mhurhangee/patent-ind-claim-en huggingface dataset:
A system for embedding an electronic file, comprising: a computer comprising a processor and a memory having computer-executable instructions stored thereupon which, when executed by the processor , cause the computer to: receive user input of an electronic file to embed in a document canvas of an application ; retrieve one or more rules for embedding the electronic file , wherein the one or more rules are organized hierarchically with one or more parameters of one or more higher ranked rules having precedence over the same one or more parameters of one or more lower ranked rules, and wherein the rules are based upon a model trained using offline embedded electronic files and actual parameter(s) for representing the embedded electronic files; analyze at least one of information regarding a target page of the document canvas or information regarding a user; apply the one or more rules in accordance with the analyzed at least one of information regarding the target page or information associated with the user to determine at least one parameter regarding representation of the electronic file in the document canvas , wherein the at least one parameter comprises at least one indicating if the electronic files are to be embedded with a viewer or with an embedded editor; embed the electronic file in the document canvas of the application in accordance with the determined at least one parameter regarding representation of the electronic file in the document canvas ; and receive feedback from the user regarding the determined at least one parameter and adapt a rule among the one or more rules based upon the user feedback. receive user input of an electronic file to embed in a document canvas of an application ; retrieve one or more rules for embedding the electronic file , wherein the one or more rules are organized hierarchically with one or more parameters of one or more higher ranked rules having precedence over the same one or more parameters of one or more lower ranked rules, and wherein the rules are based upon a model trained using offline embedded electronic files and actual parameter(s) for representing the embedded electronic files; analyze at least one of information regarding a target page of the document canvas or information regarding a user; apply the one or more rules in accordance with the analyzed at least one of information regarding the target page or information associated with the user to determine at least one parameter regarding representation of the electronic file in the document canvas , wherein the at least one parameter comprises at least one indicating if the electronic files are to be embedded with a viewer or with an embedded editor; embed the electronic file in the document canvas of the application in accordance with the determined at least one parameter regarding representation of the electronic file in the document canvas ; and receive feedback from the user regarding the determined at least one parameter and adapt a rule among the one or more rules based upon the user feedback.
Method for providing an operating apparatus in a vehicle , in which - a control apparatus generates graphics data which control a display surface in such a manner that - buttons which are assigned to an operating step which can be carried out by means of the input device are displayed in an operating state, - display elements which are assigned to the buttons and are not assigned to an operating step which can be carried out by means of the input device are displayed in a display state, and - additional information is displayed in the display and operating states separately from the display elements and buttons , - it is detected when an object approaches the input device , and - if an actuation object approaches the input device , the control apparatus changes from the display state to the operating state, and - during the change from the display state to the operating state, the type of display for the display elements changes to a type of display for the button , but the display of the additional information remains unchanged, characterized in that - the control apparatus automatically changes from the operating state to the display state after the actuation of a button . - a control apparatus generates graphics data which control a display surface in such a manner that - buttons which are assigned to an operating step which can be carried out by means of the input device are displayed in an operating state, - display elements which are assigned to the buttons and are not assigned to an operating step which can be carried out by means of the input device are displayed in a display state, and - additional information is displayed in the display and operating states separately from the display elements and buttons , - buttons which are assigned to an operating step which can be carried out by means of the input device are displayed in an operating state, - display elements which are assigned to the buttons and are not assigned to an operating step which can be carried out by means of the input device are displayed in a display state, and - additional information is displayed in the display and operating states separately from the display elements and buttons , - it is detected when an object approaches the input device , and - if an actuation object approaches the input device , the control apparatus changes from the display state to the operating state, and - during the change from the display state to the operating state, the type of display for the display elements changes to a type of display for the button , but the display of the additional information remains unchanged, characterized in that - the control apparatus automatically changes from the operating state to the display state after the actuation of a button .
A method for enlarging a ship, in which a front ship segment comprising the bow and a rear ship segment comprising the stem are separated from one another in the region of a cargo hold (16.1, 16.2), the front ship segment and the rear ship segment are moved apart in a longitudinal direction and an additional middle ship segment having an additional cargo hold part (16.3) is installed between the moved-apart front ship segment and rear ship segment, which additional middle ship segment wholly or partially has a higher side height than the front ship segment at least in a segment behind the bow and the rear ship segment at least in a segment in front of the stern .
