mhurhangee/ep-ind-claims huggingface dataset:
Hydraulic pitch drive system for controlling a blade pitch angle on a rotor of a wind turbine, the pitch drive system comprising: a hydraulic cylinder with a piston-side A and a rod-side B, the hydraulic cylinder being arranged to actuate blade pitch rotation; a first hydraulic proportional valve V3 arranged for controlling a flow of hydraulic fluid from a pressure port P to the hydraulic cylinder in response to a primary control signal S3; wherein in an extending mode of the hydraulic cylinder the pressure port P via the first hydraulic proportional valve V3 is connected to the piston-side A of the hydraulic cylinder; wherein the rod-side B of the hydraulic cylinder is connected to the pressure port P via a recirculation line comprising a non-return valve V6, wherein the non-return valve V6 is arranged for flow in a direction from the rod-side B of the hydraulic cylinder to the pressure port P; a first control module configured to provide the primary control signal S3 in response to a to a blade pitch angle positioning request; a second hydraulic proportional valve V4 arranged for controlling a flow of hydraulic fluid from the rod-side B to the tank port T independent of the first hydraulic proportional valve V3, in response to a secondary control signal S4; and a second control module configured to provide the secondary control signal S4 so as to control a set point of the second hydraulic proportional valve V4 for controlling the second hydraulic proportional valve V4 in an extending mode of the hydraulic cylinder. a hydraulic cylinder with a piston-side A and a rod-side B, the hydraulic cylinder being arranged to actuate blade pitch rotation; a first hydraulic proportional valve V3 arranged for controlling a flow of hydraulic fluid from a pressure port P to the hydraulic cylinder in response to a primary control signal S3; wherein in an extending mode of the hydraulic cylinder the pressure port P via the first hydraulic proportional valve V3 is connected to the piston-side A of the hydraulic cylinder; wherein the rod-side B of the hydraulic cylinder is connected to the pressure port P via a recirculation line comprising a non-return valve V6, wherein the non-return valve V6 is arranged for flow in a direction from the rod-side B of the hydraulic cylinder to the pressure port P; a first control module configured to provide the primary control signal S3 in response to a to a blade pitch angle positioning request; a second hydraulic proportional valve V4 arranged for controlling a flow of hydraulic fluid from the rod-side B to the tank port T independent of the first hydraulic proportional valve V3, in response to a secondary control signal S4; and a second control module configured to provide the secondary control signal S4 so as to control a set point of the second hydraulic proportional valve V4 for controlling the second hydraulic proportional valve V4 in an extending mode of the hydraulic cylinder.
A method for configuring an idle screen in a portable terminal, the method comprising: displaying an idle screen on a touch screen of the portable terminal, and configuring a virtual area that extends the idle screen beyond the size of the touch screen, wherein a plurality of widgets (W1, W2, W4-W9) are arranged on the idle screen and the virtual area; in response to a first touch input applied on a particular widget (W4, 950) displayed on the touch screen, selecting the particular widget (W4, 950); in response to an additional touch input applied to the touch screen while the first touch input continues to be applied to the selected widget (W4, 950), wherein the additional touch input is a flick or drag gesture, scrolling through the virtual area while fixing the position of the selected widget (W4, 950); and in response to stopping the first touch input, cancelling selection of the particular widget (W4, 950) and rearranging the particular widget (W4, 950) on the extended idle screen based on the scrolling through the virtual area. displaying an idle screen on a touch screen of the portable terminal, and configuring a virtual area that extends the idle screen beyond the size of the touch screen, wherein a plurality of widgets (W1, W2, W4-W9) are arranged on the idle screen and the virtual area; in response to a first touch input applied on a particular widget (W4, 950) displayed on the touch screen, selecting the particular widget (W4, 950); in response to an additional touch input applied to the touch screen while the first touch input continues to be applied to the selected widget (W4, 950), wherein the additional touch input is a flick or drag gesture, scrolling through the virtual area while fixing the position of the selected widget (W4, 950); and in response to stopping the first touch input, cancelling selection of the particular widget (W4, 950) and rearranging the particular widget (W4, 950) on the extended idle screen based on the scrolling through the virtual area.
