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本期视频主要内容： 山东东平县农民彭伟华家中的田里种着大量花生，因收花生实在是一件重体力劳动。热爱发明的老彭经过长时间的琢磨，先后制作了花生起秧机和花生脱粒机，而后又将这两种机器巧妙地结合在了一起，最终制作成功了一台高效花生联合收割机。（《我爱发明》 20151107 又见落花生）
发明人联系方式：朱崇央（团队）：13563949718
编导手记：麻屋子，红帐子，里面住着个白胖子。 花生是深受人们欢迎的一种经济作物，它营养价值高，不仅可以作为小吃，食品，直接实用，甚至可以用来炼油，随着我国食品经济的不断发展。花生的需求也在逐渐增高。 可是，大规模的种植花生，收货的时候可就出现了难题，虽然目前已经拥有了人工和机器两种收割方式，但是人工效率低，成本高，招工难，而机器则功能单一，关键的步骤还是需要人工进行处理，这就严重的影响了花生的产量。
所以每到收货的季节，农民们都要进行长时间的抢收，很是辛苦。朱崇央也是农民出身，深深的感受到了这种辛苦，他就想着，能不能从最麻烦的收获步骤，解决农民朋友们的劳动量。经过了长达几年的研制，数百次的试验，他和他的队员，终于研究出一台机器，它可以巧妙地将花生拔起，并进行拍土，去秧，除杂。这些复杂的收花生动作现在只要一台机器就可以全部完成。（策划：李苏；摄像：李震）
[农广天地]半喂入花生联合收获机的使用与维护(20110824)
花生联合收获机可一次完成花生的挖掘、除土、摘果、清选、集果等项作业，具有生产效率高、作业损失少、转移速度快、使用安全可靠以及投资成本低等特点。本期节目介绍花生收获机使用方法及故障排除、维护与保养等方面的内容。
半喂入花生联合收获机的特点：
一种花生收获机，机架上装有主动皮带轮、犁铲及二组链轮、二根夹持链条构成导秧及送秧机构，二机构同平面，导秧机构、送秧机构的前端靠近犁铲后侧，送秧机构的末端、导秧机构的末端分别位于机架后端及中部，二夹持链条间设有拢秧簧片，送秧机构的下方位于机架的中部和尾部分别设有去土辊筒、摘果辊筒，摘果辊筒与机架底部间设有带送料耙的输送带，导秧机构的上方设有一导秧簧片，机架上弹性连接有靠近送秧机构中夹持链条的扶秧架，导秧、送秧机构、去土辊筒、摘果辊筒及输送带由主动皮带轮通过传动机构传动，机架末端挡料罩的一侧设有出料口。本收获机集起秧、去土、摘果及收集果实为一体，效率高。
农民花生收获机和小型花生联合收割机价格
小型花生收割机和花生收割机价格【大型花生联合收割机视频】
A History of Peanuts: -The peanut was probably originated in Brazil or Peru in 950 B.C. Peanuts were grown as far north as Mexico when the Spanish began their exploration of the new world. -The South American Inca Indians may have been the first to grind peanuts to make peanut butter. Dr. John Harvey Kellogg invented a version of peanut butter in 1895. He invented it for older patients who could not chew meat as a protein supplement. -George Washington Carver is considered the father of the peanut. He recognized the value of peanuts as a cash crop. Peanut Combine by: Joseph Allbritton -There are four basic types of peanuts grown in the united states today. Runner, Spanish, Valencia, and Virginia. Weather for Peanuts: Growing period is four to five months. Steady, rather high temperature and moderate distribution of moisture is necessary. Harvesting: Peanuts are ready to dig when the majority of the kernels are fully developed and taking on a mature color, and the inside of the shells have begun to color and show darkened veins. The crop is then ready to harvest. Soils for Peanuts: Light colored, well drained, sandy soils are best. Other soils may stain or stick to the nuts making harvesting difficult. It takes about five to seven days from time of inverting to combining under favorable conditions but well-matured dry peanuts may be combined sooner. This is using accepted storage moisture between 10 and 11%. Cropping Systems for Peanuts: They should be worked into a crop rotation system Good to follow a crop that uses large amounts of fertilizers, such as sod, small grains or corn. They are a soil depleting crop when entire plant is removed or a soil enrichment plant when vines and leaves are returned to the soil. Broad overview: In commercial production, peanuts are harvested by mechanically digging and windrowing the plants, followed in about five to seven days by a portable picker. Picking consists of lifting the vines from the windrow to allow the peanuts to be pulled off with fingers or in perforations. The peanuts are collected in hoppers for subsequent cleaning and drying, and the hay is scattered over the soil. Moisture Content: Moisture content is the most critical factor in the harvesting, drying, storing and marketing of peanuts. Peanuts are usually picked at an average kernel moisture content of 18-25% (wet basis) and artificially dried to a moisture content of approximately 10%. Moisture equalization between the kernels and hulls after artificial drying causes the kernel moisture content to reach a safe storage level of 78%. For marketing, the desired moisture content of shelled peanuts is about 7.5%. Any deviations from the above acceptable moisture criteria usually result in a loss of milling or market quality. At digging time peanuts generally contain 35-55% moisture, and until moisture is reduced to below 10%, peanuts are susceptible to contamination by molds, especially at warm temperatures and high humidity. To prevent this, a peanut farmer should: 1. 2. 3. 4. 5. Allow windrowed peanuts to air dry to wilted condition before combining After combining, place peanuts in bins or trailers with depth of 4ft or less Remove moisture slowly at a rate of .5% per hour. Discontinue drying unit when 9.5-10% moisture is reached. Additional drying occurs as peanuts cool. Do not exceed 100`F drying temperature. Peanut Harvesting Equipment Diggers and Combines Diggers: Functions: 1. Dig peanuts from the ground 2. Shake dirt from the peanuts 3. Invert the peanuts into a windrow for field curing -Blades should be kept sharp so they can slice through the soil and roots cleanly and smoothly. -Digger speed has two elements: 1. Ground speed- determined by engine speed and gear selection 2. Shaker speed- shaker speed is set by the tractor PTO / /links.asp /kids/history.htm / /growerinfo.asp /Peanut/Digger.htm /pnutsp.htm htm r DIMENSIONS b AMADAS INDUSTRIES, Inc. o Peanut Combine Model 9900 Self-Propelled c Combine h Length281 in. (714 cm.) a Width203 in. (516 cm.) r Height174 in. (442 cm.) g Weight31,500 lb. (14,300 kg.) e 8/10 Row Header Length304 in. (772 cm.) dWeight3,400 lb. (1,550 kg.) , ENGINE a TypeTurbocharged, air to air after cooled Horsepower245 hp (183 kW) @ 2270 RPM i r GROUND DRIVE TypeHydraulic Variable Transmission3-speed Tt yo TIRES p Main Drive30.5 x 32 (12 ply) Steering (4 wheel drive)18.4 x 26 (6 ply) e a i r CAPACITIES Fuel Tank140 gal. (530 L) Peanut Bin7,500 lb. (3,400 kg.) a f t great source of information. I used it almost throughout the entire presentation, especially in the diagrams, digger and combine sections. Woodroof, Jasper. Peanuts. Production, Processing, Products. AVI Publishing Company, INC. (I used this book for slides 1-5) Rivers, Buddy. Riversdale Farms. Sumter, SC Rivers, John. Riversdale Farms. Sumter, SC 5