A dowelling fastener having a head end and an insertion end, a cylindrical dowelling part , a clamping part and a threaded member , wherein the fastener is provided with a plunger at the insertion end for clearing material from a hole as the fastener is inserted into the hole, wherein the walls of the plunger are cylindrical and the diameter of the plunger is substantially the same as the dowelling part of the fastener, wherein the dowelling part and the clamping part are held together in use by the threaded member that passes through each part to draw them together upon its rotation and wherein the plunger is mounted on the tip of the threaded member , characterised in that the plunger has a front face, arranged such that an edge suitable for scraping is formed between the cylindrical walls of the plunger and the front face, and wherein the plunger is cylindrical and has at least one circumferential groove around its periphery.
An aerosol generating system comprising: an aerosol generating article ; and a pressurization device comprising: a pressurization portion that is configured to be moved by a force applied by the aerosol generating article such that the pressurization portion pressurizes the aerosol generating article to induce a chemical reaction that generates an aerosol inside the aerosol generating article . an aerosol generating article ; and a pressurization device comprising: a pressurization portion that is configured to be moved by a force applied by the aerosol generating article such that the pressurization portion pressurizes the aerosol generating article to induce a chemical reaction that generates an aerosol inside the aerosol generating article .
A method of fabricating an organic light emitting device (OLED) on a substrate, comprising: providing a flexible mold having surface features, wherein the mold is attached to a conveyor belt , wherein the mold moves with the conveyor belt, wherein the surface features are arranged to produce features on a substrate, and wherein the surface features are configured to enhance light extraction; forming the substrate over the mold; fabricating an OLED over the substrate while the substrate is in the mold; and removing the mold from the substrate having the OLED fabricated thereon, wherein the mold is removed from the substrate by separating the mold from the substrate when the mold bends around a roller of the conveyor belt, and wherein after removing the mold from the substrate, the substrate having the OLED fabricated thereon is flexible, and wherein a flexibility of the mold is greater than a flexibility of an assembly of the substrate and the OLED. providing a flexible mold having surface features, wherein the mold is attached to a conveyor belt , wherein the mold moves with the conveyor belt, wherein the surface features are arranged to produce features on a substrate, and wherein the surface features are configured to enhance light extraction; forming the substrate over the mold; fabricating an OLED over the substrate while the substrate is in the mold; and removing the mold from the substrate having the OLED fabricated thereon, wherein the mold is removed from the substrate by separating the mold from the substrate when the mold bends around a roller of the conveyor belt, and wherein after removing the mold from the substrate, the substrate having the OLED fabricated thereon is flexible, and wherein a flexibility of the mold is greater than a flexibility of an assembly of the substrate and the OLED.
A close-out shroud configured for enclosing the space between a pivot pin of a passenger seat arm rest assembly comprising an arm rest pivotally coupled to a spreader assembly of a passenger seat frame and a cam of the spreader assembly over a range of motion of the arm rest between deployed and stowed positions such that in the deployed position the pivot pin contacts the cam ; the close-out shroud , in use, is coupled to the armrest and the spreader assembly, and is bent by the downward rotation of the armrest, the close out shroud comprising: a coupling portion comprising a pair of prongs for coupling to the spreader assembly ; an enclosure portion that is configured, in use, to extend from a hinge into a lower region of the armrest and that is hinged to the coupling portion and having an elongated shape extending from the hinge, and having a lateral shape that is configured, in use, to ensure that the pinch point between the pivot pin and the cam is blocked from access by a passenger; whereby the close-out shroud consists of a flame retardant material with a fatigue resistance that exceeds 50,000 bending cycles before failure; whereby the enclosure portion is hinged to the coupling portion by at least one living hinge formed of the flame retardant material that is shaped to allow the close-out shroud to bend along a longitudinal axis of the living hinge . a coupling portion comprising a pair of prongs for coupling to the spreader assembly ; an enclosure portion that is configured, in use, to extend from a hinge into a lower region of the armrest and that is hinged to the coupling portion and having an elongated shape extending from the hinge, and having a lateral shape that is configured, in use, to ensure that the pinch point between the pivot pin and the cam is blocked from access by a passenger; whereby the close-out shroud consists of a flame retardant material with a fatigue resistance that exceeds 50,000 bending cycles before failure; whereby the enclosure portion is hinged to the coupling portion by at least one living hinge formed of the flame retardant material that is shaped to allow the close-out shroud to bend along a longitudinal axis of the living hinge .
