71results about How to "Not subject to geographical restrictions" patented technology

The invention discloses a remote medical system. The system comprises a portable medical instrument which can be worn on the human body, hospital wireless communication equipment, a hospital medical server and a doctor diagnosis terminal, wherein the portable medical instrument is worn on the human body to acquire data of the human body, and sends the data to the hospital wireless communication equipment in a wireless communication mode; the hospital wireless communication equipment transmits the received data to the hospital medical server; and the hospital medical server sends the data to the doctor diagnosis terminal. The medical instrument and the hospital wireless communication equipment of the remote medical system are communicated in a wireless mode, so that users can receive remote diagnosis treatment. In addition, because the portable medical instrument can be worn on the human body, the user can exercise freely. Moreover, the remote medical system also achieves a medical network which connects a pharmacy terminal, an apparatus room terminal, an accounting center terminal, and the like so as to ensure that people remotely solve a series of problems of medical treatment, payment, and the like.

The invention relates to a system and method for integrally and intelligently controlling water and fertilizer in a field based on multi-source information fusion. The system comprises a weather forecast inquiry receiving subsystem, a weather real-time data collecting control subsystem, a cloud computing platform, a central control unit, an irrigation and fertilization control subsystem, an irrigation and fertilization state monitoring system and an online fault detection system. The system provided by the invention is an automatic control system integrated with the functions of weather forecast inquiry, crop cloud computing platform inquiry, farmland weather real-time collection, solid fertilizer rapid solution, mother solution real-time monitoring regulation, irrigation and fertilization state monitoring, online fault detection, irrigation and fertilization and remote intelligent control. According to the invention, the factors, such as, weather forecast, cloud computing platform, weather real-time collection and growth vigor of the crops in the growth process can be comprehensively considered, corresponding irrigation and fertilization decisions can be made, and thus precise irrigation and precise fertilization can be accurately realized; and the growth vigor of the crops can be described in real time, and the irrigation and fertilization can be performed according to the growth vigor of the crops.

The invention discloses a method and a device for calibrating time, wherein the time-calibrating method comprises the following steps that: the time-calibrating device establishes a communication link with a network terminal through a USB interface protocol, acquires and saves standard time from a time server through the network terminal; the time-calibrating device updates the standard time to keep the standard time synchronous with the time of the time server; the time-calibrating device establishes the communication link with calibrated equipment through the USB interface protocol; and the calibrated equipment updates the internal time thereof according to the read standard time. The invention has the advantage that the internal time of the calibrated equipment is synchronized with the time of the time server, and a proposal for calibrating an internal clock of the equipment is easy to implement, is not limited by regions, and is economical and effective.

The invention relates to a movable micro-sprinkling irrigation water-fertilizer integrated comprehensive management system and a control method thereof. The system comprises a movable device, a micro-sprinkling belt spreading/rolling device, a precision fertilizer preparation device, a head hub device, a control system and a power supply source, wherein the movable device comprises an electric tricycle and a movable bracket; the micro-sprinkling belt spreading/rolling device is used for paving and rolling a micro-sprinkling belt; the precision fertilizer preparation device is used for precisely ejecting fertilizer and preparing a concentration-controllable mother liquor; the head hub device is an integration of equipment for pressurization, adjustment, control, purification, fertilization, detection and the like and is used for conveying the irrigation water and fertilizer mother liquor; and the control system is used for controlling accurate operation of the micro-sprinkling belt spreading/rolling device, the precision fertilizer preparation device and the head hub device. According to the invention, the fertilizer can be automatically prepared, the ejection and preparation of mother liquor are realized at the same time, the working continuity of the device is improved, and the time and labor are saved.

The invention discloses a planting method of burdock. The method comprises the steps of puncturing a planting field; filing filler; treating burdock seeds; sowing; conducting growth management. According to the planting method of the burdock, when the burdock is planted, the planting field is punctured, a planting device is inserted, afterwards a planting tube is filled with the filler mixed with a fertilizer, and then the burdock is planted on the filler. Through the planting method of the burdock, fertilizing and watering can be concentrated, the burdock can easily grow along the planting tube, the planted burdock has a robust and very straight root system, the commodity nature is good, the commodity rate is high, the method is suitable for burdock planting in various environments, the management is convenient, the cultivated seedlings are uniform in appearance condition, a solid foundation is laid for the burdock to form a unified specification in the growing process, and the method is wide in application range and worth popularizing.

This invention provides a distributed network communication system including a central server, multiple communication servers and multiple communication terminals, in which, said server distributes an exclusive number for each use, who logs on the central server by the communication terminals, after the central server receives it, it distributes a communication server for the terminal based on the loged user information of the terminal and load state of the servers, which connects with other servers when the server sets up communication, this invention also provides a method for setting up communications by a distributed network communication system.

