mhurhangee/patent-ind-claim-en huggingface dataset:
A current sensing module for measuring a current, comprising: a conductive substrate having two terminals and at least one slot , the current flowing from one terminal to the other terminal , the at least one slot extending in a direction of the current; a frame having two side portions and a bottom portion , the bottom portion connecting the two side portions to form an opening ring-shape, the two side portions being parallel to each other, at least one of the two side portions being disposed in the at least one slot , such that the two side portions surround a partial path of the current, a first current path being located within the frame and partially encapsulated by the frame , a second current path being located at at least one outside of the frame without being encapsulated by any frame for sensing the current, a gap existing between two ends of the two side portions ; a circuit board disposed with respect to the conductive substrate ; and a magnetic sensor connected to the circuit board and located in a space between the two side portions rather than in the gap, the magnetic sensor sensing the current and generating a first current sensing signal correspondingly. a conductive substrate having two terminals and at least one slot , the current flowing from one terminal to the other terminal , the at least one slot extending in a direction of the current; a frame having two side portions and a bottom portion , the bottom portion connecting the two side portions to form an opening ring-shape, the two side portions being parallel to each other, at least one of the two side portions being disposed in the at least one slot , such that the two side portions surround a partial path of the current, a first current path being located within the frame and partially encapsulated by the frame , a second current path being located at at least one outside of the frame without being encapsulated by any frame for sensing the current, a gap existing between two ends of the two side portions ; a circuit board disposed with respect to the conductive substrate ; and a magnetic sensor connected to the circuit board and located in a space between the two side portions rather than in the gap, the magnetic sensor sensing the current and generating a first current sensing signal correspondingly.
A sulfurized polyolefin oligomer made by a process comprising the steps of: (a) reacting a C2 to C18 olefin with a sulfur halide to form an intermediate sulfurized olefin reaction product; (b) reacting the intermediate sulfurized olefin reaction product with an alkali metal hydrosulfide, an alkali metal hydroxide, and sulfur in an aqueous solution to form a sulfurized polyolefin reaction product; and (c) treating the sulfurized polyolefin reaction product with an aqueous alkaline solution for a time and a temperature effective to form the sulfurized polyolefin oligomer, wherein the aqueous alkaline solution is 40 to 60 weight percent of the alkali metal hydroxide and being free of alcohols or ketones. (a) reacting a C2 to C18 olefin with a sulfur halide to form an intermediate sulfurized olefin reaction product; (b) reacting the intermediate sulfurized olefin reaction product with an alkali metal hydrosulfide, an alkali metal hydroxide, and sulfur in an aqueous solution to form a sulfurized polyolefin reaction product; and (c) treating the sulfurized polyolefin reaction product with an aqueous alkaline solution for a time and a temperature effective to form the sulfurized polyolefin oligomer, wherein the aqueous alkaline solution is 40 to 60 weight percent of the alkali metal hydroxide and being free of alcohols or ketones.
A method for obtaining a Vehicle to Everything, V2X, communication policy at a terminal device, comprising: in response to one or more parts of a V2X policy at the terminal device expiring, transmitting , by the terminal device to a Policy Control Function, PCF, via an Access and Mobility Management function, AMF, a request message for requesting a configuration of the one or more expired parts of the V2X policy, the request comprising at least one of first information and second information, wherein the first information is used for requesting a configuration of the V2X policy part for V2X communication over a PC5 interface when expired, and the second information is used for requesting a configuration of the V2X policy part for V2X communication over a Uu interface when expired; and receiving , by the terminal device from the PCF via the AMF, the requested configuration of the one or more expired parts of the V2X policy. in response to one or more parts of a V2X policy at the terminal device expiring, transmitting , by the terminal device to a Policy Control Function, PCF, via an Access and Mobility Management function, AMF, a request message for requesting a configuration of the one or more expired parts of the V2X policy, the request comprising at least one of first information and second information, wherein the first information is used for requesting a configuration of the V2X policy part for V2X communication over a PC5 interface when expired, and the second information is used for requesting a configuration of the V2X policy part for V2X communication over a Uu interface when expired; and receiving , by the terminal device from the PCF via the AMF, the requested configuration of the one or more expired parts of the V2X policy.
