cleaning the filtration plate once the blowing chamber has left the unloading position, the cleaning means being suitable for injecting a cleaning agent against said filtration plate for at least partially cleaning the filtration plate, said cleaning means comprising at least one nozzle through which the cleaning agent comes out, and the cleaning means being arranged facing the filtration plate, between said filtration plate and the molding box, once the blowing chamber has left the unloading position, the cleaning agent being injected from bottom to top.
Device for influencing light during the taking of photographs with a support frame and an extensive covering, wherein said support frame comprises a first stretcher rod, which is attached to a first end portion of the covering, and a second stretcher rod, which is attached to a second end portion of the covering which faces the first end portion, and wherein said support frame further comprises at least one spreader rod with end-side receiving means (31, 32) each having concave receiving surfaces (322, 321) for receiving the outer surface of respectively one stretcher rod (21, 22), and wherein the at least one spreader rod with the length thereof is designed so as to retain, in the expanded state, the first stretcher rod and the second stretcher rod against the stretched covering, characterized in that the concave receiving surfaces (321, 322) are semicircular and bulged towards the middle of the spreader rod.
A device comprising: a laser device configured to direct a laser beam with laser energy through an outer portion of an eye towards a target portion of the eye; and a control computer configured to: receive an optical density measurement of the outer portion; determine the laser energy according to the optical density measurement and a corneal depth; and instruct the laser device to direct the laser beam with the laser energy through the outer portion of the eye towards the target portion of the eye. a laser device configured to direct a laser beam with laser energy through an outer portion of an eye towards a target portion of the eye; and a control computer configured to: receive an optical density measurement of the outer portion; determine the laser energy according to the optical density measurement and a corneal depth; and instruct the laser device to direct the laser beam with the laser energy through the outer portion of the eye towards the target portion of the eye. receive an optical density measurement of the outer portion; determine the laser energy according to the optical density measurement and a corneal depth; and instruct the laser device to direct the laser beam with the laser energy through the outer portion of the eye towards the target portion of the eye.
A method for synchronizing an identity of a user (310; 410; 510) between a network observer and a third party (321; 421; 521), the method comprising: reading, by the network observer, a connection request sent from the user (310; 410; 510) to the third party (321; 421; 521), the connection request being an HTTPS request including a host field, wherein the host field is in a server name indication, SNI, field of transport layer security, TLS, and comprises a host part corresponding to the third party (321; 421; 521) and a sub-host part corresponding to identification information of the user (310; 410; 510); and associating, by the network observer in a database, the identification information of the user (310; 410; 510) derived from the sub-host part with the identity of the user (310; 410; 510) and an identity of the third party (321; 421; 521). reading, by the network observer, a connection request sent from the user (310; 410; 510) to the third party (321; 421; 521), the connection request being an HTTPS request including a host field, wherein the host field is in a server name indication, SNI, field of transport layer security, TLS, and comprises a host part corresponding to the third party (321; 421; 521) and a sub-host part corresponding to identification information of the user (310; 410; 510); and associating, by the network observer in a database, the identification information of the user (310; 410; 510) derived from the sub-host part with the identity of the user (310; 410; 510) and an identity of the third party (321; 421; 521).
A user terminal configured to communicate with a carrier where Listen Before Talk, LBT, is configured, the user terminal comprising: a receiving section configured to receive, in a first subframe, Downlink Control Information, DCI, including information about a number of symbols used in a second subframe that is different from the first subframe; and a control section configured to control a receiving process in the second subframe based on the DCI, wherein the second subframe is an ending subframe in burst transmission, the receiving section is configured to receive a different DCI from the DCI, and the control section is configured to determine a number of symbols used in a starting subframe in the burst transmission based on the different DCI and determine the number of symbols used in the second subframe based on the DCI. a receiving section configured to receive, in a first subframe, Downlink Control Information, DCI, including information about a number of symbols used in a second subframe that is different from the first subframe; and a control section configured to control a receiving process in the second subframe based on the DCI, wherein the second subframe is an ending subframe in burst transmission, the receiving section is configured to receive a different DCI from the DCI, and the control section is configured to determine a number of symbols used in a starting subframe in the burst transmission based on the different DCI and determine the number of symbols used in the second subframe based on the DCI.