Arrangement composed of a soot particle sensor and a control device, wherein the control device has a voltage source and a first connection (16; 38) which is electrically conductively connected to the voltage source and to which the soot particle sensor is connected, and wherein the control device has a first current measuring device which measures a first current intensity of a first current flowing through the soot particle sensor via the connection (26; 38), wherein the control device has a series resistor between the voltage source and the first current measuring device, a second current measuring device and a circuit node between the series resistor and the first current measuring device, at which circuit node a current flowing from the voltage source via the series resistor is divided into a first current and a second current, wherein the first current flows into a current path leading to the first current measuring device and the second current flows into a current path flowing to the second current measuring device, wherein the control device is configured to generate an error message if a current intensity of the second current, which is able to be measured by the second current measuring device, does not reach a predefined threshold value, and wherein the first current measuring device is connected between the circuit node and the first connection.
An endoscopic device for retrieving an object from within a human body, the device comprising: a support assembly comprising a base and an elongated tubular member; a transmitting assembly comprising a handle movable relative to the base, and a link (210, 34) having a first end fixed to the handle and a second end remote from the base, the link (210, 34) extending through at least a portion of the tubular member; a wire defining a loop portion and two leg portions ( 201, 202), wherein each leg portion is disposed proximal from the loop portion, and the two leg portions (201, 202) are secured to each other by at least a first connection, and a proximal end of each leg portion is secured to the second end of the link (210, 34) by a second connection, wherein the first connection is located between the second connection and the loop portion; a net element having a distal portion secured to the loop portion wherein the loop portion is movable between an expanded position outside the tubular member and a collapsed position within the tubular member by action of the handle relative to the base; characterized in that: the net element has a proximal tail portion; and the device further comprises a means for securing the proximal tail portion of the net element between the two leg portions (201, 202) at a location proximal from the first connection a support assembly comprising a base and an elongated tubular member; a transmitting assembly comprising a handle movable relative to the base, and a link (210, 34) having a first end fixed to the handle and a second end remote from the base, the link (210, 34) extending through at least a portion of the tubular member; a wire defining a loop portion and two leg portions ( 201, 202), wherein each leg portion is disposed proximal from the loop portion, and the two leg portions (201, 202) are secured to each other by at least a first connection, and a proximal end of each leg portion is secured to the second end of the link (210, 34) by a second connection, wherein the first connection is located between the second connection and the loop portion; a net element having a distal portion secured to the loop portion wherein the loop portion is movable between an expanded position outside the tubular member and a collapsed position within the tubular member by action of the handle relative to the base; the net element has a proximal tail portion; and the device further comprises a means for securing the proximal tail portion of the net element between the two leg portions (201, 202) at a location proximal from the first connection
A fastening structure, comprising: a fastening member including a bolt; and a plurality of fastened members being fastened and fixed to the fastening member, wherein the bolt contains pure aluminum or an aluminum alloy, at least one fastened member of the plurality of fastened members is a bus bar (31; 32) that contains pure aluminum or an aluminum alloy, and pure aluminum or an aluminum alloy of a screw portion of the bolt is brought into direct contact with pure aluminum or an aluminum alloy of the at least one fastened member, characterized in that the bolt and the at least one fastened member are partially brought into direct contact with each other without intermediation of an oxide film due to a frictional force generated by using the bolt and fastening the at least one fastened member causing plastic flow of a head seat surface of the bolt, the screw portion of the bolt and a surface of the bus bar (31; 32) such that the oxide film is removed. a fastening member including a bolt; and a plurality of fastened members being fastened and fixed to the fastening member, wherein the bolt contains pure aluminum or an aluminum alloy, at least one fastened member of the plurality of fastened members is a bus bar (31; 32) that contains pure aluminum or an aluminum alloy, and pure aluminum or an aluminum alloy of a screw portion of the bolt is brought into direct contact with pure aluminum or an aluminum alloy of the at least one fastened member, characterized in that the bolt and the at least one fastened member are partially brought into direct contact with each other without intermediation of an oxide film due to a frictional force generated by using the bolt and fastening the at least one fastened member causing plastic flow of a head seat surface of the bolt, the screw portion of the bolt and a surface of the bus bar (31; 32) such that the oxide film is removed.
