33 results about "Pasture management" patented technology

The invention provides an intelligent pasture management system. The system comprises a server and at least one monitoring device, wherein the monitoring device is used for monitoring the geographic position of livestock, monitoring body temperature, heart rate, food intake and exercise amount of the livestock to obtain the corresponding geographic position information, body temperature data information, heart rate data information, food intake data information and exercise data information, and sending all the data information to the server in a wireless manner; and the server is used for receiving the geographic position information, the body temperature data information, the heart rate data information, the food intake data information and the exercise data information, which are sent by the monitoring device, and establishing an electronic archive for the livestock so as to carry out monitoring management on the growth process of the livestock. Therefore, the system can monitor and manage the health state of the grazing livestock and the state of the grazing environment, realizes intelligent and safe grazing, and has magnificent economic benefits and environment benefits.

A plant matter sensor, the sensor includes a pair of parallel spaced apart sensor arms and a control console, a first of the arms having a plurality of emitter means spaced along its length, each emitter configured and arranged to, in use, emit a signal substantially perpendicularly to the arm to be received by a corresponding receiver on the second arm. The console contains controller means to, in use, control the rate, strength and regularity of the signal emitted by each of the said emitters, collectors to, in use, collect data from each receiver as to the existence or absence of receipt of a signal, a processor to process data received from the controllers and the collectors and determine the height of any plant matter traversed by the plant matter sensor and predetermined intervals, and storage to store the plant matter height data generated by the processor for subsequent download or analysis.

The invention relates to a composite RFID animal ear tag and a tracking system. The composite RFID animal ear tag and the tracking system comprise a superhigh frequency RFID ear tag unit, a high frequency RFID ear tag unit, a superhigh frequency RFID extraction unit, a high frequency RFID write-in unit, an industrial control unit, a monitoring end communication unit, a management communication unit, a cloud data platform and a pasture management system. The composite RFID animal ear tag and the tracking system recognize the identities of animals remotely in motion, and the single-time-slot recognition efficiency is improved by about 7 times; short-range scanning and updating of feeding logs are further supported, the logs are protected against tampering, transparent reading is achieved, a pasture can be assisted in tracking the feeding process of the animals, important epidemic prevention processes of the animals are prevented from being missed by mistake in motion, and management of animal files is enhanced. NFC scanning of a circulation link can be supported through the composite ear tag, clients can transparently read the animal feeding logs through mobile phones, and traceability is achieved.

The invention discloses a method for reseeding alfalfa in degenerated leymus chinensis pasture. The method comprises the following steps: reseeding alfalfa into natural pasture, and performing fertilization and pasture management of clipping at regular time, so as to maintain the ratio of the alfalfa in the natural pasture. Tests show that the pasture reseeding technique is simple to operate, and materials for reseeding, fertilizers and the like are wide in source, simple in production cost, low in cost and applicable to large-scale popularization. By adopting the reseeding technique disclosed by the invention, not only are productivity and forage grass quality of the degenerated leymus chinensis pasture improved, but also the nutrients of nitrogen in pasture soil are increased, utilization and circulation of the nitrogen in a pasture ecological system are promoted, diversity and stability of a pasture system are maintained, and technical supports are provided to establish high-yield stable natural pasture. The method has very high economic and ecological values, relatively high practicability and generalizability, and very wide application prospects.

The invention discloses a white goat breeding method capable of improving the meat quality. The method includes the following steps of 2, pasture management, wherein a place with sufficient sunshine and dense vegetation is selected as a pasture, the pasture is divided into 5-8 areas, multiple edible Chinese herbal medicines for white goats are planted in each area, a nutrient pool is built in each area, each nutrient pool is divided into 3 cells, each cell contains a different nutrient solution, a sprayer is connected to each cell, and the spraying range of each sprayer can cover the corresponding area; 3, nutrient solution preparation, wherein 4-6 clean containers are prepared, each nutrient solution is prepared from 5-8 parts of corn, 4-6 parts of sorghum, 1-3 parts of salt and 50-100 parts of mountain spring water, the corn and the sorghum are finely grinded by a flour mill and then mixed with the mountain spring water, and then the salt is added. By means of the scheme, the meat quality of the white goats can be improved, so that more economic benefits are brought to a farmer.

