41results about How to "Orderly control" patented technology

The invention provides a method and device for controlling an intelligent device. The method comprises the steps that first user identification is determined according to a first control terminal connected to an intelligent router; first set parameters for controlling at least one intelligent device are obtained according to the first user identification; the intelligent devices are controlled to start the corresponding running modes according to the first set parameters. The first user identification is obtained according to the first control terminal connected to the intelligent router, the first set parameters for controlling the intelligent devices are obtained according to the first user identification, and the intelligent devices are controlled to start the corresponding running modes according to the first set parameters. When a first user enters the preset place, the first user does not need to manually control the intelligent devices, the intelligent router can automatically control the intelligent devices in the space where the first user is located to start the running mode accustomed by the first user, true intelligent control over the intelligent devices is achieved, and the user experience of the intelligent devices is improved.

The invention relates to internet accessing server and its processing method used in inside and outside network isolating. The server is used to separate the user computer with the internet. The common computer server body includes graphic terminal service module, graphic terminal network transmission module, inside network transmission control module, file transmission control module, system configuration and user management module, internet accessing transmission module. The invention uses special accessing type and transmission control to realize inside outside internet separation and safety. It not only can protect inside internet data, but also can supply outside internet inquiring and connection.

The invention relates to a splicing processor and a visual interaction method thereof; the splicing processor includes: a master control module, an extension processing module, an input processing module and an output processing module. The extension processing module acquires control operation data and converts the same to obtain corresponding target control commands which include control information and spatial information corresponding to the same; the input processing module acquires first image information; the output processing module processes the first image information according to the target control commands to obtain corresponding second image information; the master control module is connected with the extension processing module, the input processing module and the output processing module, controls the extension processing module to acquire the target control command, controls the input processing module to acquire the first image information, and controls the output processing module to perform processing to obtain the second image information. The splicing processor and the visual interaction method thereof have the advantages that convenience and interaction for auser to operate a large screen are improved and interactive control responding efficiency is improved.

The invention discloses a method for preparing a single-phase SmCo7 nanocrystalline alloy block material without doping elements, which belongs to the technical field of nanometer materials and novel powder metallurgy. The method comprises the following steps of: mixing metals Sm and Co in the mass ratio of 26.7:73.3, and smelting the mixture to form SmCo7 alloy ingot casting base metal by using a vacuum induction smelting furnace; under the protection of argon gas, crushing the base metal alloy into powder, and placing the powder in a ball milling jar for ball milling to prepare allow powder with an amorphous structure; placing the amorphous alloy powder in a mould, and fast sintering the powder for forming by using spark plasma sintering technology to obtain the single-phase SmCo7 nanocrystalline alloy block material; and placing the single-phase SmCo7 nanocrystalline alloy block material which is obtained by the spark plasma sintering in a vacuum thermal treatment furnace for annealing. The single-phase SmCo7 nanocrystalline alloy prepared by the method has a uniform and fine organization and a pure grain boundary area without precipitated phases, and the method has a simple route, short flow and controllable technical parameters.

The present invention discloses an intelligent high-low voltage preassembled transformer substation, belonging to the transformation device technology field. The substation comprises housing, a transformer, a control device, a high-voltage distribution device and a low-voltage distribution device. The housing is divided into three layers from inside to outside and includes an insulation layer, a fireproof and heatproof layer and a stainless steel sheet material layer. The control device includes a touch control panel and a control instrument; the control instrument is connected with the touch control panel; the transformer, the high-voltage distribution device and the low-voltage distribution device are arranged in the housing; the high-voltage distribution device and the low-voltage distribution device are respectively provided with inductors; the inductors are connected with the control instrument; the outer surface of the housing is provided with an alarm; the alarm is connected with the inductor; the transformer is arranged between the high-voltage distribution device and the low-voltage distribution device, and support baffles are arranged between the high-voltage distribution device and the low-voltage distribution device, the support baffles are arranged between the transformers, the right side of the housing is provided with a bin gate, and the touch control panel is arranged on the bin gate.