An anvil for forming a transversal sealing of a sleeve-shaped portion of packaging material holding a liquid product, said anvil comprising a main surface , in operation, facing the tube , and a ridge provided on the main surface , the ridge comprising a first section and a second section , wherein the first section of the ridge is placed below the second section such that, in operation, a stress in the packaging material formed by a hydrostatic pressure formed by the liquid product is shifted from a first part of the sleeve-shaped portion placed above the first section of the ridge to a second part placed above the second section , wherein the sleeve-shaped portion is provided with a longitudinal sealing in the first part of the portion , wherein the second section comprises a first peripheral sub-section and a second peripheral sub-section , and the first section is a mid-section placed between the first and second peripheral sub-sections , characterized in that a continuous transition from the first section to the second section is provided such that stress in the packaging material is reduced. a main surface , in operation, facing the tube , and a ridge provided on the main surface , the ridge comprising a first section and a second section , wherein the first section of the ridge is placed below the second section such that, in operation, a stress in the packaging material formed by a hydrostatic pressure formed by the liquid product is shifted from a first part of the sleeve-shaped portion placed above the first section of the ridge to a second part placed above the second section , wherein the sleeve-shaped portion is provided with a longitudinal sealing in the first part of the portion , wherein the second section comprises a first peripheral sub-section and a second peripheral sub-section , and the first section is a mid-section placed between the first and second peripheral sub-sections , characterized in that a continuous transition from the first section to the second section is provided such that stress in the packaging material is reduced.
An electronic device comprising: a memory storing instructions; and at least one processor configured to execute the instructions to: display a home screen on a screen of the electronic device; in response to receiving a first user interaction for a first application of the electronic device, open the first application in an immersive mode; and display a first user interface of the first application in the immersive mode by superimposing the home screen on the first user interface , such that the first user interface functions as a background of the home screen , and display a toggle button configured for switching between the immersive mode and a normal mode, wherein the first user interface is visible through the home screen on the screen of the electronic device, and wherein at least one interactable object for the first user interface distinct from the toggle button is displayed on the superimposed home screen . a memory storing instructions; and at least one processor configured to execute the instructions to: display a home screen on a screen of the electronic device; in response to receiving a first user interaction for a first application of the electronic device, open the first application in an immersive mode; and display a first user interface of the first application in the immersive mode by superimposing the home screen on the first user interface , such that the first user interface functions as a background of the home screen , and display a toggle button configured for switching between the immersive mode and a normal mode, wherein the first user interface is visible through the home screen on the screen of the electronic device, and wherein at least one interactable object for the first user interface distinct from the toggle button is displayed on the superimposed home screen . display a home screen on a screen of the electronic device; in response to receiving a first user interaction for a first application of the electronic device, open the first application in an immersive mode; and display a first user interface of the first application in the immersive mode by superimposing the home screen on the first user interface , such that the first user interface functions as a background of the home screen , and display a toggle button configured for switching between the immersive mode and a normal mode, wherein the first user interface is visible through the home screen on the screen of the electronic device, and wherein at least one interactable object for the first user interface distinct from the toggle button is displayed on the superimposed home screen .
A method of removing material from a target, the method comprising the steps of: providing a tool, the tool having at least one propellant source , igniting at least one of the propellant source(s) to form a combustion zone , pressurising the tool to a pressure higher than the environmental pressure, and directing combustion products generated at the combustion zone along at least one tool flow path , such that upon exiting the tool flow path(s) the combustion products interact with a target , the interaction causing material to be removed from the target ; wherein the tool flow paths(s) is/are selectively closable; and characterized in that the method comprises the step of varying the direction of the combustion products exiting the at least one tool flow path with respect to the tool . directing combustion products generated at the combustion zone along at least one tool flow path , such that upon exiting the tool flow path(s) the combustion products interact with a target , the interaction causing material to be removed from the target ; wherein the tool flow paths(s) is/are selectively closable; and characterized in that the method comprises the step of varying the direction of the combustion products exiting the at least one tool flow path with respect to the tool .
