mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic timepiece , including: an operation receiving unit which receives an input operation via an operating member (B1); and a processor , the electronic timepiece further comprising: a receiver which receives broadcast radio waves including time information from a satellite; a communicator which carries out mutual wireless communication by establishing wireless communication connection with an external device which is set, the external device being different from the satellite; and in a case where a predetermined input operation corresponding to a command for obtaining information regarding a present time is received via the operating member (B1), the processor selects a first information obtaining operation by which the information is obtained from the external device which is set via the communicator or a second information obtaining operation by which the information is obtained based on the broadcast radio waves received by the receiver according to whether a setting regarding the external device exists. an operation receiving unit which receives an input operation via an operating member (B1); and a processor , the electronic timepiece further comprising: a receiver which receives broadcast radio waves including time information from a satellite; a communicator which carries out mutual wireless communication by establishing wireless communication connection with an external device which is set, the external device being different from the satellite; and in a case where a predetermined input operation corresponding to a command for obtaining information regarding a present time is received via the operating member (B1), the processor selects a first information obtaining operation by which the information is obtained from the external device which is set via the communicator or a second information obtaining operation by which the information is obtained based on the broadcast radio waves received by the receiver according to whether a setting regarding the external device exists. a receiver which receives broadcast radio waves including time information from a satellite; a communicator which carries out mutual wireless communication by establishing wireless communication connection with an external device which is set, the external device being different from the satellite; and in a case where a predetermined input operation corresponding to a command for obtaining information regarding a present time is received via the operating member (B1), the processor selects a first information obtaining operation by which the information is obtained from the external device which is set via the communicator or a second information obtaining operation by which the information is obtained based on the broadcast radio waves received by the receiver according to whether a setting regarding the external device exists.
Device for controlling the opening of a motor vehicle door, comprising : - a base configured to receive the opening control, - a handle lever configured to be mounted so as to pivot on the base about a first handle axis (X1), - a kinematic chain configured to transmit a movement from the handle lever to a lock of the opening command to unlock the door, - an inertial safety member comprising a main body forming an inertial mass and a main blocking element connected to the body and configured to move, by inertial effect in the event of an impact, from an inactive rest position to at least one active position for blocking at least one movable element (20.2; 30) of the drive train , characterised in that the inertial member is mounted so as to pivot on the base about a second locking axis (X2) and is configured so as to operate in a reversible mode by adopting at least one reversible locking position within a first range of angular amplitude of pivoting and to operate in an irreversible mode by adopting at least one irreversible locking position within a second range of angular amplitude of pivoting, and in that the locking element (44 ; 64) is provided with a blocking surface (46; 66) configured so that, in the event of an impact, it intercepts the moving element (20. 2; 30) during its trajectory within a first region (Z1) of the blocking surface (46; 66) in reversible mode and at least partially within a second region (Z2) of the blocking surface (46; 66) in irreversible mode, separate from the first region (Z1). - a base configured to receive the opening control, - a handle lever configured to be mounted so as to pivot on the base about a first handle axis (X1), - a kinematic chain configured to transmit a movement from the handle lever to a lock of the opening command to unlock the door, - an inertial safety member comprising a main body forming an inertial mass and a main blocking element connected to the body and configured to move, by inertial effect in the event of an impact, from an inactive rest position to at least one active position for blocking at least one movable element (20.2; 30) of the drive train ,
A method of a portable terminal for display of an idle screen on a touch screen of the portable terminal, the method comprising: displaying, on the touch screen, a first portion of a virtual screen area as the idle screen , the virtual screen area including a plurality of objects (W1, W2, W4-W9) and the first portion of the virtual screen area including at least one object (W1, W2, W4, W8) of the plurality of objects (W1, W2, W4-W9), wherein the object (W1, W2, W4, W8) is at least one of an icon or widget; in response to receiving a touch input applied to an object (W4, 950) of the at least one object displayed on the touch screen, determining that the object is in a selected state ; in response to receiving a drag input applied to the touch screen while the touch input is maintained on the touch screen, changing from displaying the first portion of the virtual screen area to displaying a second portion of the virtual screen area as the idle screen on the touch screen, while continuing to display the object being maintained in the selected state by the touch input, irrespective of the changing based on the drag input ; and in response to detecting a release of the touch input when the second portion of the virtual screen area is displayed, placing