52results about How to "Arrange time reasonably" patented technology

The invention discloses a method and system for predicting the queuing time of a vehicle in a region. The method comprises the following steps: obtaining the data of a queuing vehicle at an entrance in the region at the present moment, and transmitting the obtained data to a server; searching the average number of exit vehicles at an exit in a corresponding unit time period in a historical database by the server, and calculating the interval time from the time when the front vehicle leaves to the time when the rear vehicle leaves in the corresponding unit time period; based on the data of the queuing vehicle at the entrance and the interval time from the time when the front vehicle leaves to the time when the rear vehicle leaves in the corresponding unit time period, calculating the queuing waiting time of the vehicle in the region at the present moment by the server. The system comprises a vehicle queuing data obtaining unit, and a vehicle leaving data obtaining unit, which are respectively mounted at the entrance and the exit of the region, and the server connected to the two obtaining units. Through the use of the method and system disclosed by the invention, the predicting time of the queuing of the vehicle in the object region can be provided for a driver as a reference in real time through the network, so that the driver can make a decision in time and reasonably manages time.

The invention discloses a human body energy value monitoring method comprising the following steps that user body behavior data and environmental data are acquired, and the behavior and the environment of the user are analyzed and judged for the first time; the data are uploaded and the data are analyzed again and then the obtained result is returned to the system; an energy value model is established according to the data and the result; and the energy value score of the user is calculated through the energy value model so that the energy state of the user can be assessed. The invention alsoprovides a human body energy value monitoring system comprising terminal equipment and a data acquisition device. According to the scheme, the energy value of the user can be comprehensively judged from multiple dimensions, including acquisition and analysis of personal body, spirit, emotion, efficiency and other state data so as to be quite convenient and great in user experience. The human bodyenergy value monitoring method and system can be widely applied to the field of intelligent equipment.

The invention discloses a system and a method for prompting transferring information in a car when a high-speed railway train arrives at a station. The next arrival station of a train is judged in advance, if the next arrival station of the train is a transferring station, arrival time and arrival time of all other trains to the transferring station are released to passengers in the car through a transferring information releasing module arranged in the car, so that the passengers can know arrival time of their train to the transferring station and arrival time of trains the passengers want to take to the transferring station in the car and can decide if the passengers need to catch the trains they want to take after they get off the train according to time difference of the arrival time of their train and the arrival time of the trains the passengers want to take. Great convenience is provided for the passengers in the train, if the time difference is small, the passengers must move fast so as to be possible to catch the trains they want to take; if the time difference is large, the passengers do not need to catch and can arrange their time reasonably.

The invention discloses a multi-satellite resource planning method for cooperatively executing complex tasks, which comprises the following steps of: 1, selecting an appropriate load type according toan environment constraint condition and a reconstruction task type input by a user; 2, selecting loads meeting conditions from all loads meeting the load type according to index requirements of a reconstruction task, and selecting an alternative satellite set possibly participating in reconstruction by combining a corresponding relation between the loads and satellites; Step 3, according to the orbit and load capacity of each satellite in each alternative satellite node set, calculating the coverage time and coverage range of each satellite on the reconstruction target, selecting a satelliteset capable of covering the target from the coverage time and coverage range, and forming a corresponding meta-task set; And step 4, selecting an appropriate meta-task combination from the meta-task set to complete re-planning of satellite system tasks. According to the invention, the coverage area and the coverage time of the satellite can be reasonably arranged, so that the utilization of satellite system resources is maximized.

The invention relates to a system and a method for optimizing grouping and queuing of purchased vehicles and belongs to the technical field of vehicle management and control in enterprises and factories. The technical scheme is that: a basic data module, a material freight module and an equipment module respectively interact with a queuing control module based on a network and a database, and the queuing control module and a display module rely on the network and the database to interact with each other. The invention divides the truck's grouping area, the lane and the parking space by the physical area, uses the queuing control method to calculate the parking lane, the parking space and the parking time of the truck in the grouping area, and guides the truck to park quickly in the most scientific parking space with the combination of the LED display screen, so as to standardize the queuing management of trucks, put an end to the disordered parking by truck drivers in the factory, improve work efficiency and ensure stable and orderly supply of materials. Using SVG and JVectorMap technology to draw the system's browser display screen, the invention quickly displays the queuing condition and the truck information in the grouping area to improve the level of vehicle management and control in the factory.

