40results about How to "Regulating load" patented technology

The invention provides a mechanical synthesizer of rotational speed and torque. The mechanical synthesizer comprises a main motor and gears thereof, a helper motor and gears thereof, planetary gears, driven gears and a capacitor. The planetary gears are respectively meshed with the gears of the main motor and the gears of the helper motor. The driven gears are meshed with the gears of the main motor. When difference of the revolving speed and the torque exists between the gears of the main motor and the gears of the helper motor, the planetary gears synthesize the motive power from the two different revolving speeds and torques and then transmit the motive power to the driven gears, and accordingly synthesizing and output of the motive power are achieved. Through the charge and discharge of the capacitor, the synthesizer for a revolving speed torque machine is capable of storing the reverse load complementary energy of the main motor into the capacitor when the main motor is at low load and discharging the capacitor to drive the helper motor when the main motor is at high load, and accordingly reducing the running load of the power network while synthesizing the motor power and improving the load rate and running efficiency of the motor.

The invention provides an LNG (Liquefied Natural Gas) / liquid oxygen direct combustion mixed working medium power cycle generation device. The device is composed of an acting subsystem, a regenerative cycle subsystem, and an LNG and liquid oxygen supply and CO2 capturing subsystem; a high-pressure combustion room set and a reheat combustion chamber set are used for replacing a boiler and a re-heater; a LNG / liquid oxygen high-pressure and high-temperature combustion product is mixed with supplied water to generate H2O / CO2 mixed steam for realizing expansion power generation in a turbine set; and after a mixed working medium steam exhaust is condensed in a condenser to separate moisture, CO2 is pre-cooled and pressurized and then is liquefied. Inlet pressure and temperature of a turbine working medium are relatively high, a control strategy of a load of a combustion adjuster set is adopted and a low-pressure turbine is disconnected and operated at an off-peak power period, so that the efficiency of the set can be greatly improved; and therefore, functions of large-scale energy storage, zero emission of CO2 and NOx, high efficiency, peak adjustment and the like are realized.

The invention relates to a speed changing system for a wind power heating device. Two discs for driving are arranged in a cavity respectively and connected with wind turbine blades and a stirring barrel respectively through shafts, when the disc which is connected with the wind turbine blades rotates to a certain rotating speed, the disc which is connected with the stirring barrel is driven to rotate under the action of fluid viscosity, and a fluid in the stirring barrel can be heated. The distance H between the two discs is 1-3mm and opposite surfaces of the discs are provided with blades. According to the speed changing system for the wind power heating device, the shaft of the disc which is connected with the wind turbine blades rotates to heat water in the cavity, when wind power is increased, the disc which is connected with the wind turbine blades can drive the disc which is connected with the stirring barrel to rotate, and a stirring plate in the stirring barrel can be driven through the shafts to heat the fluid. Therefore, flexible starting and simultaneous heating can be achieved, especially, the fluid in the cavity can be heated, and the two discs are slightly close so that the heating efficiency is high under extremely high friction function. When wind power is increased, the shafts drive the stirring barrel for heating, and therefore, loads are adjusted and wind energy can be fully utilized.

The invention discloses a natural-gas flow-temperature helium extracting system and a natural-gas flow-temperature helium extracting method. According to the system and the method, the post-expansion and nitrogen circulating refrigerating two-column separating technology is carried out for fully recovering the cooling capacity of the device in order to pre-cool the natural gas which serves as the raw material, and thereby the system can be applied to the natural gas which has an extremely low content of helium, and has the characteristics of being low in energy consumption, high in helium recovery rate, small in investment, flexible in operation, and high in adaptability to variable working conditions. The system and the method have the positive effects that little helium in the helium-containing natural gas can be extracted by a pre-cooling system and a low-temperature rectifying system, an independent nitrogen circulating refrigerating system is adopted and used for supplying an ultralow-temperature cold source required in helium concentration, and the independent system is rich in adjusting means and cannot be influenced by upstream operations; and a post-expansion refrigerating system is adopted, so that the natural-gas low-temperature helium extracting system has the operation pressure higher than that in conventional technology, and higher concentration of the helium can also be obtained at the same refrigerating temperature.

