mhurhangee/patent-ind-claim-en huggingface dataset:
A method for cleaning coils in a fired heater, comprising: sending a data acquisition tool through the coils to acquire data; establishing a pre-cleaning fouling baseline derived from the data, and wherein establishing the pre-cleaning fouling baseline comprises: identifying at least one fouling area, and establishing a location in the coils for the at least one fouling area; and cleaning the coils by driving at least one cleaning pig through the coils, characterised in that establishing the pre-cleaning fouling baseline further comprises: developing an optimized cleaning plan for the coils based on the pre-cleaning fouling baseline, and wherein the optimized cleaning plan comprises a focused cleaning for the at least one fouling area; and cleaning the coils based on the optimized cleaning plan with the at least one cleaning pig, and wherein the cleaning comprises: performing the focused cleaning on the at least one fouling area with the at least one cleaning pig, and monitoring the location of the at least one cleaning pig within the coils of the fired heater in real-time. sending a data acquisition tool through the coils to acquire data; establishing a pre-cleaning fouling baseline derived from the data, and wherein establishing the pre-cleaning fouling baseline comprises: identifying at least one fouling area, and establishing a location in the coils for the at least one fouling area; identifying at least one fouling area, and establishing a location in the coils for the at least one fouling area; and cleaning the coils by driving at least one cleaning pig through the coils, characterised in that establishing the pre-cleaning fouling baseline further comprises: developing an optimized cleaning plan for the coils based on the pre-cleaning fouling baseline, and wherein the optimized cleaning plan comprises a focused cleaning for the at least one fouling area; and cleaning the coils based on the optimized cleaning plan with the at least one cleaning pig, and wherein the cleaning comprises: performing the focused cleaning on the at least one fouling area with the at least one cleaning pig, and monitoring the location of the at least one cleaning pig within the coils of the fired heater in real-time. developing an optimized cleaning plan for the coils based on the pre-cleaning fouling baseline, and wherein the optimized cleaning plan comprises a focused cleaning for the at least one fouling area; and cleaning the coils based on the optimized cleaning plan with the at least one cleaning pig, and wherein the cleaning comprises: performing the focused cleaning on the at least one fouling area with the at least one cleaning pig, and monitoring the location of the at least one cleaning pig within the coils of the fired heater in real-time. performing the focused cleaning on the at least one fouling area with the at least one cleaning pig, and monitoring the location of the at least one cleaning pig within the coils of the fired heater in real-time.
A method for calculating a capability of an electronically controlled valve, comprising: a) operating the electronically controlled valve in accordance with a task; b) testing the electronically controlled valve in order to determine a range of movement of the electronically controlled valve in accordance with an initial gain that is provided by an engine electronic control, wherein the testing of the electronically controlled valve occurs after the valve has been operated in accordance with the task, recording the initial gain for providing the predetermined range of movement of the electronically controlled valve, wherein each new gain is compared to a predetermined value in order to determine whether the valve is trending towards a threshold value; c) determining a new gain required for providing a predetermined range of movement of the electronically controlled valve; and d) repeating steps a-c at least once, wherein the new gain is used to operate the valve in accordance with the task, wherein the task is controlling an amount of fuel provided to a gas turbine engine. a) operating the electronically controlled valve in accordance with a task; b) testing the electronically controlled valve in order to determine a range of movement of the electronically controlled valve in accordance with an initial gain that is provided by an engine electronic control, wherein the testing of the electronically controlled valve occurs after the valve has been operated in accordance with the task, recording the initial gain for providing the predetermined range of movement of the electronically controlled valve, wherein each new gain is compared to a predetermined value in order to determine whether the valve is trending towards a threshold value; c) determining a new gain required for providing a predetermined range of movement of the electronically controlled valve; and d) repeating steps a-c at least once, wherein the new gain is used to operate the valve in accordance with the task, wherein the task is controlling an amount of fuel provided to a gas turbine engine.
