mhurhangee/ep-ind-claims huggingface dataset:
A power device, comprising: a machine body; a housing, a first motor and a second motor located in the housing, the first motor is adapted to provide self-propelled power, and the second motor is adapted to provide working power for the power device; and a control panel, the control panel including: a pushing rod connected to the machine body, a panel assembly reciprocatingly sliding on the pushing rod; and a sliding potentiometer connected to the first motor; wherein the sliding potentiometer comprises a potentiometer base and a sliding needle movably connected to the potentiometer base, and wherein the first motor is configured to adjust the rotation speed to adjust the self-propelling speed of the power device according to the moving distance of the sliding needle on the potentiometer base, wherein the control panel comprises a guideway fixed on the pushing rod, and the panel assembly sliding along the guideway, characterized in that the acceleration of the sliding needle as moving within [0, s1] is less than the acceleration of the sliding needle as moving within [s1, s2], wherein S1 represents a relative displacement distance between the panel assembly and the guideway as a preset first distance, and S2 represents a relative displacement distance between the panel assembly and the guideway as a maximum distance. a machine body; a housing, a first motor and a second motor located in the housing, the first motor is adapted to provide self-propelled power, and the second motor is adapted to provide working power for the power device; and a control panel, the control panel including: a pushing rod connected to the machine body, a panel assembly reciprocatingly sliding on the pushing rod; and a sliding potentiometer connected to the first motor; a pushing rod connected to the machine body, a panel assembly reciprocatingly sliding on the pushing rod; and a sliding potentiometer connected to the first motor; wherein the sliding potentiometer comprises a potentiometer base and a sliding needle movably connected to the potentiometer base, and wherein the first motor is configured to adjust the rotation speed to adjust the self-propelling speed of the power device according to the moving distance of the sliding needle on the potentiometer base, wherein the control panel comprises a guideway fixed on the pushing rod, and the panel assembly sliding along the guideway, characterized in that the acceleration of the sliding needle as moving within [0, s1] is less than the acceleration of the sliding needle as moving within [s1, s2], wherein S1 represents a relative displacement distance between the panel assembly and the guideway as a preset first distance, and S2 represents a relative displacement distance between the panel assembly and the guideway as a maximum distance.
A method for processing a bookmark in an electronic device, the method comprising: receiving information related to the bookmark generated by a different electronic device, the bookmark related to contents output by the different electronic device; and requesting execution of the bookmark in the electronic device based on the information related to the bookmark when a specific condition is satisfied, wherein requesting execution of the bookmark comprises receiving the contents to which the generated bookmark is related, and characterized in that the information related to the bookmark includes a bookmark identifier and a bookmark storage position. receiving information related to the bookmark generated by a different electronic device, the bookmark related to contents output by the different electronic device; and requesting execution of the bookmark in the electronic device based on the information related to the bookmark when a specific condition is satisfied, wherein requesting execution of the bookmark comprises receiving the contents to which the generated bookmark is related, and characterized in that the information related to the bookmark includes a bookmark identifier and a bookmark storage position.
Method for operating a confined track section with a number of points (W, W1 to W6) arranged therein, comprising the steps: a) setting of a route utilising the points (W1 to W6) integrated into the route and a predetermined point position for the points (W1 to W6) of this route; b) checking the current position of the points (W1 to W6) integrated into the route and if necessary, adjusting the points (W1 to W6) into the point position predetermined for this route; c) displaying the point position by way of first signalling elements in each case at each of the points (W1 to W6) integrated into the route, and characterised by d) optical and/or acoustic signalling by way of second signalling elements at each of the points (W1 to W6) integrated into the route, such that the points (W1 to W6) are used for a set route. a) setting of a route utilising the points (W1 to W6) integrated into the route and a predetermined point position for the points (W1 to W6) of this route; b) checking the current position of the points (W1 to W6) integrated into the route and if necessary, adjusting the points (W1 to W6) into the point position predetermined for this route; c) displaying the point position by way of first signalling elements in each case at each of the points (W1 to W6) integrated into the route, and characterised by d) optical and/or acoustic signalling by way of second signalling elements at each of the points (W1 to W6) integrated into the route, such that the points (W1 to W6) are used for a set route.
