mhurhangee/ep-ind-claims huggingface dataset:
A computer based method for displaying cartographic data, the method comprising: retrieving, in the computer system, cartographic source data for a feature from a first record set; retrieving, in the computer system, cartographic edit data from a second record set, the cartographic edit data representing a user's modification of at least one feature, and the cartographic edit data being stored separately from the original source data; matching the cartographic edit data to the cartographic source data for the feature; and creating, in the computer system, an output record set wherein if the cartographic source data for the feature has a match to the cartographic edit data and the cartographic edit data does not exist for every display parameter of the feature, the output record set for the feature is created using the cartographic source data for the display parameters of the feature which do not have cartographic edit data, and using the cartographic edit data for the display parameters of the feature which do have cartographic edit data, wherein the output record set is created without modification to the cartographic source data; and displaying the output record set on a display device. retrieving, in the computer system, cartographic source data for a feature from a first record set; retrieving, in the computer system, cartographic edit data from a second record set, the cartographic edit data representing a user's modification of at least one feature, and the cartographic edit data being stored separately from the original source data; matching the cartographic edit data to the cartographic source data for the feature; and creating, in the computer system, an output record set wherein if the cartographic source data for the feature has a match to the cartographic edit data and the cartographic edit data does not exist for every display parameter of the feature, the output record set for the feature is created using the cartographic source data for the display parameters of the feature which do not have cartographic edit data, and using the cartographic edit data for the display parameters of the feature which do have cartographic edit data, wherein the output record set is created without modification to the cartographic source data; and displaying the output record set on a display device.
System for the automated capture of telemetry data consisting of movement data and existing sensor data in at least one transport means currently participating in the traffic situation for the provision of services, comprising: at least one transport means with a data capture/communication device, which is disposed in the transport means; a data center; an at least partly wireless network for the transfer of the telemetry data from the transport means to the data center; and a service provider, which furnishes a individual service on the basis of the telemetry data communicated to it; characterized in that the data center and the service provider constitute separate organization units and a data forwarding of telemetry data from the data center to the service provider takes place only by communication of a permission key from the road user to the service provider and from the service provider to the data center. at least one transport means with a data capture/communication device, which is disposed in the transport means; a data center; an at least partly wireless network for the transfer of the telemetry data from the transport means to the data center; and a service provider, which furnishes a individual service on the basis of the telemetry data communicated to it; the data center and the service provider constitute separate organization units and a data forwarding of telemetry data from the data center to the service provider takes place only by communication of a permission key from the road user to the service provider and from the service provider to the data center.
A window comprising a frame, a movable sash, and an actuator from which a chain extends, the chain having an end connector and being configured to open and close the sash, the actuator being pivotably hinged at an axis to one of the frame and the sash, and the end connector being pivotably hinged at an axis to the other of the frame and the sash, wherein the chain has a chain back where chain links engage to, and that when in a loaded state, form a stiff chain having a stiff chain center line (iC), the chain furthermore being configured such that, when in an unloaded state, the chain does not bend back past the straight stiff chain center line (iC) and past the chain back, but rather bends forward past a chain front, characterised in that the chain has an end connector with a finger portion extending away from and past the chain back, an engagement surface of the finger portion being configured to apply a one way load force on a bracket arranged on the sash or the frame, at an imaginary vector line (iL) located past the stiff chain center line (iC) and past the chain back, and the chain end connector being configured to apply a pull force on the sash or the frame elsewhere than at the imaginary vector line (iL), the end connector being connected to the bracket by means of a fastener and one or more elongated openings (18,19) which allow a defined displacement in the chain stroke direction whereby only the pull force is transferred. the actuator being pivotably hinged at an axis to one of the frame and the sash, and the end connector being pivotably hinged at an axis to the other of the frame and the sash, wherein the chain has a chain back where chain links engage to, and that when in a loaded state, form a stiff chain having a stiff chain center line (iC), the chain furthermore being configured such that, when in an unloaded state, the chain does not bend back past the straight stiff chain center line (iC) and past the chain back, but rather bends forward past a chain front, characterised in that the chain has an end connector with a finger portion extending away from and past the chain back, an engagement surface of the finger portion being configured to apply a one way load force on a bracket arranged on the sash or the frame, at an imaginary vector line (iL) located past the stiff chain center line (iC) and past the chain back, and the chain end connector being configured to apply a pull force on the sash or the frame elsewhere than at the imaginary vector line (iL), the end connector being connected to the bracket by means of a fastener and one or more elongated openings (18,19) which allow a defined displacement in the chain stroke direction whereby only the pull force is transferred.
