34results about How to "Realize intelligent linkage" patented technology

The invention provides a railway freight smart station comprehensive management system. The system comprises a service awareness unit, a data support unit, an application unit and a network link unitserving as an information transmission carrier, wherein the service awareness unit comprises a comprehensive video monitoring module, a remote voice intercom module, a wireless shunting double-visionmodule, an intelligent earth-retaining anti-collision module, an intelligent antiskid equipment supervision module, a crossing line information interaction module, a wireless positioning supervision module, a personnel attendance management module, an intelligent emergency plan module, an electronic map management module and an intelligent equipment remote supervision module. According to the system, collected basic information data of the service awareness part is transmitted through a network link, and all the data has a reliable data support platform for data services and is finally displayed on an application layer. Through the system, same-period comparison can be performed on various problems, and convenience is brought to decision analysis and handling of various events by a leader.

The invention discloses a hotel guest room control system, which comprises a guest room controller arranged in each guest room, a communication interface module connected with each guest room controller, and a lamplight control module, a key input module, a relay output module and a multimedia control module which are connected with each communication interface module, wherein each guest room controller is connected with a hotel management system and a user client by means of the corresponding communication interface module, so as to realize the control of lamplight and multimedia in a room by means of the hotel management system and the user client. The intelligent lighting and multimedia integration guest room control system has the advantages of performing intelligent control on lamplight equipment and audio / video equipment in the room, enhancing operation comfort of the user, and realizing intelligent linkage and green and energy conservation of the equipment in the hotel.

The invention provides an intelligent station panoramic data monitoring and analyzing system and method. The method comprises the steps of obtaining monitoring data, constructing an SCD file model, carrying out optimized storage on received messages, analyzing the received messages to obtain message file data, and carrying out online result analysis according to the obtained message file data; observing whether the system operates normally or not, and if the system operates abnormally, performing fault diagnosis on the system; acquiring fault diagnosis and event information of access equipmentconnected with a system, analyzing and extracting event key information, and sequentially transmitting / processing corresponding event information according to a preset priority; and displaying the monitoring data, the message file analysis result, the fault diagnosis result and the event information collected by the system. The data acquisition, analysis, processing and display processes of the intelligent station are optimized, and the timeliness and accuracy of data monitoring and analysis are improved.

The invention discloses an air detection device for a fresh air ventilation system and a control method. The air detection device comprises at least one air detector, at least one fresh air ventilatorand a system main machine, a controller local area network is formed among the system main machine, the air detectors and the fresh air ventilators, the system main machine is used for receiving theair quality information acquired by the air detectors and processing the air quality information into control signals to control the operation of the fresh air ventilators, the air detectors each areprovided with a unique SSID and a password, and the air detectors and the fresh air ventilators are provided with communication modules for data exchange between the corresponding equipment. The intelligent linkage between air detection device and the fresh air ventilators can be realized, starting and operating of the fresh air ventilators can be automatically controlled, manual control is not needed, the most suitable adjustment can be carried out on the fresh air ventilators according to the current air condition, and the air detection device can still be used without supporting of networkenvironment.

The invention relates to an indoor automatic dimming system matched with the action of a projector and a dimming method thereof, belonging to the technical field of automatic control. The system comprises a singlechip, and a photo-gate, a photosensitive sensor, a limit sensor, a step motor and a relay which are respectively connected with the singlechip, as well as a power supply, wherein the photo-gate is connected with a driving mechanism of a projector curtain, the photosensitive sensor is installed on an indoor wall nearby the curtain, the limit sensor is connected with the step motor for driving the curtain to open and close, and the singlechip is further connected with the relay of a lighting lamp. According to the method, when the singlechip senses falling of the projector curtain, the photosensitive sensor detects indoor light intensity; if the light is weak, a projector is suitable for being used, otherwise, the projector is not used; and if the light is strong, the front row of lamp is turned off and the step motor is driven to close the curtain, so that the indoor light is weak. The system and the method can realize intelligent linkage between the indoor brightness and the projector, effectively reduce manpower and improve the efficiency. The system is a practical system with strong comprehensiveness.

