mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: determining , by a thrust management computer of an aircraft having at least a first engine and a second engine , a throttle command for a servomotor configured to control a position of a throttle lever , wherein the position of the throttle lever indicates a commanded thrust for the first engine of the aircraft ; determining , by the thrust management computer based on detecting a difference between a thrust generated by the first engine and a respective thrust generated by the second engine , a trim command for the first engine to equalize the thrust of the first engine with the respective thrust of the second engine ; determining , by the thrust management computer , that a magnitude of the throttle command is less than a magnitude of a threshold throttle command indicative of a dead zone of the servomotor , wherein the servomotor is irresponsive to a given throttle command within the dead zone; modifying , by the thrust management computer , the trim command based on the throttle command to generate a modified trim command that compensates for irresponsiveness of the servomotor to the throttle command; and changing , by the thrust management computer , the thrust generated by the first engine based on the modified trim command. determining , by a thrust management computer of an aircraft having at least a first engine and a second engine , a throttle command for a servomotor configured to control a position of a throttle lever , wherein the position of the throttle lever indicates a commanded thrust for the first engine of the aircraft ; determining , by the thrust management computer based on detecting a difference between a thrust generated by the first engine and a respective thrust generated by the second engine , a trim command for the first engine to equalize the thrust of the first engine with the respective thrust of the second engine ; determining , by the thrust management computer , that a magnitude of the throttle command is less than a magnitude of a threshold throttle command indicative of a dead zone of the servomotor , wherein the servomotor is irresponsive to a given throttle command within the dead zone; modifying , by the thrust management computer , the trim command based on the throttle command to generate a modified trim command that compensates for irresponsiveness of the servomotor to the throttle command; and changing , by the thrust management computer , the thrust generated by the first engine based on the modified trim command.
A slider for a waterproof slide fastener , wherein the slider is configured to be stopped to move forward by a first stop arranged on a front end of each of right and left fastener stringers being capable of opened and closed, the fastener stringers are closed when the slider is at the front end, and the slider is configured to sandwich and come in close contact with the first stop in an up-down direction of the slider , the slider comprising: an upper blade and a lower blade opposing each other in the up-down direction; and a connecting post connecting the upper blade with the lower blade , wherein an element passage is divided by the connecting post into right and left sides to separately extend forward, and is merged at a rear side of the connecting post to extend rearward, each of opposing surfaces of the upper blade and the lower blade includes a close-contact surface provided around the connecting post and configured to sandwich and come in close contact with the first stop in the up-down direction, and at least one of the opposing surfaces includes right and left inclined surfaces provided respectively on right and left sides at a front side of the close-contact surface and inclined in a direction widening a gap between the upper blade and the lower blade as the right and left inclined surfaces go forward, characterized in that at least one of the opposing surfaces includes an extended close-contact surface provided between the right and left inclined surfaces and extending forward from the close-contact surface . an upper blade and a lower blade opposing each other in the up-down direction; and a connecting post connecting the upper blade with the lower blade , wherein an element passage is divided by the connecting post into right and left sides to separately extend forward, and is merged at a rear side of the connecting post to extend rearward, each of opposing surfaces of the upper blade and the lower blade includes a close-contact surface provided around the connecting post and configured to sandwich and come in close contact with the first stop in the up-down direction, and at least one of the opposing surfaces includes right and left inclined surfaces provided respectively on right and left sides at a front side of the close-contact surface and inclined in a direction widening a gap between the upper blade and the lower blade as the right and left inclined surfaces go forward, characterized in that at least one of the opposing surfaces includes an extended close-contact surface provided between the right and left inclined surfaces and extending forward from the close-contact surface .