Operation method for a numerical control tooling machine comprising a piece-carrying table rotatable about a - in use - vertical axis and N machining stations, N ≥ 2, arranged around the table, with the steps of - rotating the table to bring a piece in front of a station, - disconnecting the piece from the table, - transferring the piece from the table to the station, - fixing the piece to the station, - processing the piece at the station, - disconnecting the piece from the station, - transferring the piece from the station to the table, - fixing the piece to the table, - rotating the table to bring the piece in front of a different station or unloading the piece from the table. characterized in that the piece is mounted on the table by applying it to a support that is translated radially towards and from a station, wherein the support is alternatively made integral either only to the table or only to one station. - rotating the table to bring a piece in front of a station, - disconnecting the piece from the table, - transferring the piece from the table to the station, - fixing the piece to the station, - processing the piece at the station, - disconnecting the piece from the station, - transferring the piece from the station to the table, - fixing the piece to the table, - rotating the table to bring the piece in front of a different station or unloading the piece from the table.
A momentum dump method for a satellite reaction wheel operated to dump momentum as much as a known momentum dump amount according to a predetermined dump cycle, characterised in that the momentum dump method comprises: a momentum offset application requesting step in which a momentum offset application is requested during the momentum dump to the satellite; and an offset momentum dumping step in which the momentum as much as a predetermined momentum offset dump amount is dumped from the reaction wheel to generate a momentum offset in a direction opposite to a direction in which the momentum is accumulated, wherein the predetermined momentum offset dump amount is determined within a range of greater or equal 50% to less than 100% of the moment dump amount. a momentum offset application requesting step in which a momentum offset application is requested during the momentum dump to the satellite; and an offset momentum dumping step in which the momentum as much as a predetermined momentum offset dump amount is dumped from the reaction wheel to generate a momentum offset in a direction opposite to a direction in which the momentum is accumulated, wherein the predetermined momentum offset dump amount is determined within a range of greater or equal 50% to less than 100% of the moment dump amount.
A method comprising: at a wireless device: establishing a first radio resource control connection with a base station of a cellular network; transmitting channel state information capability information to the base station, wherein the capability information comprises information on concurrent CSI processing capability of the wireless device; wherein the CSI capability information includes capability for each supported combination of codebook types, and wherein the CSI capability information for each supported combination of codebook types includes maximum number of ports for each CSI resource, the maximum number of CSI resources, and the maximum number of total ports. establishing a first radio resource control connection with a base station of a cellular network; transmitting channel state information capability information to the base station, wherein the capability information comprises information on concurrent CSI processing capability of the wireless device; wherein the CSI capability information includes capability for each supported combination of codebook types, and wherein the CSI capability information for each supported combination of codebook types includes maximum number of ports for each CSI resource, the maximum number of CSI resources, and the maximum number of total ports.
A collapsible tricycle comprising a spine frame having a spine supported by a rear wheel and by a pair of steerable front wheels, a pedal boom extending forwardly of the spine and supporting a pedal crank assembly, a drive system connecting the pedal crank assembly with the rear wheel, and a seat (42; 42A) supported by the spine; a lateral arm supporting each of the front wheels, each lateral arm having a proximal end and a distal end with the front wheel pivotably attached at the distal end; and characterised in that an angular projection is attached at the lateral arm proximal end wherein the angular projection projects from the lateral arm in a direction not parallel to the length of the lateral arm; a pivot (78; 78A; 78B) is included connecting each angular projection to the spine and allowing each lateral arm to fold from a travel position, with the distal end spaced from the spine, to a stowed position alongside the spine; and clamping means ((95, 98); (95A, 196A, 98A); (139B, 80B, 157B, 86B); (95, 217,188, 98E); (95, 217, 176, 177, 175)) on the spine to arrest the angular projections in the travel position in a position along the spine and to release the angular projections to a position pivoted away from the spine to allow folding of the lateral arms to their stowed position.