The invention provides a temperature and humidity control method and a control system for air conditioners in coating workshops. On the basis of the regional control mode of a PLC system, the accuracy of the temperature and the humidity is greatly improved, and the energy is saved for production enterprises; the purposes of lowering the cost and increasing the benefit for the production enterprises, saving the energy and protecting the environment are realized.

The invention discloses an automatic pressure gel forming device of epoxy resin. The device comprises a frame, a movable die, fixed dies and a rotary mechanism, the frame is provided with a guide rail, the guide rail is provided with a movable grillage which can move on the guide rail, the movable die is fixedly arranged on the mobile grillage, the rotary mechanism is rotatably arranged on the frame, and the fixed dies are arranged on the rotary mechanism. The automatic pressure gel forming device of epoxy resin can realize multi-station operation and improves the production efficiency.

The present invention discloses a variable information updating method, a variable information updating device, a computer device and a storage medium of the computer device. The variable updating method includes the following steps that: keywords characterizing original variable information in an information list are acquired; the real-time information of variables in the original variable information at the current moment is acquired from a preset database according to the keywords; and the real-time information is sent to a client, so that the client displays the real-time information in the original variable information after receiving the real-time information. According to the method of the invention, the information list on the client is extracted; the keywords characterizing the original variable information in the information list is acquired; the real-time information corresponding to the keywords is obtained from the database, and then is sent to the client for display update; and therefore, a user can know real-time change in time. Compared with a method applying a static information list in the prior art, the method of the invention enables a customer to timely understand changed information and arrange time reasonably.

The invention discloses a method for calculating a reservation waiting time of a printer and a print reservation system. The method includes: receiving a print reservation request sent by each mobile terminal, the print reservation request including the identification number of the target printer and data to be printed; querying the target printer The preset printing speed determines the number of pages to be printed according to the data to be printed, and determines the printing demand time of the data to be printed according to the printing speed and the number of pages to be printed; according to the order of the receipt time of the print reservation request sent by each mobile terminal Each mobile terminal sorts the reservation order; calculates the sum of the printing demand times corresponding to all mobile terminals whose reservation order is earlier than the current mobile terminal; sends the sum time to the current mobile terminal to remind the user of the waiting time. The present invention can remind the user of the waiting time when the user remotely reserves printing, so that the user can arrange the time reasonably.

The invention discloses a convenient projector convenient to adjust. The projector comprises a housing which is provided with a control button; a storage battery which is installed in the cover shell, and connected with electric quantity display lamps arranged on the top and the side face of the cover shell; a damping rotating shaft, wherein the housing is hinged to the damping rotating shaft, and a rotating part of the damping rotating shaft is fixedly connected with the tail end of the housing; a base which comprises three supporting plates which define a square shape, wherein shell tubes extending upwards are arranged at the tail ends of the two longitudinal plates, telescopic inserting rods are installed in the shell tubes, and the inserting rods are connected with the fixing parts of the damping rotating shafts; and suckers which evenly distributed on the lower surface of the base. The housing and a projection lens can be rotated by any angle, and meanwhile, the height is adjusted through the inserting rod, so that projection is facilitated; and the suckers are arranged on the base to prevent a machine body from sliding, so that a projection picture is more stable.