A digital twinborn body structural system for precise monitoring of a sunlight greenhouse comprises an intelligent monitoring control edge node, an intelligent networking transmission node, a cloud storage computing node and a digital twinborn sunlight greenhouse platform which are connected in sequence; a visual control terminal node is connected with the digital twinborn sunlight greenhouse platform; and an expansion module node is connected with the intelligent networking transmission node. According to the invention, automatic real-time acquisition, display and modeling analysis of multi-environment element data can be realized, automatic linkage regulation and control according to an early warning rule are supported, and the effects of improving crop yield, reducing operation and management cost, improving disaster risk resistance, optimizing a management mode and enhancing greenhouse automatic management and control capability are achieved.

The invention provides a control method and a system for an intelligent device. The method comprises the following steps: a mobile terminal selects a target scene mode from multiple scene modes, wherein the multiple scene modes at least comprise a home mode, a home away mode, a security mode, an energy saving mode and a custom mode; a scene function corresponding to the target scene mode is queried; and according to the scene function, a to-be-controlled intelligent device is selected from multiple intelligent devices, and according to a pre-definition function in the scene function, the to-be-controlled intelligent device is controlled. Intelligent linkage between the multiple devices can be realized, the configuration is flexible, diverse scene modes can be combined between multiple devices, different scene functions are further realized, and the experience feeling of a user is enhanced.

The invention provides a digital twinborn body construction method for precise monitoring of a sunlight greenhouse. The digital twinborn body construction method comprises the following three steps that 1, preparation is carried out, and early-stage information is collected and a digital twinborn sunlight greenhouse scheme is formulated; 2, a digital twinborn sunlight greenhouse is constructed, and the digital twinborn sunlight greenhouse comprises a digital process, a standardized process and an intelligent process; and 3, operation maintenance is carried out, and the constructed digital twinborn body is expanded, fed back and optimized. According to the digital twinborn body construction method for precise monitoring of the sunlight greenhouse, automatic real-time acquisition, display and modeling analysis of multi-environment element data can be realized, automatic linkage regulation and control according to an early warning rule are supported, and the effects of improving crop yield, reducing operation and management cost, improving disaster risk resistance, optimizing a management mode and enhancing greenhouse automatic management and control capability are achieved.

The invention relates to a cable fire-fighting linkage system based on the Internet of Things and fusion of multiple sensors. The system comprises a monitoring host, multiple sensors and a fire extinguishing device, the system is characterized in that the monitoring host is used for collecting cable data collected by various sensors and comprehensively calculating and analyzing a cable fire risk value. If the calculation result exceeds a set threshold value, the fire extinguishing device is controlled to automatically extinguish fire; the monitoring host comprises a wireless protocol integration module, a positioning module and an IO control module, wherein the wireless protocol integration module is used for receiving data acquired by the plurality of sensors; the sensors adopt one of four communication protocols of Lora, Zigbee, WIFI and NB-IoT, the positioning module adopts a GPS and / or Beidou system to position the monitoring host, and the IO control module is used for being connected with a fire extinguishing device to achieve automatic control of the fire extinguishing device. The holographic sensing capability of the power cable is formed, the accuracy of early warning of afire disaster is effectively improved, and the operation safety of a power grid is guaranteed.

The invention belongs to the field of an Android application, and discloses an intelligent equipment control center mainboard (android version) having a shape changing function. The intelligent equipment control center mainboard adopts an android mainboard embedded Zigbee communication module independently researched and developed to perform self organized networking and an automatic discovery of equipment; a developed android program is adopted to monitor state information automatically sent by the equipment to obtain a current state of the equipment, and equipment linkage is achieved through a rule engine; through adoption of a control center, communication with the intelligent equipment is performed in a local area network manner, the internet is not relied on, and safety and robustness of the intelligent equipment control center mainboard are improved; and an instruction flow analysis engine built in a system is adopted to judge user's operation habits, the operation habits are actively pushed to a client, and self-learning and self-adaptation effects are achieved. The intelligent equipment control center mainboard (android version) having the shape changing function gets rid of a constraint of internet connection, the intelligent equipment can also be used in a non-external network condition, the intelligent linkage is achieved between the equipment, and operation habits can be automatically recorded without doing any thing by a user.

