mhurhangee/ep-ind-claims huggingface dataset:
A method of pairing a first device with a second device for wireless communication therebetween comprising: the first device transmits signals for a selected duration at selected intervals and in a selected radio frequency range; the second device scans for signals in the selected radio frequency range, the second device being provided with signal strength data related to respective signals detected when scanning; the second device determines whether the signal strength data for at least one of the detected signals satisfies signal strength criteria whereby the signal strength data is greater than a selected minimum signal strength criterion and is less than a selected maximum signal strength criterion; the second device determines whether the detected signals are from the first device and not another device depending on whether detected signals have designated device identifying information, and the signal strength data of the detected signals from the first device is greater than the selected minimum signal strength criterion and is less than the selected maximum signal strength criterion; and the second device sends the first device a pairing command when the detected signals satisfy the signal strength criteria and the second device determines that the detected signals are only from the first device and not from another device, the second device preventing pairing with the first device when the detected signals are determined to also be from another device. the first device transmits signals for a selected duration at selected intervals and in a selected radio frequency range; the second device scans for signals in the selected radio frequency range, the second device being provided with signal strength data related to respective signals detected when scanning; the second device determines whether the signal strength data for at least one of the detected signals satisfies signal strength criteria whereby the signal strength data is greater than a selected minimum signal strength criterion and is less than a selected maximum signal strength criterion; the second device determines whether the detected signals are from the first device and not another device depending on whether detected signals have designated device identifying information, and the signal strength data of the detected signals from the first device is greater than the selected minimum signal strength criterion and is less than the selected maximum signal strength criterion; and the second device sends the first device a pairing command when the detected signals satisfy the signal strength criteria and the second device determines that the detected signals are only from the first device and not from another device, the second device preventing pairing with the first device when the detected signals are determined to also be from another device.
A constant velocity universal joint, comprising: an outer joint member in which at least one end portion (13, 14) is open; an inner joint member for transmitting torque together with the outer joint member through torque transmission members under a state in which angular displacement is allowed; a boot for closing the open end portion of the outer joint member, the boot having a small diameter end portion fitted onto a shaft extending from the inner joint member; a lip portion abutting on an outer peripheral surface of the shaft and having a function of preventing a leakage of lubricant; and a ventilation groove (76, 78) for establishing communication between an inside and an outside of the boot, at least one ventilation hole which is provided in a region of the lip portion abutting on the shaft, wherein the lip portion and the ventilation groove (76, 78) are formed in an inner peripheral surface of the small diameter end portion of the boot, the ventilation groove (76, 78) is provided in a fixed region of the small diameter end portion fixed by a boot band, and the lip portion is provided at a distance from the fixed region and axially inward of the ventilation groove (76, 78) characterized by further comprising a porous member, which is disposed to the outer opening portion of the ventilation groove (76, 78), wherein the porous member is formed into an annular shape and is fitted in a recessed groove formed in the inner peripheral surface of the small diameter end portion of the boot. an outer joint member in which at least one end portion (13, 14) is open; an inner joint member for transmitting torque together with the outer joint member through torque transmission members under a state in which angular displacement is allowed; a boot for closing the open end portion of the outer joint member, the boot having a small diameter end portion fitted onto a shaft extending from the inner joint member; a lip portion abutting on an outer peripheral surface of the shaft and having a function of preventing a leakage of lubricant; and a ventilation groove (76, 78) for establishing communication between an inside and an outside of the boot, at least one ventilation hole which is provided in a region of the lip portion abutting on the shaft, wherein the lip portion and the ventilation groove (76, 78) are formed in an inner peripheral surface of the small diameter end portion of the boot, the ventilation groove (76, 78) is provided in a fixed region of the small diameter end portion fixed by a boot band, and the lip portion is provided at a distance from the fixed region and axially inward of the ventilation groove (76, 78) characterized by further comprising a porous member, which is disposed to the outer opening portion of the ventilation groove (76, 78), wherein the porous member is formed into an annular shape and is fitted in a recessed groove formed in the inner peripheral surface of the small diameter end portion of the boot.
