32results about How to "Realize reasonable regulation" patented technology

The invention provides a charging plan making method based on an electric vehicle battery swap station time sequence response model. The method comprises a step of establishing a backup battery control ability model in a battery swap station for the characteristic of an electric vehicle swap model, establishing a battery group state vector in the battery swap station, grouping battery group controlled states to obtain corresponding state vectors, and determining each state battery group number, a step of obtaining the load margin of the backup battery group in the battery swap station through recursive simulation, comprising calculating the battery swap station load margin of a t time and calculating following time load margin belt according to the actual load of the t time battery group, a step of proposing the making method of a battery swap station service provider charging plan with the combination of the load margin belt of the backup battery group in the battery swap station and the target load determined by a grid operation requirement under the premise of satisfying an electric vehicle swap requirement and a grid operation requirement. On the basis of satisfying the swap requirement, the reasonable regulation and control of the backup battery group charging time and charging quantity is realized, and the economic and efficient operation of the battery swap station is realized.

The invention provides an operator position information supervision method and system. The method comprises the steps of acquiring position information uploaded by a positioning device; judging whether the current time of the system is contained in a preset time interval range or not; when the current time of the system is contained in a preset time interval range, obtaining identification information and position information of the positioning device, obtaining a first set of identifications matched with the identification information, and obtaining an effective operation area corresponding to the first set of identifications; judging whether the position information is located in the effective operation area or not; and when the position information is not located in the effective operation area, genertaing warning information wherein the warning information at least comprises identification information of the positioning device, so that reasonable supervision on operators is realized.

The invention relates to a fuel cell air humidifying system, a fuel cell system and a vehicle. The fuel cell air humidifying system comprises an air humidifying device; the air humidifying device comprises a humidifying part and a dehumidifying part; the humidifying part is provided with a dry air inlet and a wet air outlet connected with a fuel cell stack; the dehumidifying part comprises a humidair inlet and a dehumidified air outlet; the humidifying system further comprises an air-liquid separation device and a liquid collection device; the air-liquid separation device is used for collecting the moisture generated by the fuel cell stack; and the liquid collection device is used for storing the moisture collected by the air-liquid separation device and is connected with the humid air inlet so as to quantitatively supply water to the air humidifying device. Excess moisture during high-power operation of the fuel cell system is collected and stored, and the moisture is supplied to theair humidifying device when the low-power operation of fuel cells leads to insufficient moisture of the air humidifying device, so that the balance of moisture supply is achieved, the reasonable regulation and control of the humidity are realized, and the fuel cell stack is ensured to be in a reasonable humidity range.

The invention discloses a rare earth electrolytic tank for producing rare earth and alloys thereof. The rare earth electrolytic tank comprises an electrolytic tank body, a cathode group structure, ananode group structure and a tank upper portion structure, wherein the electrolytic tank body comprises a tank shell and a tank lining, the tank upper portion structure comprises a vertical column girder frame, a material feeding system, a shell ramming system, an anode lifting and busbar switching system and a tank hood plate, the upper end of the anode group structure is connected with the anodelifting and busbar switching system, anode blocks at the lower end are vertically inserted in electrolyte inside the tank body, the parts, exposed outside the electrolyte level face, of the anode blocks are covered by an anode covering material, the anode lifting and busbar switching system is used for adjusting the polar distance between the anode blocks and the cathode group structure, the material feeding system, the shell ramming system and the anode lifting and busbar switching system are integrated into an intelligent tank control system, the upper edge of the tank hood plate is connected with the edge of the side portion of a horizontal hood plate, and the lower edge of the tank hood plate is connected with the upper surface of the tank shell to realize closeness of the electrolytictank. By means of the rare earth electrolytic tank for producing the rare earth and the alloys thereof, rare earth electrolytic tank automatic continuous, high-efficiency, low-energy-consumption, low-cost and clean production is realized.

The invention discloses a bus passenger flow volume adjusting system which comprises an image collecting module, a passenger flow volume calculating module, a bus unified adjusting module and a bus fine adjusting module. According to the bus passenger flow volume adjusting system, the bus unified adjusting module and the bus fine adjusting module are combined, bus operation flexibility is high, high adaptability is achieved, abrasion caused by bus overload operation can be avoided, and resource waste caused by idle loading of buses can also be avoided. The buses can be reasonably regulated and controlled, and traffic pressure caused by the buses can be relieved.

