61 results about "Body management" patented technology

The invention discloses a seed selection method for the improved variety of a walnut and a high-yield cultivation method thereof, comprising the steps of: selecting 8 walnut local improved varieties which are suitable for cultivating at different areas, namely, protecting the first-the eighth walnuts; adopting ten measures, namely, selecting a good area (siting control technology), building a large pond (preliminary soil preparation technology), fertilizing a picul of stable manure (base fertilizer fertilizing technology and soil improving technology), planting a improved variety strong seedlings (improved variety strong seedlings technology), irrigating a picul of root-fixing water (root-fixing water technology), covering a mulching film (water-retaining technology), a set of scientific fertilizer management method (fertilizing technology), a set of cultivation fostering management technology (soil management technology), a set of normative shaping trimming technology (tree body management technology), and a set of systemic pest preventive measure (soil management technology); and promoting the yield of young tress, updating old trees and improving low-yield tress.

The invention discloses a method for improving output of cordyceps militars fruiting body and cordycepin by adopting red yeast rice synergistic fermentation, wherein bacteria strain activation and antagonism test are required beforehand, and afterwards, the cordycepin are required to be detected. The method comprises four stages: (1) red yeast rice cultivation; (2) cordyceps militars cultivation; (3) dixenie mixed synergistic fermentation; and (4) fruiting body management. The method not only can significantly improve the output of the cordyceps militars fruiting body by more than 30 percent, but also can improve the quality of the cordyceps militars fruiting body, thus causing the content of cordycepin in the fruiting body to be improved by 20 percent and reach more than 20.2mg/g. The method has great significance in improving the output and efficiency of cordyceps militars solid fermentation, and improving the content of effective constituents in medical cordycepin powder and capsule, thus having good application and development prospect.

The present invention is a movable body management system which can appropriately calculate a movable body fee according to availability etc. and flexibly and effectively allow movable bodies to be used. Each of vehicles such as cars and bicycles has a GPS capability to detect a current position of its own at a specified time interval. The system transmits information indicating the detected current position to an operating company for managing current positions of respective vehicles. When each of vehicles such as bicycles is rented out to a member and is used, the system starts measuring a traveling distance and a traveling time. When the use of the vehicle ends, the system transmits the measured traveling distance and traveling time to a server apparatus in the operating company. The operating company's server apparatus calculates the fee for settlement according to the transmitted traveling distance and traveling time.

An image forming apparatus compares device identification information acquired from XML setting information received from a connected device with device identification information of the image forming apparatus, and determines an import level based on a comparison result. The image forming apparatus extracts a setting according to the import level using each module of a plurality of applications for the image forming apparatus, and stores the extracted setting in a storage that is used for control performed in each application. The device identification information that determines the import level includes at least one of firmware version, destination information, user editing information, accessory connection information, and license information, in addition to model management number and machine body management number.

The invention discloses an individual driving behavior analysis based online auxiliary driving information pushing system, which comprises a network module, a display unit, a vehicle body management unit and a visual unit, and is characterized in that the network module, the display unit, the vehicle management unit and the visual unit are connected with a processor, the visual unit is used for acquiring data of various sensors, the vehicle body management unit is used for extracting vehicle information, the display unit is used for prompting to push the information, the network module is used for interacting with a remote data center, and the remote data center is platform from which a vehicle acquires external information. The invention discloses a personalized information pushing system, and the information is pushed in a personalized mode according to conditions of a driver, so that auxiliary information of the vehicle is enabled to be more accurate.

The invention discloses an intelligent ship body system which comprises a ship body full-life-cycle management module, a monitoring and auxiliary decision-making module, an execution module and a datamodule. The data module is used for converting, processing and detecting the sensing data acquired by the sensor to form result data; the monitoring and auxiliary decision-making module is used for comparing and analyzing the result data with a set value, and making decision-making suggestions according to abnormal data when the abnormal data appears in the result data; the ship body full-life-cycle management module is used for detecting a ship body structure according to decision opinions and autonomously making a maintenance instruction; and the execution module is used for autonomously making a scheme for executing ship body management and action according to the maintenance instruction and executing the scheme. According to the intelligent ship body system, based on establishment andmaintenance of the ship body database, changes of ship body structure stress can be monitored in real time, abnormalities existing in ship body structure data are analyzed and calculated, potential risks in a ship body are effectively eliminated, and navigation safety is further improved.

