49results about How to "Effective supervision and management" patented technology

The invention discloses a software integrating method and system oriented to a cloud computing software research and development process. The method comprises the following steps that a working machine submits program codes to a server side; the server side is triggered to perform unit test and compiling construction on the received program codes by using a test script which corresponds to the received program codes after receiving the program codes submitted by the working machine; the server side execute a task of combining the program codes passing unit test and compiling construction; the server side acquires the combined program codes, and performs test and compiling construction or performs compiling construction directly to generate a file to be installed; the server side generates a corresponding deployment configuration file, deploys a tester and installs software; the server side tests the deployed software, and returns a test result; and a software version is issued for the software passing the test.

The invention provides an RSSI locating and tracking technology based examination anti-cheating method and system and an application. The examination anti-cheating method comprises the steps that S1, examinee information registration is performed at a client; S2, the client request to establish wireless connection with an examination room router in an examination room; S3, the examination room router judges whether a user is an authenticated user or not according to the client request; S4, the clients is connected with the examination room router, and the examination router acquire user log information; S5, the client performs continuous, periodic or random signal communication with the connected examination room router, and a signal strength RSSI value of the client is monitored; and S6, random verification is carried out on examinees. The RSSI locating and tracking technology based examination anti-cheating method is convenient and efficient to operate and low in cost, can ensure the examination authenticity of registered users, and avoids occurrence of a cheating circumstance.

The invention relates to a flanking sequence of a drought-resistant transgenic soybean event FvC5SD-L05 exogenous insertion element and application, which is characterized by comprising a left boundary flanking sequence and a right boundary flanking sequence of the transgenic soybean event FvC5SD-L05 exogenous insertion element; the sequence can be used as a target DNA sequence to establish a specific detection method of the transgenic event. The flanking sequence of the exogenous insertion element and the detection method are suitable for specific detection of transgenic soybean events including parent and derivative strains or varieties and products thereof including plants, tissues, seeds and products.

The invention discloses a method for prompting vehicle behaviors. The method comprises steps of acquiring the current driving behavior of a vehicle; and when determining that the current driving behavior of the vehicle meets a set prompting triggering condition corresponding to the current driving behavior, sending the current driving behavior of the vehicle and the corresponding prompting information to a broadcasting device in the vehicle, wherein the prompting information is played through the broadcasting device. The invention also provides another kind of method for prompting vehicle behaviors, a vehicle-mounted wireless fidelity terminal and a broadcasting device.

The invention provides a flanking sequence of a disease-resistant transgenic soybean event B5B8127‑3 exogenous insert fragment and application thereof, belonging to the field of plant biotechnology. Specifically, it relates to a broad-spectrum anti-mosaic virus transgenic soybean event B5B8127-3 exogenous insert fragment left and right border flanking sequences and its application. The left border flanking sequence of the transgenic soybean event B5B8127‑3 exogenous insert fragment disclosed by the present invention is shown in SEQ‑2, and the right border flanking sequence is shown in SEQ‑3. The flanking sequence of the exogenous insert fragment of the transgenic soybean event B5B8127‑3 disclosed in the present invention can be used as the target DNA sequence to establish a specific detection method for the transgenic event. The flanking sequence of the exogenous insert fragment and the detection method provided by the present invention are suitable for the specific detection of the transgenic soybean event including parents, derivative lines or varieties, and its products including plants, tissues, seeds and products.

The invention relates to a coal mine downhole safety comprehensive management system, the system relies on a downhole communication network and comprises a management terminal used for determining basic information of the system, establishing a safety evaluation system, developing evaluation items and evaluation standards, determining a downhole safety comprehensive management data dictionary andtransmitting an instruction to an interface server for realizing the issuance of data and commands; a server group which is managed by the management terminal, stores the basic information or the data uploaded by the interface server and provides Internet service; the interface server used for realizing the analysis, the enquiry and the save of the data and managing the uploading and the issuing of information; and a handheld terminal used for carrying out the communication with a downhole mine-used device for realizing the control of the mine-used device or collecting on-site data of the downhole safety and the downhole daily working information and receiving the data which is forwarded by the interface server. The system can realize the timely uploading of the coal mine downhole on-sitesafety evaluation data and images and realize the real-time interaction of the information between the scene and an evaluation department.

