大蒜收割机

导读：　大蒜收割机(共7篇)[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...

篇一 大蒜收割机
[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 大蒜收割机
[我爱发明]大蒜洋葱分选机（发明人辛丽）

　　[我爱发明] 20140726 葱蒜前滚翻   　　本期视频主要内容： 大蒜加工中的分选大蒜费时费力。本期视频的发明人发明了一种大蒜洋葱分选机，能够分选出不同规格的大蒜，机械主要由杂物脱离机构和分选机构两部分组成。机械速度快，效果好，远胜于人工。（《我爱发明》 20140726 葱蒜前滚翻）   　　发明人联系方式：辛丽 13953720590   　　《葱蒜前滚翻》花絮:这次的拍摄把我带到了山东省金乡县。当地流传着这样一句话：“世界大蒜看中国，中国大蒜看金乡。”发明人之一辛丽有十几年大蒜加工厂经营经验。她最发愁的就是大蒜初加工中的大蒜分选。那由她及其团队一起研发的大蒜洋葱分选机究竟效果怎样呢？   　　   　　  

篇三 大蒜收割机
花生大蒜收获机和小型花生收割机价格

花生大蒜收获机和小型花生收割机价格

篇四 大蒜收割机
花生大蒜收获机和小型花生收割机价格

花生大蒜收获机和小型花生收割机价格

篇五 大蒜收割机
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

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

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

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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

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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

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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

篇六 大蒜收割机
土豆杀秧机和大蒜收获机价格

土豆杀秧机和大蒜收获机价格

YD-701玉米秸秆还田粉碎回收机JX107345T--L玉米脱粒扒皮一体机JX107364图片

YD-701玉米秸秆还田粉碎回收机JX107345T--L玉米脱粒扒皮一体机JX107364内容 型号:JX107345

秸秆青贮回收机是利用拖拉机动力输出轴输出动力，经万向节将动力传递给回收机，回收机利用齿轮变速、三角带传动，带动筒轴高速旋转以切碎秸秆。YD系列秸秆切碎回收机是用小麦收割机输出的动力经三角带传给变速箱，变速箱输出经三角带传动，带动筒轴高速旋转以切碎秸秆。以上两种回收机均由机架、悬挂机构、变速箱、筒轴、张紧轮、地轮、接料筒、搅龙、风机等部件组成。

该机的工作原理是高速旋转的冲击直立的秸秆，同时由于（甩刀）的高速旋转，在喂入口处负压的作用下，秸秆被吸入机壳内，并与机壳的定齿相遇受到剪切，接着在流经折线型的机壳内壁时由于截面的变化导致气流速度的改变，使秸秆多次受到甩刀的击打。最后被气流抛送到接料筒，筒内的搅龙将秸秆输送到右端的风机内，在风机叶片高速旋转的离心力作用下，将秸秆抛出。抛出的秸秆由收集车收集。

青贮机可一次完成对玉米秸杆、棉花秸秆，牧草等农作物秸杆的切割、收成、切碎、抛送装车，也可经切割破碎摧毁后直接还田，一机两用。我公司始终遵循“质量第一，信誉至上”的宗旨，以过硬的生产技术，可靠的产品质量，良好的售后服务赢得了广大市场。我公司技术力量雄厚，设备先进，连年开发新项目，产品及时更新换代，至目前批量生产青饲料打浆机，秸秆回收机，麦草、稻草、牧草、秸秆打捆机，玉米剥皮机，玉米脱粒机，小麦秸秆粉碎还田机，饲料粉粹机，植树挖坑机，滚筒烘干机，皮带输送机，颗粒饲料机，青草打浆机，揉搓机，粉条粉丝粉皮机，淀粉机，环平式压块机，斗式提升机，土豆种植机，马铃薯收获机，皮带输送机，铡草机---等系列品种，另加工生产农用机械配件。产品畅销河南、内蒙、安徽、云南、湖北、河北、山西、甘肃等省、市、县深受用户欢迎。热烈欢迎各界朋友前来洽谈业务。

型号:JX107364

脱粒机

玉米脱粒机是农民朋友的好帮手，玉米脱粒机的上市是农机市场的一大进步。小型电动玉米脱粒机，是家用小型玉米脱粒机，是家家户户的必备产品，这种小型电动玉米脱粒机体积小，效率高，移动方便，是广大农民朋友的最佳选择，家用小型玉米脱粒机用电机作为动力，又称为小型电动玉米脱粒机，欢迎广大用户来电咨询、洽谈业务。

