mhurhangee/ep-ind-claims huggingface dataset:
A method for sending information between two mobile communication networks (1000, 2000), wherein the first mobile communication network is a mobile ad-hoc network (MANET), in particular a vehicular ad-hoc network (VANET), wherein the second mobile communication network is a cellular network (CNET), and wherein the two mobile communication networks (1000, 2000) together form a hybrid network with a signal channel, wherein a hybrid-network-enabled node can function as a gateway from one network to the other network in that it carries out a method in order to become a cluster head, the method comprising the following steps: - determining a decision interval, - monitoring the signal channel in order to receive a beacon signal, - reducing a cluster head probability (p) for each received beacon signal in the decision interval, - deciding to be a cluster head, with the reduced cluster head probability (p) on expiry of the decision interval, - if the decision to be a cluster head is positive: - communicating the decision to be a cluster head by sending a cluster head decision group message (CH-GN) via the first mobile communication network, - if a group message is received via the first mobile communication network, sending this group message via the second mobile communication network, and - if a group message is received via the second mobile communication network, sending this group message via the first mobile communication network. - determining a decision interval, - monitoring the signal channel in order to receive a beacon signal, - reducing a cluster head probability (p) for each received beacon signal in the decision interval, - deciding to be a cluster head, with the reduced cluster head probability (p) on expiry of the decision interval, - if the decision to be a cluster head is positive: - communicating the decision to be a cluster head by sending a cluster head decision group message (CH-GN) via the first mobile communication network, - if a group message is received via the first mobile communication network, sending this group message via the second mobile communication network, and - if a group message is received via the second mobile communication network, sending this group message via the first mobile communication network. - communicating the decision to be a cluster head by sending a cluster head decision group message (CH-GN) via the first mobile communication network, - if a group message is received via the first mobile communication network, sending this group message via the second mobile communication network, and - if a group message is received via the second mobile communication network, sending this group message via the first mobile communication network.
Method of producing a carboxylic acid composition, the composition comprising: (a) furan-2,5-dicarboxylic acid in an amount greater than 92 weight percent; (b) FFCA in a range of from 0.1 to 4.0 weight percent; characterized in that the composition has a b* value less than 10, the measurement method being defined in the description, the method comprising the following steps (a) and (b): ( a) oxidizing in a primary oxidation zone at least one oxidizable compound in an oxidizable raw material stream comprising 5-HMF in the presence of a solvent stream comprising a saturated organic acid solvent having from 2-6 carbon atoms with the presence of water and a catalyst system at a temperature of 100 °C to 220 °C to produce a carboxylic acid composition; wherein said carboxylic acid composition comprises FDCA; wherein said primary oxidation zone comprises at least one oxidation reactor and wherein said catalyst system comprises cobalt in a range from 500 ppm by weight to 6000 ppm by weight with respect to the weight of the liquid in the primary oxidation zone, manganese in an amount ranging from 2 ppm by weight to 600 ppm by weight with respect to the weight of the liquid in the primary oxidation zone and bromine in an amount ranging from 300 ppm by weight to 4500 ppm by weight with respect to the weight of the liquid in the primary oxidation zone; ( b) purifying said carboxylic acid composition to produce a dried purified carboxylic acid composition; wherein said purifying comprises a crystallization step, a filtering step and a drying step. (a) furan-2,5-dicarboxylic acid in an amount greater than 92 weight percent; (b) FFCA in a range of from 0.1 to 4.0 weight percent; ( a) oxidizing in a primary oxidation zone at least one oxidizable compound in an oxidizable raw material stream comprising 5-HMF in the presence of a solvent stream comprising a saturated organic acid solvent having from 2-6 carbon atoms with the presence of water and a catalyst system at a temperature of 100 °C to 220 °C to produce a carboxylic acid composition; wherein said carboxylic acid composition comprises FDCA; wherein said primary oxidation zone comprises at least one oxidation reactor and wherein said catalyst system comprises cobalt in a range from 500 ppm by weight to 6000 ppm by weight with respect to the weight of the liquid in the primary oxidation zone, manganese in an amount ranging from 2 ppm by weight to 600 ppm by weight with respect to the weight of the liquid in the primary oxidation zone and bromine in an amount ranging from 300 ppm by weight to 4500 ppm by weight with respect to the weight of the liquid in the primary oxidation zone; ( b) purifying said carboxylic acid composition to produce a dried purified carboxylic acid composition; wherein said purifying comprises a crystallization step, a filtering step and a drying step.
