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

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 and transmitting 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-site safety evaluation data and images and realize the real-time interaction of the information between the scene and an evaluation department.

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 relates to a supervisory system for an on-site explosive mixing and charging truck, which comprises a plurality of vehicle-mounted terminals, a plurality of ground station control centers and a supervision department control center, wherein the supervision department control center is connected to the ground station control centers through a network; the ground station control centers are connected to the vehicle-mounted terminals through the network; a C/S (client/server) mode frame is adopted; the supervision department control center or each of the ground station control centers comprises a network switch, a server, a television wall and a monitoring console; each network switch is connected to the network of a telecommunication service provider through an Ethernet line, and is simultaneously connected to the server through the Ethernet line; each television wall is connected to the server through a data line; each monitoring console is connected to the server through the data line; and the monitoring console is provided with a microphone, an alarm button and a loudspeaker box. By using the system, the supervision functions, such as monitoring of technological parameters, controlling of manufacturing process, video monitoring of working conditions of the on-site explosive mixing and charging truck, GPS (global position system) positioning, fault diagnosis, wireless network communication and the like, are realized.

The invention provides a flanking sequence of a disease-resistant transgenic soybean event B5B9013-4 exogenous insertion element and application thereof, belonging to the field of plant biotechnology.Specifically, the invention relates to the left-boundary and right-boundary flanking sequences of broad-spectrum mosaic virus-resistant transgenic soybean event B5B9013-4 exogenous insertion element,and application thereof. The left-boundary flanking sequence of the transgenic soybean event B5B9013-4 exogenous insertion element is shown by SEQ-2, and the right-boundary flanking sequence is shownby SEQ-3. The flanking sequence of the disease-resistant transgenic soybean event B5B9013-4 exogenous insertion element can be adopted as a target DNA sequence to establish a specific detection method for the transgenic event. The flanking sequence of the exogenous insertion element and the detection method provided by the invention are applicable to the specific detection of the transgenic soybean events including parent and derivative strain or variety as well as products thereof such as plants, tissues, seeds and products.

The invention discloses a drone system using photogrammetry technology for highway management, comprising a drone flight unit, an image acquisition unit, and a ground management unit. The inspection and management process of the drone system is as follows: S1, flight parameter setting: planning a flight path of the drone flight unit, setting an image acquisition angle and the acquisition frequency; S2, highway inspection: The image acquisition unit performs image shooting on the highway by using the PPK and a high-definition camera to obtain area images including the highway management area; and S3, image data processing: processing and comparing the area images, and outputting problem areas. The drone system carries out aerial photography on the highway through a high-definition digital camera, and processes the aerial images to obtain digital orthographic images of the real situation around the highway, thereby realizing the inspection of the highway management area. The flight pathsand video recordings of the drone can be retrieved or checked at any time to achieve effective supervision and management of highway inspections.

The invention discloses a student self-study supervision system based on an RF technology. The student self-study supervision system comprises an electronic tag, a pressure sensor, a temperature sensor, a reader, a judgment unit, a timekeeping unit and a terminal management computer, wherein the pressure sensor is used for measuring total pressure on an entire seat surface of a seat; the temperature sensor is used for measuring the temperature of the seat surface of the seat; the reader is used for transmitting information obtained from the electronic tag to the judgment unit; the judgment unit is used for judging whether a student is in the seat; the timekeeping unit is connected with the judgment unit, and is used for calculating and counting in-seat time and off-seat time of the student; and the terminal management computer is used for displaying detailed time data of the student in a self-study state and an off-seat state. The student self-study supervision system based on the RF technology judges whether the student is in the seat in real time, records and counts the time that the student is in the seat, and effectively assists a teaching in supervising and managing self-study situation of the student.

The invention discloses a resource sharing intelligent dining method, device and system, a medium and equipment, and the method comprises the steps: configuring a unique code for each dining positionand dish of each restaurant, and obtaining a position sample data feature set and a dish sample data feature set; receiving an ordering instruction of a user; when the ordering instruction of the useris the ordering of the restaurant of the designated dining position, the restaurant dish information configured by the dining position is displayed for the user to select; and displaying the dish information of the restaurant to the user, and determining whether the dining position can order the corresponding dish of the other restaurant or not for the dish of the other restaurant selected by theuser based on the similarity between the position sample data feature set of the specified dining position and the dish sample data feature set of the dish of the other restaurant. The dining efficiency of customers and the utilization rate of dining public resources can be effectively improved, better services can be provided for the customers, and the improvement of the operation efficiency ofa whole commercial center or a commercial district restaurant is facilitated.