The invention relates to a method for increasing the yield of juice peaches. The method includes the measures of orchard establishment, soil and fertilizer management, tree body management, irrigation, hormone spraying and the like. By the adoption of the cultivation method, through the improvement in the aspects of orchard establishment, irrigation, fertilization and the like, compared with the prior art, the yield of the juicy peaches is increased by 20% to the maximal degree.

The invention discloses a grape vine cultivating method. The grape vine cultivating method comprises the specific following steps of field planting, soil, fertilizer and water management, tree body management, disease and pest prevention and control and trimming. In the mode, the grape vine cultivating method provides the most suitable grape tree cultivating conditions, the cultivating survival rate of grape trees can be effectively improved, and the productivity efficiency in the grape planting process can be improved. In addition, the quality of fruits is improved, the soluble solid content is high, the yield and quality of grapes are effectively improved, cultivated fruits do not fall or crack, the soluble solid content in the fruits is high, and the fruits have a full aroma and are superior in quality.

The invention discloses an RFID (radio frequency identification) technology based non-metallic ion grounding body management method. Operating data of an underground non-metallic ion grounding body is detected by utilizing the RFID technology, a management workstation calculates by utilizing data and judges whether the management workstation is normal or not, the non-metallic ion grounding body with a grounding resistance higher than normal level can be maintained within the shortest time according to judging result, the phenomenon that replacement and construction are repeated as the grounding resistance of the non-metallic ion grounding body is high, a large amount of time and cost are saved, and the problem that buried non-metallic ion grounding bodies are difficult to manage is completely solved.

The invention relates to a tree body management method for increasing the yield of red pulp type pitaya, and belongs to the technical field of fruit tree management. The method comprises the seven steps of old branch trimming, new shoot removing, topping, flower thinning, pollen collecting, pollinating and fruit thinning. According to the tree body management method for increasing the yield of the red pulp type pitaya, a traditional cultivation technology of the red pulp type pitaya is broken through, it is proposed that artificial pollination needs to be conducted under any climate condition, flower thinning is conducted by combining pollen collection, and the best time period of artificial pollination is within four hours after the flowers bloom; topping on too long branches is put forward firstly, and the number of trimmed sprouts is quantized. According to the tree body management method for increasing the yield of the red pulp type pitaya, the method is specific, the standard is quantized, maneuverability is very high, fruit setting of the red pulp type pitaya and fruit development are greatly facilitated, and therefore the yield is obviously increased.

The invention relates to a method for evaluating the health status of signaling equipment of urban rail transit based on group decision, which comprises the following steps: S1, reading the health management cycle parameter of any equipment; if the health management cycle parameter of any equipment is the equipment fault status monitoring cycle, executing the step S2; If the parameter of the healthy body management cycle is the equipment use state evaluation cycle, executing step S3; 2, read that failure times of the equipment in the lat set days, and modifying the healthy body management cycle parameter of the equipment into the equipment use state evaluation cycle when the failure times exceed the set alarm threshold value of the equipment type; Step S3: Receive the fuzzy evaluation matrix respectively given by each expert member, and obtain the evaluation result of the equipment based on the fuzzy evaluation matrix. Compared with the prior art, the invention initially identifies thestate of the equipment by using the healthy body management cycle parameters of the equipment, and evaluates the equipment in the evaluation cycle, so as to improve the evaluation efficiency and accuracy of the equipment.

The invention provides a door body distribution system for a refrigerator production line. The door body distribution system for the refrigerator production line comprises a conveying rail, multiple carrying devices, a first information reading-writing module, a second information reading-writing module, a third information reading-writing module and a door body management module, wherein the conveying rail is arranged along a door body assembly area, a door body storage area and a refrigerator final assembly area in the refrigerator production line; the multiple carrying devices are arranged on the conveying rail; each carrying device is used for carrying a whole set of door body of a refrigerator, and is provided with an electronic label; the first information reading-writing module is configured to write corresponding door body information on the electronic labels of the carrying devices mounted in a door body in the door body assembly area; the second information reading-writing module is configured to read the door body information recorded in the electronic labels of the carrying devices passing through or placed in the door body storage area; the third information reading-writing module is configured to read the door body information recorded in the electronic labels of the carrying devices of which the door body is unloaded in the refrigerator final assembly area; and the door body management module is configured to obtain and store the information of the door body carried by the multiple carrying devices and the positions of the multiple carrying devices.

