413results about How to "Improve the level of informatization" patented technology

The invention provides a three-dimensional assembly process generation method and system for an aerospace product. The system comprises a three-dimensional manufacturing resource library building module, a three-dimensional assembly process design module, a three-dimensional assembly process simulation module and a three-dimensional assembly process release module, the three-dimensional manufacturing resource library building module is used for building a three-dimensional manufacturing resource library containing product, fixture, tool and auxiliary material information, the three-dimensional assembly process design module is used for decomposing process tasks and planning a process according to the built three-dimensional manufacturing resource library to form a process structure tree, the three-dimensional assembly process simulation module is used for building a virtual assembly environment and simulating and analyzing the assembly process according to a three-dimensional model, the assembly process and the process structure tree to form a three-dimensional assembly animation meeting actual assembly requirements, and the three-dimensional assembly process release module is used for integrating process design information and simulation information, forming a three-dimensional assembly process file and releasing the three-dimensional assembly process file to an assembly site. Accurate and visual three-dimensional visual means are provided for aerospace product assembly, so that the problem of information gaps among three-dimensional product design, three-dimensional process design and three-dimensional assembly site implementation in the prior art can be solved.

The invention relates to a device and a method for acquiring product coded identifier information. The device comprises a data acquisition unit, a data identification unit and a control unit, wherein the data acquisition unit is positioned above a convey belt and comprises an image device, a lighting device and a position photoelectric switch; the image device is used for photographing product coded identifier to obtain image data; the lighting device is used for irradiating the product coded identifier; the position photoelectric switch is used for sensing the position of the product on the convey belt; the data identification unit is used for identifying and processing the image data acquired by the data acquisition unit to obtain the product coded identifier information and storing the information and is also connected with the image device and the control unit respectively through a data line; and the control unit is used for controlling the data acquisition unit, and connected with the data identification unit, the image device, the lighting device and the position photoelectric switch respectively through data lines. The invention also provides the method for acquiring the product coded identifier information.

The invention discloses a video monitoring system of a full digitalized networking safe city, and relates to a video monitoring system. The video monitoring system of the invention is composed of front-end equipment (100), a transmission network (200), a video monitoring management platform (300) and a user terminal (400), wherein the front-end equipment (100), the transmission network (200), the video monitoring management platform (300), the transmission network (200) and the user terminal (400) are communicated from back to forth in sequence; the front-end equipment (100) is the source of system monitoring information; the transmission network (200) is a medium for transmitting the system monitoring information; the video monitoring management platform (300) is a platform for system resource management, sharing and application; and the user terminal (400) is the object served by the system information. The video monitoring system of the invention realizes digital access of front-end monitory points, arranges monitory probes according to the logical relation of ring, lump, lattice and point, and is suitable for popularization in video monitoring applications in large-scale city.

The invention relates to the field of mobile Internet e-commerce and discloses an intelligent business system based on localization. The intelligent business system based on localization achieves the purposes of localized purchase of consumers and efficient operation of merchants. The intelligent business system based on localization comprises an intelligent business platform (business platform for short) based on cloud computing, and an intelligent terminal application (terminal application for short) based on location-based services. The business platform is the core of the whole system and is used for providing information management and trading management of commodities, business data mining and business process management. The terminal application enables a user to have access to the intelligent business system anytime and anywhere, provides commodity inquiry and trading services for the consumers based on user locations and provides shop management, consumer data mining and intelligent marketing services for the merchants. The intelligent business system aims at providing convenience for purchasing of local life of the consumers, reducing operating cost for the local merchants, improving the marketing efficiency and enabling the consumers and the local merchants to be mutually benefited and win.