Method for providing a metallic or concrete surface of a chemical installation with a coating, which comprises the steps of - providing a two-pack coating composition wherein the first pack comprises an epoxy resin and the second pack comprises an amine curing agent for the epoxy resin, the coating composition further comprising an organoboron compound of the formula - wherein X is an organic group having 1 to 24 carbon atoms and is linked to the boron atom via a carbon-boron bond, and wherein Y is an at least divalent organic group having 2 to 16 carbon atoms, - combining the first pack and the second pack to form a coating composition, - applying the coating composition to the surface of a chemical installation to form a coating layer, and - allowing the coating layer to cure at a temperature in the range of -10 to 50°C. - providing a two-pack coating composition wherein the first pack comprises an epoxy resin and the second pack comprises an amine curing agent for the epoxy resin, the coating composition further comprising an organoboron compound of the formula - wherein X is an organic group having 1 to 24 carbon atoms and is linked to the boron atom via a carbon-boron bond, and wherein Y is an at least divalent organic group having 2 to 16 carbon atoms, - combining the first pack and the second pack to form a coating composition, - applying the coating composition to the surface of a chemical installation to form a coating layer, and - allowing the coating layer to cure at a temperature in the range of -10 to 50°C.
An atomizer having an antifouling structure, comprising a device housing and an atomizing unit disposed inside the device housing , the device housing defining therein a liquid storage chamber configured for storing tobacco liquid, the atomizing unit being configured for atomizing the tobacco liquid to produce an aerosol, wherein the device housing further comprises an aerosol channel which is in communication with the atomizing unit and is configured for expelling the aerosol, and the aerosol channel is formed by a member that has a hydrophobic and oleophobic surface or oleophobic surface disposed on an inner wall thereof, characterized in that the hydrophobic and oleophobic surface has thereon a nano-cantilever structure formed by a plurality of concaves or convexes.
A transport vehicle comprising: a body ; a lift platform that includes a holder to hold an article (FP), the lift platform being ascendable and descendable with respect to the body ; a lift driver that raises or lowers the lift platform by feeding out or taking up a flexible suspension support; a sensor that is provided in the lift driver and that emits a detection wave having directivity toward a certain lower position; a lateral extender that causes the lift driver to project laterally from the body while providing cantilever support for the lift driver ; and the transport vehicle being characterized in that it further comprises: a corrector that corrects a shift in an emission direction of the detection wave that arises from bending of the lateral extender in a state in which the lift driver is caused to project laterally from the body by the lateral extender . a body ; a lift platform that includes a holder to hold an article (FP), the lift platform being ascendable and descendable with respect to the body ; a lift driver that raises or lowers the lift platform by feeding out or taking up a flexible suspension support; a sensor that is provided in the lift driver and that emits a detection wave having directivity toward a certain lower position; a lateral extender that causes the lift driver to project laterally from the body while providing cantilever support for the lift driver ; and the transport vehicle being characterized in that it further comprises: a corrector that corrects a shift in an emission direction of the detection wave that arises from bending of the lateral extender in a state in which the lift driver is caused to project laterally from the body by the lateral extender .
A downhole communication system for communication between a first and second location in a subsea oil and/or gas well installation, the oil and/or gas well installation comprising: out of hole metallic structure comprising a riser running upwards away from the mudline, and downhole metallic structure running down into the well, wherein the communication system is arranged so that at least part of a signal path for communications between the first and second locations is provided by the downhole metallic structure such that, in use, data to be communicated between the first and second locations is carried by electrical signals in the downhole metallic structure; and the communication system further comprises a noise suppression arrangement arranged for diverting a noise signal generated in the out of hole metallic structure away from the downhole metallic structure, the suppression arrangement comprising at least one seawater electrode electrically connected to the out of hole metallic structure or the downhole metallic structure to create a current flow path to ground via the at least one electrode, wherein the current flow path has an impedance, at the frequency of said electrical signals, which is no larger than 1/10th of the impedance to ground that would be seen at the frequency of said electrical signals from an upper end of the riser via the riser and downhole metallic structure in the absence of the suppression arrangement . out of hole metallic structure comprising a riser running upwards away from the mudline, and downhole metallic structure running down into the well, wherein the communication system is arranged so that at least part of a signal path for communications between the first and second locations is provided by the downhole metallic structure such that, in use, data to be communicated between the first and second locations is carried by electrical signals in the downhole metallic structure; and the communication system further comprises a noise suppression arrangement arranged for diverting a noise signal generated in the out of hole metallic structure away from the downhole metallic structure, the suppression arrangement comprising at least one seawater electrode electrically connected to the out of hole metallic structure or the downhole metallic structure to create a current flow path to ground via the at least one electrode, wherein the current flow path has an impedance, at the frequency of said electrical signals, which is no larger than 1/10th of the impedance to ground that would be seen at the frequency of said electrical signals from an upper end of the riser via the riser and downhole metallic structure in the absence of the suppression arrangement .
