226results about How to "Effective execution" patented technology

The invention discloses a multi-time-scale rolling coordination scheduling method for an electric power system with wind power. The method comprises the following steps of: calculating a thermal power unit overhauling plan and an annual electric quantity plan according to annual prediction and thermal power unit overhauling data, and working out an annual scheduling scheme in a rolling mode; discomposing the annual power generation quantity of a thermal power unit into weeks; calculating a thermal power unit starting and stopping plan and a weekly contribution plan according to weekly prediction data and the weekly power generation quantity of the thermal power unit; decomposing the weekly power generation quantity of the thermal power unit into days; calculating a daily contribution plan of the thermal power unit according to short-period prediction data and the daily power generation quantity of the thermal power unit, and working out a daily scheduling scheme in the rolling mode; calculating a thermal power unit contribution adjustment quantity according to ultrashort-period prediction data and the daily contribution plan of the thermal power unit, and executing a real-time scheduling scheme in the rolling mode; and correcting the annual scheduling scheme, the weekly scheduling scheme and the daily scheduling scheme in the rolling mode according to updated prediction data and an actual executing condition. By the method, uncertain influence caused by large-scale wind power network connection can be well handled.

The invention provides a method for managing historical information of user equipment of a double-connection system. The method comprises the following steps: collecting and storing historical information of user equipment, wherein the historical information includes cell information of a main base station as a main cell and cell information of an auxiliary base station as an auxiliary cell; and storing the information of the main cell and the information of the auxiliary cell in a last visited cell list and last visited cell information in the historical information in the form of independent cells. Complete recording of the historical information of the user equipment is realized, the mobility state / speed of the user equipment can be estimated accurately, and thus, optimized configuration can be carried out on the whole network.

The invention discloses an informationized polling tracking method and a system of power equipment. The method comprises the following steps of: S1. generating a polling task GIS list according to a GIS module in a piece of hand-held equipment, and storing the geographical position information of the equipment to be polled; S2. carrying the hand-held equipment by a polling personnel to poll on the spot according to the GIS list, and obtaining the coordinate information of the current equipment according to a GPS module arranged in the hand-held equipment; S3. judging whether the coordinate information is matched with a record in the GIS list, if so, executing a step S4; if not, returning to the step S2; and S4. checking the current equipment, recording the polling information and storing the same in the hand-held equipment. The method of the invention has the advantages of guaranteeing the effective and complete execution of the polling task so as to guarantee the safe operation of the intelligent electric network equipment.

The present invention relates to a control method of efficiently controlling a computer at a remote place using a limited input / output device and a remote communication terminal with limited memory capacity even in a communication network environment where the data transmission rate is limited and the transmission cost is high. The control method in accordance with the present invention includes an input method optimized for a limited input device of a terminal, a screen display method optimized for a small screen of a terminal, and a screen data transmission function optimized for a communication network speed, a transmission cost, and a limited memory capacity of a terminal.

The invention discloses a new energy active output maximum value on-line calculation method considering power grid operation constraints, and belongs to the technical field of dispatching automation of an electric power system. The method comprises the following steps: firstly, pre-estimating an online limit interval of a stable section; secondly, constructing a new energy active output maximization calculation model considering the power grid safety influence performance and economic and environment-friendly performance indexes of a new energy power station and a conventional unit through theconsideration of the median and peaking constraints of the stable section online limit interval, performing static safety checking on the obtained power grid operation state through optimization calculation, correcting the stable section online limit interval, and obtaining the power grid operation state meeting the static safety and peak adjusting constraints through iteration, finally, carryingout transient state and dynamic safety checking on the operation state, and obtaining the power grid operation state meeting the transient and dynamic safety and the peak adjusting constraints through iteration, and taking the sum of the corresponding new energy active output as the new energy active output maximum value considering the power grid operation constraints.

The invention relates to the technical field of devices and methods for supervising the medicine taking of patients, and discloses a device for supervising the medication compliance of a patient and tracking medication effects and a using method of the device. The device for supervising the medication compliance of the patient and tracking the medication effects comprises a medicine box, an intelligent terminal device, a patient mobile phone and a cloud service platform, wherein the intelligent terminal device is fixedly arranged in the medicine box, and comprises a shell; a sensor capable of sensing the opening of the medicine box, a wireless communication module, a timed reminding module, a sensing module and a power module are arranged in the shell. According to the device for supervising the medication compliance of the patient and tracking the medication effects and the using method of the device, the patient can effectively execute a medication plan, and can be effectively supervised to take medicine, the medication effects of the patient can be effectively tracked, the medication compliance of the patient is improved, and an important basis is provided for the subsequent treatment of the patient.

The present disclosure provides a watch type terminal including a body having a band formed to be wearable on a user's wrist, a display unit disposed on one surface of the body to display screen information, a crown portion rotatably and withdrawably mounted on the body to have a sensing unit configured to sense the rotation and withdrawal, and a controller configured to form a control command for changing a display mode based on the withdrawal of the crown portion, and changing the screen information based on the rotation thereof.