The invention relates to an electrical tomography method based on robust principal component analysis, which comprises the steps of acquiring measurement data of a tomography system in a region to be imaged; carrying out image reconstruction by using an image reconstruction algorithm and the acquired measurement data so as to acquire an electrical parameter distribution image of a substance which continuously changes along with the time; and carrying out robust principal component analysis on the electrical parameter distribution image of the continuously changing substance so as to acquire an image with noises being removed. Through introducing robust principal component analysis into the electrical tomography method, image noises are reduced, and the image quality is improved. The electrical tomography method can be applied to the fields of energy resources, medicines and chemical engineering.

The invention relates to an intelligent indoor lighting induction control method based on a CAN bus. The control method comprises the steps that an indoor lighting area is subjected to grid division; a person distribution detector is arranged beside a lighting lamp in each grid; a window lighting detector is installed in front of each lighting window by a certain height; a center control system based on the CAN bus is constructed; a center control computer decision making control method is designed; an intelligent person distribution detector induction method is designed; and seventhly, function debugging is conducted. According to the method, intelligent indoor lighting induction control is achieved, various factors affecting the indoor lighting energy saving are considered, the beneficial effects that informatization is achieved, the intelligent degree is high, response is sensitive, the energy saving effect is good, and the application range is wide are achieved; and waste of indoor lighting electric energy can be effectively avoided.

The invention provides a drilling fluid displacement determination method meeting the cleaning requirement of a special-shaped borehole, and belongs to the field of well drilling in exploratory development of petroleum and natural gas. The method comprises steps as follows: firstly, a special-shaped borehole geometric model is established on the basis of drilling basic parameters, initial displacement is set, then rock debris concentration distribution in each position of the borehole in a stable state is obtained by numerical calculation, whether the borehole cleaning effect is realized or not is judged according to the rock debris concentration distribution, whether drilling fluid displacement is in a reasonable displacement range or not is judged, if one of judgments is no, drilling fluid rheological property is adjusted, the process is repeated until the drilling fluid displacement meets the requirement for borehole cleaning effect and is in the reasonable displacement range, and at the moment, the drilling fluid displacement is finally determined. According to the method, the defects of an existing empirical method or an annulus hydraulic method based on a regular borehole canbe overcome, and the problem of poor adjustment precision of the drilling fluid displacement in the special-shaped borehole with experience or the annulus hydraulic method on the drilling site can besolved.

The invention relates to the technical field of intelligent household appliances, and discloses a control method for a household appliance. The household appliance comprises an intelligent mattress and an air conditioner located in the same environment with the intelligent mattress. The control method comprises the steps that under the condition that a user is located on the intelligent mattress, the current pressed position of the intelligent mattress and the current operation mode of the air conditioner are obtained; according to the current pressed position and the current operation mode, a target air supply scheme of the air conditioner is determined; and the air conditioner is controlled to operate under the target air supply scheme. Thus, the air supply mode of the air conditioner can be reasonably regulated and controlled according to the parameters measured by the intelligent mattress, linkage control between the intelligent mattress and the air conditioner is achieved, the intelligent degree of the air conditioner can be improved, and the use experience of a user is guaranteed. The invention further discloses a control device for the household appliances, the intelligent mattress and the server.

The invention relates to an intelligent life service system and method, and the system comprises a cloud service platform, an electricity production capacity monitoring system, a load monitoring system, and a mobile service device, wherein the cloud service platform comprises a first processing module which is used for predicting and evaluating the output value of an electricity production capacity mechanism; a second processing module which is used for predicting and evaluating the electricity consumption of the load source based on the historical electricity consumption of the load source transmitted by the load monitoring system; a third processing module which is used for responding to demand information sent by the user terminal and updating an energy storage threshold value required by the mobile service equipment for completing the service, based on the energy storage threshold, respectively evaluating the schedulable capability of the mobile service equipment in the first operation mode and the first power demand of the mobile service equipment in the second operation mode; and a scheduling module which is used for generating a first scheduling instruction based on the output value of the power generation mechanism, the power consumption of the load source and the first power consumption demand and/or the schedulable capability and sending the first scheduling instruction to the corresponding mobile service equipment.