the selected object in the second portion of the virtual screen area displayed as the idle screen on the touch screen , wherein the method further comprises displaying a scroll indicator for indicating a displayed portion of the virtual screen area . displaying, on the touch screen, a first portion of a virtual screen area as the idle screen , the virtual screen area including a plurality of objects (W1, W2, W4-W9) and the first portion of the virtual screen area including at least one object (W1, W2, W4, W8) of the plurality of objects (W1, W2, W4-W9), wherein the object (W1, W2, W4, W8) is at least one of an icon or widget; in response to receiving a touch input applied to an object (W4, 950) of the at least one object displayed on the touch screen, determining that the object is in a selected state ; in response to receiving a drag input applied to the touch screen while the touch input is maintained on the touch screen, changing from displaying the first portion of the virtual screen area to displaying a second portion of the virtual screen area as the idle screen on the touch screen, while continuing to display the object being maintained in the selected state by the touch input, irrespective of the changing based on the drag input ; and in response to detecting a release of the touch input when the second portion of the virtual screen area is displayed, placing the selected object in the second portion of the virtual screen area displayed as the idle screen on the touch screen , wherein the method further comprises displaying a scroll indicator for indicating a displayed portion of the virtual screen area .
A time synchronization method, wherein the method is applied to a PLC network, the PLC network comprises a head end node and at least one tail end node connected to the head end node, and the method comprises: generating , by the head end node, data about voltage zero-crossing points based on reference time, wherein the data about the voltage zero-crossing points comprises zero-crossing time points of the voltage zero-crossing points; and when a first timing point arrives, sending , by the head end node, first information to the tail end node, wherein the first information comprises a timestamp of a first zero-crossing point, the timestamp of the first zero-crossing point is a zero-crossing time point in the zero-crossing time points of the voltage zero-crossing points that has a smallest time interval with the first timing point, and the timestamp of the first zero-crossing point is used by the tail end node to determine a zero-crossing time point of a second zero-crossing point. generating , by the head end node, data about voltage zero-crossing points based on reference time, wherein the data about the voltage zero-crossing points comprises zero-crossing time points of the voltage zero-crossing points; and when a first timing point arrives, sending , by the head end node, first information to the tail end node, wherein the first information comprises a timestamp of a first zero-crossing point, the timestamp of the first zero-crossing point is a zero-crossing time point in the zero-crossing time points of the voltage zero-crossing points that has a smallest time interval with the first timing point, and the timestamp of the first zero-crossing point is used by the tail end node to determine a zero-crossing time point of a second zero-crossing point.
An ultrasonic diagnostic apparatus comprising: a display ; a memory configured to store one or more instructions; and a processor configured to execute the one or more instructions stored in the memory, wherein the processor is configured to: acquire a plurality of pieces of elastic data about an object and then generate a plurality of elastic images based on the plurality of pieces of elastic data, acquire reliability information for elasticity values respectively included in the plurality of elastic images, determine quality information for each of the plurality of elastic images based on a proportion of a region where the reliability information is greater than or equal to a threshold value set by a user input from among the entire region of interest from which the elastic data is acquired, determine at least one recommended elastic image from which an elasticity value is acquired from among the plurality of elastic images based on the quality information, and control the display to display the at least one determined recommended elastic image. a display ; a memory configured to store one or more instructions; and a processor configured to execute the one or more instructions stored in the memory, wherein the processor is configured to: acquire a plurality of pieces of elastic data about an object and then generate a plurality of elastic images based on the plurality of pieces of elastic data, acquire reliability information for elasticity values respectively included in the plurality of elastic images, determine quality information for each of the plurality of elastic images based on a proportion of a region where the reliability information is greater than or equal to a threshold value set by a user input from among the entire region of interest from which the elastic data is acquired, determine at least one recommended elastic image from which an elasticity value is acquired from among the plurality of elastic images based on the quality information, and control the display to display the at least one determined recommended elastic image. acquire a plurality of pieces of elastic data about an object and then generate a plurality of elastic images based on the plurality of pieces of elastic data, acquire reliability information for elasticity values respectively included in the plurality of elastic images, determine quality information for each of the plurality of elastic images based on a proportion of a region where the reliability information is greater than or equal to a threshold value set by a user input from among the entire region of interest from which the elastic data is acquired, determine at least one recommended elastic image from which an elasticity value is acquired from among the plurality of elastic images based on the quality information, and control the display to display the at least one determined recommended elastic image.