Clamping device for clamping an object, having a spindle body (3; 61; 71; 91; 103) and a nut element (5; 65; 105) that can be screwed together with the spindle body (3; 61; 71; 91; 103), wherein a distance between a first and a second clamping element of the clamping device (1; 63) can be reduced by screw actuation of the spindle body (3; 61; 71; 91; 103) and/or the nut element (5; 65; 105), and thus an object arranged between the clamping elements can be clamped in by means of the clamping elements, wherein a plurality of engagement regions each having a spindle body engagement structure are formed on the spindle body (3; 61; 71; 91; 103), in particular distributed in the circumferential direction (U) and/or spaced apart from one another, characterized in that the nut element (5, 65; 105) has a plurality of in particular cylindrical roller bodies (14; 69) with a defined roller engagement structure , wherein the roller bodies (14; 69) are axially rotatably secured on an in particular sleeve-like receiving body of the nut element (5; 65; 105) and distributed in the circumferential direction (U) on the nut element (5; 65; 105), in that the roller bodies (14; 69) are or can be brought with their roller engagement structure into engagement with the spindle body engagement structures of the spindle body (3; 61; 71; 91; 103), in that the nut element (5; 65; 105) can be screwed together with the spindle body (3; 61; 71; 91; 103) by means of the engagement structures of the spindle body (3; 61; 71; 91; 103) and the roller body (14; 69) that are in engagement with one another, in particular with the roller bodies rolling on the spindle body. the nut element (5, 65; 105) has a plurality of in particular cylindrical roller bodies (14; 69) with a defined roller engagement structure , wherein the roller bodies (14; 69) are axially rotatably secured on an in particular sleeve-like receiving body of the nut element (5; 65; 105) and distributed in the circumferential direction (U) on the nut element (5; 65; 105), in that the roller bodies (14; 69) are or can be brought with their roller engagement structure into engagement with the spindle body engagement structures of the spindle body (3; 61; 71; 91; 103), in that the nut element (5; 65; 105) can be screwed together with the spindle body (3; 61; 71; 91; 103) by means of the engagement structures of the spindle body (3; 61; 71; 91; 103) and the roller body (14; 69) that are in engagement with one another, in particular with the roller bodies rolling on the spindle body.
A method of wireless communication performed by a first user equipment, UE, comprising: receiving a packet at a Uu protocol stack of the first user equipment, UE, the packet intended for a base station; transferring the packet from the Uu protocol stack of the first UE to a PC 5 interface protocol stack of the first UE; modifying a header of the packet at the PC 5 interface protocol stack to identify the packet as relayed uplink traffic intended for the base station from the first UE; and transmitting the packet including the modified header to a second UE for relaying to the base station; wherein modifying the header of the packet comprises modifying the header of the packet to include a system architecture evolution, SAE, temporary mobile subscriber identity, S-TMSI. receiving a packet at a Uu protocol stack of the first user equipment, UE, the packet intended for a base station; transferring the packet from the Uu protocol stack of the first UE to a PC 5 interface protocol stack of the first UE; modifying a header of the packet at the PC 5 interface protocol stack to identify the packet as relayed uplink traffic intended for the base station from the first UE; and transmitting the packet including the modified header to a second UE for relaying to the base station; wherein modifying the header of the packet comprises modifying the header of the packet to include a system architecture evolution, SAE, temporary mobile subscriber identity, S-TMSI.
A gripping device for lifting a preform for a wind turbine blade from a preform mould , the gripping device comprising a base frame , a plurality of arms slidably mounted on the base frame , each arm having a proximal end and a distal end, a plurality of gripping members for gripping a top surface of the preform, each gripping member being attached to the distal end of at least one of the arms , a plurality of lock members , characterized in that each lock member is engaged with at least one of the arms for allowing sliding motion of the arm relative to the base frame in a first direction while preventing sliding motion of the arm relative to the base frame in a second direction. a base frame , a plurality of arms slidably mounted on the base frame , each arm having a proximal end and a distal end, a plurality of gripping members for gripping a top surface of the preform, each gripping member being attached to the distal end of at least one of the arms , a plurality of lock members , characterized in that each lock member is engaged with at least one of the arms for allowing sliding motion of the arm relative to the base frame in a first direction while preventing sliding motion of the arm relative to the base frame in a second direction.
A method in a user equipment for controlling transmission from the user equipment , wherein a first radio network node serves the user equipment on a first operating frequency band, wherein the method comprises: sending (C001), to the first radio network node , one or more parameters associated with supported duplexer arrangement characteristics of a duplexer arrangement of the user equipment for the first operating frequency band, which one or more parameters associated with the supported duplexer arrangement characteristics indicate a number of duplex filters of the user equipment that are used by the user equipment for operating on the first operating frequency band, wherein the indicated number of duplex filters is to be used by the first radio network node as basis for selection of one or more radio emission control parameters, wherein the user equipment comprises said supported duplexer arrangement characteristics for operation on the first operating frequency band, receiving (C005) one or more radio emission control parameters from the first radio network node ,-and applying (C006) said one or more radio emission control parameters to control transmission from the user equipment . sending (C001), to the first radio network node , one or more parameters associated with supported duplexer arrangement characteristics of a duplexer arrangement of the user equipment for the first operating frequency band, which one or more parameters associated with the supported duplexer arrangement characteristics indicate a number of duplex filters of the user equipment that are used by the user equipment for operating on the first operating frequency band, wherein the indicated number of duplex filters is to be used by the first radio network node as basis for selection of one or more radio emission control parameters, wherein the user equipment comprises said supported duplexer arrangement characteristics for operation on the first operating frequency band, receiving (C005) one or more radio emission control parameters from the first radio network node ,-and applying (C006) said one or more radio emission control parameters to control transmission from the user equipment .
