The aim of this article is to obtain that farm mechanism induction is very crucial for better agricultural production. Since the Green Revolution, India has been trying to modernize its agricultural equipment but has failed many times. As an engineer, our main duty is to serve our country and help it in its rise.
In this project, rubber extraction is mechanized as it is rigorous and very difficult work. Our project can be used to extract rubber latex from a large number of trees with great ease. It would help in reducing labor and would help in the self-confidence of plantation owners for extraction. It is a machine that works like a slider attached to a rotating tool to cut the cambium layer of the rubber tree.
The slider is guided around the tree with the help of the guide. It would help labor to avoid back pain and other physical problems. It consists of a cordless drill with a modified tool that can be operated simply by hand and with the help of guides.
INTRODUCTION
In India, there is a demand for rubber as it is used in manufacturing products like tires, inner tubes, etc. Rubber is harvested from the latex of rubber trees through a processing process. It is then vulcanized with sulfur to obtain vulcanized rubber that is used in the tire manufacturing industry. Through a process called “rubber extraction”, we obtain rubber latex from the tree. Here a helical cut is made in the tree, approximately one and a half meters from the ground and encircling approximately half of the tree. Every day, workers scrape off the hardened latex and a thin layer of bark early in the morning. The latex flows through the spiral into a glass for 2 hours before the sap hardens and seals the cut in the tree.
Currently the main problem that the rubber industry faces is the depreciation of the price of rubber and also the lack of qualified workers. When bleeding rubber trees, care must be taken to avoid damaging the tree during bleeding. Workers are trained for six months before learning the proper technique, and improper logging can kill many valuable trees. The rubber extraction process is also physically exhausting work. Improving this process would save the cost of labor required for threading. To improve this process we have developed a new threading tool. A more economical design reduces worker fatigue. Through it all, the design is kept simple to maintain high reliability and low cost.
PRINCIPLE OF CONSTRUCTION AND OPERATION
II-THE BODY STRUCTURE
It is the part that supports the rubber extraction machine.
It acts as the skeleton of the machine.
Helps with the weight distribution of the pieces.
RUBBER BUSHING II-B
Helps provide the friction needed to hold the machine in the tree.
It also avoids damaging the tree.
FIXING SCREW II-C
Helps to hold and secure the machine to the tree.
It is similar to the nut and bolt mechanism.
Advanced Rubber Tree Machine Report Download
WORKING PRINCIPLE
It is a machine designed to obtain latex from the cambial layer of the rubber tree. The main process that happens here is that the tool is guided along the bark of the tree with the help of a guide. The tool is installed on the slider. The slider rests on the guide. The guide shape plays a crucial role in the machine.
WORK PROCESS
The machine has a screw clamping mechanism to fix the machine to the tree. After fixing, the rubber bushing prevents damage to the tree bark. Then the slider is guided by the guide to the location where the tapping activity will be performed. The depth of the cut into the bark can be controlled manually. The cutting tool rotates in a circular motion leading to the beating or cutting of the shell. The tool receives a force of 5 N/mm.
BENEFITS
It can be used by the common man.
In the rubber plantations there will be trees of various diameters, in which case these machines will be useful.
The latex will be obtained very quickly and easily.
Less effort is required.
To prevent damage to the tree, rubber bushes are placed on the structure
Authors:
JVC Maliackal, Asif KA, Sajith PA, Sajo K Joseph, Yazir
Download and reference:
Advanced Rubber Tree Extracting Machine Report Download
Na era da computação moderna, onde a eficiência e a confiabilidade são cruciais, as linguagens de programação funcionais e de tipagem estática têm se destacado como opções poderosas. Neste artigo, ...
A manutenção de estruturas metálicas é um desafio constante para empresas e governos em todo o mundo. Os custos associados à pintura, revestimentos e reparos regulares podem ser significativos, esp...
A Toyota do Brasil acaba de anunciar uma grande expansão de sua fábrica em Sorocaba, no interior de São Paulo. Este investimento de R$ 11 bilhões faz parte do plano de investimentos da empresa para...
A indústria moderna enfrenta constantes desafios na busca por soluções de fabricação cada vez mais eficientes e sustentáveis. Nesse cenário, a técnica de soldagem por fricção (FSW - Friction Stir W...
A construção civil é um setor fundamental para o desenvolvimento de uma sociedade, mas também é responsável por uma parcela significativa do impacto ambiental. No entanto, uma inovação crescente ne...
As construções modernas enfrentam desafios cada vez mais complexos quando se trata de fundações. Terrenos instáveis, restrições de espaço e a necessidade de preservar estruturas existentes são apen...
Cálculo de Estabilidade Torsional em Barras de Aço
A estabilidade torsional em barras de aço é um fenômeno importante a ser considerado em projetos de engenharia, especialmente em estruturas que s...
Consequências para o Brasil e os principais setores atingidos pelas tarifas impostas entre Estados Unidos e China
A guerra comercial travada entre Estados Unidos e China, com imposição mútua de tar...
Advanced Rubber Tree Machine Report Download
