德国大蒜收获机视频

【www.guakaob.com--德国留学】

篇一 德国大蒜收获机视频
[我爱发明]大蒜联合收获机

　　[我爱发明] 20140228 妙蒜神机   　　本期视频主要内容： 挖蒜对蒜农来说是蛮辛苦的，如果雇人来挖，又赚不到什么钱，所以蒜农们只能花费大量时间和体力自己去挖。王成文也是一名蒜农，他深知挖蒜的辛苦，于是就发明了一台大蒜联合收货机，这个机器虽然体型庞大，但的确将人们从繁重的劳动中解脱出来，最重要的还提高了收蒜的效率。   　　这种大蒜联合收获机，可以实现大蒜的挖掘、抖土、切茎、和收集一体化作业。该机器收获效率高，大蒜破损率低，开创了大蒜联合收获的先河。   　　（《我爱发明》 20140228 妙蒜神机）  

篇二 德国大蒜收获机视频
[我爱发明]花生联合收割机 又见落花生(发明人朱崇央)

　　[我爱发明] 20151107 又见落花生

　　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）

　　

　　

　　

　　

篇三 德国大蒜收获机视频
挑战杯河北省一等奖大蒜联合收获机

三点悬挂牵引式双行大蒜联合收获机

目录

摘要 ···························································································································· 3

第一章. 导论 ··············································································································· 6【德国大蒜收获机视频】

1.1选题背景 ························································································································· 6

1.2现实意义 ························································································································· 7

1.3国内外大蒜收割机的研发 ····························································································· 8

1.3.1国内大蒜收获机型介绍 ·························································································· 8

1.3.2国外大蒜收获机型介绍 ························································································ 16

1.4小结 ······························································································································· 19

第2章 大蒜收获机的方案设计 ····················································································· 22

2.1基本思路和创新点 ······································································································· 22

2.2整机结构与工作原理 ··································································································· 23

2.3关键与创新研究设计 ··································································································· 23

2.3.1驱动行走系统的研究设计 ···················································································· 23

2.3.2挖掘系统的研究设计 ···························································································· 24

2.3.3抖土提升系统的研究设计 ···················································································· 26

2.3.4剪切系统的研究设计 ···························································································· 27

2.3.5动力传输系统的研究设计 ···················································································· 28【德国大蒜收获机视频】

第三章 重要部件受力分析 ····························································································· 29

第四章 田间收获作业性能测试 ······················································································· 30

4.1测试条件 ······················································································································ 30

4.2测试过程 ······················································································································· 30

第五章 市场前景与预测发展 ·························································································· 32

第六章 产品相关数据 ··································································································· 35 参考文献 ···················································································································· 37

2

三点悬挂牵引式双行大蒜联合收获机

摘要

目前我国的农业生产中，农业活动占了很大一部分的劳动力资源，随着工业化步伐的不断向前迈进，农业机械化在农业生产中扮演着越来越重要的角色。同时我国也是世界大蒜的主要生产国、消费国和出口国，大蒜产品远销东南亚、 东亚、中东、美洲、欧洲等地， 年创汇超过４亿美元。大蒜是劳动密集型栽培作物，收获作业是其生产过程的重要环节，存在人工作业劳动强度大、占用农时多、收获季节性强、收获损失大、效率低等问题，已成为影响大蒜生产发展、产业成长的主要问题。随着粮食作物生产机械化的不断发展和日趋成熟， 大蒜机械化收获问题也备受关注，已成为我国农业机械化需求和研发的重点之一。我国大蒜机械化收获机具的研究起步晚、技术水平不成熟、可靠性差、效率低，与发达国家相比具有较大差距。近年来，农业部和国内大蒜主产区均非常重视大蒜的机械化收获，国内相关领域科研院所和企业在各级政府的支持下，通过消化吸收国内、外先进技术，相继开发了一些大蒜收获机。总体而言，我国大陆大蒜机械化收获技术装备的研发还处于初期阶段，多数设备尚在样机试验及中试阶段，作业质量、适应性、可靠性与经济性等方面还需提升。

本文设计的是一种可调节收获间距的三点悬挂牵引式双行大蒜联合收获机，该大蒜收获机由可调节深度挖掘系统、可调收获行间距系统、抖土提升系统、蒜头定尺剪切系统、收集系统、液压动力传输系统组成，可一次完成大蒜的挖掘、土蒜分离，蒜头定尺剪切和装袋