Provided is an intelligent production management system and method. The system includes an order party module, a finished product library module, a production line module, a fitting/raw material library module, a procurement module and a supplier module which are arranged in sequence. Each module is divided into n layer units by taking the amount of raw materials or parts required to produce a batch of finished products as a layer unit. The former module sends supply and demand information to the latter module when starting the production and preparation of the nth layer unit. An identifying and processing module in the latter module identifies and processes the supply and demand information, and then scans the codes on ordered goods and delivers the goods to the former module. Meanwhile,the code scanning and delivery information automatically triggers the next module to make a complete backup of the (n+1)th layer unit and the third module to carry out production and preparation of the (n+2) layer unit. The blindness in the production process is overcome. The whole process of production can be carried out step by step. Raw materials and parts are supplied in time. Energy saving and high efficiency are achieved. The benefit is maximized.

The invention provides an electricity-saving satellite positioning method. The electricity-saving satellite positioning method comprises the following steps that (1) a positioning unit and a timing unit are provided; (2) the positioning unit is started to enter a positioning mode, so that positioning is started, and the timing unit is started; (3) when the positioning unit successfully conducts positioning or the time of the positioning mode of the timing unit is up, the positioning unit is switched to an electricity-saving mode from the positioning mode; (4) after the positioning unit enters the electricity-saving mode, the positioning unit stops positioning, and when the set time of the electrify-saving mode of the timing unit is up, the positioning unit is switched to the positioning mode from the electricity-saving mode, wherein the time of the positioning mode is shorter than the set time of the electricity-saving mode; (5) after the positioning unit enters the positioning mode, the step (3) is executed again. By the adoption of the electricity-saving satellite positioning method, a provided satellite positioning module works in the positioning state within a short time, and most of the time, the satellite positioning module works in the electricity-saving state; in addition, switching between the electricity-saving mode and the positioning mode is controlled through interrupt signals, control is orderly and not prone to errors, and long-term periodical positioning is facilitated.

The invention relates to the technical field of electric heating load optimization scheduling methods, in particular to an electric heating load double-layer optimization scheduling method under multiple time scales, which comprises the following steps of: firstly, classifying electric heating loads, establishing a historical data feature set model of multiple feature indexes under multiple time scales for controllable electric heating loads, and designing an index algorithm; and processing and designing a double-layer ordered power utilization scheduling model for predicting the dynamic demand of the electric heating load through a GRNN prediction model. According to the method, the accuracy and flexibility of power grid dispatching electric heating load prediction are improved, a double-layer dispatching strategy of a power grid layer and a user layer is achieved, and therefore orderly control over electric heating users is achieved under the condition that the satisfaction degree and comfort degree of the users are guaranteed, the reasonable electric heating time-of-use electricity price is designed. Therefore, the load rate and the operation stability of the power system undervarious heating load impacts are better improved, energy conservation and emission reduction are promoted, and benefit maximization of a power grid and users is realized.

An intelligent production management system and method for prefabricated buildings are provided. The system includes a construction site module, a finished product warehouse module, a PC production line module, a semi-finished product warehouse module, a semi-finished product processing module, a raw material warehouse module, a procurement module and a supplier module arranged in sequence. Each module is divided into n layer units. When starting the production of an nth layer unit, the previous module or the previous module group sends goods demand information to the subsequent module or the subsequent module group. The subsequent module or the subsequent module group delivers goods to the previous module. Through a server management system or manual transmission, delivery information is sent to automatically trigger the subsequent module or the subsequent module group to make a complete backup of an (n+m)th layer unit, and the third module or the third module group is automatically triggered to produce an (n+m+1)th layer unit. The system and the method have the advantages of scientific management, timely supply, and energy saving and high efficiency.

