70results about How to "Improve control method" patented technology

The invention provides a control method and device of an air conditioner. The control method comprises the following steps that a usage request order for the air conditioner is obtained; the usage request order is responded, and the air conditioner is controlled to be in an unlocked state; and after using, the charge information for the current use is generated. According to the control method and device, the technical problem that an existing air conditioner cannot control the usage permission and the usage charging fee is solved, and the technical effect of effectively improving the control method and flexible charging for the air conditioner is achieved.

The invention relates to a wire-electrode cutting robot for machining a complex surface. According to the wire-electrode cutting robot for machining the complex surface, an arm of a series robot comprises a base, a waist, a large arm body, a small arm body, a wrist and a finger tip wire electrode holder, wherein the waist is installed on the base through a first bearing, a first servo motor is installed on the waist, the large arm body is connected with the waist through a second bearing, the small arm body is connected with the tail end of the large arm through a third bearing, one end of the wrist is connected with the tail end of the small arm body through a fourth bearing, and the other end of the wrist is connected with the finger tip wire electrode holder through a fifth bearing. According to the wire-electrode cutting robot for machining the complex surface, the structure of a machine tool can be simplified, a dimension chain can be shortened, and the advantages, of the series robot, that the working space is large, the control method is advanced, and the repeated positioning precision is high can be fully utilized.

The invention is about a control method of a touch pad vernier. A touch pad is configured inside an electronic device, and the control method includes the following steps: whether an object is contacted with the touch pad is detected; the position where the object is contacted with the touch pad is detected; a rapid traverse request signal of the vernier is checked; the vernier on the screen of the electronic device moves to the corresponding position of the touch pad in a manner corresponding to an absolute coordinate when rapid traverse signals exist; the vernier position on the screen of the electronic device is moved in a manner corresponding to a relative coordinate according to the distance and direction of the object moved on the touch pad when rapid traverse signals exist; whether an input button of the electronic device is pressed is detected; and at last, the position of the upper vernier of the screen is inputted. The moving position of the upper vernier of the screen is determined by means of coordination with the absolute coordinate and the relative coordinate of the object position of the touch pad and the vernier position of the screen so that the method can have the effect of rapidly moving the vernier.

The invention discloses a control method for an intelligent illuminating system. The control method comprises the following steps: A, establishing a task, and presetting the working condition of illuminating equipment; B, establishing a scene and generating a task timetable, wherein the scene consists of the task or the scene; and C, automatically controlling the intelligent illuminating system to work according to the scene. The invention also discloses the intelligent illuminating system. The intelligent illuminating system comprises a control unit and an illuminating unit, wherein the control unit is used for establishing the task, presetting the working condition of the illuminating equipment and, establishing the scene and generating the task timetable, wherein the scene consists of the task or the scene; and the illuminating unit is used for automatically controlling the intelligent illuminating system to work according to the scene. According to the control for the intelligent illuminating system disclosed by the invention, the control mode of the illuminating system can be increased, the user operation is reduced, and the user experience is improved; and the intelligent illuminating system disclosed by the invention is simple in structure, and automatic control for the illuminating system can be realized. The control method for the intelligent illuminating system and the intelligent illuminating system disclosed by the invention can be widely applied to the field of illumination.

The invention discloses a control optimization method and device for a source-network-load-storage system, which obtains the weather state and the first temperature of the day to be controlled and optimized, and predicts the power consumption of the day to be controlled and optimized in combination with the weather state, the first temperature and historical power load. Electric load; obtain the date, light intensity and second temperature of the day to be controlled and optimized, and predict the photovoltaic power generation amount of the day to be controlled and optimized according to the date, light intensity and second temperature; according to the power load and photovoltaic power generation of the day to be controlled and optimized and the predicted waste heat power generation of the waste heat storage power generation system, calculate the non-consumption compensation time period of the day to be controlled and optimized; in the non-consumption compensation time period, the operating cost of the source network load storage system is minimized. The objective function is solved to obtain the waste heat power generation, the charge and discharge state of the energy storage battery, and the power consumption of flexible loads in the non-consumption compensation period; the invention can optimize the scheduling problem of the power system, improve economic benefits, and avoid energy waste.