The invention provides a comprehensive on-line intelligent monitoring system for a high-voltage cable. The system comprises an on-site acquisition unit group, a far-end monitoring host and a system communication background. The on-site acquisition unit group comprises a partial discharge acquisition unit, a circulation acquisition unit, a vibration acquisition unit, an environment acquisition unit and a video acquisition unit; the partial discharge acquisition unit comprises a first ultraviolet light detection unit, a second ultrasonic detection unit, an edge data processing unit and a partial discharge online monitoring assembly; and the edge data processing unit acquires the ultraviolet light signal acquired by the first ultraviolet light monitoring unit and the ultrasonic signal acquired by the second ultrasonic detection unit to obtain a partial discharge identification result and obtain an intelligent monitoring result of the high-voltage cable in the current time interval. And if the partial discharge identification result satisfies a predetermined condition, activating the partial discharge on-line monitoring assembly. According to the invention, a cable full-cycle management and control strategy is established, and the accuracy of early warning of faults is effectively improved.

The invention belongs to the technical field of intelligent street lamps and particularly relates to an intelligent lamp pole for vehicle-road cooperation. The lamp post comprises a stand column, anda lamp body, an adjustable monitoring assembly and a micro base station box which are installed on the stand column, wherein a horizontal rotation angle adjusting assembly used for adjusting a horizontal rotation angle of a rotary support is installed on the base, a serving angle adjusting assembly used for adjusting the serving angle of the monitoring camera is installed on the rotary support, asensing data processing and analyzing module and a data transmitting module are arranged in the micro base station box, and a road test sensing module is arranged in the monitoring camera. The lamp post is higher in compatibility and wider in application range, the service life of the lamp body is greatly prolonged, a micro base station box can be assisted in heat dissipation, and safe and reliable operation of the intelligent lamp pole is guaranteed.

The invention relates to an intelligent inland port based on a multimodal transport composite rail system. The intelligent inland port comprises a gate, an inland port connection port, an inland portbody, the multimodal transport composite rail system, an inland port central system, a customs inspection and quarantine system and an Internet of Things system, wherein the multimodal transport composite rail system and a new energy high-speed transport vehicle and / or a high-speed transport vehicle directly communicate with a coast port and the inland port body hundreds of kilometers or even thousands of kilometers away, and containers are directly transported to the inland port body from the coast port without landing or the containers transported from the inland port to the coast port are directly shipped without landing. The new energy high-speed transport vehicle and container transport whole process is transparent, visible, traceable, high in efficiency, fast in speed, energy-saving,environment-friendly, low in cost, safe and reliable.

The invention provides a shiplock video automatic optimization control method based on configuration software. The method comprises the step that 1 when upstream initializing is carried out, an upstream valve opening command and the water level difference are detected, and different screens are optimized and displayed; 2 after an upstream valve is opened in place, the upstream valve opening command is detected, and different screens are optimized and displayed; 3 after a ship enters a lock chamber area, an upstream valve closing command is detected, and different screens are optimized and displayed; and 4 after the upstream valve is opened in place, the ship enters the lock chamber area; the upstream valve closing command is detected according to the condition of a prohibited area; different screens are optimized and displayed. From the step 5 to the step 8, a downstream operation process is carried out as the step 1, the step 2, the step 3 and the step 4. According to the invention, aproduct carries out logical analysis according to changes in a shiplock environment such as day and night, the status of the gate valve, the water level difference, the prohibited area; an importantmonitoring area is optimally selected; unmanned operation and a work environment with less people on duty are realized; the work intensity of people is reduced; and the safety is improved.

