mhurhangee/ep-ind-claims huggingface dataset:
Device to connect a lifting appliance to an object that shall be lifted, the device comprising a main part, said main part having a first contact surface that is complementary to a first longitudinal element of the object that shall be lifted when said main part extends substantially transverse with respect to the first longitudinal element, characterised in that said main part has a second contact surface that is complementary to a second element on the object that shall be lifted, said contact surfaces (33, 36) forming a fixed angle with respect to each other, said angle corresponding to the angle between the first and the second elements (26, 27), said main part being configured to take up the weight of the object via the first and second contact surfaces (33, 36), and that each end (29, 31) of the main part is provided with connecting features for a lifting tool, and that the device further comprises a pair of guiding parts, that are arranged perpendicularly to the main part, said guiding parts being arranged at a mutual distance slightly greater than the width of said first element.
A method for managing virtual network instance, VNI, to virtual local area network, VLAN, mapping conflicts for a dual-homed server communicably connected to a first peer leaf over a first port and a second peer leaf over a second port, the method comprising: receiving, at the dual-homed server, information identifying a first VNI as being mapped to a first VLAN at the first peer leaf and the first VNI as being mapped to a second VLAN at the second peer leaf, wherein the information is transported in an information field of a virtual station interface, VSI, discovery and configuration protocol, VDP, response from a bridge running the VDP protocol; transmitting, from the dual-homed server, a first frame over the first port to which the first peer leaf is connected using the first VLAN; when a second frame is to be transmitted to the second peer leaf, transmitting, from the dual-homed server, the second frame over the second port to which the second peer leaf is connected using the second VLAN. receiving, at the dual-homed server, information identifying a first VNI as being mapped to a first VLAN at the first peer leaf and the first VNI as being mapped to a second VLAN at the second peer leaf, wherein the information is transported in an information field of a virtual station interface, VSI, discovery and configuration protocol, VDP, response from a bridge running the VDP protocol; transmitting, from the dual-homed server, a first frame over the first port to which the first peer leaf is connected using the first VLAN; when a second frame is to be transmitted to the second peer leaf, transmitting, from the dual-homed server, the second frame over the second port to which the second peer leaf is connected using the second VLAN.
A method performed by a user equipment, UE, the method comprising: receiving first power headroom report, PHR, related control information of a first base station, BS, (302, 304) comprising a periodic timer of the first BS, a prohibit timer of the first BS, a first power headroom change threshold for the first BS; receiving second PHR related control information of a second BS comprising a periodic timer of the second BS, a prohibit timer of the second BS, and a second power headroom change threshold for the second BS, wherein the first BS (302, 304) and second BS (302, 304) are configured in a dual connectivity for the UE; in response to detecting a first trigger event that the periodic timer of the second BS (302, 304) expires, transmitting a PHR of the UE to the second BS (302, 304) through an uplink resource allocated by the second BS (302, 304); in response to detecting a second trigger event that a power change of the second BS (302, 304) is more than the second power headroom change threshold for the second BS, transmitting a PHR of the UE to the first BS (302, 304) through an uplink resource allocated by the first BS (302, 304). receiving first power headroom report, PHR, related control information of a first base station, BS, (302, 304) comprising a periodic timer of the first BS, a prohibit timer of the first BS, a first power headroom change threshold for the first BS; receiving second PHR related control information of a second BS comprising a periodic timer of the second BS, a prohibit timer of the second BS, and a second power headroom change threshold for the second BS, wherein the first BS (302, 304) and second BS (302, 304) are configured in a dual connectivity for the UE; in response to detecting a first trigger event that the periodic timer of the second BS (302, 304) expires, transmitting a PHR of the UE to the second BS (302, 304) through an uplink resource allocated by the second BS (302, 304); in response to detecting a second trigger event that a power change of the second BS (302, 304) is more than the second power headroom change threshold for the second BS, transmitting a PHR of the UE to the first BS (302, 304) through an uplink resource allocated by the first BS (302, 304).
