117results about "Total factory control" patented technology

A system for providing information for a process, and a method to utilize such system are provided. In particular, a controller is communicatively coupled to at least one smart field device using an open smart communications protocol, and a server is communicatively coupled to the controller. The server is adapted to receive data associated with the smart field device from the controller. The server may transmit the data in a HTML format, or an at least one image which was generated based on the data. For example, the system further may include a computer system, and the server may transmit the data or the image of the data to such computer system. The computer system may also display the data in the HTML format, and/or the image of the data.

The invention discloses an intelligent vehicle controller. The intelligent vehicle controller comprises a micro controller unit, wherein the signal input end of the micro controller unit is connected with a switching signal acquisition circuit unit, an analog signal acquisition circuit unit, a collision signal acquisition circuit unit and a vehicle body inclination signal acquisition circuit unit; the signal output end of the micro controller unit is connected with an output control circuit unit; the output control circuit unit outputs a control signal to an executive mechanism of a vehicle; the micro controller unit communicates with a controller area network (CAN) bus interface circuit unit, a local interconnect network (LIN) bus interface circuit unit and a memory unit; and a power management unit supplies power to the micro controller unit, other units and a vehicle sensor. The vehicle controller has high stability, strong functions, high universality and high anti-interference capability, is low in cost and meets the requirements of different working conditions.

The invention provides a general CAN (controller area network) monitoring method based on network protocols. In the method, a configuration file technology is adopted, wherein a configuration file comprises the address, the number, the meaning, the attribute and other information of a lower controller; and an upper computer is used for establishing an interface to monitor the lower controller by calling different configuration files related to the network protocols and displaying or storing information related to equipment. The functions and the information in a software interface of the upper computer are refreshed in accordance with the changes of the configuration files, so that the equipment can be monitored based on the different network protocols by modifying the configuration files only, the monitoring requirements of the equipments with the different network protocols are met and the equipment has better generality.

The invention discloses a high-performance distributed data center monitoring framework. The framework structurally comprises monitoring core engines, monitoring and dispatching progresses, active monitoring and roll poling devices, passive monitoring receivers, warning engines and monitoring data processing centers. The monitoring framework is designed in a distributed manner, the involved processing processes in the framework are separated, detailed and modularized, the framework is divided into six modules for finishing work of each stage, and one monitoring core engine is reserved for finishing dispatching operation of each module, so that the consumed resource quantity during operation of the whole monitoring framework is reduced, equal distribution of the consumed resources in each module is realized, finally, the high performance during data center monitoring is realized, and the monitoring scale can be expanded to tens of thousands of nodes even hundreds of thousands of nodes.

The present invention provides a steel cooling control simulation system and method. A process control device is connected with cooling equipment simulation device, the cooling equipment simulation device includes a transmission fixed with steel bar, a cooling course temperature calculating device simulating the temperature measurement and a patrol demonstrator, an electric potentiometer, a photoelectric switch and a position locator for temperature display, the photoelectric switch is provided on the operation path of the steel bar. The course control device completes the optimization setting function to PLC control variable, PLC completes the real-time control function of the cooling simulation course, the cooling equipment simulation device executes the real switch and adjustment action of the simulation cooling line, and achieving the real-time data collection course. The cooling control course system is simulated by the hardware connection of each device and software cooperation, providing a pilot test device of simulation evaluation in order to improving and completing the control system.

The invention relates to a remote management and control system and a remote management and control method for cement concrete quality, and belongs to the technical field of engineering. The remote management and control system comprises a control system arranged in a concrete mixing station and a data acquiring and sending device arranged in test room detection equipment, wherein the data acquiring and sending device sends data to a WEB server through a wireless network; a management and control software platform is arranged in the WEB server; the data are sent to a data terminal connected with the WEB server through a network for inquiry after being analyzed and managed by the management and control software platform. According to the remote management and control system and the remote management and control method for the cement concrete quality, intelligent management and control on the construction quality of a bridge and culvert structure are realized, and preventive measures are taken; cheating on workmanship and materials is effectively avoided, and the engineering quality is guaranteed.

A aerospace machine element product (1) to be managed comprises a plurality of assembled components (2) ((1) to (3)). Each of the plurality of components (2) ((1) to (3)) is manufactured through a material purchase process (S1), a forging process (S2), a heat treatment process (S3), a grinding process (S4), surface treatment process (S5), and inspection process (S6). The information of the processes (S1) to (S2) is recorded on an IC tag (4) together with the lot numbers of the processes. After the components (2) have been assembled in the aerospace machine element product (1), the recorded information regarding the components (2) on the IC tag (4) is recorded in a management computer system (11) so as to be related to a manufacturing number or a manufacturing lot number. Another IC tag (10) is attached to the aerospace machine element product (1) and the manufacturing number or the lot number is recorded on the IC tag (10). In addition, processing condition information about the forging, heat treatment, grinding, surface treatment processes is recorded on this IC tag (10).