The invention discloses a detection device and system for remaining time of a drip. The device comprises a first hanging part, a weighing sensor, a control and a wireless communication module; a hanging portion for hanging a drip bottle is formed in one end of the first hanging part, and the weighing sensor is arranged at the other end of the first hanging part; the controller, the weighing sensorand the wireless communication module are electrically connected. The controller comprises a processor and a storage, and an executable code is stored in the storage and configured to be executed bythe processor according to the following implementation method. The implementation method comprises the steps that an initial capacity value and a current weight valve of a current-hung drip bottle and a weight difference of the drip bottle in a preset time period are acquired, and according to the weight difference of the drip bottle in the preset time period, the current flow speed of the drip bottle is calculated; according to the initial capacity value, the current flow speed and the current weight valve, the remaining time of the drip is calculated and sent to a server through the wireless communication module, so that the server sends the remaining time to a related user terminal.

The invention discloses a tourism man-machine interaction method and device based on an artificial intelligence algorithm and electronic equipment. The method comprises the steps of obtaining the nodeinformation of all nodes in a scenic spot, wherein the node information comprising a scenic spot name, a scenic spot position and a scenic spot level; obtaining the current position of each user, andobtaining the number of tourists corresponding to each node according to the current position of the user; calculating the priority corresponding to each node according to the tourist number corresponding to each node and the node information corresponding to the node; and selecting the node with the highest priority, obtaining a line between the current position of the user and the node with thehighest priority, and displaying the line to the user. By combining the current position of the user and combining the positions, grades and current number of people of all scenic spots in the scenicarea, the scenic spot with the highest priority is obtained through processing to form a route to be recommended to the user, the user is helped to reasonably arrange time, people flow peaks are effectively avoided, and efficient management and operation of the scenic area are helped.

The invention discloses a logistics reservation distribution system based on a block chain. Firstly, the recording module calculates the estimated arrival time of the package according to the mailinginformation and the receiving information of the package, and records the estimated arrival time, the recipient's mobile phone number, the mailing information and the receiving information on each node of the blockchain., and the first association module associates the expected arrival time with the order identification code of the package, so that a postman can inquire the expected arrival time on the block chain after scanning and identifying the order identification code, and the postman can reasonably arrange the sending time. By adopting the technical scheme of the invention, the appointment receiving can be facilitated, the time waste caused by secondary delivery is reduced, and the working efficiency is improved.

The invention relates to an accurate feeding device, and relates to the technical field of livestock breeding devices. The feeding device comprises a charging tray, a charging barrel and a feeding assembly, wherein the feeding assembly comprises a material quantity detection module, a feeding pipe, a material pipe electromagnetic valve and a main control module; the feeding pipe is communicated with the charging barrel; the charging pipe electromagnetic valve is positioned on the feeding pipe; the material quantity detection module is used for detecting the material quantity discharged into the feeding pipe; the material quantity detection module and the material pipe electromagnetic valve are electrically connected to the main control module; the main control module is also electrically connected with a first timing module for receiving a time value detected by the first timing module and controlling the first timing module to reset for re-timing and start or stop timing; when the timing duration of the first timing module reaches the preset interval duration, the main control module controls the first timing module to stop timing and starts the charging barrel electromagnetic valve; when the material quantity detected by the material quantity detection module is equal to a material quantity threshold value, the main control module closes the material pipe electromagnetic valve and controls the first timing module to reset for re-timing. The feeding device has the effect of automatic feeding in a timed and quantitative mode.

The invention provides a textile machine working state real-time monitoring system and method. The textile machine working state real-time monitoring system comprises a composite robot and a material transportation control system. The composite robot monitors the working state of the textile machine, and when the spindles are in a material shortage state, the composite robot utilizes the full spindles stored in the composite robot to replace the spindles which are in material shortage; after the composite robot replaces all the full spindles stored in the composite robot, whether the monitored textile machine lacks materials, the remaining use time and whether the broken line fault occurs are recorded and transmitted to a material transportation control system; the material transportation control system is used for sorting the feeding tasks of the textile machines according to the material shortage conditions of the textile machines currently monitored by the composite robot, the emergency degree of remaining time and the transportation distance; and the composite robot in the waiting area enables a vehicle body to be filled with spindles according to the sequence of tasks issued by the material transportation control system to carry out feeding of the textile machine.