A waterproof structure for a mobile phone, the waterproof structure comprising a first casing, a second casing, and a waterproof pad arranged between the first casing and the second casing; the first casing comprising two opposite sides, two first guide grooves being defined in the first casing with one of the first guide grooves being defined at a portion of the first casing adjacent to one of the opposite sides of the first casing and the other of the first guide grooves being defined at another portion of the first casing adjacent to the other of the opposite sides of the first casing; a second casing comprising two opposite sides, two second guide grooves being defined in the second casing with one of the second guide grooves being defined at a portion of the second casing adjacent to one of the opposite sides of the second casing and the other of the second guide grooves being defined at another portion of the second casing adjacent to the other of the opposite sides of the second casing; and two pinch strips (4, 5) engaged with the first guide grooves and the second grooves on either side of the first casing and the second casing to assemble the first casing, the waterproof pad, and the second casing together, each of the two pinch strips (4, 5) being provided with two hooks (41, 42, 51, 52) respectively corresponding to one of the first guide groove and one of the second guide groove; the waterproof structure being characterized by: each of the first guide grooves comprises a sloping bottom, and each of the second guide grooves comprises a sloping bottom, and the shapes of the hooks (41, 42, 51, 52) are provided to respectively match with the shapes of the corresponding first guide grooves and second guide grooves.
A melamine decorative panel surface protection film comprising a laminate film comprising: a fluororesin layer which is formed from a fluororesin composition; and an acrylic resin layer which is formed from a resin composition containing a reactive group-containing acrylic resin (B-1), wherein the resin composition contains 10 to 100% by mass of (B-1), 0 to 90% by mass of acrylic rubber particles (B-2) other than (B-1), and 0 to 90% by mass of a thermoplastic resin (B-3) having a mass average molecular weight, measured according to the description, of less than 400,000 g/mol other than (B-1) and (B-2) with respect to the total 100% by mass of (B-1), (B-2), and (B-3), and further contains 0 to 50 parts by mass of an additive other than (B-1), (B-2), and (B-3) with respect to the total 100 parts by mass of (B-1), (B-2), and (B-3), the reactive group-containing acrylic resin (B-1) contains a monomer unit having a hydroxyl group, a hydroxyl value of the resin composition is 15 to 300 mgKOH/g, and wherein a gel fraction of the resin composition, measured according to the description, is 10 to 80% by mass. a fluororesin layer which is formed from a fluororesin composition; and an acrylic resin layer which is formed from a resin composition containing a reactive group-containing acrylic resin (B-1), wherein the resin composition contains 10 to 100% by mass of (B-1), 0 to 90% by mass of acrylic rubber particles (B-2) other than (B-1), and 0 to 90% by mass of a thermoplastic resin (B-3) having a mass average molecular weight, measured according to the description, of less than 400,000 g/mol other than (B-1) and (B-2) with respect to the total 100% by mass of (B-1), (B-2), and (B-3), and further contains 0 to 50 parts by mass of an additive other than (B-1), (B-2), and (B-3) with respect to the total 100 parts by mass of (B-1), (B-2), and (B-3), the reactive group-containing acrylic resin (B-1) contains a monomer unit having a hydroxyl group, a hydroxyl value of the resin composition is 15 to 300 mgKOH/g, and wherein a gel fraction of the resin composition, measured according to the description, is 10 to 80% by mass.
A switch device comprising: a housing; at least two internal terminals (31, 32) provided in the housing; a movable contact; and a manipulation body that operates the movable contact, characterized in that an opening into which an external terminal is insertable is formed in the housing, each internal terminal has a contact touching part that is electrically connected to the movable contact and also has a terminal connecting part connectable to the external terminal inserted into the housing, and the housing has at least one of a guide concave part and a guide protrusion that is guided toward an external base material to which the external terminal is fixed, and that extend in a direction in which the external terminal is inserted. a housing; at least two internal terminals (31, 32) provided in the housing; a movable contact; and a manipulation body that operates the movable contact, characterized in that an opening into which an external terminal is insertable is formed in the housing, each internal terminal has a contact touching part that is electrically connected to the movable contact and also has a terminal connecting part connectable to the external terminal inserted into the housing, and the housing has at least one of a guide concave part and a guide protrusion that is guided toward an external base material to which the external terminal is fixed, and that extend in a direction in which the external terminal is inserted.
