mhurhangee/ep-ind-claims huggingface dataset:
A method for optimizing coiled tubing string configurations for drilling operations, the method comprising: determining a plurality of sections for a wellbore to be drilled along a planned trajectory through a subsurface formation; determining physical properties of a coiled tubing string for drilling the wellbore along the planned trajectory, the coiled tubing string having a non-rotatable segment and a rotatable segment; estimating a length of the rotatable segment of the coiled tubing string, based on the physical properties corresponding to the rotatable segment; calculating a friction factor for the rotatable segment based on the estimated length of the rotatable segment; estimating an effective axial force for one or more points of interest along the non-rotatable and rotatable segments of the coiled tubing string, based in part on the friction factor calculated for the rotatable segment; upon determining that the effective axial force for at least one of the one or more points of interest exceeds a predetermined maximum force threshold, estimating an effective distributive friction factor for at least a portion of the non-rotatable segment of the coiled tubing string; and redefining the rotatable and non-rotatable segments of the coiled tubing string for one or more of the plurality of sections of the wellbore to be drilled along the planned trajectory, based on the estimated effective distributive friction factor for the portion of the non-rotatable segment. determining a plurality of sections for a wellbore to be drilled along a planned trajectory through a subsurface formation; determining physical properties of a coiled tubing string for drilling the wellbore along the planned trajectory, the coiled tubing string having a non-rotatable segment and a rotatable segment; estimating a length of the rotatable segment of the coiled tubing string, based on the physical properties corresponding to the rotatable segment; calculating a friction factor for the rotatable segment based on the estimated length of the rotatable segment; estimating an effective axial force for one or more points of interest along the non-rotatable and rotatable segments of the coiled tubing string, based in part on the friction factor calculated for the rotatable segment; upon determining that the effective axial force for at least one of the one or more points of interest exceeds a predetermined maximum force threshold, estimating an effective distributive friction factor for at least a portion of the non-rotatable segment of the coiled tubing string; and redefining the rotatable and non-rotatable segments of the coiled tubing string for one or more of the plurality of sections of the wellbore to be drilled along the planned trajectory, based on the estimated effective distributive friction factor for the portion of the non-rotatable segment.
Parting blade having an internal coolant supply, wherein the parting blade comprises two substantially parallel planar side faces (21, 22) and a transverse bore extending there through in communication with a coolant channel running in the interior of the parting blade parallel to the side faces (21, 22), wherein a plug is provided having two substantially parallel end faces (11, 12) and a peripheral surface connecting the end faces (11, 12), which plug is to be inserted into the transverse bore such that the transverse bore is sealed with respect to at least one side face of the parting blade and is flush with the side face without any protrusion beyond the sealed side surface, wherein on its end face opposite of the sealed side surface as well as on its peripheral surface the plug comprises each an aperture (2, 3, resp.), and wherein these apertures (2, 3) are connected with one other in the interior of the plug, such that the plug is enabled to connect the coolant channel provided at the periphery of the transverse bore to a coolant source arranged vis-à-vis the end face aperture of the plug, characterized in that the plug has a basically cylindrical shape, with an end face which is provided with a radially projecting flanged rim and a central aperture.
A method performed by a data transmission control node in a communication system, comprising the steps of: - receiving a request for a transmission rule for when a user equipment device is allowed to transmit data; - determining a transmission impacting parameter characterizing the present or forecast environment in which transmission might occur for the user equipment device based on information received in the request; - based on the transmission impacting parameter further determining a device transmission rule governing the data transmission by the user equipment device and the method being characterized by: - determining whether the determined device transmission rule differs from a presently deployed device transmission rule; and - upon positive determination, transmitting a transmission rule deployment message to the user equipment device enabling the device to govern transmission in accordance with the user equipment device transmission rule. - receiving a request for a transmission rule for when a user equipment device is allowed to transmit data; - determining a transmission impacting parameter characterizing the present or forecast environment in which transmission might occur for the user equipment device based on information received in the request; - based on the transmission impacting parameter further determining a device transmission rule governing the data transmission by the user equipment device and the method being characterized by: - determining whether the determined device transmission rule differs from a presently deployed device transmission rule; and - upon positive determination, transmitting a transmission rule deployment message to the user equipment device enabling the device to govern transmission in accordance with the user equipment device transmission rule. - determining whether the determined device transmission rule differs from a presently deployed device transmission rule; and - upon positive determination, transmitting a transmission rule deployment message to the user equipment device enabling the device to govern transmission in accordance with the user equipment device transmission rule.