The invention relates to the application field of the radio frequency identification technology and provides a physical examination information management system based on radio frequency identification (RFID) and cloud computing. The system comprises medical examinees, examination instruments, a relay server and a cloud server, wherein each of persons to be examined is provided with an RFID tag, and each of examination instruments is provided with an RFID reader. During examination, after the verification of RFID tags by RFID readers is successful, persons to be examined are examined by examination instruments, examination results are read to RFID tags through RFID readers and transmitted to the relay server through the internet by examination instruments, the relay server transmits identification information and examination information to a database of the cloud server through the internet and the identification information and the examination information are shared. By the aid of the RFID technology, the identification of persons to be examined is verified quickly. By the aid of the relay server, the examination data can be collected in real time. By the aid of the cloud computing technology, the information is shared and the management of users is facilitated.

The invention relates to a GIS-based smart city management special vehicle monitoring system, which takes an LBS system as a framework and a browser as a display platform. The system comprises a real-time monitoring service module, which provides positioning parameters for a historical track service module and a work and rest monitoring service module; the historical track service module, which can present the historical driving tracks of special vehicles on a digital map; a statistical analysis module, which can search historical boundary-crossing information of the special vehicles; and an electronic fence service module, which can carry out driving restriction on the special vehicles in some area, and can manage the special vehicles conveniently. The GIS-based smart city management special vehicle monitoring system realizes real-time monitoring of the special vehicles, facilitates to carry out basic data monitoring and command and dispatch on the special vehicles during city management, can present and display the historical driving tracks of the special vehicles, can trigger an alarm when the special vehicles cross boundaries, and can improve level of informatization of a supervision department and reduce management cost.

The invention provides a fault urgent repair site auxiliary mobile platform based on a distribution network. The fault urgent repair site auxiliary mobile platform comprises a master station terminal system, a mobile terminal and client side system and a wireless communication network, wherein the master station terminal system is in communication connection with the mobile terminal and client side system through the wireless communication network. The master station terminal system comprises a server and a database, and the server carries out operation such as fault work order dispatch, exceptional process execution and work order filing and storage by carrying out related operation on the database; the mobile terminal and client side system transmits fault urgent repair information back to the master station terminal system through the wireless network; the master station terminal system stores the related information to the database, and the mobile terminal and client side system can print customer evaluation return receipts in a Bluetooth mode. According to the fault urgent repair site auxiliary mobile platform, the informationalized level in the distribution network urgent repair process is improved, urgent repair scheduling resources of the electric power department are saved, and therefore the service level of the electric power department is improved substantially.

The invention relates to the technical field of a ball valve, and in particular relates to a device and a method for assembly and test of a PE ball valve. The device comprises a control unit, a workbench (1), a first valve seat screwing mechanism, a second valve seat screwing mechanism, a clamping mechanism and a torque measuring mechanism, wherein the first valve seat screwing mechanism is used for screwing a valve seat into a valve body; the second valve seat screwing mechanism is also used for screwing a valve seat into a valve body; the clamping mechanism is used for clamping the valve body; the torque measuring mechanism is used for measuring a ball valve torque; the clamping mechanism is fixed on the workbench (1); the first valve seat screwing mechanism and the second valve seat screwing mechanism are respectively arranged at two sides of the clamping mechanism; the torque measuring mechanism is arranged on the workbench (1); and the first valve seat screwing mechanism, the second valve seat screwing mechanism, the clamping mechanism and the torque measuring mechanism are all electrically connected with the control unit. By using the device and the method, the PE ball valve is high in assembly efficiency, good in consistency and assembly quality.

The invention provides a ship simulating system and a ship simulating method used during shipbuilding. The ship simulating system comprises a ship simulating model management module, a ship simulating task management module, a ship simulating data management module, a ship simulating system management module and a ship simulating system integrating module, wherein the ship simulating task management module is connected with the ship simulating model management module, the ship simulating data management module is connected with the ship simulating task management module, the ship simulating system management module is connected with the ship simulating data management module, and the ship simulating system integrating module is connected with the ship simulating system management module. An operator can log in the ship simulating system by a system user account allocated to the operator, and then can set and run ship simulating tasks and check and analyze data generated in ship simulation in a report form after simulating tasks are completed. By the aid of the ship simulating system during shipbuilding, production efficiency can be improved, production resources are optimized and informatization support means are provided for enterprises.