A method for converting binary image data received from a first platform at a first resolution to binary image data at a second resolution for delivery to a second platform, the method comprising: receiving, from a first platform, binary image data at a first resolution, the first resolution equal to a first number of dots per inch, dpi, the binary image data including an array of binary dots, each of which is either zero, "0", or one "1", depicting a white/black or black/white square, respectively; defining an edge as a common side of one or more adjacent pairs of two adjacent squares having the first binary value, "0" or "1", and having the second binary value, "1" or "0", respectively, and defining for the defined edge a corresponding point on the edge as a sampling point; detecting a plurality of edges (24a-24k) of the received binary image data; for each of the detected plurality of edges (24a-24k), selecting a point on the edge as a corresponding sampling point (26a-26k); fitting a curve to the sampled points (26a-26k); responsive to fitting the curve, sampling the curve at the second resolution using a 1-bit quantization technique to provide output binary data, "0" or "1", at the second resolution for each square intersecting the curve; and transmitting the output binary data at the second resolution for delivery to a second platform. receiving, from a first platform, binary image data at a first resolution, the first resolution equal to a first number of dots per inch, dpi, the binary image data including an array of binary dots, each of which is either zero, "0", or one "1", depicting a white/black or black/white square, respectively; defining an edge as a common side of one or more adjacent pairs of two adjacent squares having the first binary value, "0" or "1", and having the second binary value, "1" or "0", respectively, and defining for the defined edge a corresponding point on the edge as a sampling point; detecting a plurality of edges (24a-24k) of the received binary image data; for each of the detected plurality of edges (24a-24k), selecting a point on the edge as a corresponding sampling point (26a-26k); fitting a curve to the sampled points (26a-26k); responsive to fitting the curve, sampling the curve at the second resolution using a 1-bit quantization technique to provide output binary data, "0" or "1", at the second resolution for each square intersecting the curve; and transmitting the output binary data at the second resolution for delivery to a second platform.
A method for sending location information of a fault point, comprising: obtaining, by an ingress node of a tunnel, first location information of a fault point on a link traversed by the tunnel, wherein the first location information of the fault point comprises an identifier of an upstream node of the fault point and an identifier of an interface that is connected to the fault point and located on the upstream node of the fault point; and providing, by the ingress node, the first location information of the fault point to a user so that the user determines a location of the fault point corresponding to a tunnel fault; receiving, by the ingress node, a query command input by a user; determining, by the ingress node, the location of the fault point corresponding to the tunnel fault according to an identification information of the tunnel in the query command and the first location information of a fault point, wherein the identification information of the tunnel comprise an LSR ID of the ingress node of the tunnel, an ID of the tunnel, and a local LSP ID; and displaying, by the ingress node, the location of the fault point corresponding to the tunnel fault to the user. obtaining, by an ingress node of a tunnel, first location information of a fault point on a link traversed by the tunnel, wherein the first location information of the fault point comprises an identifier of an upstream node of the fault point and an identifier of an interface that is connected to the fault point and located on the upstream node of the fault point; and providing, by the ingress node, the first location information of the fault point to a user so that the user determines a location of the fault point corresponding to a tunnel fault; receiving, by the ingress node, a query command input by a user; determining, by the ingress node, the location of the fault point corresponding to the tunnel fault according to an identification information of the tunnel in the query command and the first location information of a fault point, wherein the identification information of the tunnel comprise an LSR ID of the ingress node of the tunnel, an ID of the tunnel, and a local LSP ID; and displaying, by the ingress node, the location of the fault point corresponding to the tunnel fault to the user.
A communication control method, in a relay station, the relay station comprising a user equipment function unit, which relay station establishes a connection with a base station on a backhaul link, and a base station function unit, which establishes a connection with a user equipment on an access link, the relay station relays between the base station and the user equipment, the communication control method being characterised by: a step of detecting, by the user equipment function unit, a backhaul link disconnection in a connected state, in which the connection between the user equipment function unit and the base station is established, a step of transitioning, by the user equipment function unit, to a semi idle state, in which the user equipment function unit keeps the connection with the base station and tries a recover of the backhaul link, after detecting the backhaul link disconnection and before transitioning to an idle state, in which the user equipment function unit releases the connection with the base station, and a step of keeping the connection with the user equipment by continuing to transmit a control signal from the base station function unit to the user equipment while the user equipment function unit is in the semi idle state. a step of detecting, by the user equipment function unit, a backhaul link disconnection in a connected state, in which the connection between the user equipment function unit and the base station is established, a step of transitioning, by the user equipment function unit, to a semi idle state, in which the user equipment function unit keeps the connection with the base station and tries a recover of the backhaul link, after detecting the backhaul link disconnection and before transitioning to an idle state, in which the user equipment function unit releases the connection with the base station, and a step of keeping the connection with the user equipment by continuing to transmit a control signal from the base station function unit to the user equipment while the user equipment function unit is in the semi idle state.