A position and orientation measurement apparatus comprising: storage means for storing information of a three-dimensional shape model of a target object; distance information obtaining means (153,200) for obtaining distance information of the target object captured by capturing means; grayscale image obtaining means for obtaining a grayscale image of the target object captured by the capturing means; first position and orientation estimation means for estimating a first estimated value representative of the position and orientation of the target object based on the information of the three-dimensional shape model stored in said storage means and the distance information; second position and orientation estimation means for estimating a second estimated value representative of the position and orientation of the target object based on a geometric feature of the grayscale image and projection information obtained by projecting, on the grayscale image, the information of the three-dimensional shape model stored in said storage means; and determination means for determining whether a parameter of the capturing means is needed to be calibrated or not, based on both the first estimated value estimated by said first position and orientation estimation means and the second estimated value estimated by said second position and orientation estimation means. storage means for storing information of a three-dimensional shape model of a target object; distance information obtaining means (153,200) for obtaining distance information of the target object captured by capturing means; grayscale image obtaining means for obtaining a grayscale image of the target object captured by the capturing means; first position and orientation estimation means for estimating a first estimated value representative of the position and orientation of the target object based on the information of the three-dimensional shape model stored in said storage means and the distance information; second position and orientation estimation means for estimating a second estimated value representative of the position and orientation of the target object based on a geometric feature of the grayscale image and projection information obtained by projecting, on the grayscale image, the information of the three-dimensional shape model stored in said storage means; and determination means for determining whether a parameter of the capturing means is needed to be calibrated or not, based on both the first estimated value estimated by said first position and orientation estimation means and the second estimated value estimated by said second position and orientation estimation means.
A method performed by a terminal (2a-35) in a wireless communication system, the method comprising: receiving, from a base station (2a-05), a paging message (2ia-10, 2ib-10, 2ic-10) including an identity associated with the terminal, the terminal being in a radio resource control, RRC, inactive state (2ia-05, 2ib-05, 2ic-05); identifying the identity associated with the terminal included in the paging message; transmitting an RRC connection request message in case that the identity associated with the terminal includes a first identifier provided by a core network node (2a-25); transmitting an RRC connection resume request message (2ia-15, 2ib-15, 2ic-15) in case that the identity associated with the terminal includes a second identifier being used to identify a context of the terminal in the RRC inactive state; starting a timer (2l-15) associated with the RRC inactive state (2l-10) as a response to receving the paging message; and performing an action associated with an RRC idle state (2l-25) in case that the timer associated with the RRC inactive state expires (2l-20). receiving, from a base station (2a-05), a paging message (2ia-10, 2ib-10, 2ic-10) including an identity associated with the terminal, the terminal being in a radio resource control, RRC, inactive state (2ia-05, 2ib-05, 2ic-05); identifying the identity associated with the terminal included in the paging message; transmitting an RRC connection request message in case that the identity associated with the terminal includes a first identifier provided by a core network node (2a-25); transmitting an RRC connection resume request message (2ia-15, 2ib-15, 2ic-15) in case that the identity associated with the terminal includes a second identifier being used to identify a context of the terminal in the RRC inactive state; starting a timer (2l-15) associated with the RRC inactive state (2l-10) as a response to receving the paging message; and performing an action associated with an RRC idle state (2l-25) in case that the timer associated with the RRC inactive state expires (2l-20).