A system for providing dynamic account and user device management comprising: one or more processors communicatively coupled to a network, wherein the one or more processors are configured to: identify a user device to be managed; transmit to the user device a request for delegate authority to manage the user device; receive from the user device delegate authority to manage the user device; provide network access to the user device; and manage the user device and monitor data communicated to and from the user device; wherein the delegate authority comprises a range of authority. identify a user device to be managed; transmit to the user device a request for delegate authority to manage the user device; receive from the user device delegate authority to manage the user device; provide network access to the user device; and manage the user device and monitor data communicated to and from the user device; wherein the delegate authority comprises a range of authority.
An electronic device comprising: a first housing ; a second housing foldably connected to the first housing through a hinge module based on a folding axis ; a display panel including a first area supported by the first housing , a second area supported by the second housing , and a third area connecting the first area and the second area and bendable through the hinge module ; a metal sheet layer disposed under the display panel ; and at least one digitizer ; the electronic device characterised in that : the metal sheet layer includes: a bendable portion including a first pattern corresponding to the third area; a first flat portion extending from the bendable portion and including a second pattern corresponding to the first area; and a second flat portion extending from the bendable portion and including the second pattern corresponding to the second area; wherein the at least one digitizer is disposed under the metal sheet layer , and wherein the first pattern and the second pattern have a plurality of openings for wireless signal transfer between an electronic pen and the digitizer . a first housing ; a second housing foldably connected to the first housing through a hinge module based on a folding axis ; a display panel including a first area supported by the first housing , a second area supported by the second housing , and a third area connecting the first area and the second area and bendable through the hinge module ; a metal sheet layer disposed under the display panel ; and at least one digitizer ; the electronic device characterised in that : the metal sheet layer includes: a bendable portion including a first pattern corresponding to the third area; a first flat portion extending from the bendable portion and including a second pattern corresponding to the first area; and a second flat portion extending from the bendable portion and including the second pattern corresponding to the second area; a bendable portion including a first pattern corresponding to the third area; a first flat portion extending from the bendable portion and including a second pattern corresponding to the first area; and a second flat portion extending from the bendable portion and including the second pattern corresponding to the second area; wherein the at least one digitizer is disposed under the metal sheet layer , and wherein the first pattern and the second pattern have a plurality of openings for wireless signal transfer between an electronic pen and the digitizer .
An anti-CD47 agent for use in a method of treating cancer in a human subject, the method comprising: (a) administering a priming dose of the anti-CD47 agent to the subject, where the priming dose is from 0.5 to 5 mg/kg, wherein the priming dose is administered to the human subject in an infusate with a concentration of from 0.05 mg/ml to 0.5 mg/ml anti-CD47 agent, wherein the infusate is delivered over a period of at least 3 hours, and wherein the priming dose leads to hemagglutination immediately following infusion, and (b) administering a therapeutically effective dose of the anti-CD47 agent to the subject, wherein the therapeutically effective dose is 10-40 mg/kg, wherein step (b) is 3-10 days after beginning step (a), wherein the priming dose primes the subject for administration of the therapeutically effective dose of anti-CD47 antibody such that the therapeutically effective dose does not result in a severe loss of red blood cells, wherein the anti-CD47 agent is an anti-CD47 IgG4 antibody that blocks the interaction between CD47 and SIRPα, and wherein: (i) the VL domain of the antibody has the sequence: and the VH domain of the antibody has the sequence: or (ii) the VL domain of the antibody has the sequence: and the VH domain