The invention relates to the technical field of pasture management, in particular to a feed processing supervision method, system and device and a storage medium. The method comprises the following steps: acquiring a current feed state in a feeding channel; determining a target feed state and a target operation vehicle type according to the current feed state; after it is monitored that the operation vehicle enters, if it is determined that the operation vehicle belongs to the target operation vehicle type, obtaining the processed feed state; and comparing the target feed state with the processed feed state, and obtaining a processing result corresponding to the processed feed state according to a comparison result. The method is used for solving the problems of poor supervision effect andlow working efficiency caused by manual supervision of pasture feed processing conditions.

The invention relates to an intelligent pasture management system which comprises a data acquisition mechanism and an intelligent remote control mechanism. The data acquisition mechanism comprises a central control module, an environment monitoring module and a data exchange module. The intelligent remote control mechanism comprises a data processing module, a wireless communication module, a display control module, a key control module, a state indication module, and a working power supply module. In the intelligent pasture management system, the inverting input end of an integrated circuit detects the voltage dividing of a first resistor and a second resistor, thus the output voltage can be comprehensively detected in real time, and the stability of power supply voltage output is realized; a first transistor is used as an excitation amplifier and works in a class C state, the first transistor amplifies an output signal, thus the enhancement of wireless transmitting power can be realized, and the reliability of wireless communication is improved; a third inductor and en eighth capacitor are resonated at 27MHz and are coupled to a second transistor as class C last class power amplification, and thus the reliability of the wireless communication is ensured.

The invention relates to an intelligent pasture management system which comprises a first RFID reader-writer, a first electric switch, a controller, wireless terminal equipment and a server. The controller controls the working state of the first RFID reader-writer by controlling the conduction state of the first electric switch, and communicates with a server through wireless terminal equipment; the first RFID reader-writer is used for identifying RFID electronic ear tags carried by livestock and sending first identification data to the server through the controller, and the server checks thetypes and the number of the livestock according to the first identification data. An epidemic prevention monitoring module is arranged in the server and used for storing epidemic prevention data, editing the epidemic prevention data and feeding back the epidemic prevention data to the preset terminal. According to the system, the epidemic prevention enthusiasm of epidemic prevention personnel canbe improved, the supervision department can conveniently and effectively supervise the pasture epidemic prevention situation, concealment, false report and false report of epidemic prevention data areeffectively avoided, and a processing factory can easily judge whether the epidemic prevention situation of livestock meets the epidemic prevention standard.

The invention discloses a method for regulating daily ration of Simmental-Holstein crossbred cattle by creating a body size growth curve. Production of Simmental-Holstein first-filial generation cattle is guided scientifically according to a scientific mathematical model, the composition of the daily ration of the Simmental-Holstein crossbred cattle is regulated, the pasture management level is improved, and the pasture production cost is reduced. The method has the advantages that a non-linear model is used for fitting the body size growth curve of the Simmental-Holstein crossbred cattle, a relationship between body size data of the Simmental-Holstein first-filial generation cattle and a non-linear equation for 0-24 months of age is used for establishing a relationship between body size and month age, the degree of fitting R2 of the curve is used for evaluating a curve fitting effect, and the closer R2 is to 1, the better the fitting effect can reflect the relationship between the body size and the month age of the Simmental-Holstein first-filial generation cattle; therefore, corresponding body size data is calculated according to the growth month age of the Simmental-Holstein first-filial generation cattle, growth and development rules of the Simmental-Holstein first-filial generation cattle are disclosed, and the reference basis is provided for breeding management of the Simmental-Holstein first-filial generation cattle.

The invention discloses an intelligent pasture management method and system. The method comprises the following steps: analyzing and acquiring grassland plant growth conditions through a remote sensing technology; setting an electronic fence area according to the grassland plant growth condition; determining livestock activity behavior position information through a positioning technology; and setting the positions of water troughs and salt bricks according to the livestock activity behavior position information. The plant growth condition and the livestock behavior can be accurately evaluated, so that the rotational grazing areas can be accurately designed and divided.