A power providing device to be used in a power providing system, characterized in that the power providing device (2; 602) is adapted to be operated in a two-phases classification mode, in which a class of the power providing device (2; 602) indicating the amount of power provided by the power providing device (2; 602) in an operational mode and a class of an electrical device (4; 604) of the power providing system indicating an amount of power at which the electrical device (4; 604) will be operated in an operational mode are determined, wherein the power providing device (2; 602) is adapted such that in the classification mode: - in a first phase, the power providing device (2; 602) provides one or several voltage pulses within a predefined voltage range to the electrical device (4; 604), measures one or several classification current pulses drawn by the electrical device (4; 604) and determines the class of the electrical device (4; 604) based on the measured drawn classification current pulses, - in a second phase, the power providing device (2; 602) provides one or several voltage pulses within the predefined voltage range for indicating the class of the power providing device (2; 602) to the electrical device (4; 604), wherein the determination of the class of the electrical device in the first phase and the determination of the class of the power providing device in the second phase are decoupled. - in a first phase, the power providing device (2; 602) provides one or several voltage pulses within a predefined voltage range to the electrical device (4; 604), measures one or several classification current pulses drawn by the electrical device (4; 604) and determines the class of the electrical device (4; 604) based on the measured drawn classification current pulses, - in a second phase, the power providing device (2; 602) provides one or several voltage pulses within the predefined voltage range for indicating the class of the power providing device (2; 602) to the electrical device (4; 604),
Switching system, in particular of an on-board power system of a motor vehicle, with a first disc having a first fixed contact and a second fixed contact as well as a third fixed contact and a fourth fixed contact, wherein the second and third fixed contact (40, 42) are electrically contacted by means of a first contact rail of the first disk, and with a second disk having a first moving contact and a second moving contact as well as a third moving contact and a fourth moving contact, wherein the first and the second moving contact (58, 60) are electrically contacted by means of a second contact rail of the second disk and the third and the fourth moving contact (62, 64) are electrically contacted by means of a third contact rail of the second disk, and - wherein the second disk is rotatably mounted about an axis of rotation with respect to the first disk, - wherein in an angular position, all contacts (38, 40, 42, 44, 58, 60, 62, 64) are electrically connected in series, - wherein the second disc has a disc body, - wherein the second and third contact rail (66, 68) are positioned on a side of the disc body opposite the first disc, characterized in that the moving contacts (58, 60, 62, 64) are arranged in recesses of the disc body. - wherein the second disk is rotatably mounted about an axis of rotation with respect to the first disk, - wherein in an angular position, all contacts (38, 40, 42, 44, 58, 60, 62, 64) are electrically connected in series, - wherein the second disc has a disc body, - wherein the second and third contact rail (66, 68) are positioned on a side of the disc body opposite the first disc,
Control unit for monitoring a maintenance mode of an elevator installation, comprising: a controller; and a memory device; wherein the controller is designed to receive a first signal when a locking device of a shaft door of the elevator installation is locked, via which door an elevator shaft of the elevator installation is accessible for maintenance work, and to receive a second signal when the locking device is unlocked, wherein the controller is designed to compare a temporal signal sequence of first signals and second signals with a reference sequence for actuation of the locking device, which reference sequence is stored in the memory device, wherein the controller is further designed to terminate the maintenance mode and release a car of the elevator installation for a travel operation when the signal sequence of the first signals and second signals matches the reference sequence. a controller; and a memory device; wherein the controller is designed to receive a first signal when a locking device of a shaft door of the elevator installation is locked, via which door an elevator shaft of the elevator installation is accessible for maintenance work, and to receive a second signal when the locking device is unlocked, wherein the controller is designed to compare a temporal signal sequence of first signals and second signals with a reference sequence for actuation of the locking device, which reference sequence is stored in the memory device, wherein the controller is further designed to terminate the maintenance mode and release a car of the elevator installation for a travel operation when the signal sequence of the first signals and second signals matches the reference sequence.
A delay line (100A, 100B) configured to apply an adjustable time delay to an electromagnetic signal travelling through the delay line (100A, 100B), the delay line (100A, 100B) comprising: a filter (106A, 106B) including: a first variable capacitor (112, 114), wherein a capacitance of the first variable capacitor (112, 114) is configured to adjust the delay applied to the electromagnetic signal travelling through the delay line (100A, 100B) when varied; and a second variable capacitor (112, 114), wherein a capacitance of the second variable capacitor (112, 114) is configured to adjust the peak-to-peak delay variation for signals with different frequencies in a passband of the filter (106A, 106B) when varied; wherein the first variable capacitor comprises a variable shunt capacitor or a variable series capacitor, and the second variable capacitor is a variable series capacitor. a filter (106A, 106B) including: a first variable capacitor (112, 114), wherein a capacitance of the first variable capacitor (112, 114) is configured to adjust the delay applied to the electromagnetic signal travelling through the delay line (100A, 100B) when varied; and a second variable capacitor (112, 114), wherein a capacitance of the second variable capacitor (112, 114) is configured to adjust the peak-to-peak delay variation for signals with different frequencies in a passband of the filter (106A, 106B) when varied; a first variable capacitor (112, 114), wherein a capacitance of the first variable capacitor (112, 114) is configured to adjust the delay applied to the electromagnetic signal travelling through the delay line (100A, 100B) when varied; and a second variable capacitor (112, 114), wherein a capacitance of the second variable capacitor (112, 114) is configured to adjust the peak-to-peak delay variation for signals with different frequencies in a passband of the filter (106A, 106B) when varied; wherein the first variable capacitor comprises a variable shunt capacitor or a variable series capacitor, and the second variable capacitor is a variable series capacitor.