The invention provides a system and a method of signature verification management for online trading. Each user of a slave computer is distributed with a respective independent data unit module on a memory of a system host, the data unit module of the user is composed of a user trading operation record part and a user funds transferring operation record part, each data unit module of the user funds transferring operation record is further divided into an independent data store partition and a common domain data store partition, when the common domain data store partition transfers funds, the operation can be run by common operation of both the host computer and the slave computer; a third-party platform of bargaining transaction is formed by a host system, digital signatures are required if the user of the slave computer signs a business contract and sends out a transferring command on the host system, the operation can be run after the user who signed the signature is decrypted and confirmed by the host system. The invention also provides a network data add-subtract control method for computers. The invention can effectively improve the security of goods delivery and payment for buyers and sellers in the prior e-business.

The invention discloses an online monitoring system for multiple weather parameters, which comprises a sensor group, a data acquiring and recording unit, an online data transmission and analysis module, an upper monitor and a plurality of lower receiving terminals. The sensor group includes a plurality of sensors which are respectively used for detecting relevant weather parameters of monitored areas in real time, the data acquiring and recording unit is used for grouping data acquired by the sensor group, the upper monitor is arranged in an upper monitoring room, the lower receiving terminals are mounted in environment monitoring departments for online synchronous observation, the data acquiring and recording unit comprises a data acquiring module and a data storage module, and the online data transmission and analysis module are in bidirectional communication with the upper monitor and the lower receiving terminals in a wireless communication manner. The online monitoring system for multiple weather parameters is reasonable in design, low in power consumption, convenient in arrangement, simple in operation, reliable in performance, capable of realizing automatic acquisition and wireless transmission of monitored weather data without region limitation, and capable of meeting actual requirements of various emergency weather monitoring.

The invention discloses a method for synthesizing calcium cyanamide. The target product calcium cyanamide is synthesized with ammonium hydrogencarbonate and calcium oxide as raw materials under the effect of a catalyst and protected by inert gas. The method is simple in operation step, low in energy consumption, short in production cycle and high in product yield and purity, and meets the market quality requirements for the calcium cyanamide. The raw materials are easy to obtain, low in price and not subject to geographical restrictions. No waste is generated in the reaction. High environmental value is achieved, and the production cost is reduced under the premise that the product yield and quality are ensured.

The invention discloses a subarea optimization method for a crop irrigation system in an underground water shallow-buried area. The method comprises the steps of obtaining local historical data; based on the local historical data, utilizing an Aquacrop model to obtain first simulation yield and simulation water consumption of each growth stage of crop wheat in different areas under different set irrigation systems, wherein different areas take set groundwater burial depths as partition boundaries; according to all the first simulated yields and the simulated water consumption of the corresponding growth stages, acquiring second simulated yields of all the regional crops under the water production function models and stage sensitivity coefficients or indexes of the different growth stages by adopting the set multiple water production function models; calculating a decision coefficient between the first simulated yield and the second simulated yield; determining an optimal moisture production function model corresponding to each region by adopting a phase sensitive coefficient or an index and a decision coefficient; and taking the stage sensitive coefficient or index under the optimal moisture production function model as an irrigation decision variable, and obtaining an irrigation system by using Aquacrop in combination with a set irrigation quota.

The invention discloses a method for rapidly propagating Camelia sinensis cv. Chongqing pipacha. The method comprises the following steps of: sequentially cleaning an explant of a stem segment with buds of an indoor cutting seedling of the Camelia sinensis cv. Chongqing pipacha by using soapy water, soaking in carbendazim, and washing by using running water, completely absorbing the moisture on the surface of the explant, and removing small leaves from outer layers of the buds and the stem segment; sequentially disinfecting the explant by using alcohol and mercury bichloride under aseptic conditions, washing by using sterile water, inoculating into a Murashige and Skoog (MS) culture medium, culturing, and screening out a survival aseptic material; transferring the aseptic material into a startup culture medium, culturing and inducing into buds; and transferring the germinant aseptic material into an enrichment culture medium, and continuing to culture to obtain cluster buds with the average multiplication coefficient of 3.31 to 4.86. By the method, the aseptic material of which the sterilization survival rate is up to 88.5 percent can be obtained, the germination time is short, the multiplication rate is high, the cluster buds of which the average multiplication coefficient is up to 4.86 can be obtained within three months, and excellent characters of a genotype and a phenotype of the original clone can be maintained.

The invention discloses an epoxy-group-containing solid resin which is prepared by carrying out solution polymerization on the following three monomers in percentage by weight: 6-92% of monomer A, 0-86% of monomer B and 2-40% of monomer C. The monomer A is acrylate and/or methacrylate; the monomer B is a vinyl monomer; and the monomer C is epoxy unsaturated polyfunctional group ester and/or epoxy unsaturated polyfunctional group ether. The epoxy-group-containing solid resin product and production process are environment-friendly, are free from the restrictions of the use region, and are low in cost. The solid resin can be matched with the existing material formula by an existing device technique to manufacture a thermosetting powder paint, and the prepared powder paint has high performance.