A multimedia apparatus comprising: a communication module which is configured to be communicably linked to an external device for wireless communication; an output unit for outputting at least one of a video and an audio signal; and a control unit which is configured for transmitting one of the video and the audio signal as a first signal to the external device through the communication module and for operating the output unit to present the other one of the video and the audio signal as a second signal corresponding to the first signal by delaying the second signal based on delay information received from the external device through the communication module, wherein the delay information is contained in a service record received from the external device via Bluetooth communication. a communication module which is configured to be communicably linked to an external device for wireless communication; an output unit for outputting at least one of a video and an audio signal; and a control unit which is configured for transmitting one of the video and the audio signal as a first signal to the external device through the communication module and for operating the output unit to present the other one of the video and the audio signal as a second signal corresponding to the first signal by delaying the second signal based on delay information received from the external device through the communication module, wherein the delay information is contained in a service record received from the external device via Bluetooth communication.
A removable assembly intended to be mounted between the board and the front wheel unit of a traditional skateboard in order to increase the distance between the board and the front wheel unit for converting the traditional skateboard formed by a board, a front wheel unit and a rear wheel unit, into a surfskate, wherein the removable assembly comprises: a base piece configured for the fixing thereof to the board of the skateboard; an upper piece configured for the fixing thereof in a removable manner to the front wheel unit, and a torsion spring arranged between the base piece and the upper piece; where the base piece is coupled to the upper piece such that they can rotate with respect to each other; and where the torsion spring exerts a force aimed at causing both pieces (1,7) to regain a neutral position corresponding to the rectilinear displacement of the skateboard. a base piece configured for the fixing thereof to the board of the skateboard; an upper piece configured for the fixing thereof in a removable manner to the front wheel unit, and a torsion spring arranged between the base piece and the upper piece; where the base piece is coupled to the upper piece such that they can rotate with respect to each other; and where the torsion spring exerts a force aimed at causing both pieces (1,7) to regain a neutral position corresponding to the rectilinear displacement of the skateboard.
An apparatus for an excavator for providing its implement with a tilting function, the apparatus comprising: - an implement coupling, which is rotatably connectable with an arm of the excavator, at a first connection portion at an implement end of the arm, via an attachment device, wherein the attachment device is arranged to enable the implement coupling to rotate about a tilt axis, and to pivot about a breakout axis, which extends at an angle to the tilt axis; and - a hydraulic cylinder assembly for breaking out and tilting the implement coupling, which hydraulic cylinder assembly is connectable with the arm at a second connection portion at a distance from the first connection portion, and which is connected with the implement coupling, wherein the attachment device is pivotally attachable with the arm at said first connection portion, such that the breakout axis extends laterally of the arm, wherein the hydraulic cylinder assembly is connected with the implement coupling on at least one side of the attachment device for tilting the implement coupling by causing the implement coupling to rotate about the tilt axis, characterized in that the hydraulic cylinder assembly comprises a first hydraulic cylinder being connectable, at one end thereof, with the arm at said second connection portion, a second hydraulic cylinder being connectable, at one end thereof, with the arm at said second connection portion, and two linkages (18, 19), each connected with the other end of a respective one of the first and second hydraulic cylinders, wherein the linkages are connected with the implement coupling at opposite sides of the tilt axis, and wherein the first and second hydraulic cylinders extend side by side between the second connection portion and the respective linkage. - an implement coupling, which is rotatably connectable with an arm of the excavator, at a first connection portion at an implement end of the arm, via an attachment device, wherein the attachment device is arranged to enable the implement coupling to rotate about a tilt axis, and to pivot about a breakout axis, which extends at an angle to the tilt axis; and - a hydraulic cylinder assembly for breaking out and tilting the implement coupling, which hydraulic cylinder assembly is connectable with the arm at a second connection portion at a distance from the first connection portion, and which is connected with the implement coupling,