The invention discloses a sludge special-conveying system and method. The system comprises a sludge special-conveying center, a split type sludge conveying vehicle, a split type sludge conveying vehicle head, sewage treatment plant sludge dewatering workshop sites, split type sludge conveying vehicle carriages and sludge treatment points. A sewage treatment plant sludge dewatering workshop is provided with a first site carriage, a second site carriage, a third site carriage and a fourth site carriage or more. Each sewage treatment plant sludge dewatering workshop site is at least provided with two split type sludge conveying vehicle carriages, wherein one split type sludge conveying vehicle carriage is in the working state of being loaded with sludge and achieving the storage function, and the other split type sludge conveying vehicle carriage is in the state of being to be loaded with sludge. The sludge treatment points comprise the sludge treatment point A and the sludge treatment point B or more. A technical support is provided for building a sludge special-conveying right system and operation of the system, secondary pollution of sludge to the ecological environment can be controlled from the source, and it is ensured that an effective supervisory responsibility is performed on sludge harmless, reduction and resourceful treatment.

The invention relates to an article washing monitoring method, in particular to an article washing monitoring method based on a passive identification tag, comprising the following steps: writing serial number information on the passive electronic tag, putting the passive electronic tag in an article to be washed, putting the article to be washed in washing equipment which can drive the passive electronic tag to move, recording related parameters by using the passive electronic tag, taking out the washed article, and judging that whether the washed article reaches the standard by using a reader according to the information recorded by the passive electronic tag. The energy collected by a vibrating energy collector is used for supplying power to the passive electronic tag, thus the energy is saved, and the trouble of mounting a passive electronic tag power supplying appliance is reduced. The identifying with a radio-frequency identifying (RFID) system is more objective and credible than distinguishing with naked eyes, thus the work efficiency is improved. The consumer can test and verify on site through the reader, thus the strength of supervising the washing company is effectively improved, and the hygienic safety of the consumer is guaranteed.

The embodiment of the invention provides an outworker operation site detection method and device, and is used for solving the problem of effective management and supervision of the work of outworkers.The method comprises the following steps: acquiring position information of an outworker; determining a moving track of the outworker within a first preset duration according to the position information; and determining that the moving track is in a first geographical range, and determining the first geographical range as the staying operation place of the outworker.

The invention provides a designated educational training anti-cheating method and system and application based on the RSSI locating-tracking technology. The anti-cheating method includes but not limited to the following steps: S1, registering user information at a user side; S2, a user requesting to establish the wireless connection with an educational router; S3, the educational router judging whether the user is an authenticated user according to the user side request; S4, the user side connecting with the educational router which acquires the user log information; S5, the user side performing the continuous or periodical or random signal communication with the connected educational router in the educational training process, pushing the information to a background server to form the user log information while detecting that the signal intensity RSSI value at the user side is weakened to a critical value; S6, randomly authenticating the identity of a student using a biometric feature recognition sensor or a PC side at the designated site in the educational training process. Through the adoption of the method provided by the invention, the operation is convenient and fast, the cost is low, the authenticity of the educational training of the registered user can be guaranteed, and the cheating condition is avoided.

The invention discloses an anti-counterfeiting method and device, a storage medium and a terminal, and the method comprises the steps of receiving unique identification information from an intelligent terminal, wherein the unique identification information is obtained by the intelligent terminal through reading a label of a commodity, and is used for recognizing the commodity; according to the unique identification information, determining whether the commodity belongs to a brand merchant in a preset brand merchant set; if the commodity belongs to a brand merchant in a preset brand merchant set, sending an authentication request to the brand merchant, so that the brand merchant determines the authenticity of the commodity; receiving authenticity information of the commodity from the brand merchant; and sending the authenticity information to the intelligent terminal. According to the scheme of the invention, the invention can achieve the effective recognition of a counterfeited brand owner, and achieves the positive anti-counterfeiting.

The invention provides flanking sequences of an exogenous insert of high-oleic-acid transgenic soybean event EB8072 and their application, belongs to the technical field of plant biotechnology, and particularly relates to left and right boundary flanking sequences of the exogenous insert of high-oleic-acid transgenic soybean event EB8072 and their application. The left and right boundary flankingsequences are shown as in SEQ-2 and SEQ-3. The flanking sequences may act as target DNA sequences to establish a transgenic event specific detection method. The boundary flanking sequences and the method are applicable to the specific detection for transgenic soybean events, including parents and derivative strains or varieties, as well as their articles of manufacture, including plants, tissues,seeds and products.