An information processing apparatus which is capable of performing printing efficiently by using a server apparatus existing on a network, such as the Internet. The information processing apparatus is communicable with the server system including a directory server 1000 and first and second processing servers 2000 and 3000, and a printer 6000. The apparatus accepts a single instruction input by a user, for instructing printing, and transmits a print job to the server system according to the single instruction, and at the same time an instruction for acquiring print data from the server system, to the printer 6000.

The present invention discloses an inspection method for electrical equipment, concrete steps are as follows: an inspection task GIS table is generated according to a GIS module set in a handheld device, and location information of equipment needed for inspection is saved; an inspection personnel taking the handheld device performs on-site inspection, and coordinate information of current equipment can be obtained according to the GIS module set in the handheld device; whether the coordinate information is matched with records in the GIS table is determined; the current equipment is inspected, on-site inspection information is collected, and the collected information is recorded and stored in the handheld device; and the inspection information is transmitted to a control terminal by way of wireless signals, a server is used for storage and analysis of the inspection information, and an inspection task result report form is generated. The inspection method is simple, low in cost, and good in using effect, and can ensure that inspection tasks can be effectively performed without omission so as to ensure the safe operation of smart grid equipment.

The invention discloses a method and a device for identifying users with abnormal electricity consumption. The method comprises the following steps: acquiring historical power consumption data, and identifying an abnormal value in the historical power consumption data; filtering abnormal values in the historical power consumption data; searching a user electricity consumption characteristic variable in the electricity consumption historical data; and utilizing a preset modeling algorithm to construct an abnormal power consumption user identification model, utilizing the abnormal power consumption user identification modeld to identify abnormal users in the historical power consumption data, wherein input data of the abnormal power consumption user identification model are data corresponding to the user power consumption characteristic variables, and output data are abnormal user identifiers. According to the invention, the technical problems of low detection efficiency and small coverage area of the inspection of the abnormal power utilization users in the related art are solved.

A method of manufacturing a device on a silicon carbide substrate is disclosed. The device includes an oxide layer which has silicon oxide as a main component on the silicon carbide semiconductor substrate. The method includes depositing and oxide layer on a surface of the silicon carbide semiconductor substrate; raising a temperature of the oxide layer in a non-oxidizing atmosphere to a temperature bringing the oxide layer into a liquefied state; and then rapidly cooling the oxide layer down to a temperature equal to or less than 1140 DEG C. to form the oxide layer including silicon oxide as a main component. The silicon carbide semiconductor device has improved channel mobility to lower on-resistance by decreasing an interface state density at an interface between the oxide insulator film that has silicon oxide as its main component and the silicon carbide semiconductor substrate.

The invention provides a biotic touch system and a multifunctional robot. The biotic touch system comprises a skin structure and a fiber structure, and the skin structure comprises a substrate and multiple first touch sensors and is used for detecting first touch data; the fiber structure is formed on the skin structure, comprises fiber and multiple second touch sensors and is used for detecting second touch data. The biotic touch system and the multifunctional robot are simple in structure, high in reliability and rich in measurement amount, provide more effective information for the intelligent robot, can better sense the located environment and more effectively execute a task.

A programmable controller capable of automatically adjusting a percentage of execution period for each of a plurality of sequence programs according to a desired condition. By executing the sequence programs according to predetermined execution percentages, execution time for each of the sequence programs, which is the time actually required for one execution of each of the sequence programs, is measured. The total of lengths of the execution time measured for each sequence program is obtained, and the minimum number of execution cycles for obtaining this total execution time is obtained. On the assumption that the sequence programs are executed in this minimum number of execution cycles, time required for execution of each of the sequence programs in one execution cycle is obtained. On the basis of the time required for execution of each of the sequence programs thus obtained, an execution percentage for each of the sequence programs in one execution cycle is calculated and fixed. Thus, one execution of the sequence programs is finished in the same scan time. It is also possible to assign the sequence programs execution percentages in one execution cycle, so that predetermined targets for scan time, or a predetermined target scan time ratio will be achieved.

One of printers linked with each other by way of a network is selected according to a printing condition for a given printing job. System information on whether the selected printer makes print in a plate printing system or in a non-plate printing system is obtained. The given printing job is output to the selected printer so that the selected printer makes copies by page when the selected printer makes print in a plate printing system.

A yield instruction for execution in a multithreaded microprocessor is disclosed. The yield instruction includes an operand. If the operand is zero the microprocessor terminates the program thread including the yield instruction. If the operand is -1 the microprocessor unconditionally reschedules the program thread. If the operand is a positive integer the microprocessor views the operand as a bit vector specifying one or more yield qualifier inputs, such as interrupt signals, and conditionally reschedules the thread based on the qualifier inputs and bit vector values. The microprocessor also includes a mask register that specifies a bit vector of the qualifier inputs. If the operand specifies a qualifier input not also specified in the mask register, an exception to the instruction is raised. The instruction returns a value specifying the values of the qualifier inputs qualified by the mask register value.

An efficient vehicle remote control system for controlling vehicle sub-systems, devices and accessories. The system includes a connector device (110) connected to the vehicle central computer through a vehicle bus such as CAN bus. The system further includes remote control device (109, 111, 112) communicating with the connector device, through which various accessories installed in the vehicle are operatively controlled.