of the antibody has the sequence: or (iii) the VL domain of the antibody has the sequence: and the VH domain of the antibody has the sequence: (a) administering a priming dose of the anti-CD47 agent to the subject, where the priming dose is from 0.5 to 5 mg/kg, wherein the priming dose is administered to the human subject in an infusate with a concentration of from 0.05 mg/ml to 0.5 mg/ml anti-CD47 agent, wherein the infusate is delivered over a period of at least 3 hours, and wherein the priming dose leads to hemagglutination immediately following infusion, and (b) administering a therapeutically effective dose of the anti-CD47 agent to the subject, wherein the therapeutically effective dose is 10-40 mg/kg, wherein step (b) is 3-10 days after beginning step (a), wherein the priming dose primes the subject for administration of the therapeutically effective dose of anti-CD47 antibody such that the therapeutically effective dose does not result in a severe loss of red blood cells, wherein the anti-CD47 agent is an anti-CD47 IgG4 antibody that blocks the interaction between CD47 and SIRPα, and wherein: (i) the VL domain of the antibody has the sequence: and the VH domain of the antibody has the sequence: or (ii) the VL domain of the antibody has the sequence: and the VH domain of the antibody has the sequence: or (iii) the VL domain of the antibody has the sequence: and the VH domain of the antibody has the sequence: (i) the VL domain of the antibody has the sequence: and the VH domain of the antibody has the sequence: or (ii) the VL domain of the antibody has the sequence: and the VH domain of the antibody has the sequence: or (iii) the VL domain of the antibody has the sequence: and the VH domain of the antibody has the sequence:
A module for sampling from a surface of an industrial vessel without requiring a person to descend into the industrial vessel using a swab comprising a stem and a sampling tip , comprising a swab holder and a conveyor ; the swab holder being adapted to receive and secure one end of the swab stem; and the conveyor being configured to move the swab holder at the surface of the vessel; wherein the conveyor is configured to move the swab holder in translational motion along one or two axis(axes) (A2, A3) parallel to the surface, in particular two axes perpendicular to each other; wherein the conveyor comprises a motor and a transmission assembly for moving the swab holder along a first axis (A2) of travel parallel to the surface; characterized in that the transmission assembly comprises a first annular belt , a second annular belt , a set of four pinions disposed so as to form the corners of a rectangle, and a conveyor bar to which the swab holder is secured and a first end of which is secured to the first annular belt and a second end is secured to the second annular belt so that the conveyor bar is parallel to two opposite sides of the rectangle formed by the set of four pinions; wherein the first belt is disposed so as to surround two pinions on one of the sides of the rectangular perpendicular to the conveyor bar thereby forming two parallel lines, the first end of the conveyor bar being secured to the innermost line within the rectangle; and wherein the second belt is disposed so as to surround the four pinions; and wherein one of the pinions is coupled to the motor. the swab holder being adapted to receive and secure one end of the swab stem; and the conveyor being configured to move the swab holder at the surface of the vessel; wherein the conveyor is configured to move the swab holder in translational motion along one or two axis(axes) (A2, A3) parallel to the surface, in particular two axes perpendicular to each other; wherein the conveyor comprises a motor and a transmission assembly for moving the swab holder along a first axis (A2) of travel parallel to the surface; characterized in that the transmission assembly comprises a first annular belt , a second annular belt , a set of four pinions disposed so as to form the corners of a rectangle, and a conveyor bar to which the swab holder is secured and a first end of which is secured to the first annular belt and a second end is secured to the second annular belt so that the conveyor bar is parallel to two opposite sides of the rectangle formed by the set of four pinions; wherein the first belt is disposed so as to surround two pinions on one of the sides of the rectangular perpendicular to the conveyor bar thereby forming two parallel lines, the first end of the conveyor bar being secured to the innermost line within the rectangle; and wherein the second belt is disposed so as to surround the four pinions; and wherein one of the pinions is coupled to the motor.