A combine harvester header comprising • a transmission for driving a cutting blade , • a main shaft which is arranged in a transmission housing and which is driven by way of an input shaft and at which on the drive output side a crank pin driven by way of a planetary gear drive is eccentrically guided, wherein the crank pin which is connected at least indirectly to the oscillatingly moved cutting blade transmits alternating moments resulting from the blade moments in operation of the cutting blade to the main shaft , and • a compensating mass arranged on the main shaft for compensating for the torsional oscillations resulting from the alternating moments, characterised in that the one compensating mass is driven in phase-displaced relationship through 90° with respect to the movement of the blade drive pin to produce variable compensating moments which are phase-displaced with respect to the alternating moments by way of a compensating transmission by the main shaft or the input shaft , wherein the compensating transmission is in the form of a cardan shaft drive which forms a part of the main shaft . • a transmission for driving a cutting blade , • a main shaft which is arranged in a transmission housing and which is driven by way of an input shaft and at which on the drive output side a crank pin driven by way of a planetary gear drive is eccentrically guided, wherein the crank pin which is connected at least indirectly to the oscillatingly moved cutting blade transmits alternating moments resulting from the blade moments in operation of the cutting blade to the main shaft , and • a compensating mass arranged on the main shaft for compensating for the torsional oscillations resulting from the alternating moments,
A composition comprising amorphous (S)-N-(3-(6-isopropoxypyridin-3-yl)-1H-indazol-5-yl)-1-(2-(4-(4-(1-methyl-1H-1,2,4-triazol-3-yl)phenyl)-3,6-dihydropyridin-1 -yl)-2-oxoethyl)-3-(methylthio)pyrrolidine-3-carboxamide and hypromellose acetate succinate grade M.
Device having at least an application processor (AppP), a communication module (ComM) having a secure element (SE) that comprises a secure applicative applet (SA), said application processor (AppP) accessing the secure applicative applet (SA) in the secure element (SE) via the communication module (ComM) using a mono interface configuration, said device being further such that it comprises an hardware link (HWL) between the application processor (AppP) and the secure element (SE) to transmit an hardware signal (HWS) triggered by the application processor (AppP) only when the application processor (AppP) sends a command (C(SA)), the secure element (SE) being such that, when the hardware signal (HWS) is not activated, any received command (C(SA)) aiming the secure applicative applet (SA) is rejected.