A route processing method, wherein the method comprises: obtaining (S 102), by a first network device, a flow effective time parameter and a route related to the flow effective time parameter, wherein the flow effective time parameter comprises a start time value and a duration value, and the flow effective time parameter is used to indicate that the route related to the flow effective time parameter is effective in a time interval specified by the flow effective time parameter; generating, by the first network device, a route control message, wherein the route control message carries the flow effective time parameter and the route related to the flow effective time parameter, wherein the route control message is used to indicate a second network device to process service traffic corresponding to the route related to the flow effective time parameter in the specified time interval; and sending, by the first network device, the route control message to the second network device. obtaining (S 102), by a first network device, a flow effective time parameter and a route related to the flow effective time parameter, wherein the flow effective time parameter comprises a start time value and a duration value, and the flow effective time parameter is used to indicate that the route related to the flow effective time parameter is effective in a time interval specified by the flow effective time parameter; generating, by the first network device, a route control message, wherein the route control message carries the flow effective time parameter and the route related to the flow effective time parameter, wherein the route control message is used to indicate a second network device to process service traffic corresponding to the route related to the flow effective time parameter in the specified time interval; and sending, by the first network device, the route control message to the second network device.
A latch system comprising: an actuation module having first and second actuation mechanisms (110, 90), the first actuation mechanism including a first handle coupled to a locking rod, the locking rod having an end slot and an oppositely disposed rod insert, the second actuation mechanism including at least one second handle (76a, 76b), a conversion block and an outer rod coupled together, the outer rod having an open end and a slot; at least one latch module having a retractable latch; at least one control cable connecting the conversion block and the at least one latch module such that rotation of the conversion block in a first direction retracts the latch; and a lock operably engagable with the end slot to selectively allow and prevent rotation of the locking rod; wherein the rod insert is at least partially disposed within the outer rod through the open end; wherein the locking rod is coupled to the outer rod with a screw that extends through the slot; wherein rotation of the locking rod in the first direction rotates the conversion block; and wherein rotation of the outer rod in the first direction rotates the conversion block without rotating the locking rod such that the second actuation mechanism operates independently of the first actuation mechanism. an actuation module having first and second actuation mechanisms (110, 90), the first actuation mechanism including a first handle coupled to a locking rod, the locking rod having an end slot and an oppositely disposed rod insert, the second actuation mechanism including at least one second handle (76a, 76b), a conversion block and an outer rod coupled together, the outer rod having an open end and a slot; at least one latch module having a retractable latch; at least one control cable connecting the conversion block and the at least one latch module such that rotation of the conversion block in a first direction retracts the latch; and a lock operably engagable with the end slot to selectively allow and prevent rotation of the locking rod; wherein the rod insert is at least partially disposed within the outer rod through the open end; wherein the locking rod is coupled to the outer rod with a screw that extends through the slot; wherein rotation of the locking rod in the first direction rotates the conversion block; and wherein rotation of the outer rod in the first direction rotates the conversion block without rotating the locking rod such that the second actuation mechanism operates independently of the first actuation mechanism.
Level sensor for determining a fuel level in a fuel tank of a motor vehicle, with a support provided for fastening in the fuel tank, with a holding part connected to the support, with a mounting, which is arranged on the holding part, for a lever arm supporting a float, and with fastening means arranged on the holding part and the support, characterized in that the fastening means of the holding part correspond with the fastening means of the support in positions of the holding part in which it is rotated about a horizontal axis and about a vertical axis, and therefore the holding part is rotatable about its horizontal axis and about its vertical axis and is thus fastenable in four different positions on the support.