Open-loop and/or closed-loop control system for an agricultural utility vehicle which comprises a distributor linkage for discharging materials as fertilizer, crop protection agent or seed, which distributor linkage extends transversely with respect to the direction of travel and has a central part and two lateral booms which are connected to the central part by joints and have a plurality of linkage sections which can be folded in with respect to one another into the transportation position and folded out into the working position and are connected by joints, wherein at least one actuating device is assigned to the distributor linkage, wherein the distributor linkage is arranged so as to be pivotable about a vertical axis, and wherein at least one sensor is assigned to the utility vehicle, and the system has a data-processing unit which is configured in such a way that the signals of the sensor are processed, and an actuator signal for the actuating device is generated on the basis thereof, characterized in that the data processing unit is configured in such a way that depending on the different driving state of the agricultural utility vehicle it is possible to set different damping of yawing oscillations, occurring at the distributor linkage, about the vertical axis, wherein the setting of different damping is effected by setting a different control parameter for each driving state.
A pitch control mechanism for angular displacement of propellers (22a, 22b) of a propeller assembly (21a, 21b) of an engine arrangement, the pitch control mechanism having: an epicyclic gear system (30a, 30b) rotating with the propeller assembly and comprising a sun gear, one or more planet gears engaging the sun gear, a ring gear engaging the planet gears, and a planet carrier carrying the planet gears, one of the sun gear, the ring gear and the planet carrier being a first input to the epicyclic gear system, another of the sun gear, the ring gear and the planet carrier being a second input to the epicyclic gear system, and the last of the sun gear, the ring gear and the planet carrier being an output from the epicyclic gear system, a drive gear located on a static structure of the engine arrangement, and controlling the rotational speed of the first epicyclic input in the rotating frame of reference of the propeller assembly, a control gear located on a static structure of the engine arrangement, and controlling the rotational speed of the second epicyclic input in the rotating frame of reference of the propeller assembly, and a drive mechanism rotating with the propeller assembly, the drive mechanism accepting rotary motion from the epicyclic output to deliver an output motion which angularly displaces the propellers of the propeller assembly; wherein varying a rotation of at least one of the drive gear and the control gear varies the direction of rotation of the epicyclic output, and thereby changes the output motion delivered by the drive mechanism to control the angular displacement of the propellers of the propeller assembly. an epicyclic gear system (30a, 30b) rotating with the propeller assembly and comprising a sun gear, one or more planet gears engaging the sun gear, a ring gear engaging the planet gears, and a planet carrier carrying the planet gears, one of the sun gear, the ring gear and the planet carrier being a first input to the epicyclic gear system, another of the sun gear, the ring gear and the planet carrier being a second input to the epicyclic gear system, and the last of the sun gear, the ring gear and the planet carrier being an output from the epicyclic gear system, a drive gear located on a static structure of the engine arrangement, and controlling the rotational speed of the first epicyclic input in the rotating frame of reference of the propeller assembly, a control gear located on a static structure of the engine arrangement, and controlling the rotational speed of the second epicyclic input in the rotating frame of reference of the propeller assembly, and a drive mechanism rotating with the propeller assembly, the drive mechanism accepting rotary motion from the epicyclic output to deliver an output motion which angularly displaces the propellers of the propeller assembly; wherein varying a rotation of at least one of the drive gear and the control gear varies the direction of rotation of the epicyclic output, and thereby changes the output motion delivered by the drive mechanism to control the angular displacement of the propellers of the propeller assembly.
Contact arrangement, comprising: a printed circuit board, a contact element for making electrical contact with the printed circuit board, wherein the contact element has a contact area with which contact can be made by a complementary contact element of a contact-making device, wherein the contact element has a spacer element (16a to 16p) which is carried by the printed circuit board and which carries the contact area, so that the contact area is at a distance from the surface of the printed circuit board, characterized in that the contact arrangement has two contact areas on opposite surfaces of the printed circuit board, which contact areas are carried by at least one spacer element (16a to 16p), so that the two contact areas are at a distance from the respective surface; wherein the contact areas are arranged in a region of the contact element which is at a greatest distance from the printed circuit board. a printed circuit board, a contact element for making electrical contact with the printed circuit board, wherein the contact element has a contact area with which contact can be made by a complementary contact element of a contact-making device, wherein the contact element has a spacer element (16a to 16p) which is carried by the printed circuit board and which carries the contact area, so that the contact area is at a distance from the surface of the printed circuit board, characterized in that the contact arrangement has two contact areas on opposite surfaces of the printed circuit board, which contact areas are carried by at least one spacer element (16a to 16p), so that the two contact areas are at a distance from the respective surface; wherein the contact areas are arranged in a region of the contact element which is at a greatest distance from the printed circuit board.