The invention provides a flanking sequence of a disease-resistant transgenic soybean event B5B9104-3 exogenous insertion element and application thereof, belonging to the field of plant biotechnology.Specifically, the invention relates to the left- and right-boundary flanking sequences of broad-spectrum mosaic virus-resistant transgenic soybean event B5B9104-3 exogenous insertion element, and application thereof. The left-boundary flanking sequence of the transgenic soybean event B5B9104-3 exogenous insertion element is shown by SEQ-2, and the right-boundary flanking sequence is shown by SEQ-3. The flanking sequence of the disease-resistant transgenic soybean event B5B9104-3 exogenous insertion element can be adopted as a target DNA sequence to establish a specific detection method for the transgenic event. The flanking sequence of the exogenous insertion element and the detection method provided by the invention are applicable to the specific detection of the transgenic soybean events including parent and derivative strain or variety as well as products thereof such as plants, tissues, seeds and products.

The invention provides a flanking sequence of a stress-resistant transgenic soybean event WB1 exogenous insertion element and application thereof, belonging to the field of plant biotechnology. Specifically, the invention relates to the left- and right-boundary flanking sequences of stress-resistant transgenic soybean event WB1 exogenous insertion element, and application thereof. The left-boundary flanking sequence of the transgenic soybean event WB1 exogenous insertion element is shown by SEQ-2, and the right-boundary flanking sequence is shown by SEQ-3. The flanking sequence of the disease-resistant transgenic soybean event WB1 exogenous insertion element can be adopted as a target DNA sequence to establish a specific detection method for the transgenic event. The flanking sequence of the exogenous insertion element and the detection method provided by the invention are applicable to the specific detection of the transgenic soybean events including parent and derivative strain or variety as well as products thereof such as plants, tissues, seeds and products.

The invention discloses a medical care application system and method and can extend offline treatment to a network platform through the Internet technology. The system comprises a server, a doctor client, a hospital client and a patient client, wherein the hospital client is used for establishing a contract communication protocol with the server, uploading the doctor personal information and the historical case information to the server and evaluating doctor's performance according to the communication information between doctors and patients backed up in the server, the doctor client is usedfor obtaining the patient reservation information and the case information through the server and performing online communication with the patient client through a base station or the Internet, and the patient client is used for uploading the diagnosis appointment information initiated for a designated doctor to the server, paying the consultation fee to a designated account address in the serverand receiving the reservation information sent by the server. The method is realized based on the system. The system is advantaged in that a technical problem of online and offline complementary cooperation of Internet medical treatment is solved.

The invention discloses a probe primer combination for detecting high-oleic acid transgenic soybeans. The probe primer combination comprises a pair of ligation-dependent probes and a pair of universalprimers, the ligation-dependent probe is designed and obtained for the exogenous gene of the high-oleic acid transgenic soybean based on a certain principle, and the universal primer only has specificity for the ligation-dependent probe and has no specificity for a soybean genome sequence. The invention also provides a detection method of the high-oleic acid transgenic soybean and a kit. By utilizing the exogenous insertion element left boundary flanking sequence and the specificity detection method provided by the invention, specificity detection is carried out on a transgenic soybean eventE2D8037-3, parents, other transgenic soybean events and common crops, so that effective supervision and management on transgenic soybeans and products thereof are realized.

The invention discloses a flanking sequence of a GhFPF1 transgenic cotton insertion site and a specificity identification method thereof, and belongs to the technical field of biology. The flanking sequence comprises a left flanking sequence and/or a right flanking sequence; the 1st-501th site sequences of the left flanking sequence are derived from genome sequences of the CRI 24, and the 502th-937th site sequences of the left flanking sequence are derived from exogenous insert fragment sequences of GhFPF1 transgenic cotton; the 1st-466th site sequences of the right flanking sequence are derived from exogenous insertion fragment sequences of GhFPF1 transgenic cotton, and the 467th-967th site sequences of the right flanking sequence are derived from genome sequences of the CRI 24. According to the invention, a specific primer is designed through the flanking sequence, and whether a to-be-detected sample contains a GhFPF1 transgenic cotton component can be judged by judging whether the designed primer and a PCR product of the to-be-detected sample contain a specific amplification band or not.

An electronic monitoring system includes an electronic monitoring device that is worn on a part of the body of a person to be monitored, to acquire location information and state information; an at-home monitoring device that receives the location information and the state information provided from the electronic monitoring device and determines whether the electronic monitoring device is at home, on the basis of the location information; and a control center that receives the location information and the state information from at least one of the electronic monitoring device or the at-home monitoring device to manage the person to be monitored.