该系列玉米脱粒机，工作时，玉米由进料口喂入，玉米在高速旋转的转子与滚筒内受到撞击，籽粒由筛孔分离出去，玉米芯从机器尾部排出，玉米丝，皮从风口排出。进料口设在机器上盖上部，玉米棒通过进料口进入脱粒室，在脱粒室内受到高速旋转的转子撞击玉米粒脱落，通过筛孔分离出去，喂入口前下部有一块挡板，防止脱落的玉米粒飞溅伤人。

脱皮:一亩半地/小时.四辊结构,脱净率,95-99%

脱粒:3000公斤/小时.脱净率,97%以上.

外型尺寸：980*490*830（cm）

设备型号： T--L 上下 T--L左右

产量（kg/h） 1500--2000 1500---2000

功率（kw） 2.2---3.5 2.2---3.5

转速（转/分）2800 2800

篇七 大蒜收割机
“十三五”重点项目-大蒜收割机项目申请报告

【大蒜收割机】

“十三五”重点项目-大蒜收割机项

目申请报告

编制单位：【大蒜收割机】

根据国家发改委规定，凡是被纳入《政府核准的投资项目目录》项目投资申报时必须编写项目申请报告。项目申请报告是针对企业固定资产投资核准制而规定的一个文体，拟建项目从规划布局、资源利用、征地移民、生态环境、经济和社会影响等方面进行综合论证，为政府审批部门对企业投资项目进行核准提供依据。

项目申请报告主要内容包括：申报单位及项目概况；战略规划、产业政策及行业准入；项目选址及土地利用；资源开发及综合利用；征地拆迁及移民安置；环境和生态影响分析；经济影响分析；社会影响分析。

编写项目申请报告流程：我们将根据不同的行业、专业、地区对项目申请报告的不同要求，编写符合要求的的项目申请报告。首先确

定任务的方案和侧重点，根据不同的需要，提出不同的研究提纲、确定各部内容的深度要求，经与委托方协商后，组成由相关专业技术人员参加的项目组，确定项目经理，进行现场考察、搜集资料、尽职调查、研究论证，在此基础上提交规范的研究成果。同时，我们也配合项目单位完成发改委立项、核准、融资等后续深度服务。

关联报告：

大蒜收割机项目建议书

大蒜收割机项目可行性研究报告

大蒜收割机项目资金申请报告

大蒜收割机项目节能评估报告

大蒜收割机项目市场研究报告

大蒜收割机项目商业计划书

大蒜收割机项目投资价值分析报告

大蒜收割机项目投资风险分析报告

大蒜收割机项目行业发展预测分析报告

国家规定的项目申请报告格式

第一章 申报单位及项目概况

1.1大蒜收割机项目申报单位概况

1.1.1大蒜收割机项目申报单位名称

1.1.2申报项目名称

1.1.3大蒜收割机项目申报单位法定代表人

1.1.4大蒜收割机项目申报单位简介

1.2大蒜收割机项目概况

1.2.1大蒜收割机项目名称

1.2.2大蒜收割机项目性质

1.2.3大蒜收割机项目的建设背景

1.2.4大蒜收割机项目建设地点

1.2.5大蒜收割机项目主要建设内容和规模

1.2.6原辅材料及用量

1.2.7产品和工程技术方案

1.2.8主要设备选型和配套工程

1.2.9组织机构及劳动定员

1.2.10投资规模和资金筹措方案

1.2.11大蒜收割机项目施工进度及招投标

1.2.12大蒜收割机项目财务和经济评论

第二章 发展规划、产业政策和行业准入分析

2.1发展规划分析【大蒜收割机】

2.2产业政策分析

2.3行业准入分析

第三章 资源开发及综合利用分析

3.1资源开发方案

3.2资源利用方案

3.3资源节约措施

第四章 节能方案分析

4.1用能标准和节能规范

4.1.1相关法律、法规、规划和指导文件

4.1.2国家行业相关标准及规范

4.2能耗状况和能耗指标分析

4.2.1大蒜收割机项目所在地的能源供应状况

4.2.2大蒜收割机项目的能源消耗种类和数量

大蒜收割机项目能源消耗表

4.2.3能耗指标分析

4.3大蒜收割机项目节能措施和节能效果分析

4.3.1节能措施

4.3.2节能效果分析

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