The invention discloses a corrugated board production line intelligent control system, which comprises a corrugated board production device, a remote control terminal, a wireless communication module and a sub control module, wherein the remote control terminal is used for displaying a control menu and the state of the corrugated board production device and sending a control signal according to the displayed control menu; the wireless communication module is used for receiving and transmitting the control signal; the wireless communication module transmits the control signal to the sub control module via a power line; and the sub control module is connected with each main control execution component of the corrugated board production device in a serial communication mode. Problems that the whole production line speed is likely to be influenced when the production device is bad, the device maintenance fault loss is large and the cost is high due to isolation control on each device in the corrugated board production line in the prior art are solved, integrated and unified management and control on the whole corrugated board production device are realized, the problem that the whole production line speed is influenced when a single device is bad can be effectively avoided, and the device maintenance cost is reduced.

The invention discloses a remote control electric water heater fault diagnosis system which comprises an electric water heater control device. The electric water heater control device comprises a controller which is connected with a WIFI module, an electrical leakage monitoring circuit, a heating fault detecting circuit used for detecting faults of an electric heating pipe and a driving circuit, a water temperature sensor fault detecting circuit and an environment temperature sensor. The WIFI module is in wireless connection with a router, the router is in wireless connection with user terminal equipment and a network server, the electrical leakage monitoring circuit is connected with the electric heating pipe, and the water temperature sensor fault detecting circuit is connected with the water temperature sensor. According to the remote control electric water heater fault diagnosis system, fault diagnosis is conducted on an electric water heater device, fault problems are transmitted to an after-sale service system of the network server to be recorded and analyzed through the WIFI module, and relevant fault information is sent to the user terminal equipment.

Disclosed is a real-time control method for dynamic material and energy consumptions, which comprises the following steps: collecting real-time data required by control of dynamic material and energy consumptions, and storing the real-time data into a PI real-time database under a PI real-time database condition; collecting laboratory analytical data required by control of dynamic material and energy consumptions, and storing the laboratory analytical data into a relational database of the analytical data; correcting the data of control of dynamic material and energy consumptions, and obtaining data conforming to material balance; initiating the control program of dynamic material and energy consumptions in different time periods, calculating and dynamically controlling the interdependence coefficient matrix model, and inputting the result of calculation into a reporting system so as to allow the users to use on the Internet. The present invention is capable of obtaining the energy consumption situation of a plurality of products and the whole production chain, and the energy consumption situation of the product in each step can be observed dynamically according to the data collected in real time.

The invention discloses a distributed control system for river work physical model trend simulation. The system comprises a monitoring device, an automatic control module of tide boundary sea level, an automatic control module of runoff boundary flow and an automatic control module of reversing current boundary flow. The system can meet the similar requirement of a tidal model test on tide simulation. After being used, the system has the excellent effect and promotional value. The invention also provides a control method of the system, adopts an electrical control device, and automatically controls multi boundaries of a river work model under the control of a computer.

The invention relates to the technical field of urban electric power heating, in particular to a computer control system for urban electric power central heating and a control method thereof. The control system comprises a command control center, a region work station and a main control system; the command control center is connected with the region work station through internet, and the region work station is connected with the main control system of a user terminal. The control method comprises the following steps of: (1) starting a program and verifying; (2) reading data from a service center, and meanwhile starting a data server; and (3) waiting for a control command of a user, if the command of the user exists, executing the command of the user, and uploading an execution result to the data server, if no command of the user exists, executing a routing inspection command and uploading a routing inspection result to the data server. The invention can realize the interaction between electric energy and heat energy and central control of the system, is beneficial to peak load shifting of a power grid, has low electricity consumption cost, realizes the utilization of electricity at the valley period while solving the problem of urban heat supply, and achieves the aim of peak shaving and valley filling.

The invention discloses a derailment monitoring system of endless-rope continuous towing vehicles and a monitoring method of the derailment monitoring system. An inductance type proximity switch of the derailment monitoring system is installed on a shuttle car; the shuttle car is provided with an emitter; the emitter is connected with the inductance type proximity switch; the emitter emits detection signals of the inductance type proximity switch; a router is installed at one side of a tunnel; the router receives the detection signals emitted by the emitter and transmits the detection signals to a receiver; the receiver is connected with a PLC processor through a bus; the PLC processor is connected with a display screen; the PLC is also connected with a relay; and the relay is connected with a control switch of a winch. With the monitoring method of the derailment monitoring system adopted, the position of the shuttle car can be positioned in real time, and the operation state of the shuttle car can be judged, and if a sensor predicts derailment, alarm signals can be generated, and the motor of the winch can be locked, and therefore, major accidents can be avoided, and efficient and safe operation of a coal mine auxiliary transportation system can be ensured; and derailment prediction information and shuttle car position information can be combined together, so that fault points can be found timely, and therefore, maintenance and repair can be performed.