The invention relates to the field of constructional engineering, and particularly discloses emergency disposal equipment for integral lifting an aerial corridor between ultra-high group towers. The emergency disposal equipment comprises a rail, a first sliding device, a second sliding device and an auxiliary hoisting mechanism; a jacking mechanism is arranged on the second sliding device, and thefirst sliding device is movably arranged on the jacking mechanism; the rail comprises a main rail body and two auxiliary rail bodies, the auxiliary rail bodies are arranged on the two sides of an outer frame column and integrally formed with the main rail body, a main sliding groove is vertically formed in the main rail body, and the first sliding device is arranged in the main sliding groove ina sliding mode; and auxiliary sliding grooves are horizontally formed in the multiple auxiliary rail bodies, the auxiliary sliding grooves are vertically in communication with a vertical sliding groove, the vertical sliding groove penetrates through the main rail body and the auxiliary rail bodies, and the second sliding device can move upwards in the vertical sliding groove after moving to the vertical sliding groove. According to the emergency disposal equipment, the problem of emergency disposal in the lifting process of the aerial corridor between the ultra-high group towers can be solved.

The invention proposes a comprehensive online intelligent monitoring system for high-voltage cables, which includes an on-site collection unit group, a remote monitoring host and a system communication background. The on-site acquisition unit group includes partial discharge acquisition unit, circulation acquisition unit, vibration acquisition unit, environment acquisition unit and video acquisition unit; partial discharge acquisition unit includes first ultraviolet light detection unit, second ultrasonic detection unit, edge data processing unit and local The discharge online monitoring component; the edge data processing unit obtains the ultraviolet light signal collected by the first ultraviolet light monitoring unit and the ultrasonic signal obtained by the second ultrasonic detection unit to obtain the partial discharge identification result and obtain the current time period of the high-voltage cable Intelligent monitoring results within. If the partial discharge identification result satisfies a predetermined condition, activate the partial discharge on-line monitoring component. The invention establishes a cable full-cycle management and control strategy, effectively improving the accuracy of early warning of faults.

The invention discloses a linkage method for a smart lamp post scene, which optimizes the linkage process of various smart devices on a smart lamp post, on one hand, specifies that a certain fixed device is specified to be a certain type of device during linkage, and expands the device range related to the linkage scene; and linkage of multiple devices of the same type on a single lamp pole unit device or multiple cross-gateway lamp pole units can be carried out. On the other hand, interaction between the edge side and the cloud computing platform center is reduced, most of data computing and analysis work is completed on the edge side in a centralized mode, and a cloud computing center platform system carries out linkage process management; and when the computing power of the edge side gateway cannot be reached, the cloud computing center platform performs data operation and analysis and cooperates with the edge gateway to realize scenarized intelligent linkage. And meanwhile, when the edge side cannot perform data exchange with the cloud center computing platform and a physical link or a network virtual link is blocked, scene linkage can still be performed depending on the strong edge computing and self-operation capabilities of the edge gateway.

The invention discloses automatic film paving equipment of a luggage rack press and the luggage rack press. The automatic film paving equipment comprises an automatic paving device, wherein the automatic paving device comprises a bracket assembly, upper and lower guide rails parallel to each other, upper and lower rollers, an automatic film paving car, tooth jaws, chains 1 and 2, chain wheels 1 and 2, driving motors 1 and 2 and a mandrel. The upper and lower rollers are respectively connected with the automatic film paving car through shafts, and rotate by surrounding the corresponding shafts. The upper and lower rollers are respectively assembled on the upper and lower guide rails, and fit to realize the guidance and the support of the automatic film paving car. The tooth jaws, the chain wheel 2 and the driving motor 2 are all mounted on the automatic film paving car; and the driving motor 1 drives the chain 1 to drive the tooth jaws to finally drive the automatic film paving car to move. The mandrel is mounted on the chain wheel 2; and a film coil can be inserted in the mandrel. The driving motor 2 drives the chain wheel 2 through the chain 2 to drive the mandrel to rotate so as to drive the winding and the unwinding of the film coil. The invention further discloses the luggage rack press having the automatic film paving equipment.