Device for introducing an opening into a partial region of a film wrapping of a stack of goods , preferably arranged on a pallet, wherein the film wrapping comprises a film cover pulled over the stack of goods and, as appropriate, a base sheet film arranged beneath the stack of goods , or the film wrapping comprises a film strap at least partially surrounding the stack of goods and, as appropriate, a base sheet film arranged beneath the stack of goods , a) wherein the film wrapping is welded to the base sheet film located beneath the stack of goods , forming a weld seam running horizontally around the stack of goods , and either the opening is introduced into the weld seam or the opening is introduced into the region of the base sheet film surrounding the stack of goods, or b) wherein the film wrapping comprises a shrink collar , running horizontally around the stack of goods and preferably aligned horizontally, and the opening is introduced into the shrink collar , or c) wherein the film wrapping comprises a stretch collar, running horizontally around the stack of goods and preferably aligned horizontally, and the opening is introduced into the stretch collar, wherein the device comprises a breakthrough element with a breakthrough region and at least one actuation arm , to which the breakthrough element is secured such as to be capable of rotation about a rotation axis , characterised in that the breakthrough element comprises a first part region and a second part region , wherein the first part region is mounted such as to rotate at the actuation arm , and wherein the second part region comprises the breakthrough region , and wherein the second part region can be pivoted out of an original position, against a resetting force, opposite the first part region , into at least one direction. a) wherein the film wrapping is welded to the base sheet film located beneath the stack of goods , forming a weld seam running horizontally around the stack of goods , and either the opening is introduced into the weld seam or the opening is introduced into the region of the base sheet film surrounding the stack of goods, or either the opening is introduced into the weld seam or the opening is introduced into the region of the base sheet film surrounding the stack of goods, b) wherein the film wrapping comprises a shrink collar , running horizontally around the stack of goods and preferably aligned horizontally, and the opening is introduced into the shrink collar , or c) wherein the film wrapping comprises a stretch collar, running horizontally around the stack of goods and preferably aligned horizontally, and the opening is introduced into the stretch collar,
A component mounting line , in which multiple component mounting machines are arranged along a conveyance path of a circuit board , and components, being supplied from a feeder setting base of each component mounting machine , are mounted on the circuit board by the multiple component mounting machines , the component mounting line comprising: an automatic exchanging device , moving alongside a front face of the component mounting line in the arrangement direction of the multiple component mounting machines , which sets and/or removes a feeder to and/or from the feeder setting base of each component mounting machine , in which the automatic exchanging device is configured to set and/or remove the feeder by moving to a front of the component mounting machine at which an automatic exchange request for setting and/or removing the feeder is generated, when the automatic exchange request is generated to any of the multiple component mounting machines , characterized in that at each component mounting machine , at least one of the component mounting machine and the feeder setting base is configured to enable an operator to pull out the at least one of the component mounting machine and the feeder setting base toward a front face side of the mounting line in a pull-out operation, and a pull-out operation prohibiting section configured to prohibit the pull-out operation at a predetermined number of component mounting machines , from the component mounting machine facing the automatic exchanging device toward a position of a component mounting machine at which a new automatic exchange request has been generated, when the new automatic exchange request is generated in any of the multiple component mounting machines . an automatic exchanging device , moving alongside a front face of the component mounting line in the arrangement direction of the multiple component mounting machines , which sets and/or removes a feeder to and/or from the feeder setting base of each component mounting machine , in which the automatic exchanging device is configured to set and/or remove the feeder by moving to a front of the component mounting machine at which an automatic exchange request for setting and/or removing the feeder is generated, when the automatic exchange request is generated to any of the multiple component mounting machines , characterized in that at each component mounting machine , at least one of the component mounting machine and the feeder setting base is configured to enable an operator to pull out the at least one of the component mounting machine and the feeder setting base toward a front face side of the mounting line in a pull-out operation, and a pull-out operation prohibiting section configured to prohibit the pull-out operation at a predetermined number of component mounting machines , from the component mounting machine facing the automatic exchanging device toward a position of a component mounting machine at which a new automatic exchange request has been generated, when the new automatic exchange request is generated in any of the multiple component mounting machines .