A core member comprising a plurality of flat plate members (11, 11A, 11B, 12), each of said plurality of flat plate members having a rectangular shape, each of said plurality of flat plate members including a comb-teeth portion, the comb-teeth portion being defined by a plurality of notches (11a, 12a, 12b) formed in each of said plurality of flat plate members such that the plurality of notches extend parallel to a short side of the rectangular shape and open to at least one of long sides of the rectangular shape, wherein said plurality of notches (11a, 12a, 12b) of the plurality of flat plate members (11, 11A, 11B, 12) are engaged with each other such that the plurality of flat plate members cross each other and the crossing flat plate members create a plurality of cylindrical portions having a triangular cylinder shape, characterized in that the crossing flat plate members create a plurality of first cylindrical portions each having a hexagonal cylinder shape and a plurality of second cylindrical portions each having a triangular cylinder shape, and a width (w) of each of the notches (11a, 12a, 12b) is set to a value that forms a gap in the vicinity of each of the notches when the flat plate members (11, 11A, 11B, 12) are engaged with each other. wherein said plurality of notches (11a, 12a, 12b) of the plurality of flat plate members (11, 11A, 11B, 12) are engaged with each other such that the plurality of flat plate members cross each other and the crossing flat plate members create a plurality of cylindrical portions having a triangular cylinder shape, characterized in that the crossing flat plate members create a plurality of first cylindrical portions each having a hexagonal cylinder shape and a plurality of second cylindrical portions each having a triangular cylinder shape, and a width (w) of each of the notches (11a, 12a, 12b) is set to a value that forms a gap in the vicinity of each of the notches when the flat plate members (11, 11A, 11B, 12) are engaged with each other.
A compound represented by the following General Formula: where R 1 represents a protective group for a hydroxyl group selected from an aralkyl group, a trialkylsilyl group, an alkoxyalkyl group, an alkanoyl group and an aryl carbonyl group or represents a hydrogen atom, and R 2 represents a methyl group or an ethyl group.
A method for enhancing yield-related traits in plants relative to control plants, comprising modulating expression in a plant of a nucleic acid encoding a PRP38 polypeptide, whereby the PRP38 polypeptide has at least 70% or more sequence identity to the entire SEQ ID NO:77 and wherein said modulated expression is effected by introducing and expressing in a plant a nucleic acid encoding a PRP38 polypeptide, wherein said yield-related traits are one or more of the following traits: (i) aboveground biomass, (ii) emergence vigour, (iii) total seed yield, (iv) number of filled seeds, (v) fill rate, (vi) harvest index, and (vii) number of seeds per plant.
A power adapter, comprising a power conversion unit and a charging interface, the charging interface comprising a power line; the power conversion unit being configured to form a charging loop with a terminal via the power line, for charging a battery of the terminal; and wherein, the power adapter further comprises a communication unit, the charging interface further comprises a data line; during a coupling of the power adapter to the terminal, the communication unit is configured to perform a bidirectional communication with the terminal via the data line; wherein, in a process of outputting by the power adapter a charging current to the terminal for charging the battery, the communication unit is configured to perform the bidirectional communication with the terminal, so as to negotiate a charging mode, wherein, the charging mode comprises a quick charging mode and a regular charging mode, and a charging current output by the power adapter for charging the battery in the quick charging mode is greater than a charging current output by the power adapter for charging the battery in the regular charging mode; wherein, the communication unit is configured to perform a communication with the terminal so as to determine an operation condition of the battery; wherein, the operation condition of the battery comprises a voltage and/or a capacity of the battery, and the power adapter is further configured to determine a maximum output power of the power adapter corresponding to the voltage and/or the capacity of the battery, and to limit an output power to the maximum output power by detecting whether the output power exceeds the maximum output power and reducing the voltage or current when the output power exceeds the maximum output power; wherein, during charging in the regular charging mode, the communication unit is configured to perform the bidirectional communication with the terminal so as to negotiate to enter into the quick charging mode by performing following operations of: sending a quick charging inquiry message to the terminal, wherein the quick charging inquiry message is used for instructing the terminal to determine whether a voltage of the battery reaches a quick charging voltage; receiving a quick charging indication command sent by the terminal, if the voltage of the battery reaches the quick charging voltage; and enabling the power adapter to enter into the quick charging mode according to an indication of the quick charging indication command. sending a quick charging inquiry message to the terminal, wherein the quick charging inquiry message is used for instructing the terminal to determine whether a voltage of the battery reaches a quick charging voltage; receiving a quick charging indication command sent by the terminal, if the voltage of the battery reaches the quick charging voltage; and enabling the power adapter to enter into the quick charging mode according to an indication of the quick charging indication command.