3

三点悬挂牵引式双行大蒜联合收获机

等作业工序,具有结构精巧，操作方便，工况适应性强，价格低廉等特点，能够适应当前我国大蒜种植业需求，大幅降低蒜农种植成本，提升大蒜收获效率的全面功能。

关键词：大蒜联合收获机、抖土提升、定尺剪切、可调节收获间距。 Abstract

At present our country's agricultural production, agriculture accounts for a large part of the labor force resources, continue to move forward with the pace of industrialization, agricultural mechanization plays a more and more important role in agricultural production. At the same time, China is also the world garlic's main producer, consumer and exporter, garlic products are exported to Southeast Asia, East Asia, Middle East, America, Europe and other places,year earned more than $400000000. Garlic is a labor-intensive crop cultivation, harvesting is an important link of the production process, there are artificial labor intensity big, take up farming season, the harvest season, the harvest of loss, low efficiency, has become the influence the development of industrial production growth, the main problem of garlic. With the continuous development of machinery for the production of food crops and the increasingly mature, garlic mechanized harvesting problem is also of concern, has become China's agricultural mechanization needsand development priorities. Study on the equipment of mechanical harvest of garlic in China started late, the technical level

4

三点悬挂牵引式双行大蒜联合收获机

is not mature, poor reliability, low efficiency, compared with the developed countries have a large gap. In recent years, the Ministry of agriculture and the domestic garlic producing areas have attached great importance to harvest mechanization of garlic, domestic related research institutes and enterprises at all levels of government support, absorbing advanced technology at home and abroad, through digestion, have developed some garlic harvesting machine. Overall, China's R & D, garlic harvest mechanization technology and equipment is still at the initial stage, the majority of equipment is still in prototype test and trial stage, operation quality, adaptability,reliability and economy and other aspects need to be further improved.

This design is a three point interval a djustable suspension traction type double harvest combine harvester for garlic, the garlic harvester with adjustable depth mining system adjustable line spacing, harvest system earth shaking lifting system, garlic cut to length system, collection system, the hydraulic power transmission system, can complete the garlic soil mining, a separation of garlic, garlic cut to length and packaging process, has the advantages of compact structure, convenient operation, strong adaptability, low price and other characteristics, can adapt to the current our country garlic planting requirements,greatly reduce the cost of planting garlic farmers, enhance the overall function of garlic harvesting efficiency.

5

篇四 德国大蒜收获机视频
大蒜收获机试验分析

篇五 德国大蒜收获机视频
国内外大蒜收获机械现状

【德国大蒜收获机视频】

篇六 德国大蒜收获机视频
自走式全喂入大蒜联合收获机

篇七 德国大蒜收获机视频
大蒜花生收获机说明书

序 言

亲爱的用户：

您好！真诚感谢您选购郑州市中牟环保设备厂生产的大蒜花生收获机，也希望您在使用本单位产品的同时为我们提出宝贵的意见，您的满意是我们最大的心愿！ 我单位多年来一直从事大蒜、花生收获机的专业设计与制造，有感于我国目前根茎作物的收获完全依靠人工挖掘的不足，经过我单位科研人员的研究与开发，并充分吸取了国内外根茎作物收获机的优点。在此基础上经过多年的开发和研制，成功的制造出具有独特结构，多种功能的新型大蒜、花生收获机。

本机具有结构牢固可靠，维修方便，收获效率高、收获质量好，明果率高，伤果率低，一机多用、使用范围广等特点。

拥有它，您将享受一流的产品、一流的服务，并带您走向丰收、致富之路。 联系电话：0371-62292044 62298888 地 址：郑州市中牟县万滩工业区

一、主要技术参数

4HB-DS700

二、4HB-DS800型大蒜花生收获机的安装、调试及使用

（一）结构示意图

图1

4HB-DS700

“中意” 牌 4HB-DS800型大蒜花生收获机（如上图所示）主要由1.挖掘铲 2.

小输送轮 3.下牵引架 4.上牵引架 5.皮带防脱架 6.拨轮 7.动力输入皮带轮 8.敲打连杆 9.机架 10.输送带 11.压链轮 12.链条防护罩 13.侧护板 14.导禾架 15.脚轮 等组成。

（二）安装

图2 图3

本文来源：http://www.guakaob.com/chuguoliuxue/845849.html