An information processing apparatus comprising: a display with a touch panel, configured to display a display image comprising a plurality of graphical user interfaces (GUIs); an operating information acquiring unit, configured to set for each of the plurality of GUIs a decision region with a respective GUI at its centre, each decision region having a respective radius whose size varies depending on the frequency with which the respective GUI is selected and its level of importance, configured to acquire information regarding coordinates of a specific position, inputted by a user on the touch panel, in the display image, and configured to detect in the display image GUIs that contain the coordinates of the specific position within their respective decision region; a GUI location control unit configured to vary the locations of the GUIs on the display image detected by the operating information acquiring unit, in such a manner as to widen a space between the GUIs, when a plurality of the GUIs is detected by the operating information acquiring unit; and an information processing unit configured to perform information processing corresponding to a GUI, according to a user's operation on said GUI whose location has been varied. a display with a touch panel, configured to display a display image comprising a plurality of graphical user interfaces (GUIs); an operating information acquiring unit, configured to set for each of the plurality of GUIs a decision region with a respective GUI at its centre, each decision region having a respective radius whose size varies depending on the frequency with which the respective GUI is selected and its level of importance, configured to acquire information regarding coordinates of a specific position, inputted by a user on the touch panel, in the display image, and configured to detect in the display image GUIs that contain the coordinates of the specific position within their respective decision region; configured to set for each of the plurality of GUIs a decision region with a respective GUI at its centre, each decision region having a respective radius whose size varies depending on the frequency with which the respective GUI is selected and its level of importance, configured to acquire information regarding coordinates of a specific position, inputted by a user on the touch panel, in the display image, and configured to detect in the display image GUIs that contain the coordinates of the specific position within their respective decision region; a GUI location control unit configured to vary the locations of the GUIs on the display image detected by the operating information acquiring unit, in such a manner as to widen a space between the GUIs, when a plurality of the GUIs is detected by the operating information acquiring unit; and an information processing unit configured to perform information processing corresponding to a GUI, according to a user's operation on said GUI whose location has been varied.
A method of receiving, by a user equipment, UE, a physical downlink shared channel, PDSCH, in a wireless communication system, the method comprising: receiving, from a base station, BS, a higher layer signal comprising first information for an uplink, UL-downlink, DL, configuration; repeatedly receiving, from the BS, a first transport block, TB, via the PDSCH based on the first information for the UL-DL configuration; receiving, from the BS, a first control channel comprising second information for the UL-DL configuration; and discarding, by the UE, a second control channel scheduling a PDSCH repetition of a second TB in a transmission time unit based on i) the first information for the UL-DL configuration indicating the transmission time unit as an uplink, and ii) the second information for the UL-DL configuration indicating the transmission time unit as a downlink. receiving, from a base station, BS, a higher layer signal comprising first information for an uplink, UL-downlink, DL, configuration; repeatedly receiving, from the BS, a first transport block, TB, via the PDSCH based on the first information for the UL-DL configuration; receiving, from the BS, a first control channel comprising second information for the UL-DL configuration; and discarding, by the UE, a second control channel scheduling a PDSCH repetition of a second TB in a transmission time unit based on i) the first information for the UL-DL configuration indicating the transmission time unit as an uplink, and ii) the second information for the UL-DL configuration indicating the transmission time unit as a downlink.
A method for operating an X-ray system (10, 10*) comprising at least a manipulator (18, 18a*, 18b*), an X-ray source (12, 12*) and an X-ray detector (14, 14*), the manipulator (18, 18a*, 18b*) being able to move the X-ray source (12, 12*), the X-ray detector (14, 14*) or an object, comprising the steps of: manually setting a first position for the manipulator (18, 18a*, 18b*) on a trajectory by means of virtual input means; recording the recording of the object by means of the X-ray system (10, 10*) from the first position in order to obtain a first X-ray projection; representing the first X-ray projection or information derived from the first X-ray projection; manually setting a second position on the trajectory by means of the virtual input means based on the representation of the first X-ray projection or information derived from the first X-ray projection; recording the recording of the object by means of the X-ray system (10, 10*) from the second position in order to obtain a second X-ray projection; and representing the second X-ray projection or information derived from the second X-ray projection storing the first position and the second position, wherein the first position and the second position set the trajectory for the manipulator (18, 18a*, 18b*) wherein the virtual input means comprise augmented reality input means, at least one sensor glove and/or at least one pointer for marking a position in 3D space. manually setting a first position for the manipulator (18, 18a*, 18b*) on a trajectory by means of virtual input means; recording the recording of the object by means of the X-ray system (10, 10*) from the first position in order to obtain a first X-ray projection; representing the first X-ray projection or information derived from the first X-ray projection; manually setting a second position on the trajectory by means of the virtual input means based on the representation of the first X-ray projection or information derived from the first X-ray projection; recording the recording of the object by means of the X-ray system (10, 10*) from the second position in order to obtain a second X-ray projection; and representing the second X-ray projection or information derived from the second X-ray projection storing the first position and the second position, wherein the first position and the second position set the trajectory for the manipulator (18, 18a*, 18b*) wherein the virtual input means comprise augmented reality input means, at least one sensor glove and/or at least one pointer for marking a position in 3D space.