The invention relates to a collection method of bar code information data of a product. The method comprises the following steps of: irradiating a bar code of the product by a light source; reading and collecting the bar code by utilizing a bar code reader to obtain and store the bar code information data, wherein a light filter is arranged in front of a scanner window of the bar code reader; and the bar code is a one-dimensional bar code and/or a two-dimensional bar code which are/is obtained by fluorescent ink in a spray printing way. With the adoption of the method provided by the invention, the rapid and accurate reading and collection of the bar code which is printed on the product by the fluorescent ink can be realized; the reading and collection rate is high and the reading effect is good, thereby realizing the reading and the collection of post-relevant type product information and solving the problems including misreading, incorrect reading and the like which are caused by an insufficient color contrast ratio between the bar code and a substrate; therefore, the quality management level of enterprises can be greatly improved, complicated artificial recording work in the quality management is greatly alleviated, the management flow of the enterprises is optimized and the informatization level of the enterprises is promoted.

The invention provides a steel pipe magnetic powder inspection fluorescent image detection apparatus and detection method. The detection apparatus comprises a steel pipe motion control system, a camera, an ultraviolet flash lamp containing an ultraviolet optical filter, a fluorescent optical filter installed before the lens of the camera, a magnetic powder image electric control system connected with the steel pipe motion control system and a monitoring computer connected with the magnetic powder image electric control system, wherein the magnetic powder image electric control system is also connected with the camera and the lens, and the monitoring computer is connected with the camera and a production management system. With the detection apparatus and detection method, the problem of poor imaging quality caused by weak magnetic powder fluorescence, insufficient brightness, complex steel pipe shapes, insufficient depth of field and motion smear of a steel pipe is overcome, fluorescent steel pipe images with high brightness, good size resolution, distinct gradation, low noise and high quality are obtained, and displaying, storage, retrieval and playback of fluorescent steel pipe images, detection of suspected defects and further confirmation of flaw detection defects of the steel pipe can be realized.

The invention discloses a crop growth monitoring platform based on the Internet of Things. The monitoring platform comprises N remote data acquiring sites, at least one remote data sending terminal, a remote data storage server, a crop growth monitoring center and a monitoring data browsing terminal, wherein N is the natural number greater than and equal to 1; each remote data acquiring site is connected with the remote data sending terminal in a wire or wireless way; the remote data sending terminal is used for uploading the environment information data of the crop growth acquired by the remote data acquiring site to the remote data storage server; the remote data storage server is respectively communicated with the crop growth monitoring center and the monitoring data browsing terminal; the monitoring platform is used for uploading and feeding back the environment information data by networking in a single-hop or multi-hop way.

The invention discloses a mechanical product assembly workshop material calling and dispensing management system and method based on an MES system. The system comprises a planning module, a material management module, an andon calling calculating module and a visualization monitoring module. By employing the planning module and the material management module as configuration prerequisites, the andon calling calculating module generates a production line assembly station material calling request according to concrete steps, including calling for the required quantity of material kind and response; meanwhile, the retrieval of materials on that day is connected in real time with tracking assembly station material calling so as to perform better material management. The management system and method can timely and accurately generate material dispensing demands according to real production processes, and perform effective warehouse management on that day so as to create more scientific and effective material dispensing management environment, and to increase an enterprise material dispensing management level.