The invention discloses an SOAR linkage equipment control method, a device, equipment and a medium. The method comprises the following steps: obtaining target configuration information of target third-party equipment corresponding to a target instruction when the target instruction issued by a workflow engine in SOAR is received, and building a cache queue; caching the target instruction to a cache queue; and determining a target linkage frequency of the target third-party device according to the target configuration information, and controlling the cache queue to send a target instruction to the target third-party device at the target linkage frequency, so that the SOAR performs linkage control on the target third-party device. Due to the fact that the cache queue can orderly and effectively issue the target instruction to the target third-party device according to the actual processing capacity of the target third-party device through the method, in the setting mode, even if the execution efficiency of the target third-party device is low, the SOAR can be successfully linked to the target third-party device.

The invention relates to a fuel gas sensor calibration method based on CAN bus, and belongs to the technical field of automobile electronic engineering. The method selects a gas of the standard fuel gas concentration (15% of fuel gas explosion limit in air), achieves the regulation of calibrated fuel gas concentration by a vacuum pump, a flow meter, a fuel gas detector, a fan and a controller, so as to achieve the environment of the calibrated fuel gas concentration; calibration is achieved by connecting a probe, a relay group and a control panel one by one; the delivery of calibration name and the feedback of calibration result are achieved via a CAN bus in combination with an upper computer, a hardware interface (CAN card) and a controller; record files of the calibration process and the calibration result are generated by the upper computer; the record files are used for users to look up and analyze. By employing the method, the efficiency of fuel gas sensor calibration can be greatly increased, and the cost of calibration can be greatly reduced.

The invention discloses a control system for a hydrostatic energy storage type hydraulic transmission type wind power generator set. The control system comprises operation layer, a executive layer anda control layer; the operation layer comprises an industrial personal computer and a PLC control system; the executive layer comprises a main control module and multiple sub-control modules; the control layer comprises multiple working systems of a hydraulic type fan generator system; the industrial personal computer is used for displaying working states of the multiple working systems and sending control instructions to the PLC control system; and the PLC control system is used for responding to the control instructions and calling the multiple sub-control modules through the main control module to control the multiple working systems. According to the control system, through different levels and division of the different functions of the sub-control modules, confusion of the execution process of the PLC control system is avoided, so that the sub-control modules divided by the functions of the system are independently operated, and no influence is generated among the sub-control modules.

The invention relates to an authority configuration file updating method and device, electronic equipment and a storage medium. The method comprises the steps: obtaining version information from a preset storage position, wherein the version information comprises at least one version number and an update file corresponding to the at least one version number; determining a target version number from at least one version number; obtaining a target update file corresponding to the target version number, and integrating an authority configuration file corresponding to the target update file; integrating the permission configuration file corresponding to the target update file, starting timing, returning to execute the step of obtaining the version information from the preset storage position after a first preset duration, and updating the permission configuration file. Therefore, the permission configuration file can be updated again after the first preset duration, the situation that thepermission configuration file is constructed for multiple times within a certain period of time is avoided, the effect of orderly updating the permission configuration file is achieved, and orderly control over updating of the software version is achieved.

The invention discloses a guide ring structure of a low-pressure exhaust cylinder of a steam turbine. The guide ring structure of the low-pressure exhaust cylinder of the steam turbine comprises a flared guide ring body. The guide ring body is divided into a top arc section and a bottom arc section in the circumferential direction in the moving sequence of vortexes formed by exhaust steam during acting. The circumferential section of the top arc section of the guide ring body is smaller than the circumferential section of the bottom arc section of the guide ring body. The guide ring body is of a variable cross section structure in the circumferential direction. According to the guide ring structure of the low-pressure exhaust cylinder of the steam turbine, it is ensured that good, orderly and effective control over the vortex moving downwards can be achieved through the back side of the bottom arc section of the guide ring body, namely the top arc section is designed according to the generated top vortex structure and the bottom arc section is designed according to the downward-moving vortex structure on the horizontal plane, so that the main flow diffusion space of the low-pressure exhaust cylinder and the diffusion performance of the whole low-pressure exhaust cylinder are improved, and the total pressure lose can be effectively and reliably reduced; and the guide ring structure of the low-pressure exhaust cylinder of the steam turbine is reliable, economical and practical.