The present invention relates to the technical field of power grids, and provides an intelligent management method for a box-type ring network cabinet, including the following steps: S1, establishing a patrol inspection model on a management server; S2, installing intelligent locks on the cabinet doors of each ring network cabinet to Open or close the door of the cabinet, and install the MCU processor and communication module in each ring network cabinet; S3. When a ring network cabinet needs to be inspected, the management server will first check whether the regular maintenance personnel of the ring network cabinet are online and busy; S4. The management server immediately checks whether there are idle maintenance personnel in the vicinity of the ring main unit to arrange maintenance tasks; S5. When the maintenance personnel arrive at the ring main unit, they request the management server to turn on the smart phone through the inspection APP client of the smartphone. Lock; S6. When the maintenance personnel find abnormalities in the inspection items during the inspection process, they need to report. The invention solves the problem that the existing ring main unit cannot be effectively supervised.

The invention provides a high oleic acid transgenic soybean event EB8072 exogenous insertion fragment flanking sequence and application thereof, belonging to the field of plant biotechnology. Specifically, it relates to a high oleic acid transgenic soybean event EB8072 exogenous insert fragment left and right border flanking sequences and its application. The left border flanking sequence of the transgenic soybean event EB8072 exogenous insert fragment disclosed by the present invention is shown in SEQ-2, and the right border flanking sequence is shown in SEQ-3. The flanking sequence of the exogenous insertion fragment of the transgenic soybean event EB8072 disclosed in the present invention can be used as a target DNA sequence to establish a specific detection method for the transgenic event. The flanking sequence of the exogenous insert fragment and the detection method provided by the present invention are suitable for the specific detection of the transgenic soybean event including parents, derivative lines or varieties, and its products including plants, tissues, seeds and products.

According to the technical scheme, the invention discloses an automatic device and method, and provides an automatic weighing, transferring, collecting and transporting mobile device and a mobile automatic collecting and weighing method based on the automatic weighing, transferring, collecting and transporting mobile device. The device and method aim to achieve the technical purposes that all the processes can be optimized to the greatest degree, the operating steps of an operator can be simplified, fewer intermediate links go wrong, the error probability can be lowered, and the overall working efficiency can be improved. By means of the device and method, existing technologies are reasonably integrated and utilized; according to the technical schemes, the degree of automation is quite high, learning and accepting are easy, and the burden of the operator is not increased compared with original operating procedures; the maladaptation and the inimical emotion of the operator can almost be eliminated.

The invention provides a high oleic acid transgenic soybean event E2D9050 exogenous insertion fragment flanking sequence and application thereof, belonging to the field of plant biotechnology. Specifically, it relates to a high oleic acid transgenic soybean event E2D9050 exogenous insert fragment left and right border flanking sequences and its application. The left border flanking sequence of the transgenic soybean event E2D9050 exogenous insert fragment disclosed by the present invention is shown in SEQ-2, and the right border flanking sequence is shown in SEQ-3. The flanking sequence of the exogenous insertion fragment of the transgenic soybean event E2D9050 disclosed in the present invention can be used as a target DNA sequence to establish a specific detection method for the transgenic event. The flanking sequence of the exogenous insert fragment and the detection method provided by the present invention are suitable for the specific detection of the transgenic soybean event including parents, derivative lines or varieties, and its products including plants, tissues, seeds and products.

The invention provides a flanking sequence of a disease-resistant transgenic soybean event B5C9120‑3 exogenous insert fragment and an application thereof, belonging to the field of plant biotechnology. Specifically, it relates to a broad-spectrum anti-mosaic virus transgenic soybean event B5C9120‑3 exogenous insert fragment left and right border flanking sequences and its application. The left border flanking sequence of the transgenic soybean event B5C9120‑3 exogenous insert fragment disclosed by the present invention is shown in SEQ‑2, and the right border flanking sequence is shown in SEQ‑3. The flanking sequence of the exogenous insert fragment of the transgenic soybean event B5C9120‑3 disclosed in the present invention can be used as the target DNA sequence to establish a specific detection method for the transgenic event. The flanking sequence of the exogenous insert fragment and the detection method provided by the present invention are suitable for the specific detection of the transgenic soybean event including parents, derivative lines or varieties, and its products including plants, tissues, seeds and products.