The invention discloses an Internet-based data scheduling platform and an information input terminal. The platform includes a circular supporting block, a cavity is formed in the circular supporting block; a circular bottom plate is fixedly mounted at the bottom of the supporting block; a motor is fixedly mounted on the inner wall of the bottom of the cavity; an output shaft of the motor is fixedly sleeved with a first gear; a rotating shaft is rotationally mounted on the circular supporting block; the bottom end of the rotating shaft extends into the cavity; the rotating shaft is fixedly sleeved with a second gear, the second gear is meshed with the first gear, a support is fixedly installed at the top end of the rotating shaft, an all-in-one computer is fixedly installed at the top of the support, a first input device is arranged on one side of the all-in-one computer, and a second input device is arranged on the side, away from the first input device, of the all-in-one computer. Theplatform and the terminal are easy to operate, the problem of manual secondary input is solved, intelligent linkage is achieved, the whole acceptance operation process is shortened, and input errorscan be reduced.

The video automatic optimization control method of ship lock based on configuration software, step 1: when the upstream is initialized, detect the command to open the upstream valve, the size of the water level difference, and optimize the display of different screens; step 2: after the upstream valve is fully opened, detect the command to open the upstream gate, optimize Display different screens; Step 3: After the ship enters the lock chamber area, detect the upstream valve closing command and optimize the display of different screens; Step 4 After the upstream gate is fully opened, the ship enters the lock chamber area, and detects the upstream gate closing command according to the situation of the no-stop area , to optimize the display of different screens; step 5 to step 8 perform downstream operation processes as steps 1 to 4. The product of the present invention performs logical analysis according to changes in the ship lock environment such as day and night alternation, gate valve status, water level difference, no-stop area, etc., and optimizes the selection of important monitoring areas. In order to achieve unmanned operation and a working environment with few people on duty, reduce the work intensity of personnel and improve safety.

The invention discloses a child safety seat control method. The method comprises the steps that after a safety seat is connected with a vehicle, safety reminding is fed back according to a signal detected by the safety seat; a seat function opening and closing suggestion is fed back according to the temperature and humidity detected by the safety seat; and according to a mode trigger signal and / or a vehicle detection signal, the safety seat is controlled to conduct seat adjustment operation. Intelligent linkage of the safety seat and the vehicle in the aspects of installation, safety, use comfort and environment detection is achieved, compared with mechanical use of an existing safety seat or passive receiving of control of the vehicle, the safety seat and the vehicle can conduct active detection and feedback on all indexes in the child use process, and corresponding equipment is controlled to execute. More intelligent interactive linkage communication is achieved, intelligent control over the safety seat is achieved to a certain degree, and user experience is improved. The invention further discloses a control device, the vehicle and a storage medium.

The invention discloses a solar control system platform intelligently matched with a multi-energy synergetic mode. By using the solar control system platform, fuel gas linkage control, electric heating linkage control and heat pump linkage control are integrated. A solar control system module framework is established, a mode of selecting and combining multi-energy control software standard modules is set, and the solar control system platform intelligently matched with the multi-energy synergetic mode faces an object control procedure and a control system chart and can be quickly and automatically generated. The solar control system platform consists of an input interface, an output interface, an auxiliary function module and a communication module. By establishing a method of selecting and combining a plurality of auxiliary energy function control software standard modules on the control system platform, intelligent linkage between solar energy and auxiliary energy is realized; and the solar control system platform intelligently matched with the multi-energy synergetic mode has the advantages of convenience in use, simplicity in operation, reasonable design and the like.

The embodiment of the invention relates to a one-click remote patrol system and a patrol method for unattended substations. The system includes a dispatching automation system, a video monitoring system and an auxiliary monitoring system. The dispatching automation system is used for detecting remote metering data and remote signaling data of equipment. The video monitoring system is used for monitoring the appearance, meter reading information and surrounding environment of substation equipment according to the patrol order of preset positions of video monitoring. The auxiliary monitoring system is used for detecting the field equipment and environment status through auxiliary equipment patrol points and generating a general one-click patrol report. The technical scheme provided by the application can avoid the difference between the value of on-site inspection and the value of alarm received by operating personnel.