The invention relates to a process for carrying out strengthening circulation, stage grinding and quality improvement on lignite by utilizing superheated steam and a system thereof. The method comprises the following steps: (1) carrying out grinding on the raw material lignite; (2) burning one part of coal blocks / powder to produce high-temperature flue gas serving as a heat source and carrying out air separation and dring on the other part of coal blocks / powder requiring to be subjected to quality improvement; (3) in the process of air separation, adopting the high-temperature flue gas from the step (2), carrying out drying, separation and dust removal on the qualified coal blocks / powder conforming to the standard grain diameter after air separation, collecting the qualified coal blocks / powder, sending the qualified coal blocks / powder to the forming process, making the unqualified coal blocks / powder drop in a grinding ventilating device to carry out grinding and drying, then continuously completing deep drying by air separation and repeating the steps, wherein the oxygen content in the flue gas is less than 8 percent; and (4) sending one path of waste gas subjected to air separation and drying to the washing process and returning the other path of waste gas serving as a return tail gas part to the step (2) so as to prepare the high-temperature flue gas and carry out air separation. The process has the advantages of safety, energy saving, environment protection, high efficiency, stability and the like.

The invention belongs to the field of digital information transmission, and in particular relates to a method and system for a multi-point cooperative active cache networking oriented to marine buoys. The method includes: obtaining a request instruction from a requester, and sending a data packet related to the request instruction to the requester and a backup node according to the request instruction; if the backup node receives the request instruction from other requesters, sending the Packets are returned to other requesters. The invention can not only perform free networking of marine edge nodes and active data packet buffering more actively, but also can efficiently utilize marine edge nodes, reduce data transmission delay, and improve overall system robustness.

The invention discloses a heat exchange system. The heat exchange system comprises a first high-temperature heat storage medium conveying pipeline, a first low-temperature heat storage medium conveying pipeline, a second high-temperature heat storage medium conveying pipeline, a preheater, an evaporator, a superheater, a water feeding device and a steam turbine. Compared with the prior art, the heat exchange system has the innovative points that by arranging the second high-temperature heat storage medium conveying pipeline, when a heat storage medium coming from the superheater is cooled after being subjected to heat exchange and consequently cannot meet the load demand of the heat exchange system, a high-temperature heat storage medium can be supplemented into the evaporator through the second high-temperature heat storage medium conveying pipeline, the temperature of the heat storage medium entering the evaporator is increased, and accordingly, the purpose of improving load of the heat exchange system is achieved.

The present invention relates to methods and arrangements for handling unreliable scheduling grants in a WCDMA-communication system. A user equipment detects that a received scheduling grant is unreliable and adjust its serving grant based on that information. The user equipment is also able to report continuously received unreliable grants as an event to the network, allowing the network to adapt its operation to reduce the unreliable grants.

The invention discloses an air circulation cross-section adjusting device comprising a shell. The shell is provided with an air inlet and an air outlet, the air inlet is provided with an air adjusting door, a driving device, a driving crank, a crank connecting rod, a linkage crank, a moving part pull rod and a moving part are arranged inside the shell, the air adjusting door is connected with the driving device, one end of the driving crank is connected with the driving device, the other end of the driving crank is connected with the linkage crank through the crank connecting rod, and the linkage crank is connected with the moving part through the moving part pull rod. The air outlet is provided with an inclined reducing adjusting device, and the top end of the moving part is inserted into the inclined reducing adjusting device. The inclined reducing adjusting device is in the shape of a tube with taper. The air circulation cross-section adjusting device has the advantages that when combustor load adjustment is performed, air inlet amount is adjusted along with opening and closing of an air door plate of the air inlet, and size of the cross section of an air outlet of a flame tube can be adjusted synchronously, so that air speed at the flame tube is ensured to be basically unchanged during combustor load changing in size.

The invention provides a mechanical synthesizer of rotational speed and torque. The mechanical synthesizer comprises a main motor and gears thereof, a helper motor and gears thereof, planetary gears, driven gears and a capacitor. The planetary gears are respectively meshed with the gears of the main motor and the gears of the helper motor. The driven gears are meshed with the gears of the main motor. When difference of the revolving speed and the torque exists between the gears of the main motor and the gears of the helper motor, the planetary gears synthesize the motive power from the two different revolving speeds and torques and then transmit the motive power to the driven gears, and accordingly synthesizing and output of the motive power are achieved. Through the charge and discharge of the capacitor, the synthesizer for a revolving speed torque machine is capable of storing the reverse load complementary energy of the main motor into the capacitor when the main motor is at low load and discharging the capacitor to drive the helper motor when the main motor is at high load, and accordingly reducing the running load of the power network while synthesizing the motor power and improving the load rate and running efficiency of the motor.