A method for network platform interaction, said method comprises: detecting (101;201) by an intermediate platform a relocation event on a user interface of a user client, which includes selecting a contact person on a first application and moving the contact person to a certain position on a second application; wherein the detection of the relocation event by the intermediate platform comprises: the intermediate platform detecting the relocation event via an icon dragging technology, a manual touching and dragging technology, a speech analysis technology, or an eye-instrument sensing and relocating technology; wherein, the intermediate platform is located in a server, the first application and the second application are located in the same user client and are displayed on the user interface; acquiring (102;202) by the intermediate platform the contact person's information from the first application, determining (102;202) by the second application according to the moving position, and sending (102;202) the relocation event to the second application; and after receiving the relocation event, analyzing by the second application the relocation event to acquire (103;203) the related data of the moving position, acquiring the contact person's information from the intermediate platform, and executing corresponding operations according to the contact person's information and the related data of the moving position; wherein the related data includes at least one of a name, an identifier, a corresponding menu name and a menu identifier of the second application. detecting (101;201) by an intermediate platform a relocation event on a user interface of a user client, which includes selecting a contact person on a first application and moving the contact person to a certain position on a second application; wherein the detection of the relocation event by the intermediate platform comprises: the intermediate platform detecting the relocation event via an icon dragging technology, a manual touching and dragging technology, a speech analysis technology, or an eye-instrument sensing and relocating technology; wherein, the intermediate platform is located in a server, the first application and the second application are located in the same user client and are displayed on the user interface; acquiring (102;202) by the intermediate platform the contact person's information from the first application, determining (102;202) by the second application according to the moving position, and sending (102;202) the relocation event to the second application; and after receiving the relocation event, analyzing by the second application the relocation event to acquire (103;203) the related data of the moving position, acquiring the contact person's information from the intermediate platform, and executing corresponding operations according to the contact person's information and the related data of the moving position; wherein the related data includes at least one of a name, an identifier, a corresponding menu name and a menu identifier of the second application.
Support tripod for video-photographic equipment comprising a cross-piece which is provided with engaging means for a piece of video-photographic equipment, a plurality of support legs which can be pivoted with respect to the cross-piece in order to open/close the tripod , each leg comprising a first leg portion which is articulated to a corresponding hinge element which is provided on the cross-piece in such a manner that the leg can be pivoted between a closed configuration (W), in which the legs are arranged almost parallel with each other, and at least one operative configuration (K, K1), in which the legs are apart with respect to the cross-piece , and a second leg portion which is intended to be supported on a support surface of the tripod , which is parallel with the first leg portion and which is connected to the first leg portion , the second leg portion having a member which extends mainly along a longitudinal axis (Y), wherein the second leg portion can slide along the longitudinal axis (Y) in order to be moved with respect to the first leg portion in order to release the leg from the cross-piece in order to make the leg pivotable with respect to the cross-piece , wherein the tripod further comprises a blocking device which is received in the second leg portion and which is fixed to the second leg portion in order to be moved together therewith along the longitudinal axis (Y), the blocking device being intended to block the leg at least in the first operative configuration (K) characterised in that the blocking device comprises a blocking pin which extends along the longitudinal axis Y of the leg and which has a first portion which is fixed to the second leg portion and an opposing free end which is intended to interact with the cross-piece in order to block the leg .
Partial dental dam for shielding teeth to be treated, comprising a tensioning cloth made of elastic material and two actuation elements arranged on opposite ends of the tensioning cloth , wherein the tensioning cloth is designed to be introduced into at least one intermediate tooth space from the occlusal side in a first tensioned state, which can be achieved by pulling the actuation elements apart in a tensioning direction , and to bear sealingly on the interdental gingiva and the approximal surfaces of the teeth forming the at least one intermediate tooth space in a second state after introduction into at least one intermediate tooth space , wherein the actuation elements each bear on at least one tooth and/or on the surrounding gingiva in the second state, characterized in that the actuation elements are U-shaped and the open end of the actuation elements points toward the tensioning cloth .
A resource processing method, applied to a terminal device, characterized in that the method comprises: generating (S301) first information, wherein the first information comprises: a handover report of the terminal device; and sending (S302) the first information, wherein the first information is used for a source network device of the terminal device to adjust a reserved resource according to the handover report, wherein the handover report or the first information comprises duration from when the terminal device receives conditional handover configuration information to when conditional handover is executed; wherein the handover report comprises: handover type indication information; and a handover mode indicated by the handover type indication information is a conditional handover mode or an unconditional handover mode. generating (S301) first information, wherein the first information comprises: a handover report of the terminal device; and sending (S302) the first information, wherein the first information is used for a source network device of the terminal device to adjust a reserved resource according to the handover report, wherein the handover report or the first information comprises duration from when the terminal device receives conditional handover configuration information to when conditional handover is executed; wherein the handover report comprises: handover type indication information; and a handover mode indicated by the handover type indication information is a conditional handover mode or an unconditional handover mode.