A method, performed by a communication device, for managing beam coverage of the communication device in a wireless communication network, the method comprising: - receiving and evaluating one or more first reference signals transmitted by a first network node comprised in the wireless communication network, said one or more first reference signals being comprised in one or more first beams, said one or more first beams being static or semi-static beams received from the first network node, wherein said receiving and evaluating is according to a first state of the communication device, wherein when in said first state, the communication device refrains from reporting back in the uplink about the received and evaluated one or more first reference signals, wherein the first state is a passive state, and in response to the evaluation having resulted in a conclusion that all of the received one or more first reference signals are weak and/or of low quality by comparison to a threshold value, - sending a request to one or more network nodes (110, 111), requesting a certain procedure for providing, by beamforming, one or more second beams (127, 128) specifically to target the communication device, wherein the requested one or more second beams (127, 128) comprise one or more second reference signals, wherein the communication device switches, based on the evaluation, from the first state to a second state, wherein the communication device in the second state actively participates in the provision of beam coverage for the communication device, and wherein in the second state, the communication device is in a battery-saving mode. - receiving and evaluating one or more first reference signals transmitted by a first network node comprised in the wireless communication network, said one or more first reference signals being comprised in one or more first beams, said one or more first beams being static or semi-static beams received from the first network node, wherein said receiving and evaluating is according to a first state of the communication device, wherein when in said first state, the communication device refrains from reporting back in the uplink about the received and evaluated one or more first reference signals, wherein the first state is a passive state, - sending a request to one or more network nodes (110, 111), requesting a certain procedure for providing, by beamforming, one or more second beams (127, 128) specifically to target the communication device, wherein the requested one or more second beams (127, 128) comprise one or more second reference signals, wherein the communication device switches, based on the evaluation, from the first state to a second state, wherein the communication device in the second state actively participates in the provision of beam coverage for the communication device, and wherein in the second state, the communication device is in a battery-saving mode.
Device for measuring the surface dimensions of an object, with a piece of elongated flexible material which is borne on a roller such that it can be unwound, and on the end of which a probe is provided, wherein two sensors are provided, through which the unwound length of the piece of material and the angle of the piece of material relative to a base of the device can be detected, and wherein the base comprises a flat base plate and the roller is arranged on the side facing away from the contact surface of the base plate, characterised in that the roller is connected to the base of the device, such that it can be rotated around a vertical axis which stands both perpendicular to the plane of the base of the device and perpendicular to the axis of rotation of the roller, and that the roller is borne on a swivel arm, by means of which the axis of the roller can be repeatedly moved towards the base.
A packet for containing food articles, preferably sweets and/or chewing gums, comprising a containment body for containing a plurality of food articles and having a bottom panel, a top panel and a plurality of side panels; the containment body for the articles has an outlet opening for taking the food articles out of the containment body; the opening being of a shape and size such configured to allow the food articles to come out one at a time; the packet comprising a lid for opening and closing the outlet opening for the food articles; the packet comprises a receptacle for collecting the articles which have come out of the containment body through the opening; the receptacle having a base for supporting the article and a plurality of side walls to prevent the articles from falling out of the receptacle; the outlet opening for the food articles being in communication with the base of the receptacle; characterized in that the receptacle for collecting the articles is located in the containment body of the packet; the base of the receptacle being defined by the top panel of the containment body and the side walls being defined by respective side panels extending from the top panel; each side panel is disposed in contact with a respective portion of the inside surface of a side panel of the containment body. the containment body for the articles has an outlet opening for taking the food articles out of the containment body; the opening being of a shape and size such configured to allow the food articles to come out one at a time; the packet comprising a lid for opening and closing the outlet opening for the food articles; the packet comprises a receptacle for collecting the articles which have come out of the containment body through the opening; the receptacle having a base for supporting the article and a plurality of side walls to prevent the articles from falling out of the receptacle; the outlet opening for the food articles being in communication with the base of the receptacle; characterized in that the receptacle for collecting the articles is located in the containment body of the packet; the base of the receptacle being defined by the top panel of the containment body and the side walls being defined by respective side panels extending from the top panel; each side panel is disposed in contact with a respective portion of the inside surface of a side panel of the containment body.