The invention provides a method and a system for generating a three-dimensional operation instruction for ship section manufacture. The method for generating the three-dimensional operation instruction for ship section manufacture comprises the steps of: firstly, creating a design module to design a three-dimensional operation instruction template; then creating a compiling module to compile a ship section manufacture three-dimensional process view; and then creating an integration module to integrate three-dimensional operation instruction information; forming a first draft of the three-dimensional operation instruction template; judging whether the first draft of the three-dimensional operation instruction passes the check, if so, issuing the integrated three-dimensional operation instruction information, and finally, creating an information display module to display the issued ship section manufacture three-dimensional operation instruction information. The information required for the production operation of a ship section manufacture site is transmitted through a three-dimensional model and a three-dimensional process by use of a digital technology and an information technology; paperless construction of the ship section is achieved, and, the informationalized level of site operation is also improved, so that the ship construction period is shortened, and the production cost is reduced.

The present invention provides a tobacco logistics management and control system. The system comprises a park entrance and exit management system, a stock management system, a sorting and replenishment management system, a sorting management system and a delivery management system. The park entrance and exit management system is configured to perform park entrance and exit management of industrialvehicles; the stock management system is configured to perform stock management of cigarettes loaded by the industrial vehicles; the sorting and replenishment management system is configured to perform replenishment progress monitoring and replenishment of cigarettes for the sorting management system; the sorting management system is configured to perform automatic sorting and packing of cigarettes of the cigarettes sorted to houses according to order information; and the delivery management system is configured to deliver the packed cigarette packets to retail clients. The tobacco logisticsmanagement and control system can effectively integrate current logistics information nodes, can plan and standardize information on each link of logistics operation, can allow the logistics information to be timely, accurately and comprehensively grasped and processed, can further improve the information level of tobacco logistics, and can reasonably perform optimization configuration of resources of each scheduling link.

The invention discloses an underground pipeline intelligent detection robot and an underground pipeline intelligent detection method. The underground pipeline intelligent detection robot comprises a mobile robot main body and a plurality of sensors. The underground pipeline intelligent detection method disclosed by the invention comprises the steps of: firstly calibrating relative positions and posture information between the sensors and the sensors and between the sensors and the mobile robot main body; then causing the mobile robot main body to move autonomously in a pipeline space, and obtaining, by the sensors, data in real time; calculating a precise position of the mobile robot main body in a data collection movement process; calculating data spatial positions of the sensors according to the position of the mobile robot main body and the relative positions and posture information of the sensors, and registering and fusing the data of different sensors to obtain fused multi-sourcespace data of the pipeline space; and finally intelligently identifying and extracting a geometrical shape and attribute status information of a pipeline from the fused multi-source sensor data, andmarking spatial positions for these information. The underground pipeline intelligent detection robot disclosed by the invention realizes automatic collection of underground pipeline status detectiondata and intelligent identification and extraction process of pipeline status information.

The invention discloses an oil-water interface measuring device of a crude oil storage tank and a measuring method thereof. The oil-water interface measuring device comprises a main control computer, an RS485 (Recommended Standard 485) communication network and field measurement and control devices, wherein the main control computer is connected onto the RS485 communication network which is connected with the plurality of field measurement and control devices by RS485 communication interfaces; and each field measurement and control device comprises a data communication and signal processing unit, a single chip microcomputer, a data acquisition unit, an output driving module of the single chip microcomputer, a measuring array probe sheathed cleaning unit, a space height detection unit and a matrix type multi-phase interface tomoscan unit. The invention integrates the advanced sensor technology, data acquisition, modern communication and the computer control technology so as to realize comprehensive automation of measurement of the storage tank, greatly improves the accuracy of measurement, liberates workers from heavy work, leads workers to be capable of browsing and inquiring measured data and curves on the internet, and can improve modernization and informationization level of control and management of the production process of oil production plants in an oil field.