An integrated wind-turbine monitoring electronic device, comprising: a disconnect device configured to selectively electrically couple to a lightning-protection cable in a wind-turbine blade; and a measurement device, electrically coupled to the disconnect device, configured to perform, when the disconnect device is selectively electrically coupled to the lightning-protection cable, time-domain reflectometry measurements of lightning-protection cable by performing operations comprising: (i) providing an electrical signal to the lightning-protection cable; and (ii) measure reflected electrical signals from the lightning-protection cable; wherein the electronic device being characterized in that it further comprises an orientation sensor electrically connected to the disconnect device, wherein the orientation sensor is configured to provide the electronic device data on position and/or orientation, and/or speed of rotation of the wind turbine blade. a disconnect device configured to selectively electrically couple to a lightning-protection cable in a wind-turbine blade; and a measurement device, electrically coupled to the disconnect device, configured to perform, when the disconnect device is selectively electrically coupled to the lightning-protection cable, time-domain reflectometry measurements of lightning-protection cable by performing operations comprising: (i) providing an electrical signal to the lightning-protection cable; and (ii) measure reflected electrical signals from the lightning-protection cable; wherein the electronic device being characterized in that it further comprises an orientation sensor electrically connected to the disconnect device, wherein the orientation sensor is configured to provide the electronic device data on position and/or orientation, and/or speed of rotation of the wind turbine blade.
An extending/contracting flexible pipe comprising: a pair of joint sections configured to be oscillatable and extendable/contractile with respect to each other; an attachment section formed at the outer periphery of each of the pair of joint sections; a tie rod that is inserted into rod holes formed at the attachment sections and is bridged across both of the attachment sections; a washer and a nut for fixing the tie rod to the attachment sections, wherein an annular spacer made of an elastic member is fixed to the tie rod and the washer is located at a position at which the rod hole is closed in the state in which the spacer is disposed inside of the rod hole, so that the washer shields the spacer from the outside; a ball section that is oscillatably held in the joint section on a predetermined center; and a connecting pipe that is held in the ball section in an extendable/contractile manner, the extanding/contracting flexible pipe being characterized in that the attachment section is disposed inside of the predetermined center in a pipe axial direction, and a contact face between the nut and the washer disposed outside of the attachment section is located at the same position as the predetermined center in the pipe axial direction.
Method for operating a radiolocation system, in which - a position of a transponder is determined by means of a plurality of base stations of the radiolocation system on the basis of radio signal reception time differences and/or on the basis of radio signal propagation times, wherein the base stations are each arranged at a predefined position, - the transponder is arranged at a selected point on an object to be located, - at least one identifier which is assigned to the object to be located and is transmitted to the base stations of the radiolocation system when determining the position of the transponder is stored in the transponder, - on the basis of the identifier, object-related data assigned to the object to be located are sent by the base stations of the radiolocation system to the transponder, - the transponder is equipped with a communication module for a wireless communication system and is operated as a base station or master station of the wireless communication system, - at least one display unit which is equipped with a communication module and is separated from the transponder connects to the transponder as a subscriber station or slave station of the wireless communication system, - the transponder transmits, to the display unit, position-related information and the object-related data sent by the base stations of the radiolocation system, - the display unit displays the transmitted position-related information and object-related data in a continuously updated manner. - a position of a transponder is determined by means of a plurality of base stations of the radiolocation system on the basis of radio signal reception time differences and/or on the basis of radio signal propagation times, wherein the base stations are each arranged at a predefined position, - the transponder is arranged at a selected point on an object to be located, - at least one identifier which is assigned to the object to be located and is transmitted to the base stations of the radiolocation system when determining the position of the transponder is stored in the transponder, - on the basis of the identifier, object-related data assigned to the object to be located are sent by the base stations of the radiolocation system to the transponder, - the transponder is equipped with a communication module for a wireless communication system and is operated as a base station or master station of the wireless communication system, - at least one display unit which is equipped with a communication module and is separated from the transponder connects to the transponder as a subscriber station or slave station of the wireless communication system, - the transponder transmits, to the display unit, position-related information and the object-related data sent by the base stations of the radiolocation system, - the display unit displays the transmitted position-related information and object-related data in a continuously updated manner.