A hydropower station remote monitoring system comprises an upper computer monitoring layer which is connected with a local control level, the local control level comprises a touch screen which is connected with a microcomputer excitation regulator, a PLC machine, a PLB-6 microcomputer comprehensive protector and a S50 temperature inspecting instrument; the local control level is connected with the local control level of the hydropower station device to collect operation data, state and fault alarm information and upload the collected information to the upper computer monitoring layer; and the upper computer monitoring layer comprises an upper computer which is configured to store, process and display the information collected by the local control level and control the hydropower station device.

The invention belongs to the technical field of aerospace engineering, and relates to an engine test system and method, in particular to an engine test collecting-distributing type control system and method. The engine test collecting-distributing type control system comprises an upper computer based on the windows system, a plurality of lower computers based on the Linux system, an network switch for achieving interaction between the upper computer and the lower computers, a corresponding driving unit and a corresponding acquisition unit. The engine test collecting-distributing type control system guarantees accurate and real-time transmission of data through the methods that the upper computer and the lower computers adopt a TCP/IP communication protocol, the inventor defines fields of a protocol packet, and the protocol packet adopts IP addresses and a packet head which are bound for testing. By means of the engine test collecting-distributing type control system and method, the problems of high cost and difficult later maintenance and function extension and integration due to the fact that an engine test control system in the technical field of aerospace engineering needs to be imported are solved.

An environmental-protection device microwave source intelligent remote control system comprises a microwave cavity, multiple sets of magnetron units, microwave source control cabinets, an infrared temperature measurement probe, a cavity temperature and humidity instrument, a blowing-sucking air pump and a humidifying device; the multiple sets of magnetron units are arranged on the microwave cavity, and each magnetron unit comprises a magnetron; the interior of the microwave source control cabinet is provided with a plurality of magnetron power sources corresponding to the magnetron units, and each magnetron power source is connected with one magnetron by a power line; the infrared temperature probe and the cavity temperature and humidity instrument are respectively used for detecting the material temperature and the cavity internal temperature and humidity; the blowing-sucking air pump and the humidifying device are electrically connected with a main control unit; the main control unit comprises a switch module, a display module and a control module; the switch module comprises microwave source switches for controlling the make-and-break of the magnetron power sources; the display module is used for displaying detected data; the control module is used for setting startup and shutdown time or setting the temperature through an internal PLC module, and when the set time or temperature is reached, the switches are automatically controlled to be turned on or off. The environmental-protection device microwave source intelligent remote control system can achieve centralized control of a large number of magnetron units, and greatly improves the efficiency and security of operation.

The invention discloses a robot controller having the identification function and an identification method of the robot controller. The robot controller comprises an MCU, multiple external interfaces and a network interface, wherein the MCU is connected with a host computer through the network interface, the MCU is connected with external equipment through the external interfaces, the external equipment is internally provided with an ID chip, and the MCU can read an identification code of the external equipment stored in the ID chip. The robot controller is greatly convenient for users to use.

The invention discloses a production system scheduling method based on migration reinforcement learning. The method comprises steps that (1), a state and the action of a production system are defined;(2), production system scheduling problem Q learning modeling is performed; (3), a production scheduling case database is established; (4), the task similarity between a target task and a source taskis calculated, and a knowledge migration case set is matched; (5), the action mapping relationship between the source task and the target task is established, and the action knowledge of the source task is migrated to the target task; (6), the state similarity between a target task state and cases in the case set is calculated, and the knowledge migration cases are matched; (7), the action of theselected cases is mapped into the action of the target task, the action selection strategy is corrected, and knowledge migration is realized; and (8), the action is performed according to the corrected action selection strategy, and the state and a Q value table are updated. The method is advantaged in that compared with Q learning, learning performance is improved, and a real-time problem of production task online scheduling is effectively solved.

The invention relates to a control method, a control device, a controller and a control system. The control method comprises the following steps of identifying current controlled equipment; switchingto a current control mode matched with the current controlled equipment; and controlling the current controlled equipment in the current control mode. According to the control method, the type of thecurrent controlled equipment is recognized, and the current control mode is switched to the control mode corresponding to the current controlled equipment, so that the control operation on the controlled equipment can be realized. The control method can enable a line controller or the controller to be matched with different types of internal machines for use, so that the universality and compatibility of the line controller or the controller are improved, the use convenience is brought for a user, and the user experience is improved.