An embodiment of the invention discloses a motion health exciting method based on a block chain, a device, equipment, a server and a medium. The method comprises the steps of receiving an uplink transaction request which comprises user motion health data, writing the user motion health data into a block as transaction data; and based on excitation mechanism, according to the user motion health data, determining an exciting element of the user, and writing the exciting element of the user into the block as the transaction data. According to the method, the device, the equipment, the server andthe medium, enthusiasm of the user to exercise and body management can be improved in a motion health exciting manner, thereby facilitating a user in keeping a good motion health habit. Furthermore the method, the device, the equipment, the server and the medium are applied based on block chain technology, thereby preventing motion health excitation faking, and ensuring high openness and high fairness in executing the motion health excitation plan.

A body line management system, including methods and apparatuses for a patient dressing which includes retention wheels, about which IV, catheter, monitoring lines, biofeedback lines, or similar lines can be wrapped to secure the lines from unintentional disruption or dislodgment while permitting a practitioner to check the line as necessary.

The invention provides a deep learning body management system based on a smart bracelet. The system comprises the smart bracelet, an APP mobile terminal and a cloud server. The smart bracelet sends collected body information data of a wearing user to the APP mobile terminal, and the APP mobile terminal uses a deep learning neural network algorithm, integrates real-time data of each module, and calls a cloud server to intelligently synthesize a self-service doctor plan, a nutrition plan, an exercise plan and a work plan to push daily reasonable arrangements. According to the invention, the physical condition of the wearing user is monitored in real time, the problem that the physical health of people is ignored due to busy affairs is effectively solved, various diseases are effectively prevented, emergency alarm can be performed, and the position information is transmitted to nearby hospitals.

The invention relates to the technical field of fruit tree planting, in particular to a planting method for peach trees. The method comprises the following steps of garden selection, soil preparation,variety selection, field planting of nursery stocks, tree body control, tree body management, fertilizer management, prevention and control of diseases and pests, flower and fruit retention and fruitthinning. According to the planting method for the peach trees, structural processing is conducted on planting of the peach trees, a suitable planting environment and good saplings of the peach treesare selected, according to the growth rule of the peach trees, the nutrition required by the growth of the saplings is guaranteed, the survival rate of the saplings and the fruit yield after tree bodies survive are increased, and meanwhile the quality of fruits is improved. Compared with peaches sold on the market, the planting method for the peach trees has the prominent advantages on the taste,sweetness, quality and the like of the produced peaches.

The invention discloses a content pushing method for monitoring an intelligent wearable device. The method includes the steps of obtaining individual data registered by a user with the intelligent wearable device through an intelligent terminal, obtaining monitoring data of the intelligent wearable device according to a preset rule, establishing a user model according to the individual data and the monitoring data, obtaining preset content data matched with the user model in a content database through matching, and pushing the content data to the intelligent terminal. The individual data includes physical parameter of the user. The monitoring data includes the exercise amount and/or physical index parameters. The content data includes one or more of an exercise amount report, an exercise scheme recommending report, a diet recommending report, an exercise circle recommending report and an advertisement pushing report. By means of the method, the exercise amount report is displayed for the user, a rich physical management report is pushed to the user, better exercise management and physical management are achieved, and the user has an ideal exercise effect.

The invention discloses a grape flower bud differentiation regulation planting method. The grape flower bud differentiation regulation planting method comprises garden establishment and planting, tree body management, flower bud differentiation process regulation, young fruit exogenous treatment, winter shaping and trimming, fertilizer and water management, and the like. According to the planting method, through utilization of reasonable trimming and core picking strength and combination of spraying of ethephon with proper concentration, the spica forming rate of new shoots can be increased obviously, the differentiation process of the grape flower buds is accelerated, the flower bud differentiation cycle is shortened by 15 to 20 days, and a positive effect on production of the grapes at the second season is achieved; meanwhile, through exogenous calcitonin nutritional treatment of summer young fruit in the expanding period and proper calcitonin concentration and treatment cycle, the cytomembrane structure of fruit peel is protected, the lipid peroxide content of the cytomembrane is reduced, the inhibition on the photosynthesis of grape leaves by high temperature is relieved, the sunburn resistance and softening resistance of the fruit are improved, and the commodity of the fruit is greatly optimized.