A force-feedback input device comprising: an operating unit configured to be operated by an operator; a position detector for detecting an operating position of the operating unit; a torque generator for applying a force to the operating unit; a controller for controlling the driving of the torque generator according to position information output from the position detector so that a force in accordance with the operating position of the operating unit is applied to the operating unit; and a power supply for supplying power to the position detector, the torque generator, and the controller; characterized by an ambient-temperature measuring unit for measuring the ambient temperature of the torque generator; the controller for calculating an estimated temperature of the torque generator on the basis of a current supplied to the torque generator and the ambient temperature output from the ambient-temperature measuring unit; and a storage unit, being supplied with power by the power supply, for storing the estimated temperature calculated by the controller; wherein the controller is configured to, when the power supply is restarted after being stopped, compare an estimated temperature immediately before the power supply is stopped, namely the estimated temperature stored in the storage unit, and the ambient temperature output from the ambient-temperature measuring unit, and to calculate a new estimated temperature on the basis of the current supplied to the torque generator and a higher one of the estimated temperature and the ambient temperature. an operating unit configured to be operated by an operator; a position detector for detecting an operating position of the operating unit; a torque generator for applying a force to the operating unit; a controller for controlling the driving of the torque generator according to position information output from the position detector so that a force in accordance with the operating position of the operating unit is applied to the operating unit; and a power supply for supplying power to the position detector, the torque generator, and the controller; characterized by an ambient-temperature measuring unit for measuring the ambient temperature of the torque generator; the controller for calculating an estimated temperature of the torque generator on the basis of a current supplied to the torque generator and the ambient temperature output from the ambient-temperature measuring unit; and a storage unit, being supplied with power by the power supply, for storing the estimated temperature calculated by the controller; wherein the controller is configured to, when the power supply is restarted after being stopped, compare an estimated temperature immediately before the power supply is stopped, namely the estimated temperature stored in the storage unit, and the ambient temperature output from the ambient-temperature measuring unit, and to calculate a new estimated temperature on the basis of the current supplied to the torque generator and a higher one of the estimated temperature and the ambient temperature.
A vehicle management apparatus for efficiently managing electric power required for operating electric vehicles in view of energy efficiency and environment, comprising: a) a communication unit configured to transmit an electric power transaction request to a service apparatus, and to receive weather information and electric power transaction information from the service apparatus; and b) a control unit configured to receive weather information from the service apparatus, to calculate electric power required for vehicle operation based on a vehicle operation pattern or the weather information, to transmit the electric power transaction request to the service apparatus, the electric power transaction request including information about surplus electric power that corresponds to current battery power minus the electric power required for vehicle operation, and if the electric power transaction information is received from the service apparatus, to sell the surplus electric power according to the electric power transaction information, c) wherein the electric power required for vehicle operation is calculated on vehicle operation pattern or weather information. a) a communication unit configured to transmit an electric power transaction request to a service apparatus, and to receive weather information and electric power transaction information from the service apparatus; and b) a control unit configured to receive weather information from the service apparatus, to calculate electric power required for vehicle operation based on a vehicle operation pattern or the weather information, to transmit the electric power transaction request to the service apparatus, the electric power transaction request including information about surplus electric power that corresponds to current battery power minus the electric power required for vehicle operation, and if the electric power transaction information is received from the service apparatus, to sell the surplus electric power according to the electric power transaction information, c) wherein the electric power required for vehicle operation is calculated on vehicle operation pattern or weather information.
A contact arrangement of an electric switch, comprising a first stationary contact, a second stationary contact and a movable contact for making an electrical connection between the first and second stationary contacts, wherein the movable contact is pivotally connected to the first stationary contact by a pivotal connection for allowing the movable contact to pivot with respect to the first stationary contact about a pivoting axis (116, 135) such that in an open position of the switch, the movable contact is disconnected from the second stationary contact, and in a closed position of the switch, the movable contact is in contact with the second stationary contact, the movable contact and the first stationary contact are arranged in a first angle with respect to each other in the open position of the switch, and in a second angle with respect to each other in the closed position of the switch, and the second angle is greater than the first angle, characterized in that the second angle is less than 170 degrees.
An intermediate case for use in a compressor section of a gas turbine engine, the IMC comprising: a bleed duct; and an IMC centerbody; characterized in that the bleed duct is formed via sand casting; and the IMC centerbody is formed via investment casting and fixedly attached to the bleed duct. a bleed duct; and an IMC centerbody; characterized in that the bleed duct is formed via sand casting; and the IMC centerbody is formed via investment casting and fixedly attached to the bleed duct.