The invention provides a method and a system for accurately inducing passenger flow in multiple scenes of urban rail transit, and belongs to the technical field of urban rail transit train operation control. The method comprises the following steps: establishing a passenger path selection behavior model taking utility maximization as a target under multi-scene induction information; calculating the time when the passenger passes through each section and each transfer station on the effective path, quantitatively evaluating the overall congestion level of the path based on the congestion condition of each section and each transfer station at the corresponding time, and reflecting the congestion degree; sorting the feasible paths based on the passenger path selection behavior model; and forthe sorted feasible paths, optimizing path selection behavior model parameters in combination with a Q-learning learning algorithm to obtain an optimal induction path. According to the method, the feasible paths are sorted in combination with related factors such as congestion degree, time and transfer times, and are recommended to passengers as induction information; and finally, parameters of the path selection behavior model are optimized in combination with a reinforcement learning method, so that the informatization level and the service quality of urban rail transit are effectively improved.

The invention discloses an online real-time monitoring system for an embedded delivery pipeline, which is characterized by comprising a PCCP (prestressed concrete cylinder pipeline), a sensor module, a data processing module, a communication module and a center control machine room. The sensor module is attached onto the PCCP, and is connected with the data processing module on earth surface or embedded shallowly through a cable, the data processing module is then connected with the communication module, and the communication module is connected with the center control machine room. Compared with the prior art, the online real-time monitoring system for the embedded delivery pipeline has the advantages that statues of pressure, flow rate, vibration, sedimentation and the like of the delivery pipeline can be monitored in real time, detail operation and safety states of the full delivery pipeline can be controlled in real time, history monitoring data can be accumulated, an emergency monitoring warning mechanism can be established, informatization level of engineering running can be increased, and safety of water delivery engineering can be guaranteed while operation maintenance cost can be lowered.

The invention provides a method and system for archival management of video data of a law enforcement recorder. The method comprises the steps of acquiring data of a law enforcement recorder and data of a police tong, matching the data of the law enforcement recorder with the data of the police tong to achieve the association of data between the two, conducting the automatic marking and intercepting of the video data which are associated with the data of the police tong, and conducting the archival management of the video data of the law enforcement recorder. The method and system for archival management of video data of law enforcement recorder can achieve the labeling and intercepting of effective videos in massive video data, at the same time, the association with the event information uploaded by the police tong is implemented, the archival management of the law enforcement video data is achieved, thus enhancing the maintenance efficiency of the law enforcement video data, reducing the police investment, and enhancing the information level of daily management of a traffic police team.

An automobile card reading measurement control system relates to automobile material unmanned remote centralized weighing measurement and process management, and consists of a measuring card comprehensive management unit, a material forecasting data acquisition unit, an in-factory/ex-factory card reading confirmation unit, a scale room field equipment unit, a weighing processing unit, a sampling/unloading/loading card reading confirmation unit, a B/S inquiry unit and a server unit, wherein the scale room field equipment unit is connected with the weighing processing unit; the measuring card comprehensive management unit, the material forecasting data acquisition unit, the in-factory/ex-factory card reading confirmation unit, the weighing processing unit, the sampling/unloading/loading card reading confirmation unit and the B/S inquiry unit are respectively connected with the server in a data transmission manner. By adopting the automobile card reading measurement control system, all measuring personnel are centralized in a hall, dynamic dispatching of man power and various equipment resources can be realized, the required measuring personnel quantity is greatly reduced, and the manpower cost is lowered.

The invention provides an insurance risk management and control method based on a biometric identification technology. A collection area is used for collecting and recording biometric features and associated data of a user. A transfer area circulates and transfers the data recorded by the collection area and transfers the data to a database server. An authentication area which is used for comparing the biometric features and a storage area according to established rules. If authentication is passed, a corresponding result is returned according to the rules, and at the same time the biometric features are updated to the storage area. If authentication fails, failed authentication is returned. The storage area is used for storing all biometric feature data of the user and storing the structured data in a database. A rule area is used for pre-setting the rules and acquiring corresponding rules for the transfer area and the authentication area. According to the invention, limitations of existing insurance risk management and control equipment, area, budget and the like are broken; the biometric feature data are intelligently stored; and insurance risk management and control information level is effectively enhanced.