The invention discloses a satellite signal source pointer-type watch and relates to a watch, comprising a watch shell, a dial plate and pointers; the interior of the watch shell also comprises a mini-type satellite signal receiver, a microprocessor, one or more mini-type reduction boxes, and an information window which displays time, latitude and longitude coordinates, altitude, movement velocity and direction information; the mini-type satellite signal receiver is electrically connected with the microprocessor; the microprocessor is electrically connected with the drive of the mini-type reduction box(s); the output shaft of the mini-type reduction box is connected with the pointers. The dial plate is provided with scales for the pointers to indicate hour, minute and second. The satellite signal source pointer-type watch has the advantages that the watch receives signals without regional restriction and has small interference; besides, the watch has simple time calibration, accurate timing and small size, which can time, latitude and longitude coordinates, altitude, movement velocity and direction, and has other functions.

The invention provides a processing method for performing video live broadcast stream pushing based on a mobile phone. The method comprises the steps that step one, the streaming media address of an anchor live broadcast client side is acquired; step two, the account number and the password of an anchor live broadcast port are acquired and identity checking is performed; step three, the anchor live broadcast parameters are acquired; and step four, capturing, video and audio transcoding are performed by using the mobile phone camera through the FFMPE technology and stream pushing is performed. According to the processing method for performing video live broadcast stream pushing based on the mobile phone, capturing, video and audio transcoding and stream pushing are performed by using the mobile phone camera through the FFMPE technology so that the real-time live broadcast function can be performed through the mobile phone camera, and the live broadcast mode is flexible without regional restriction in comparison with the conventional live broadcast scheme requiring the computer.

The present invention discloses a miniature electric wave meter signal emission device. The miniature electric wave meter signal emission device is mainly characterized in that a signal processing unit is arranged in a body, and a signal receiving and modulation unit for specifically receiving a cesium iridium atomic clock signal in a global positioning system or a mobile phone communication system is arranged in the signal processing unit; the modulated clock signal is decoded by a coding and decoding unit, then is sent to an operation unit to calculate and accumulate the distance time difference from an emission signal to the signal processing unit, and then is transmitted back to the coding and decoding unit to recode, and finally is transmitted to a modulation and emission unit for modulation, so that the clock signal received by an electric wave meter is corrected to emit, and the users using the electric wave meter receive and correct the time difference.

The invention provides a gantry moving beam type vertical turning-milling combined machining center. The gantry moving beam type vertical turning-milling combined machining center is characterized in that a bottom movement control system i5CNC based on the Internet condition is in communication with other terminals directly through the Internet, and an EtherCAT bus protocol is used for controlling a PLC and motor driving; a vertical turning spindle unit is fixed to the horizontal plane of the front side of a gantry moving beam type frame lathe bed; a vertical turning spindle is vertically fixed in a vertical turning supporting base, a central solid chuck is coaxially fixed to the vertical turning spindle, a locking oil cylinder and a pull rod are fixed to the lower end of the vertical turning spindle, and the locking oil cylinder is controlled to drive the pull rod and the central solid chuck to achieve clamping or loosening; and dual drive is adopted for the Y axis, a spindle power unit is reversely arranged in a spindle box, a bamboo hat type tool changer is fixed to the rear side of the lathe bed, and the tool taking function of the spindle is achieved through the X axis, the Y axis and the Z axis. The gantry moving beam type vertical turning-milling combined machining center has the beneficial effects that one axis is added, both the milling function and the turning function can be integrally achieved in the spindle unit, and high-speed rotating and positioning can be achieved; and a turning tool sliding plate assembly of the spindle unit is omitted, so that the cost is reduced, and the cost performance is high. The gantry moving beam type vertical turning-milling combined machining center has better high-and-low speed properties and dynamic performance.

Belonging to the technical field of fine chemicals, the invention in particular relates to a synthesis method of calcium cyanamide. The method adopts calcium oxide, carbon powder and ammonia gas as the raw materials to synthesize the target product calcium cyanamide under the action of a catalyst, and the catalyst is one or more of calcium fluoride, calcium chloride and zinc oxide. The method provided by the invention has the advantages of simple operation steps, low energy consumption, short production cycle, high product yield and purity, and meets the quality requirements of the market forcalcium cyanamide; the raw materials are easily available and cheap, and have no geographical limitation; the reaction does not generate waste, and has high environmental protection value. The methodgreatly lowers the production cost, improves the product yield and quality, and is suitable for industrial production.

The invention relates to a technology for repairing nuclide pollution, in particular to a method for using living seaweed to repair seawater nuclide strontium pollution. According to the method, living Saccharina japonica or Sargassum horneri are used to repair the pollution of nuclide strontium in seawater. The method has the advantages of good adsorption effect, low cost and simple and convenient operation, and laying an important foundation for in situ bioremediation of near-shore radionuclide-contaminated sea areas.