The invention discloses an equipment state display method and a computer readable storage medium. The equipment state display method comprises the following steps of establishing a visual virtual image of equipment; splitting the virtual image according to composition parts of the equipment; establishing an association relationship between the data of the component and the data of the split virtual image; and when the state of the component changes, prompting at a corresponding position in the virtual image according to the association relationship. According to the method, a user can quickly know the structure of the equipment, the positions of corresponding components due to the change of the positioning state, and convenience is provided for overhaul, maintenance and the like.

The disclosure provides a system and method for monitoring and analyzing panoramic data of an intelligent station, which acquires monitoring data, constructs an SCD file model, optimizes storage of received messages, analyzes the received messages, and obtains message file data. According to the obtained message file data, conduct online result analysis; observe whether the system is running normally, and if it shows that it is not operating normally, perform fault diagnosis on the system; obtain fault diagnosis and event information of access devices connected to the system, analyze and extract Event key information, according to the preset priority, sequentially transmit / process the corresponding event information; display the monitoring data collected by the system, message file analysis results, fault diagnosis results and event information. The disclosure optimizes the data collection, analysis, processing and display process of the intelligent station, and improves the timeliness and accuracy of data monitoring and analysis.

The embodiment of the invention discloses a physical examination method and device for Internet of Things equipment, an Internet of Things platform and a storage medium. The method comprises the following steps: receiving measurement data of Internet of Things equipment uploaded by a plurality of Internet of Things sensors in real time; and when a target sensor in the Internet of Things sensors generates early warning, performing linkage analysis on the measurement data of the Internet of Things sensors on the same chain structure as the target sensor based on a preset chain linkage rule between the Internet of Things sensors to obtain a physical examination analysis result. Intelligent linkage, intelligent early warning and intelligent response between sensor devices are achieved, scattered and independent measurement data are connected in series, the value of data is improved, the technical requirements of enterprises for on-site construction personnel are reduced, normal operation of stations is ensured, cost is saved for the enterprises, and meanwhile high flexibility and configurability are achieved; therefore, the method has good adaptability to complex scenes and expansibility of linkage requirements.

The invention relates to a multi-stage linkage control intelligent cigarette packet carton packing machine, and belongs to the technical field of cigarette packet intelligent packing equipment, the multi-stage linkage control intelligent cigarette packet carton packing machine comprises a cigarette packet conveyor belt and a carton conveyor belt, a cigarette stacking mechanism is arranged at the upstream of the cigarette packet conveyor belt, the cigarette stacking mechanism stacks cigarette packets into carton permutation and combination and then enters the cigarette packet conveyor belt, and the carton conveyor belt is connected with the cigarette packet conveyor belt. A carton with an opened opening is conveyed on the carton conveying belt, the carton packaging machine further comprises a cigarette pushing system and a packaged carton feeding system, the packaged carton feeding system comprises a cigarette pressing mechanism and a carton box alignment mechanism, the carton box alignment mechanism is located under the cigarette pressing mechanism, and the cigarette pressing mechanism and the carton box alignment mechanism move upwards to be reset. All the mechanisms are linked to synchronously execute respective actions, a set of coherent actions is achieved, intelligence and high efficiency are achieved, meanwhile, it is ensured that in the cigarette packet boxing process, cigarette packets cannot rub and extrude cigarette boxes, and the cigarette packets are guided to be accurately boxing.

The invention relates to an intelligent inland port based on a multimodal transport compound track, including a gate, a dry port connection port, an inland port, a multimodal transport compound track system, an inland port central system, a customs inspection and quarantine system, and the Internet of Things system. The multimodal transport composite track system and new energy high-speed combined transport vehicles and / or high-speed rail combined transport vehicles directly connect coastal ports with inland ports hundreds of kilometers or even thousands of kilometers away. Containers are directly transported from coastal ports to inland ports without landing. Or the containers transported from the inland port to the coastal port are loaded directly without landing. The whole process of new energy high-speed intermodal vehicles and container transportation is transparent, visible and traceable, with high efficiency, fast speed, energy saving and environmental protection, low cost, safety and reliability.