A method performed by a wireless device configured to operate in a wireless communication system, the method comprising: receiving, from a network, a configuration of a plurality of data subbands, wherein the configuration includes information on a numerology for each of the plurality of data subbands, and wherein one data subband among the plurality of data subbands consists of contiguous physical resource blocks, PRBs; activating a first data subband among the plurality of data subband; communicating with the network in the first data subband; receiving (S 100), from the network, downlink control information, DCI, including information on a second data subband among the plurality of data subbands; activating (S1 10) the second data subband by performing a bandwidth adaptation from the first data subband to the second data subband based on the information on the second data subband; and communicating with the network via resources scheduled by the DCI in the second data subband. receiving, from a network, a configuration of a plurality of data subbands, wherein the configuration includes information on a numerology for each of the plurality of data subbands, and wherein one data subband among the plurality of data subbands consists of contiguous physical resource blocks, PRBs; activating a first data subband among the plurality of data subband; communicating with the network in the first data subband; receiving (S 100), from the network, downlink control information, DCI, including information on a second data subband among the plurality of data subbands; activating (S1 10) the second data subband by performing a bandwidth adaptation from the first data subband to the second data subband based on the information on the second data subband; and communicating with the network via resources scheduled by the DCI in the second data subband.
A seal structuring for use with an embodiment comprising a tank inlet, a tank lid having a tank lid side wall, wherein the seal structuring is a vented type seal and comprises: - a seal body adapted to cover the surrounding of the whole tank inlet by being located between the said tank inlet and the tank lid; - at least one wing which is formed in the continuation of the said seal body and extending from the seal body to tank lid side wall and adapted to contact the tank lid side wall, - and wherein the seal structuring is adapted to prevent the pass of contaminating materials, which can come from the outer environment, especially between the vented type tank lid and tank inlet, in the diesel fuel and urea liquid tanks in the commercial vehicles, and characterized in that; - the wing is configured to open and close on valve ventilation threads of the vented type lid and to provide an air intake or an air release between the valve ventilation threads and the vented type seal, in order to tolerate the pressure occurring inside the tank. - a seal body adapted to cover the surrounding of the whole tank inlet by being located between the said tank inlet and the tank lid; - at least one wing which is formed in the continuation of the said seal body and extending from the seal body to tank lid side wall and adapted to contact the tank lid side wall, - and wherein the seal structuring is adapted to prevent the pass of contaminating materials, which can come from the outer environment, especially between the vented type tank lid and tank inlet, in the diesel fuel and urea liquid tanks in the commercial vehicles, and characterized in that; - the wing is configured to open and close on valve ventilation threads of the vented type lid and to provide an air intake or an air release between the valve ventilation threads and the vented type seal, in order to tolerate the pressure occurring inside the tank.
A method of drying a piece of ceramic greenware having opposite end portions and a center portion in between and comprising a liquid at an initial liquid content, the method comprising: in a first drying step exposing the piece to electromagnetic microwave-radiation or to electromagnetic radio-frequency-radiation at a first frequency so as to heat the end portions more than the center portion; and then in a second drying step exposing the piece to electromagnetic radio-frequency-radiation at a second frequency different from the first frequency so as to heat the center portion of the piece more than the end portions. in a first drying step exposing the piece to electromagnetic microwave-radiation or to electromagnetic radio-frequency-radiation at a first frequency so as to heat the end portions more than the center portion; and then in a second drying step exposing the piece to electromagnetic radio-frequency-radiation at a second frequency different from the first frequency so as to heat the center portion of the piece more than the end portions.
An arrangement for locking together a first panel (12; 112; 212; 312; 512, 712) and a second panel (20; 120; 220; 320; 520; 720), the arrangement comprising first and second male tabs (39a, 39b; 139a, 139b; 239a, 239b; 339a, 339b; 539a, 539b; 739a, 739b) and at least one female tab (43; 143; 243; 343a, 343b; 543a, 543b; 743a, 743b) wherein the first and second male tabs are hinged to the first panel by first and second fold lines respectively, and the at least one female tab is foldably connected to the second panel, characterised in that the first and second fold lines are divergent with respect to one another.