The invention relates to a blockchain-based steel production capacity pre-sale business data processing system and method, which are used for collecting and storing authenticated uploaded data of eachcore node and realizing evidence storage supervision of steel production capacity pre-sale business data. The steel productivity pre-selling business data comprises order selling data, order transaction data, order ordering data, warehouse entry data and supervision data; the system comprises an authorization module used for carrying out authorization processing on a terminal requested to be accessed to form a core node; the authentication module is used for carrying out identity authentication processing on the terminal which initiates the data uploading request; the receiving module responds when the authentication of the authentication module is passed, and receives and stores the uplink ciphertext data of the terminal which initiates the data uploading request; and the supervision open interface module is used for receiving the supervision request instruction of the supervision terminal and feeding back corresponding data based on the supervision request instruction. Compared withthe prior art, the method has the advantages of improving data safety and supervision reliability and the like.

The invention relates to a main loop-servo loop double closed loop controller of a vehicle ESC system. A main ring controller in the main ring-servo ring double closed-loop controller mainly solves the problem of additional yawing moment decision on a vehicle (controlled object) level so as to realize reasonable regulation and control of vehicle motion conditions. A servo loop controller mainly adjusts the longitudinal slip rate of corresponding wheels through an actuator so as to achieve the control target of a main loop. The main ring-servo ring double closed-loop controller mainly has the following advantages: 1) the structure of a control algorithm is clear, the nonlinear characteristics of tires are not considered when the main ring controller is designed, and the horizontal resultant force of a vehicle is regarded as the control input of a vehicle ESC system, so that the difficulty of control design is reduced; and 2) the non-linear characteristics of the tire which are difficult to process are considered in the optimal distribution of the servo ring tire force, and various limiting conditions including tire-ground attachment and actuator state are considered in the tire force distribution.

The invention discloses a water supplementing system. The water supplementing system has the beneficial effects that the water pressure and flow of tap water are preliminarily regulated through a water supply device, the secondary regulation is achieved when the tap water is conveyed to a water supplementing device, and then the reasonable regulation and control of the water pressure and flow is achieved; and a water and steam separator is also arranged in the water supplementing system, and used for further separating out liquid water in steam and conveying the liquid water to the water supplementing device, so that not only can the quality of a steam product be improved, but also the steam reforming efficiency can be further improved, the energy utilization rate can be improved to a certain extent, and the significance to the long-term smooth operation of equipment can be achieved.

The invention discloses an aluminum alloy anode material for batteries. The aluminum alloy anode material is prepared from the following components in percentage by mass: 0.001-1% of lanthanum, 0.001-1% of gallium, 0.001-1% of magnesium, 0.001-1% of indium and the balance of aluminum. The invention further provides a preparation method of the aluminum alloy anode material for batteries. According to the preparation method, three types of different thermal treatment processes such as high temperature and long time, medium temperature and short time and low temperature and long time are matched with a deformation process, and optimal regulation and control on material components, texture structures and alloy phase of the aluminum alloy anode material are achieved. The addition of alloy elements is appropriately adjusted, and with the combination of appropriate plastic formation processes and thermal treatment processes of the aluminum alloy anode material, optimal matching of multiple elements can be achieved, and requirements of power source discharge can be met under a large current density of 500mA/cm<2>/1000mA/cm<2>. The aluminum alloy anode material disclosed by the invention is short in production process procedure, easy in process parameter control, good in aluminum alloy anode product quality, low in production cost and beneficial to on-scale production.

The invention discloses a safe and energy-saving electric integrated cooker which comprises a microwave frying device, an electric barbecue device, a heat storage device and a steaming device, the microwave cooking device is used for heating a frying pan with ferrite by using high-frequency electromagnetic waves so as to realize a cooking function; the electric barbecue device achieves the barbecue function in an electric heating mode. The heat storage device is used for electric heating and heat storage; according to the dish steaming device, heat in the heat storage device is used for heating water, and then steam is formed to achieve the dish steaming function. According to the invention, electricity is used for replacing fuel gas to realize the functions of frying, steaming and barbecuing, harmful gas generated by combustion of the fuel gas is completely avoided, and human health is facilitated; the heat storage device is heated in the valley electricity stage, the heat storage device is used for heating the dish steaming device in the peak electricity stage, reasonable regulation and control of electric energy are achieved, and then the purpose of saving electric charge is achieved. The air curtain is further arranged to prevent heat diffusion during cooking, and the first auxiliary suction and exhaust system and the second auxiliary suction and exhaust system are additionally arranged to improve the oil smoke suction and exhaust effect.