A method for controlling a display apparatus, comprising: receiving a three-dimensional video signal that includes left image data and right image data; alternately arranging the left and right image data; and displaying the alternately arranged left-eye and right-eye data on a display by turning on one or more backlight lamps (252-1,252-2,...252-n or 252-a,252-b,...252-f) of the display apparatus in synchronization with the alternately arranged left-eye and right-eye data, characterized in that said method further comprises detecting a temperature of the display apparatus; wherein the displaying comprises adjusting a turn-on duty ratio of the backlight lamps according to the detected temperature, and wherein as the detected temperature increases, the turn-on duty ratio of the backlight lamps is increased. receiving a three-dimensional video signal that includes left image data and right image data; alternately arranging the left and right image data; and displaying the alternately arranged left-eye and right-eye data on a display by turning on one or more backlight lamps (252-1,252-2,...252-n or 252-a,252-b,...252-f) of the display apparatus in synchronization with the alternately arranged left-eye and right-eye data, characterized in that said method further comprises detecting a temperature of the display apparatus; wherein the displaying comprises adjusting a turn-on duty ratio of the backlight lamps according to the detected temperature, and wherein as the detected temperature increases, the turn-on duty ratio of the backlight lamps is increased.
A computer-implemented method that facilitates creation of new objects in a user interface for an object hierarchy comprising the steps of: expanding a node within a tree view of the object hierarchy, to present an initiator node as part of the tree view, comprising displaying the initiator node, wherein the initiator node provides visual cues directly in the tree view to create particular objects; generating a new object by the initiator node, comprising receiving a selection of the initiator node and a name, wherein the new object is of a type defined by the initiator node; and placing the new object within the tree view as a node. expanding a node within a tree view of the object hierarchy, to present an initiator node as part of the tree view, comprising displaying the initiator node, wherein the initiator node provides visual cues directly in the tree view to create particular objects; generating a new object by the initiator node, comprising receiving a selection of the initiator node and a name, wherein the new object is of a type defined by the initiator node; and placing the new object within the tree view as a node.
A method for producing a structure on a surface of a flat workpiece with the following steps: Application of a liquid base layer on the surface of the workpiece; Spraying of a plurality of droplets on the still liquid base layer in a manner, that the thickness of the base layer changes on the positions, where the droplets are spayed on, wherein indentations are formed in the liquid foundational layer by the spraying of the droplets; Fixation of the liquid base layer. Application of a liquid base layer on the surface of the workpiece; Spraying of a plurality of droplets on the still liquid base layer in a manner, that the thickness of the base layer changes on the positions, where the droplets are spayed on, wherein indentations are formed in the liquid foundational layer by the spraying of the droplets; Fixation of the liquid base layer.
Apparatus for being placed in a hangar building comprising a roof, said apparatus being conceived for treating surfaces or carrying out maintenance and/or inspection tasks of a vertical stabilizer of an aerial vehicle by at least one technician comprising: - a single overhead crane for being firmly hanged on the roof, - a single suspended vertically movable lateral teleplatform unit comprising a telescopic mast directly connected to the single overhead crane, - a suspended staging structure firmly connected to the overhead crane by a supporting structure, the suspended staging structure comprising at least one working platform (61,62) for treating or carrying out maintenance and/or inspection tasks of the vertical stabilizer of the aerial vehicle at different heights by at least one technician, the length of the overhead crane being such that in use it does not extend beyond the vertical axis of the vertical stabilizer, characterized in that the suspended staging structure is not vertically movable and is independent from the vertically movable lateral teleplatform unit permitting to reach the suspended staging structure, and in that the suspended staging structure is connected to an extremity of the overhead crane. - a single overhead crane for being firmly hanged on the roof, - a single suspended vertically movable lateral teleplatform unit comprising a telescopic mast directly connected to the single overhead crane, - a suspended staging structure firmly connected to the overhead crane by a supporting structure, the suspended staging structure comprising at least one working platform (61,62) for treating or carrying out maintenance and/or inspection tasks of the vertical stabilizer of the aerial vehicle at different heights by at least one technician,
Method for controlling the state of a drivetrain of a motor vehicle, in particular a motor vehicle with hybrid propulsion, wherein the drivetrain comprises a set of couplers and reducers (4, 5) between a powertrain (2, 3) of the vehicle and one or more drive wheels (6, 7) of the vehicle, the drivetrain being able to assume a plurality of kinematic states (E_actu, E_target, E_trans) each defined by an engagement ratio (Rapp th, Rapp E) of the couplers and reducers (4, 5) allowing the linking of a motor (2, 3) of the powertrain to at least one drive wheel (6, 7), wherein an end speed (V_end) of the change of state is calculated before the kinematic state is changed, as a function of a current speed of the vehicle, the current kinematic state (E_actu) of the vehicle and an intended kinematic state (E_target) different from the current state, and this end speed of the change of state is compared with a threshold (Vthres), in order to calculate the end speed (V_end) of the change of state, a first time increment (δt tran_total) is multiplied by a first traction force (mAcc trans), characterized in that in order to calculate the first traction force (mAcc trans), the smallest value is used of a reference traction force (F ref) and a traction force (F max_trans) resulting from a first map linking the vehicle speed to a traction force.