A method for generating aqueous droplets in an air phase in a microfluidic chip , wherein the microfluidic chip has a network of microchannels including an inlet microchannel , the method comprising: providing a valve structure having a first valve inlet , a second valve inlet , and a valve outlet ; inserting a capillary into the first valve inlet wherein the capillary exits through the valve outlet , wherein a seal is present between the capillary and the first valve inlet ; threading an outer tubing onto the capillary , wherein the capillary and the outer tubing are in fluid communication with the inlet microchannel and wherein the capillary and the outer tubing are inserted into the inlet microchannel ; providing a seal between the outer tubing and the valve outlet ; controlling a pressure to form droplets of an aqueous solution by flowing the aqueous solution through the capillary and into the inlet microchannel ; and continuously introducing the air phase through the second valve inlet and the outer tubing into the inlet microchannel , wherein the droplets are formed at the tip of the inner capillary and then sheared off by air into the microchannels of the microfluidic chip . providing a valve structure having a first valve inlet , a second valve inlet , and a valve outlet ; inserting a capillary into the first valve inlet wherein the capillary exits through the valve outlet , wherein a seal is present between the capillary and the first valve inlet ; threading an outer tubing onto the capillary , wherein the capillary and the outer tubing are in fluid communication with the inlet microchannel and wherein the capillary and the outer tubing are inserted into the inlet microchannel ; providing a seal between the outer tubing and the valve outlet ; controlling a pressure to form droplets of an aqueous solution by flowing the aqueous solution through the capillary and into the inlet microchannel ; and continuously introducing the air phase through the second valve inlet and the outer tubing into the inlet microchannel , wherein the droplets are formed at the tip of the inner capillary and then sheared off by air into the microchannels of the microfluidic chip .
A system for positioning an electrode array at a desired implantation location relative to a nerve , the system comprising: a probe electrode configured to be temporarily implanted adjacent to the nerve at a location which is caudorostrally separate to the desired implantation location of the electrode array , and configured to be temporarily fixed relative to the nerve while implanted; an electrode array configured to be implanted adjacent to the nerve at the desired implantation location, and comprising at least one electrode configured to evoke or sense compound action potentials; and a controller configured to: cause electrical stimuli to be applied from one of the temporarily fixed probe electrode and the electrode array to evoke compound action potentials on the nerve during implantation of the electrode array ; sense from at least one electrode of the other of the temporarily fixed probe electrode and the electrode array the compound action potentials evoked by the stimuli; and determine from the sensed compound action potentials a position of the electrode array relative to the nerve . a probe electrode configured to be temporarily implanted adjacent to the nerve at a location which is caudorostrally separate to the desired implantation location of the electrode array , and configured to be temporarily fixed relative to the nerve while implanted; an electrode array configured to be implanted adjacent to the nerve at the desired implantation location, and comprising at least one electrode configured to evoke or sense compound action potentials; and a controller configured to: cause electrical stimuli to be applied from one of the temporarily fixed probe electrode and the electrode array to evoke compound action potentials on the nerve during implantation of the electrode array ; sense from at least one electrode of the other of the temporarily fixed probe electrode and the electrode array the compound action potentials evoked by the stimuli; and determine from the sensed compound action potentials a position of the electrode array relative to the nerve . cause electrical stimuli to be applied from one of the temporarily fixed probe electrode and the electrode array to evoke compound action potentials on the nerve during implantation of the electrode array ; sense from at least one electrode of the other of the temporarily fixed probe electrode and the electrode array the compound action potentials evoked by the stimuli; and determine from the sensed compound action potentials a position of the electrode array relative to the nerve .
A heat exchange probe for introduction into an environment , either for heat extraction or for heat input from or into the environment around the heat exchange probe , comprising an outer tube having a first and second end and an inner tube arranged inside the outer tube and extending along the outer tube having a suitable outer diameter (D12a) for forming an annular gap between inner and outer tube , wherein the inner tube forms an inner first line with its inner side and the heat exchange probe additionally comprises a second line separate from the first line , wherein the first and second lines are connected to the annular gap in a suitable manner at least in the area of the first end , and in case of a desired heat extraction from the environment the heat exchange probe is configured to supply a heat exchange medium through the first line to the annular gap and to return the heat exchange medium through the annular gap to the second end , and, in case of a desired heat input into the environment , the heat exchange probe is configured to supply the heat exchange medium through the annular gap to the second line and to return the heat exchange medium to the second end through the second line , characterized in that the second line is arranged inside the first line or the inner tube comprises a wall with a suitable wall thickness (D12W) and the second line is arranged inside the wall of the inner tube .