无极县CX-008潮汐式移动苗床-ABS潮汐面板-华耀农业

无极县CX-008潮汐式移动苗床-ABS潮汐面板-华耀农业

       潮汐苗床框架包括端面边框，侧边框，导轮横梁，滚轮组，横梁，端面边框在潮汐式灌溉苗床框架的前后各一条，侧边框在潮汐苗床框架的左右各一条，端面边框与侧边框的端部相互连接，在端面边框之间还设置有复数条横梁，横梁的端部与前后的端面边框相连，在端面边框之间还设置有两条导轮横梁，两条导轮横梁的前后端部与前后的端面边框相连，在两条导轮横梁上安装有滚轮组。本发明采用端面边框，侧边框，端部支撑，横梁制作潮汐苗床框架，结构简单，再次苗床框架上，还设置有导轮横梁和滚轮组，实际使用时，将此框架安放在**的苗床导轨上就可以灵活地移动。

       智能温室大棚的主要任务就是是测量温度，湿度和光照强度等，并将这些信息传输到*的监测终端。而随着农业的发展，人们对药材温室环境监测系统也提出了一些要求，就是要具备测量精度高、覆盖范围大、成本低等特点，因此现在研发的很多温室环境监测系统都是基于于无线传感器网络来开发的，这样才能够满足以上要求。而智能温室大棚较重要的目的，就是通过监测温室中药材的生长环境，从而利用物联网技术来控制药材的生长环境，使药材获得的生长环境，增加产量，以实现跨季节的药材培育。

       潮汐式苗床，因为灌溉方法与海水的涨潮落潮相似，所以将这种灌溉方式称为潮汐灌溉。潮汐灌溉是一种高效、节水、环保的灌溉技术，其基本原理是使灌溉水从栽培基质底部进入，依靠栽培基质的毛细管作用，将灌溉水供给植物。潮汐式苗床能够有效增加30%的栽培面积 ，节约70%的灌溉用水和30%肥料，在节能方面潮汐式苗床更胜一筹。

Cx-008 tidal mobile seedbed - ABS tidal panel - Huayao agriculture

            The frame of tide seedbed includes end face frame, side frame, guide wheel crossbeam, roller group, crossbeam. The end face frame is one in front of and one in front of the frame of tidal irrigation seedbed, and one side border is on the left and right sides of the frame. The end frame of end face is connected with the end part of side frame, and a plurality of beams are set between the end frames of end face, Two guide wheel beams are also arranged between the end face frames. The front and rear ends of the two guide wheel beams are connected with the front and rear end face frames, and the roller groups are installed on the two guide wheel beams. The invention adopts end frame, side frame, end support and cross beam to make tidal seedbed frame, which has simple structure. Once again, guide wheel beam and roller group are set on the seedbed frame. In actual use, the frame can be moved flexibly by placing it on the special seedbed guide rail.

           The main task of intelligent greenhouse is to measure temperature, humidity and light intensity, and transmit these information to the designated monitoring terminal. With the development of agriculture, people also put forward some requirements for the greenhouse environmental monitoring system of medicinal materials, that is to have the characteristics of high measurement accuracy, large coverage and low cost. Therefore, many greenhouse environmental monitoring systems are developed based on wireless sensor network, which can meet the above requirements. The most important purpose of intelligent greenhouse is to monitor the growth environment of Chinese herbal medicine in greenhouse, and then use the Internet of things technology to control the growth environment of medicinal materials, so as to obtain the best growth environment of medicinal materials and increase the output, so as to realize the cultivation of cross season medicinal materials.

           Tidal seedbed, because the irrigation method is similar to the rising tide and ebb tide of sea water, so this irrigation method is called tidal irrigation. Tidal irrigation is an efficient, water-saving and environmental protection irrigation technology. Its basic principle is to make irrigation water enter from the bottom of the cultivation substrate, and supply the irrigation water to plants by capillary action of the cultivation matrix. Tidal seedbed can effectively increase the cultivation area by 30%, save 70% of irrigation water and 30% of fertilizer, and is better in energy saving.