A rotor assembly for a gas turbine, comprising: a blade (1110, 1310) comprising a platform and a root member; a rotor disk (1120, 1320) including a disk slot into which the root member is inserted; and a blade fastening assembly, comprising: a fastening key having a through hole; a first groove formed in the rotor disk (1120, 1320) with a shape corresponding to a portion of the fastening key, a second groove formed in communication with the first groove and at least partially extending in the platform of the blade (1110, 1310), the second groove having a shape corresponding to a remaining portion of the fastening key in a state in which the root member is inserted into the disk slot, wherein the fastening key is positioned within the first groove and the second groove, a pin groove connected with the first groove; and a fastening pin inserted into the through hole and the pin groove, wherein the first groove and the pin groove are formed in an axial end of the rotor disk (1120, 1320), and the second groove is formed to extend in a side portion of the platform. a blade (1110, 1310) comprising a platform and a root member; a rotor disk (1120, 1320) including a disk slot into which the root member is inserted; and a blade fastening assembly, comprising: a fastening key having a through hole; a first groove formed in the rotor disk (1120, 1320) with a shape corresponding to a portion of the fastening key, a second groove formed in communication with the first groove and at least partially extending in the platform of the blade (1110, 1310), the second groove having a shape corresponding to a remaining portion of the fastening key in a state in which the root member is inserted into the disk slot, wherein the fastening key is positioned within the first groove and the second groove, a pin groove connected with the first groove; and a fastening pin inserted into the through hole and the pin groove, a fastening key having a through hole; a first groove formed in the rotor disk (1120, 1320) with a shape corresponding to a portion of the fastening key, a second groove formed in communication with the first groove and at least partially extending in the platform of the blade (1110, 1310), the second groove having a shape corresponding to a remaining portion of the fastening key in a state in which the root member is inserted into the disk slot, wherein the fastening key is positioned within the first groove and the second groove, a pin groove connected with the first groove; and a fastening pin inserted into the through hole and the pin groove, wherein the first groove and the pin groove are formed in an axial end of the rotor disk (1120, 1320), and the second groove is formed to extend in a side portion of the platform.
A vehicle system comprising: a tank for storing an aqueous solution; a UV light decontamination module configured for decontaminating aqueous solution stored in the tank; said UV light decontamination module being arranged in a wall of the tank, and said UV light decontamination module comprising: a light source compartment; and a light transmission member configured to transmit UV light from the light source compartment to a liquid space in a liquid compartment in fluid communication with the tank; said light source compartment comprising a light source configured and arranged to emit UV light through the light transmission member to the liquid space; wherein the liquid compartment is located inside the tank and is provided with at least one inlet and at least one outlet, both located inside the tank, for receiving and discharging aqueous solution from and to the tank, respectively, wherein the volume of the liquid compartment is between 6000 mm 3 and 20000 mm 3. a tank for storing an aqueous solution; a UV light decontamination module configured for decontaminating aqueous solution stored in the tank; said UV light decontamination module being arranged in a wall of the tank, and said UV light decontamination module comprising: a light source compartment; and a light transmission member configured to transmit UV light from the light source compartment to a liquid space in a liquid compartment in fluid communication with the tank; said light source compartment comprising a light source configured and arranged to emit UV light through the light transmission member to the liquid space; a light source compartment; and a light transmission member configured to transmit UV light from the light source compartment to a liquid space in a liquid compartment in fluid communication with the tank; said light source compartment comprising a light source configured and arranged to emit UV light through the light transmission member to the liquid space;