A memory controller comprising: a first interface for receiving memory requests; a second interface comprising: a command bus for sending memory access commands corresponding to the memory requests to either a first memory device or a second memory device different from the first memory device; and a data bus for transferring data between the memory controller and both the first memory device and the second memory device; and the memory controller is characterized by further comprising control logic, wherein in response to determining the data bus is scheduled to be available at a given point in time, the control logic is configured to determine whether a new memory access command can be scheduled for issue to one of the first memory device and the second memory device such that a response to the new memory access command will be received on the data bus at the given point in time earlier than another point in time when a response to an outstanding memory access command issued to another one of the first memory device and the second memory device will be received on the data bus. a first interface for receiving memory requests; a second interface comprising: a command bus for sending memory access commands corresponding to the memory requests to either a first memory device or a second memory device different from the first memory device; and a data bus for transferring data between the memory controller and both the first memory device and the second memory device; and the memory controller is characterized by further comprising a command bus for sending memory access commands corresponding to the memory requests to either a first memory device or a second memory device different from the first memory device; and a data bus for transferring data between the memory controller and both the first memory device and the second memory device; and the memory controller is characterized by further comprising control logic, wherein in response to determining the data bus is scheduled to be available at a given point in time, the control logic is configured to determine whether a new memory access command can be scheduled for issue to one of the first memory device and the second memory device such that a response to the new memory access command will be received on the data bus at the given point in time earlier than another point in time when a response to an outstanding memory access command issued to another one of the first memory device and the second memory device will be received on the data bus.
A system comprising: a variable frequency drive comprising a converter configured to supply power to a motor of an elevator; a first power source coupled to the converter and configured to provide input power to the converter; and a second power source selectively coupled to the converter and configured to provide input power to the converter when power from the first power source is unavailable and when an elevator car of the elevator is moving, wherein a speed of the elevator car remains substantially constant when a transition in terms of the input power to the converter is made from the first power source to the second power source, characterised in that the variable frequency drive comprises a control circuit, wherein when power from the first power source is unavailable in an amount less than a threshold, the second power source provides power to the control circuit, and when power becomes available from the first power source in an amount greater than a second threshold, the power from the second power source is switched off from operating the control circuit, wherein the threshold and the second threshold are different thresholds, and wherein the second threshold is greater than the threshold. a variable frequency drive comprising a converter configured to supply power to a motor of an elevator; a first power source coupled to the converter and configured to provide input power to the converter; and a second power source selectively coupled to the converter and configured to provide input power to the converter when power from the first power source is unavailable and when an elevator car of the elevator is moving, wherein a speed of the elevator car remains substantially constant when a transition in terms of the input power to the converter is made from the first power source to the second power source, characterised in that the variable frequency drive comprises a control circuit, wherein when power from the first power source is unavailable in an amount less than a threshold, the second power source provides power to the control circuit, and when power becomes available from the first power source in an amount greater than a second threshold, the power from the second power source is switched off from operating the control circuit, wherein the threshold and the second threshold are different thresholds, and wherein the second threshold is greater than the threshold.
A bicycle luggage holder comprising: a structure comprising a channel (20, 120) for receiving a tongue (21, 121) of a handle member (23, 123); the handle member (23, 123) being configured to be securable to luggage; and, a retaining mechanism comprising a moveable member (24, 183, 324) characterised in that, the retaining mechanism comprises a moveable member (24, 183, 324) which is displaceable from a biased position by insertion and withdrawal of the tongue (21, 121) in and from the channel (20, 120) using a predetermined force to permit insertion and withdrawal of the tongue (21, 121) in and from the channel (20, 120) but which returns to the biased position to prevent withdrawal the tongue (21, 121) from the channel (20, 120) using a force less than the predetermined force. a structure comprising a channel (20, 120) for receiving a tongue (21, 121) of a handle member (23, 123); the handle member (23, 123) being configured to be securable to luggage; and, a retaining mechanism comprising a moveable member (24, 183, 324) characterised in that, the retaining mechanism comprises a moveable member (24, 183, 324) which is displaceable from a biased position by insertion and withdrawal of the tongue (21, 121) in and from the channel (20, 120) using a predetermined force to permit insertion and withdrawal of the tongue (21, 121) in and from the channel (20, 120) but which returns to the biased position to prevent withdrawal the tongue (21, 121) from the channel (20, 120) using a force less than the predetermined force.