Electromagnetic flowmeter designed to measure the flow velocity or the volume flow of a medium in a measuring tube, comprising: a measuring tube with a first longitudinal axis; a magnet system with at least a first coil system (S1) comprising at least a first coil with a first coil core , wherein the first coil system (S1) is arranged on the measuring tube , wherein the first coil system is designed to generate a magnetic field extending essentially perpendicularly to a first longitudinal axis of the measuring tube ; and at least two measuring electrodes arranged in the measuring tube , wherein said electrodes are coupled with the medium and designed to measure a flow-dependent voltage , which is induced in the medium by the magnetic field ; and an electronic measurement/operation circuit, which is designed to evaluate the voltage measured by the measuring electrodes ; wherein the magnet system comprises at least a field return unit , which is designed to at least partially guide the magnetic field outside the measuring tube between the side of the measuring tube opposite the first coil system (S1) and the first coil system (S1), wherein the field return unit comprises two return plates , which are arranged on opposite sides of the measuring tube, and wherein the first coil core is designed to at least partially guide the magnetic field between the measuring tube and the field return unit , characterized in that the return plates are separated from one another by an air gap . a measuring tube with a first longitudinal axis; a magnet system with at least a first coil system (S1) comprising at least a first coil with a first coil core , wherein the first coil system (S1) is arranged on the measuring tube , wherein the first coil system is designed to generate a magnetic field extending essentially perpendicularly to a first longitudinal axis of the measuring tube ; and at least two measuring electrodes arranged in the measuring tube , wherein said electrodes are coupled with the medium and designed to measure a flow-dependent voltage , which is induced in the medium by the magnetic field ; and an electronic measurement/operation circuit, which is designed to evaluate the voltage measured by the measuring electrodes ; wherein the magnet system comprises at least a field return unit , which is designed to at least partially guide the magnetic field outside the measuring tube between the side of the measuring tube opposite the first coil system (S1) and the first coil system (S1), wherein the field return unit comprises two return plates , which are arranged on opposite sides of the measuring tube, and wherein the first coil core is designed to at least partially guide the magnetic field between the measuring tube and the field return unit , characterized in that the return plates are separated from one another by an air gap .
A display method for displaying an image included in a video signal on a per frame basis, the display method comprising: a visible light communication image generating step (SL11, S104, S105, S106) of coding a visible light communication signal to generate an image having a striped pattern for visible light communication as a first visible light communication image; a frame dividing step of dividing a frame in which an image included in the video signal is displayed into a plurality of subframes; a first display step (SL12) of displaying the image included in the video signal, in a first subframe among the plurality of subframes; and a second display step (SL13) of displaying (S109a) a low-luminance image in a second subframe among the plurality of subframes, and displaying (S1110) the first visible light communication image in a third subframe among the plurality of subframes, the low-luminance image being an identification image and having uniform luminance lower than average luminance of the image which is included in the video signal and is to be displayed, wherein in the second display step (SL13), after the image included in the video signal is displayed in the first subframe, each of the identification image and the first visible light communication image is displayed (S109a, S110) in said frame for a period shorter than said frame, characterized in that a time for displaying the first visible light communication image in one frame is within 0.2 millisecond. a visible light communication image generating step (SL11, S104, S105, S106) of coding a visible light communication signal to generate an image having a striped pattern for visible light communication as a first visible light communication image; a frame dividing step of dividing a frame in which an image included in the video signal is displayed into a plurality of subframes; a first display step (SL12) of displaying the image included in the video signal, in a first subframe among the plurality of subframes; and a second display step (SL13) of displaying (S109a) a low-luminance image in a second subframe among the plurality of subframes, and displaying (S1110) the first visible light communication image in a third subframe among the plurality of subframes, the low-luminance image being an identification image and having uniform luminance lower than average luminance of the image which is included in the video signal and is to be displayed, wherein in the second display step (SL13), after the image included in the video signal is displayed in the first subframe, each of the identification image and the first visible light communication image is displayed (S109a, S110) in said frame for a period shorter than said frame,