Wind turbine comprising a pendulum vibration absorber with high axial strength which is capable of absorbing large forces, passing through large angles in a small space and moving freely in all directions without significantly influencing the natural frequency of the plant, where the vibration absorber comprises a pendulum rod, an absorber weight and at least one pendulum ball bearing, which is attached to the upper end of the pendulum rod and has an elastic ball joint with an inner joint head (5.4) and a joint socket (5.5), where the joint head is mounted in the correspondingly dimensioned and shaped joint socket, where the joint head (5.4) and joint socket (5.5) of the elastic ball joint are spherical and the entire spherical surfaces of the joint head (5.4) and of the joint socket (5.5) are covered by at least one elastomer layer (5.1) and are firmly connected to one another by the latter, where the at least one elastomer layer has a thickness of 5 - 20 mm, and the entire spherical surfaces of the joint head (5.4) and joint socket (5.5) covered by the elastomer layer have a partly spherical shape with a wrap angle of 180° to 325°.
Method of dynamically allocating network resources in the access network and in at least one customer network, comprising the steps, preferably in the following order: determining the positions of all users of at least one customer network; characterized by bringing the at least one customer network and/or at least one of its components in a first predefined state, if it is determined that no user of the at least one customer network is registered in the at least one customer network; and releasing at least one access port of an access multiplexer assigned to the at least one customer network to the access network resource pool, if it is determined that no user of the at least one customer network is registered in the at least one customer network. determining the positions of all users of at least one customer network; characterized by bringing the at least one customer network and/or at least one of its components in a first predefined state, if it is determined that no user of the at least one customer network is registered in the at least one customer network; and releasing at least one access port of an access multiplexer assigned to the at least one customer network to the access network resource pool, if it is determined that no user of the at least one customer network is registered in the at least one customer network.
A secure content server, including: means for accessing at least one database storing a plurality of content items and a plurality of records for the plurality of content items, each record defining at least one rendering location for a content item; means for receiving a request for a first content item from a mobile terminal; means for determining location information for the mobile terminal; means for responding to the request by accessing a record for the first content item, from the plurality of records, in order to determine a rendering location for the first content item; and means for causing the first content item to be delivered to the mobile terminal if the determined rendering location corresponds with the location information for the mobile terminal. means for accessing at least one database storing a plurality of content items and a plurality of records for the plurality of content items, each record defining at least one rendering location for a content item; means for receiving a request for a first content item from a mobile terminal; means for determining location information for the mobile terminal; means for responding to the request by accessing a record for the first content item, from the plurality of records, in order to determine a rendering location for the first content item; and means for causing the first content item to be delivered to the mobile terminal if the determined rendering location corresponds with the location information for the mobile terminal.
A method comprising: receiving, by a parent network device in a directed acyclic graph, DAG, network topology, a data packet destined toward a DAG root and having been output by a target device in the network topology; identifying, by the parent network device based on the received data packet, an identifiable condition for caching a downward path enabling the parent network device to reach the target device independent of any route table entry in the parent network device; and caching, in the parent network device, the downward path enabling the parent network device to reach the target device independent of any route table entry in the parent network device, wherein the downward path is cached as a downward route entry according to a prescribed caching policy independent and distinct from any route table entry in the parent network device or any routing protocol. receiving, by a parent network device in a directed acyclic graph, DAG, network topology, a data packet destined toward a DAG root and having been output by a target device in the network topology; identifying, by the parent network device based on the received data packet, an identifiable condition for caching a downward path enabling the parent network device to reach the target device independent of any route table entry in the parent network device; and caching, in the parent network device, the downward path enabling the parent network device to reach the target device independent of any route table entry in the parent network device, wherein the downward path is cached as a downward route entry according to a prescribed caching policy independent and distinct from any route table entry in the parent network device or any routing protocol.