A valve unit capable of being implanted in a patient and having adjustable performance settings to regulate passage of a bodily fluid, comprising: a casing defining a port for the bodily fluid; a valve mechanism positioned at the port and including a movable valve member; characterized by a rotor disposed at a first location in the casing and having an axle which turns about an axis of rotation, the rotor defining a plurality of radially flat cam surfaces, each cam surface occupying an arc about the axis of rotation; and a spring arm unit disposed at a second location in the casing having a cam follower arm in slidable contact with the cam surfaces of the rotor and having a resilient spring element applying a closing effect with the movable valve member at the port to establish a performance setting for the valve unit; wherein sufficient rotation of the rotor to change the cam surface in contact with the cam follower alters the closing effect with which the valve member moves relative to the port, and thereby alters the performance setting of the valve unit. a casing defining a port for the bodily fluid; a valve mechanism positioned at the port and including a movable valve member; characterized by a rotor disposed at a first location in the casing and having an axle which turns about an axis of rotation, the rotor defining a plurality of radially flat cam surfaces, each cam surface occupying an arc about the axis of rotation; and a spring arm unit disposed at a second location in the casing having a cam follower arm in slidable contact with the cam surfaces of the rotor and having a resilient spring element applying a closing effect with the movable valve member at the port to establish a performance setting for the valve unit; wherein sufficient rotation of the rotor to change the cam surface in contact with the cam follower alters the closing effect with which the valve member moves relative to the port, and thereby alters the performance setting of the valve unit.
A method for, at a base station, clustering cooperative terminal candidates for a cooperative data transmission, the method comprising: identifying (S110, S310) terminals which are capable of transmitting data of an another terminal, based on location information of the terminals and received powers of the terminals; generating (S110, S310) a cooperative cluster including the identified terminals; transmitting (S110, S310) information about the cooperative cluster to the terminals belonging to the cooperative cluster; transmitting uplink resource allocation information to a first terminal and a second terminal among the terminals, wherein CRC of the uplink resource allocation information is masked with a concatenation of temporary IDs assigned to the first terminal and the second terminal; and receiving data of the second terminal from the first terminal among the terminals belonging to the cooperative cluster based on the uplink resource allocation information. identifying (S110, S310) terminals which are capable of transmitting data of an another terminal, based on location information of the terminals and received powers of the terminals; generating (S110, S310) a cooperative cluster including the identified terminals; transmitting (S110, S310) information about the cooperative cluster to the terminals belonging to the cooperative cluster; transmitting uplink resource allocation information to a first terminal and a second terminal among the terminals, wherein CRC of the uplink resource allocation information is masked with a concatenation of temporary IDs assigned to the first terminal and the second terminal; and receiving data of the second terminal from the first terminal among the terminals belonging to the cooperative cluster based on the uplink resource allocation information.
A mobile terminal capable of attaching to a network to perform packet communication, comprising: a plurality of radio communication interfaces (IF1, IF2); address holding unit configured to hold a plurality of dedicated home addresses (HoA1, HoA2), each dedicated home address (HoA1, HoA2) assigned individually to a corresponding one of the plurality of radio communication interfaces (IF1, IF2); and binding registration processing unit (111, 112, 113) configured to process second binding information indicative of a correspondence relationship between each of the plurality of radio communication interfaces (IF1, IF2) and the assigned dedicated home address (HoA1, HoA2) in such a manner to be registered with a network node for performing forwarding processing on a packet addressed to the mobile terminal, wherein the address holding unit is further configured to hold a common home address assigned to the plurality of radio communication interfaces (IF1, IF2) in common, and the binding registration processing unit (111, 112, 113) is further configured to process first binding information indicative of a correspondence relationship between the plurality of radio communication interfaces (IF1, IF2) in common and the common home address; and by further comprising address setting unit configured to determine whether, upon transmission of the packet, the packet is a packet belonging to a flow necessary to be sent and received by using only a specific interface among the plurality of radio communication interfaces (IF1, IF2), and if determining that the packet is a packet belonging to a flow necessary to be sent and received by using only the specific interface, using the dedicated home address corresponding to the specific interface as a source address of the packet, and if determining that the packet is not a packet belonging to a flow necessary to be sent and received by using only the specific interface, using the common home address as a source address of the packet. a plurality of radio communication interfaces (IF1, IF2); address holding unit configured to hold a plurality of dedicated home addresses (HoA1, HoA2), each dedicated home address (HoA1, HoA2) assigned individually to a corresponding one of the plurality of radio communication interfaces (IF1, IF2); and binding registration processing unit (111, 112, 113) configured to process second binding information indicative of a correspondence relationship between each of the plurality of radio communication interfaces (IF1, IF2) and the assigned dedicated home address (HoA1, HoA2) in such a manner to be registered with a network node for performing forwarding processing on a packet addressed to the mobile terminal, wherein