A manufacturing management system capable of appropriately evaluating a degree of consumption of each component of a manufacturing machine, and efficiently operating a manufacturing cell including the manufacturing machines. A control unit of a cell controller has: a manufacturing machine information receiving part configured to receive manufacturing machine information regarding an operational history of each component constituting the manufacturing machine; a component degree of consumption calculating part configured to calculate a weighed degree of consumption of each component, based on the manufacturing machine information and a predetermined weight of each component; a manufacturing machine degree of consumption calculating part configured to calculate a degree of consumption of each manufacturing machine, based on the weighed degree of consumption of each component; and a manufacturing machine selecting part configured to select a manufacturing machine to be used in the manufacturing cell, based on the degree of consumption of each manufacturing machine.

The invention belongs to the technical field of information security of an industrial control system, and particularly relates to an industrial control system information security implementation method based on an FPGA virtual DCS. The method comprises the following steps of 1, according to the requirements of a virtual DCS application, all algorithm block and function blocks are realized by an FPGA chipset and become an entity large-scale digital logic circuit set; 2, a virtual DCS on the FPGA chip and a real DCS performs computation synchronously in parallel; 3, it is determined whether theoperation result of the virtual DCS on the FPGA chip and the operation result of the real DCS control system are consistent, it is determined that the system is not secure if not, and it is determinedthe system is secure if so. The method provided by the present invention can determine whether the system is safe according to a correct control logic operation result of the virtual DCS not subjectto the network security threat.

The invention relates to a method for matching a data repository of a client data processing device with a source data repository stored in a server data processing device. In order to transfer only a small amount of data, the following steps are carried out: a comparison is sent from the client data processing device (6a) to the server data processing device (4) giving the temporal status of the instantaneous data inventory of the client data processing device (6a) characteristic value (Kv); determine the portion of the source data inventory of the server data processing device (4) that has a higher temporal state than the instantaneous data inventory of the client data processing device (6a) given by the comparison characteristic value (Kv) Later time status; transmit the determined part of the source data inventory to the client computer data processing device (6a); ) is received into the data repository of the client data processing means (6a).

The invention discloses a mold manufacture automatic control system and method. The system comprises a calculation control module, a data storage module, an instruction and program input module, an input module, an output module and an external connection output module, wherein the data storage module, the instruction and program input module, the input module, the output module and the external connection output module are connected with the calculation control module. According to the mold manufacture automatic control system and method of the invention, relevant basic data information is established in a computer; a mold which is required to be machined actually is designed; various parts of the mold which are to be machined are classified according to the basic data information; and automatic protection scheduling, management and control are carried out. Since the corresponding basic data information is built through using the computer, in sequent actual production, mold production and machining can be arranged in an expected manner according to the basic data information, expected cost can be calculated, and therefore, an entire production flow can be optimized.

The invention discloses a robot control method, a device and electronic equipment, and relates to the technical field of robots. The robot control method includes the steps that the task information is obtained according to a motion path of a first robot, and the task information includes the ending position information of at least two road segments of the motion path; a current state of a targetroad segment is determined when the first robot reaches the starting position of the target road segment in the at least two road segments; when the current state of the target road segment is occupied, a robot currently occupying the target road segment is determined as a second robot; if the first moving direction of the first robot in the target road segment is not opposite to the second movingdirection of the second robot in the target road segment, a task instruction corresponding to the target road segment is sent to the first robot to control the first robot to move from the starting position to the ending position in the target road segment. In this way, the efficiency of path utilization in a multi-robot operating environment can be improved.

The invention discloses an electric energy monitoring and early warning system based on 5G and a modified GCN graph neural network, and the system comprises an intelligent electric meter and a serverterminal. The intelligent electric meter collects the current value of a flowing line through a mutual inductor, and the intelligent electric meter is internally provided with a 5G module, and transmits the collected current information to the server terminal; the server side gathers the current data of the factory, the production workshop, the production line and the key equipment, and performs comprehensive analysis in combination with the factory production data. According to the invention, the mutual inductor is adopted to monitor the value of the current flowing through the electric wire,and the monitored data is sent to the cloud server by using the 5G network for the first time, so that the problem of factory wiring is avoided, the problem of mutual isolation of links such as factory power utilization measurement and monitoring is solved, and centralized monitoring and centralized management of factory power utilization monitoring are realized.

The invention discloses a graphite boat identification system for silicon chip production. The system comprises a stand, a conveyor belt arranged on the stand, graphite boats arranged on the conveyor belt and used for loading silicon chips, a code reader, a position sensor and an industrial personal computer, wherein two-dimensional codes with different contents are engraved on the surface of the same side of each graphite boat, and are read and transmitted to the industrial personal computer for recording through the code reader. The invention further discloses a method for performing identification by virtue of the graphite boat identification system. According to the system and the method, the two-dimensional codes are engraved on the graphite boats, and the contents of the two-dimensional codes are accurately read through the code reader, and are transmitted to the industrial personal computer for recording, so that manual operation is avoided by the reading of the code reader, errors are reduced, and production efficiency can be greatly improved.