A top plate for a gas sampler device comprising: a top section provided with a plurality of holes and a downward turned side wall with an inner surface and an outer surface, wherein the inner surface is straight and orthogonal to the top section characterized in that the outer surface is concaved inward along the outer circumference of the top plate and that the outer surface of the side wall is uniformly curved completely around the top plate, a top portion of the curved outer surface has a top lip that extends around the entire circumference of the top plate, wherein the top lip is rounded between the top section and the side wall, and wherein the outer surface of the side wall is curved such that the side wall is thicker at top and bottom portions and thinner in a middle portion where the outer surface is concaved inward. a top section provided with a plurality of holes and a downward turned side wall with an inner surface and an outer surface, wherein the inner surface is straight and orthogonal to the top section characterized in that the outer surface is concaved inward along the outer circumference of the top plate and that the outer surface of the side wall is uniformly curved completely around the top plate, a top portion of the curved outer surface has a top lip that extends around the entire circumference of the top plate, wherein the top lip is rounded between the top section and the side wall, and wherein the outer surface of the side wall is curved such that the side wall is thicker at top and bottom portions and thinner in a middle portion where the outer surface is concaved inward.
A volume management method, applicable to a smart terminal, characterized by comprising: sending a service function inquiry message to a Bluetooth audio device; receiving a service function response message sent by the Bluetooth audio device, wherein the service function response message comprises a control device CT attribute and a target device TG attribute determined by the Bluetooth audio device based on an audio/video remote control profile AVRCP; determining, according to the TG attribute, whether the Bluetooth audio device supports an absolute volume; and setting an absolute-volume switch control corresponding to the Bluetooth audio device to a displayed state when it is determined that the Bluetooth audio device supports the absolute volume, so that the absolute-volume switch control is presented on an interface of the smart terminal. sending a service function inquiry message to a Bluetooth audio device; receiving a service function response message sent by the Bluetooth audio device, wherein the service function response message comprises a control device CT attribute and a target device TG attribute determined by the Bluetooth audio device based on an audio/video remote control profile AVRCP; determining, according to the TG attribute, whether the Bluetooth audio device supports an absolute volume; and setting an absolute-volume switch control corresponding to the Bluetooth audio device to a displayed state when it is determined that the Bluetooth audio device supports the absolute volume, so that the absolute-volume switch control is presented on an interface of the smart terminal.
An apparatus for coupling a work tool to an arm assembly of a machine, the arm assembly comprising a first arm and a second arm and the work tool comprising at least one engagement means (226, 228), the at least one engagement means (226, 228) comprises a first engagement means comprising at least one aperture (304, 306), the apparatus comprising: at least one coupling means (320, 322) adapted to engage with the at least one arm (106, 206) and the at least one engagement means (226, 228), wherein the at least one coupling means (320, 322) is adapted to move between an extended position, for engaging with the at least one engagement means (226, 228) for coupling the work tool to the arm assembly, and a retracted position, for disengaging from the at least one engagement means (226, 228) for separating the work tool from the arm assembly; and a frame comprising: a first mounting means for rotatably attaching the frame to the first arm; a second mounting means for rotatably attaching the frame to the second arm; and at least one support (406, 408) for preventing relative movement between the first and second mounting means (402, 404), characterized in that the at least one coupling means (320, 322) comprises a first coupling means comprising at least one pin (410, 412) moveable along an axis between the extended and retracted position wherein the at least one aperture (304, 306) is configured to receive the at least one pin (410, 412). at least one coupling means (320, 322) adapted to engage with the at least one arm (106, 206) and the at least one engagement means (226, 228), wherein the at least one coupling means (320, 322) is adapted to move between an extended position, for engaging with the at least one engagement means (226, 228) for coupling the work tool to the arm assembly, and a retracted position, for disengaging from the at least one engagement means (226, 228) for separating the work tool from the arm assembly; and a frame comprising: a first mounting means for rotatably attaching the frame to the first arm; a second mounting means for rotatably attaching the frame to the second arm; and at least one support (406, 408) for preventing relative movement between the first and second mounting means (402, 404), characterized in that the at least one coupling means (320, 322) comprises a first coupling means comprising at least one pin (410, 412) moveable along an axis between the extended and retracted position wherein the at least one aperture (304, 306) is configured to receive the at least one pin (410, 412). a first mounting means for rotatably attaching the frame to the first arm; a second mounting means for rotatably attaching the frame to the second arm; and at least one support (406, 408) for preventing relative movement between the first and second mounting means (402, 404), characterized in that the at least one coupling means (320, 322) comprises a first coupling means comprising at least one pin (410, 412) moveable along an axis between the extended and retracted position wherein the at least one aperture (304, 306) is configured to receive the at least one pin (410, 412).