An ice protection system comprises: a first layer comprising fiberglass, a dielectric film or a pre-impregnated material; an electrothermal ice protection heating element comprising a thermoplastic sheet containing a carbon allotrope additive; a second layer comprising fiberglass, a dielectric film or a pre-impregnated material; and a skin layer comprising a metallic material or fiberglass, wherein the ice protection system optionally comprises an adhesive layer positioned between one or more of the first layer and the electrothermal ice protection heating element, the electrothermal ice protection heating element and the second layer and the second layer and the skin layer; wherein the first layer, the second layer and the skin layer provide support to the electrothermal ice protection heating element; wherein the electrothermal ice protection heating element is disposed between the first layer and the second layer; wherein the ice protection system has a shear strength of at least 10,342 kilopascals (1500 pounds per square inch); and wherein the electrothermal ice protection heating element has a uniform thickness between 10 micrometers (0.0005 inches) and 0.25 mm (0.010 inches). a first layer comprising fiberglass, a dielectric film or a pre-impregnated material; an electrothermal ice protection heating element comprising a thermoplastic sheet containing a carbon allotrope additive; a second layer comprising fiberglass, a dielectric film or a pre-impregnated material; and a skin layer comprising a metallic material or fiberglass, wherein the ice protection system optionally comprises an adhesive layer positioned between one or more of the first layer and the electrothermal ice protection heating element, the electrothermal ice protection heating element and the second layer and the second layer and the skin layer; wherein the first layer, the second layer and the skin layer provide support to the electrothermal ice protection heating element; wherein the electrothermal ice protection heating element is disposed between the first layer and the second layer; wherein the ice protection system has a shear strength of at least 10,342 kilopascals (1500 pounds per square inch); and wherein the electrothermal ice protection heating element has a uniform thickness between 10 micrometers (0.0005 inches) and 0.25 mm (0.010 inches).
An aircraft fuel system comprising: a main fuel pump for pumping fuel to a fuel metering device; and a fuel de-aerator (28") for removing dissolved gases from the fuel before entering said main fuel pump; characterised in that: said main fuel pump is a two-stage main fuel pump including a centrifugal stage and a positive displacement stage; said fuel de-aerator (28") comprises a series of fuel plates stacked one on top of the other and defining a plurality of fuel passages within a housing between an inlet and an outlet, a composite permeable membrane being included on each of said fuel plates; and by further comprising a boost pump for supplying the main fuel pump with fuel at a desired pressure, said boost pump supplying a net positive suction pressure at an inlet of said main fuel pump, and wherein said fuel de-aerator (28") is disposed between said boost pump and said main fuel pump. a main fuel pump for pumping fuel to a fuel metering device; and a fuel de-aerator (28") for removing dissolved gases from the fuel before entering said main fuel pump; characterised in that: said main fuel pump is a two-stage main fuel pump including a centrifugal stage and a positive displacement stage; said fuel de-aerator (28") comprises a series of fuel plates stacked one on top of the other and defining a plurality of fuel passages within a housing between an inlet and an outlet, a composite permeable membrane being included on each of said fuel plates; and by further comprising a boost pump for supplying the main fuel pump with fuel at a desired pressure, said boost pump supplying a net positive suction pressure at an inlet of said main fuel pump, and wherein said fuel de-aerator (28") is disposed between said boost pump and said main fuel pump. said main fuel pump is a two-stage main fuel pump including a centrifugal stage and a positive displacement stage; said fuel de-aerator (28") comprises a series of fuel plates stacked one on top of the other and defining a plurality of fuel passages within a housing between an inlet and an outlet, a composite permeable membrane being included on each of said fuel plates; and by further comprising a boost pump for supplying the main fuel pump with fuel at a desired pressure, said boost pump supplying a net positive suction pressure at an inlet of said main fuel pump, and wherein said fuel de-aerator (28") is disposed between said boost pump and said main fuel pump.