A vehicle control system comprising: a first steering system for a first steerable wheel of a vehicle , wherein the first steering system comprises a first steering input member coupled to a steering input device ; a control member coupled to the first steering input member so as to receive a steering input from the first steering input member when the vehicle is stationary; a first integration link coupled to the control member and to a first drive unit ; a second steering system for a second steerable wheel of the vehicle , wherein the second steering system comprises a second steering input member , and the control member is coupled to the second steering input member so as to receive a steering input from the second steering input member when the vehicle is stationary; and a second integration link coupled to the control member and to a second drive unit . a first steering system for a first steerable wheel of a vehicle , wherein the first steering system comprises a first steering input member coupled to a steering input device ; a control member coupled to the first steering input member so as to receive a steering input from the first steering input member when the vehicle is stationary; a first integration link coupled to the control member and to a first drive unit ; a second steering system for a second steerable wheel of the vehicle , wherein the second steering system comprises a second steering input member , and the control member is coupled to the second steering input member so as to receive a steering input from the second steering input member when the vehicle is stationary; and a second integration link coupled to the control member and to a second drive unit .
A method performed by a user equipment , in the following also referred to as UE, in a wireless network , comprising: receiving , from a base station , configuration information of a serving cell ; identifying , from the configuration information, a downlink control information, in the following also referred to as DCI, format that includes a channel occupancy duration, in the following also referred to as CO duration, field of the serving cell , and a slot format information, in the following also referred to as SFI, -index field of the serving cell or only includes the SFI-index field; and detecting the DCI format; wherein the method is characterized by further comprising: in response to a determination from the configuration information that the DCI format includes the CO duration field , determining , from the CO duration field of the serving cell included in the DCI format , a CO duration (Tn) of the serving cell in a time domain at a symbol-level granularity; and in response to a determination from the configuration information that the DCI format does not include the CO duration field , determining, from the SFI-index field of the serving cell included in the DCI format , the CO duration (Tn) of the serving cell in the time domain at a slot-level granularity. receiving , from a base station , configuration information of a serving cell ; identifying , from the configuration information, a downlink control information, in the following also referred to as DCI, format that includes a channel occupancy duration, in the following also referred to as CO duration, field of the serving cell , and a slot format information, in the following also referred to as SFI, -index field of the serving cell or only includes the SFI-index field; and detecting the DCI format; in response to a determination from the configuration information that the DCI format includes the CO duration field , determining , from the CO duration field of the serving cell included in the DCI format , a CO duration (Tn) of the serving cell in a time domain at a symbol-level granularity; and in response to a determination from the configuration information that the DCI format does not include the CO duration field , determining, from the SFI-index field of the serving cell included in the DCI format , the CO duration (Tn) of the serving cell in the time domain at a slot-level granularity.