A system for authenticating and securing message/instruction transmission, the system comprising: a non-configurable hardware processing unit adapted to test the validity of an original message or derivative of said original message by running specific firmware code such that first test results are obtained; wherein the hardware processing unit is further adapted to remain unchanged throughout the life circle after design and manufacture, and wherein initialization of the hardware processing unit is performed only on manufacturing stage; a configurable software processing unit adapted to test the validity of the original message or derivative of said original message by running specific software code such that second test results are obtained; a splitting module configured to split the original message into two different messages, wherein a first message is directed to the software processing unit and a second message is directed to the hardware processing unit; a first logic comparison module configured to logically compare the first and the second test results and to identify a logic relation between the results, wherein said logic comparison authenticates said message; and wherein the testing is performed simultaneously at the hardware processing unit and at the software processing unit. a non-configurable hardware processing unit adapted to test the validity of an original message or derivative of said original message by running specific firmware code such that first test results are obtained; wherein the hardware processing unit is further adapted to remain unchanged throughout the life circle after design and manufacture, and wherein initialization of the hardware processing unit is performed only on manufacturing stage; a configurable software processing unit adapted to test the validity of the original message or derivative of said original message by running specific software code such that second test results are obtained; a splitting module configured to split the original message into two different messages, wherein a first message is directed to the software processing unit and a second message is directed to the hardware processing unit; a first logic comparison module configured to logically compare the first and the second test results and to identify a logic relation between the results, wherein said logic comparison authenticates said message; and wherein the testing is performed simultaneously at the hardware processing unit and at the software processing unit.
A motor comprising: a housing ; a cover disposed to cover the housing ; a stator disposed in the housing ; a rotor disposed inside the stator ; a shaft disposed in a central portion of the rotor ; a sensing magnet disposed on an end portion of the shaft ; and a circuit board including a sensor configured to detect the sensing magnet , wherein the sensor is disposed in a hole formed in the cover , characterized in that the rotor further includes : a rotor unit including a rotor core and a plurality of magnets disposed on an outer circumferential surface of the rotor core to be spaced apart from each other; and a pair of cans which cover an upper portion and a lower portion of the rotor unit in the shaft direction, wherein the cans include plate parts having a plate shape, sidewall parts protruding from outer circumferential surfaces of the plate parts in the shaft direction, and at least two protruding parts protruding from each of the plate parts , and the protruding part protrudes toward the rotor core , wherein the protruding parts elastically support the rotor core . a housing ; a cover disposed to cover the housing ; a stator disposed in the housing ; a rotor disposed inside the stator ; a shaft disposed in a central portion of the rotor ; a sensing magnet disposed on an end portion of the shaft ; and a circuit board including a sensor configured to detect the sensing magnet , wherein the sensor is disposed in a hole formed in the cover , characterized in that the rotor further includes : a rotor unit including a rotor core and a plurality of magnets disposed on an outer circumferential surface of the rotor core to be spaced apart from each other; and a pair of cans which cover an upper portion and a lower portion of the rotor unit in the shaft direction, wherein the cans include plate parts having a plate shape, sidewall parts protruding from outer circumferential surfaces of the plate parts in the shaft direction, and at least two protruding parts protruding from each of the plate parts , and the protruding part protrudes toward the rotor core , wherein the protruding parts elastically support the rotor core . a rotor unit including a rotor core and a plurality of magnets disposed on an outer circumferential surface of the rotor core to be spaced apart from each other; and a pair of cans which cover an upper portion and a lower portion of the rotor unit in the shaft direction, wherein the cans include plate parts having a plate shape, sidewall parts protruding from outer circumferential surfaces of the plate parts in the shaft direction, and at least two protruding parts protruding from each of the plate parts , and the protruding part protrudes toward the rotor core , wherein the protruding parts elastically support the rotor core .