The invention belongs to the field of the comprehensive utilization of coke-oven gas, and discloses a novel process for making synthetic natural gas by using the coke-oven gas. The qualified synthetic natural gas product is produced by the process comprising the steps of hydrodesulfurization, carbon compensation, multi-level methanation, cooling, separation and the like. The process can effectively prevent the temperature runaway phenomenon of a methanation reactor, can reasonably distribute the load of the methanation reactor, improves the conversion rate of CO and CO2, and provides a new method for making the synthetic natural gas by using the coke-oven gas.

The invention relates to a process for preparing synthesis gas through catalytic partial oxidation of natural gas and carbon dioxide mixed gas. The process comprises the following steps: dividing natural gas into two parts, wherein the first part of the natural gas is mixed with medium pressure steam and a first part of CO2 gas and is converted in a one-stage converter after heat exchange, and the second part of the natural gas is mixed with outlet converted gas of the one-stage converter and continues to react in a two-stage converter; outlet converted gas of the two-stage converter is transmitted to downstream side after condensate and CO2 are sequentially separated out of the outlet converted gas; the separated CO2 is compressed and then divided into two parts, wherein the second part of CO2 gas is mixed with medium pressure steam after heat exchange and small particles are filtered, then the second part of the CO2 gas is mixed with pure oxygen; molar concentration of oxygen in a second mixer is controlled at 20-35% (a critical oxygen state, oxygen enriched is less than or equal to 23%, and critical oxygen is less than 23%, which are inconsistent); the CO2 gas participates in heat exchange on a convection section of the one-stage converter and is burned together with converted gas in the two-stage converter, so as to supply heat energy required by reactions in the two-stage converter. The process disclosed by the invention solves the problems that conventional natural gas steam reformed synthesis gas is relatively high in H2 / CO ratio and fails to meet a requirement of carbonyl synthesis gas on a hydrogen-carbon ratio.

The invention discloses a portable torque wrench online detection device, comprising a box body and a torque wrench detection device; the torque wrench detection device comprises a fixed outer sleeve and a rotating inner sleeve assembly, and an elastic assembly is arranged inside the rotating inner sleeve assembly, The top end of the rotating inner sleeve assembly is threadedly equipped with a rotating lifting assembly; a lifting loading mechanism is arranged below the elastic assembly, a torque sensor is arranged inside the lifting loading mechanism, and the inner parts of the rotating inner sleeve assembly and the lifting loading mechanism slide up and down Equipped with torque transfer components. In the present invention, the torque sensor is arranged inside the lifting and loading mechanism, and the torque of the rotating lifting assembly is transmitted to the torque sensor through the torque transmission component, and the torque sensor transmits torque but not force, and the lifting and loading mechanism does not load the elastic component. It affects the torque sensor, so there is no need to install and remove the torque sensor during torque detection, and the detection is very convenient.

The invention discloses a heat exchange system for a solar heat power generation system. The heat exchange system for the solar heat power generation system comprises a first high-temperature heat storage medium conveying pipeline, a preheater, an evaporator, a super heater, a water feeding device, a turbine and a first valve. Compared with the prior art, the heat exchange system for the solar heat power generation system has the characteristics that an eighth pipeline is provided with the first valve, the first valve can be opened when the load at the evaporator of the heat exchange system needs to be decreased so that heat storage media from the super heater can be shunted, one part of the heat storage media enter the evaporator, the other part of the heat storage media directly enter the preheater, then the amount of the heat storage medium entering the evaporator is made to be reduced, and accordingly the purpose of regulating the load of the heat exchange system is achieved.

The invention relates to a method and a device for the multi-core parallel concurrent processing of network traffic flows. The method comprises the following steps: capturing a data pocket from a network; and unpacking the data pocket into a plurality of traffic flows and generating a traffic flow distribution list so that a multi-core processor processes the traffic flows according to the traffic flow distribution list. The method is characterized by also comprising following steps: acquiring the load condition of each processing core; and confirming the active level of each traffic flow after generating the traffic flow distribution list which is changed according to the load conditions and the active levels so as to dynamically distribute the traffic flows. The invention effectively adjusts the load of each processing core and fully utilizes the processing performance of the multi-core processor by dynamically distributing the network traffic flows into a plurality of processing cores.