The invention discloses a pasture breeding management method, which comprises that: when a terminal receives a pasture breeding cost generation instruction, a cost prediction time period is acquired according to the cost generation instruction; livestock information, feed information and pasture management information pre-stored in the terminal are acquired, wherein the livestock information, the feed information and the pasture management information are information generated by actual pasture breeding in a first historical preset time period; according to the livestock information, the feed information and the pasture management information, corresponding cost data of the pasture in the prediction time period is generated; and g the cost data is displayed according to a first preset display mode. The invention further discloses a pasture breeding management system and a computer readable storage medium. The breeding cost condition of a future time period is predicted through the real-time operation data, so that the breeding cost data can be analyzed to adjust the use cost, and the purpose of reducing unnecessary financial consumption is achieved.

The invention relates to an automatic code generation system and method based on the Internet of Things. The system comprises data storage equipment; image acquisition equipment; sound acquisition equipment; encoding control equipment which is used for judging whether the image data and the sound data acquired by the image acquisition equipment and the sound acquisition equipment are matched withthe image features and the sound features of the encoded management target object in the data storage equipment or not; if so, marking the code of the to-be-coded management target object as the codeof the management target object matched with the to-be-coded management target object; and if not, allocating a new code to the to-be-coded management target object. The method is based on the Internet of Things technology and the intelligent control technology. The livestock in the pasture is automatically coded, repeated coding of the same object is avoided through automatic comparison of the image features and the sound features, omission of the object can also be avoided, it is convenient to directly adopt coded codes for management during subsequent management, and therefore the pasture management efficiency is greatly improved.

The invention relates to the field of pasture management, in particular to a pasture resource management system and monitoring device, which comprises a camera, a solar panel and a cleaning unit, the solar panel is mounted at the top end of the camera and is used for supplying power to the camera; the cleaning unit is mounted on the outer side wall of the solar panel and comprises an outer frame, an atomizer and a water bag; a water tank is formed in the side wall of the outer frame, water storage holes are formed in the surface of the outer frame, and a cavity is formed in the bottom end of the outer frame; the water storage hole is communicated with the water tank; the water bag is mounted in the cavity, and the water bag is communicated with the water tank; the atomizer is installed on the side wall, close to the solar panel, of the water bag. Under the exposure of sunlight, the water bag is heated and the air pressure is increased, so that rainwater in the water bag is sprayed to the surface of the solar panel through the atomizer, the surface of the solar panel is cleaned, the situation that the use effect of the solar panel is affected after the surface of the solar panel is covered with soil and dust in a pasture is avoided, and timely power supply to the camera is ensured.

The invention discloses a cattle herd feeding management method and system, and the method comprises the steps: inputting a budget parameter, generating standard lactation curves of different birth times according to a wood model and a lactation curve model parameter level, and simulating and deducing the daily cattle herd structure change on the basis of a cattle herd and according to a cattle herd breeding logic model; generating milk yield per day of each cattle through the cattle herd breeding logic model and the lactation curve model; on the basis of the milk yield and the cattle herd structure and in combined with a feed model, calculating the demand quantity of various materials; and obtaining the income according to the milk yield in an income cost model, obtaining the cost according to the demand quantity of the materials, obtaining the average per unit yield according to the lactation curve of each cow, and finally matching financial accounting. According to the method and system, the problems of inaccurate production performance budget, inaccurate material purchase and low fund use efficiency and accuracy in dairy cow production are solved, and the black hole cost of pasture management is greatly reduced.

The invention discloses a breeding method of a dairy cow milk and meat dual-purpose variety. The method comprises the following steps that dairy cows are precisely monitored and managed by mounting aset of informationized Afimilk management software, and a set of precise feeding system is mounted and used; an intelligent pasture is built; nutrition CPM formula software is utilized, according to the milk yield of the dairy cows, the nutrition of the dairy cows is scientifically regulated and controlled in cooperation with forage grass resources of a local area, the nutrition requirements of the dairy cows are accurately calculated through the nutrition software (CPM), and then complete TMR daily ration is prepared through a TMR stirring machine; and the intelligent pasture is built by adopting an Afimilk management system. According to the breeding method, the Afimilk system (precise management software) is adopted, the use is simple and convenient, the performance is excellent, the pasture management can comprehensively control a milking platform, the Afimilk MPC system collects data, and important information can be provided for managers at the milking platform; and a computer informatization management system is introduced into medium and small cattle farms for the first time, and informatization, digitization and intelligentization modern dairy farm management is achieved.