An organic electroluminescent device having a layer structure on a substrate in the following deposition sequence: an anode; a layer structure mainly consisting of organic compounds; a radical anion-contained layer in which an organic electron-transporting molecule is in a state of radical anions, i.e. negatively charged species, generated by a radical anion generation means; wherein Alq is used as said organic electron-transporting molecule and Liq is used as said radical anion generation means; a transparent cathode-adjacent layer consisting of a mixture of MoO 3 and NPB as an organic hole-transporting molecule; and a cathode layer; wherein the laminated layer of and works as "hole current-electron current conversion layer", and wherein Al is deposited onto said radical anion-contained layer between said radical anion-contained layer and said cathode-adjacent layer. an anode; a layer structure mainly consisting of organic compounds; a radical anion-contained layer in which an organic electron-transporting molecule is in a state of radical anions, i.e. negatively charged species, generated by a radical anion generation means; wherein Alq is used as said organic electron-transporting molecule and Liq is used as said radical anion generation means; a transparent cathode-adjacent layer consisting of a mixture of MoO 3 and NPB as an organic hole-transporting molecule; and a cathode layer; wherein the laminated layer of and works as "hole current-electron current conversion layer", and wherein Al is deposited onto said radical anion-contained layer between said radical anion-contained layer and said cathode-adjacent layer.
A cleaning composition for removing plasma etch residues and/or plasma ashing residues from a semiconductor substrate, comprising: 1) HF in an amount of from about 0.01% to about 1% by weight of the composition; 2) substituted or unsubstituted boric acid in an amount of from about 0.01% to about 0.6% by weight of the composition; 3) ammonium sulfate in an amount of from about 0.05% to about 5% by weight of the composition; 4) at least one metal corrosion inhibitor in an amount of from about 0.1% to about 0.6% by weight of the composition, wherein the metal corrosion inhibitor is a substituted or unsubstituted benzotriazole; 5) water in an amount of from about 80% to about 99.7% by weight of the composition; and 6) optionally, at least one pH adjusting agent, the pH adjusting agent being a base free of a metal ion; wherein the cleaning composition does not contain an oxidizing agent and the pH of the composition is between 5 and about 6. 1) HF in an amount of from about 0.01% to about 1% by weight of the composition; 2) substituted or unsubstituted boric acid in an amount of from about 0.01% to about 0.6% by weight of the composition; 3) ammonium sulfate in an amount of from about 0.05% to about 5% by weight of the composition; 4) at least one metal corrosion inhibitor in an amount of from about 0.1% to about 0.6% by weight of the composition, wherein the metal corrosion inhibitor is a substituted or unsubstituted benzotriazole; 5) water in an amount of from about 80% to about 99.7% by weight of the composition; and 6) optionally, at least one pH adjusting agent, the pH adjusting agent being a base free of a metal ion;
An apparatus (2, 3), comprising a mating unit (20-1, 20-2; 31) for releasably attaching the apparatus to a medical device for ejecting a medicament or for releasably receiving at least a part of said medical device, one or more optical sensors (25, 26) configured to capture an image of an information-bearing or information-displaying part of said medical device for determining information related to a condition and/or use of said medical device, the apparatus being characterized by a wireless unit configured for transmitting the captured image of the information-bearing or information-displaying part of the medical device to another device (42, 42') configured to recognize characters from said captured image using optical character recognition.