A method for controlling a regenerated chip , wherein the regenerated chip is electrically connected to a printer by means of a first data signal wire and a logic signal wire, and is electrically connected to an ink cartridge chip by means of a second data signal wire, and the method comprises: detecting an operation command sent by the printer by means of the first data signal wire and the logic signal wire; and when it is detected that the operation command is not a selected operation command, sending a data signal to the ink cartridge chip by means of the second data signal wire, wherein the data signal is configured to instruct the ink cartridge chip to communicate with the printer; before the sending the data signal to the ink cartridge chip by means of the second data signal wire, the method further comprises: detecting a feedback voltage between a first storage module of the regenerated chip and a second storage module of the ink cartridge chip , wherein the first storage module and the second storage module are connected in parallel; sending the data signal to the ink cartridge chip when the feedback voltage is greater than or equal to a preset voltage; and controlling the second data signal wire to be turned off when the feedback voltage is less than the preset voltage. detecting an operation command sent by the printer by means of the first data signal wire and the logic signal wire; and when it is detected that the operation command is not a selected operation command, sending a data signal to the ink cartridge chip by means of the second data signal wire, wherein the data signal is configured to instruct the ink cartridge chip to communicate with the printer; before the sending the data signal to the ink cartridge chip by means of the second data signal wire, the method further comprises: detecting a feedback voltage between a first storage module of the regenerated chip and a second storage module of the ink cartridge chip , wherein the first storage module and the second storage module are connected in parallel; sending the data signal to the ink cartridge chip when the feedback voltage is greater than or equal to a preset voltage; and controlling the second data signal wire to be turned off when the feedback voltage is less than the preset voltage. detecting a feedback voltage between a first storage module of the regenerated chip and a second storage module of the ink cartridge chip , wherein the first storage module and the second storage module are connected in parallel; sending the data signal to the ink cartridge chip when the feedback voltage is greater than or equal to a preset voltage; and controlling the second data signal wire to be turned off when the feedback voltage is less than the preset voltage.
A measurement method comprising the steps: receiving, by a terminal device, measurement configuration information sent by a network device, the measurement configuration information comprising a plurality of a first measurement object and a plurality of a second measurement object; measuring, by the terminal device, the plurality of the first measurement object and the plurality of the second measurement object according to the measurement configuration information; wherein the plurality of the first measurement object is associated with a first measurement object classification, and the plurality of the second measurement object is associated with a second measurement object classification; and writing, by the terminal device, a measurement result of a first target measurement object of the plurality of the first measurement object and a measurement result of a second target measurement object of the plurality of the second measurement object into a measurement report according to a writing sequence of the first measurement object classification and the second measurement object classification, wherein the writing sequence of the first measurement object classification has priority over the writing sequence of the second measurement object classification; and sending the measurement report to the network device; the measurement result of the first target measurement object and the measurement result of the second target measurement object satisfying a reporting condition which is preset. receiving, by a terminal device, measurement configuration information sent by a network device, the measurement configuration information comprising a plurality of a first measurement object and a plurality of a second measurement object; measuring, by the terminal device, the plurality of the first measurement object and the plurality of the second measurement object according to the measurement configuration information; wherein the plurality of the first measurement object is associated with a first measurement object classification, and the plurality of the second measurement object is associated with a second measurement object classification; and writing, by the terminal device, a measurement result of a first target measurement object of the plurality of the first measurement object and a measurement result of a second target measurement object of the plurality of the second measurement object into a measurement report according to a writing sequence of the first measurement object classification and the second measurement object classification, wherein the writing sequence of the first measurement object classification has priority over the writing sequence of the second measurement object classification; and sending the measurement report to the network device; the measurement result of the first target measurement object and the measurement result of the second target measurement object satisfying a reporting condition which is preset.
Device for demagnetizing a component , comprising at least one demagnetizing coil and a current source , which are arranged and configured to cooperate in order to form a magnetic field in an interaction region of the demagnetizing coil , wherein the device comprises at least three demagnetizing coils , which are arranged in a common coil plane each at a corner point of a polygon, and the current source is configured to supply the demagnetizing coils each with a periodic alternating current (I1, I2, I3, I1', I2', I3'), wherein the alternating currents (I1, I2, I3, I1', I2', I3') in the demagnetizing coils are phase-shifted relative to one another in order to make the magnetic field variable in space and time, characterized in that the demagnetizing coils each have a coil axis and are oriented such that the coil axes run orthogonally to the coil plane . wherein the device comprises at least three demagnetizing coils , which are arranged in a common coil plane each at a corner point of a polygon, and the current source is configured to supply the demagnetizing coils each with a periodic alternating current (I1, I2, I3, I1', I2', I3'), wherein the alternating currents (I1, I2, I3, I1', I2', I3') in the demagnetizing coils are phase-shifted relative to one another in order to make the magnetic field variable in space and time, characterized in that the demagnetizing coils each have a coil axis and are oriented such that the coil axes run orthogonally to the coil plane .