技术领域technical field
本发明涉及园艺栽培技术，特别是一种自动供水家庭园艺栽培装置。The invention relates to horticultural cultivation technology, in particular to an automatic water supply household horticultural cultivation device.
背景技术Background technique
随着城市空气污染的加重，家庭园艺在室内美化装饰和空气净化方面都能起到重要作用，但是随着人们生活节奏的加快，对于绿植的管理尤其是定期合理地浇水施肥常常无暇顾及，这限制了室内盆栽的普及。With the aggravation of urban air pollution, home gardening can play an important role in indoor beautification and air purification. However, with the acceleration of people's life rhythm, there is often no time to take care of the management of green plants, especially regular and reasonable watering and fertilization. , which limits the popularity of indoor potted plants.
自动灌溉栽培装置对于生活忙碌的人们实现家庭园艺、盆栽植物提供了可操作性。家庭盆栽的管理越简单越受人们欢迎，其中自动灌溉是管理简单化是一个最基本的要求。此外，由于家庭盆栽的植物种类是多样化的，其生长条件也不相同，例如，植物本身的水分蒸发量、所需土壤含水量、所采用的土壤特性等因素，好的家庭园艺盆栽装置应该是可通过调节装置本身来实现其中一些主要参数的调节，以便于能对上述多个因素做出响应，从而兼顾管理简单化以及盆栽植物健康生长两个目的。The automatic irrigation and cultivation device provides operability for people with busy lives to realize home gardening and potted plants. The simpler the management of household potted plants, the more popular they are. Among them, automatic irrigation is the most basic requirement for management simplification. In addition, due to the variety of plant types in home potting, the growth conditions are also different, such as the evaporation of water in the plant itself, the required soil moisture content, the characteristics of the soil used, etc., a good home gardening potting device should be The adjustment of some of the main parameters can be realized through the adjustment device itself, so as to respond to the above-mentioned multiple factors, so as to take into account the two purposes of simple management and healthy growth of potted plants.
虽然目前市场上已经出现诸多自动灌溉栽培装置产品或技术，但是解决的问题仅仅是在家庭盆栽中实现自动灌溉，例如中国专利号201110136158.一种负压自动灌溉装置，由带有进气口和供水口的马氏瓶以及预埋有供水器的花盆组成，该装置能够实现自动灌溉，但是不能根据具体的植物需求来精确调整使得栽培过程中自动实现所需的土壤含水量。200710027344.1公开了一种适用于大田的灌溉系统及方法，包括水源、液面控制器，设有若干配水孔的配水管以及限量供水盘，配水盘与限量供水盘埋设于突然中，限量供水盘设于配水管的下方并靠近配水管。该技术实现了大田的自动灌溉，需要持续不断的水源供水，不适合于家庭盆栽，也不能通过调整装置来实现所需的土壤含水量等栽培参数。Although many automatic irrigation cultivation device products or technologies have appeared on the market, the problem to be solved is only to realize automatic irrigation in household potted plants, such as Chinese Patent No. 201110136158. A negative pressure automatic irrigation device consists of an air inlet and The Martens jar at the water supply port and the flower pot with the water supply pre-buried, this device can realize automatic irrigation, but it cannot be precisely adjusted according to the specific plant needs so that the required soil moisture content can be automatically achieved during the cultivation process. 200710027344.1 discloses an irrigation system and method suitable for field, including water source, liquid level controller, water distribution pipe with several water distribution holes and limited water supply plate, the water distribution plate and limited water supply plate are buried in the center, and the limited water supply plate is set Below and close to the water distribution pipe. This technology realizes the automatic irrigation of large fields, requires continuous water supply, is not suitable for household potting, and cannot achieve the required cultivation parameters such as soil moisture content by adjusting the device.
北京普泉科技有限公司的发明了一种痕量灌溉技术及配套的痕量灌溉管，如图1所示，管内设置有痕灌膜和毛细管束组成，痕灌膜是一种高分子超滤膜，起到灌溉水过滤的作用，管壁上设置有与外界连通的毛细管束，起到毛细管的作用，用于通过毛细管作用将管内流动的水吸到外界土壤中。该公司也提供了该技术在大田灌溉中的应用技术。但是鲜见将该痕量灌溉管用于家庭园艺自动盆栽装置，更未见到结合该痕量灌溉技术来解决家庭栽培装置中调整土壤含水量的技术问题方面的报道或产品。Beijing Puquan Technology Co., Ltd. invented a trace irrigation technology and supporting trace irrigation pipes. As shown in Figure 1, the pipe is composed of trace irrigation film and capillary bundles. The trace irrigation film is a polymer ultrafiltration The membrane plays the role of irrigation water filtration, and the tube wall is provided with capillary bundles communicating with the outside world, which play the role of capillary tubes and are used to absorb the water flowing in the tubes into the external soil through capillary action. The company also provided the application technology of this technology in field irrigation. But it is rare to see this trace irrigation pipe used in home gardening automatic potting devices, and there is no report or product that combines this trace irrigation technology to solve the technical problems of adjusting soil moisture in home cultivation devices.
发明内容Contents of the invention
本发明根据人们对家庭园艺栽培方面的需求，提供一种自动供水家庭园艺有机栽培装置，能够根据栽培植物种类不同而灵活调整而得到适合的土壤含水量。According to people's demands on home gardening cultivation, the present invention provides an automatic water supply home gardening organic cultivation device, which can be flexibly adjusted according to different types of cultivated plants to obtain suitable soil water content.
本发明的技术方案如下：Technical scheme of the present invention is as follows:
一种用于自动供水家庭园艺有机栽培装置的储水容器支架，包括支架杆1和储水容器托2，其特征在于，所述支架杆1沿垂直方向设置有若干不同高度的用于可拆卸地连接所述储水容器托2的连接部件3，可通过将所述储水容器托2可拆卸地连接在不同高度的所述连接部件3上使得所述储水容器托相对于植物根系具有不同的高度。A water storage container support for an automatic water supply home gardening organic cultivation device, comprising a support rod 1 and a water storage container support 2, characterized in that the support rod 1 is provided with several different heights along the vertical direction for detachable Connect the connecting part 3 of the described water storage container support 2, can make the described water storage container support relative to the plant root system by detachably connecting the described water storage container support 2 on the described connecting part 3 of different heights different heights.
所述连接部件3为开孔，所述储水容器托2上开有与所述开孔相匹配的配合开孔。The connecting part 3 is an opening, and the water storage container holder 2 is provided with a matching opening matching the opening.
所述支架杆1由两根平行杆构成，两根杆上都设置有所述连接部件3。The support rod 1 is composed of two parallel rods, and the connecting parts 3 are arranged on the two rods.
一种自动供水家庭园艺栽培的栽培装置，其特征在于：包括上述任一所述的储水容器支架，A cultivation device for automatic water supply home gardening cultivation, characterized in that it includes any one of the above-mentioned water storage container supports,
还包括储水容器4、栽培容器5和痕量灌溉管6；It also includes a water storage container 4, a cultivation container 5 and a trace irrigation pipe 6;
所述储水容器托2上安装有所述储水容器4，所述栽培容器5位于所述储水容器较低的位置；The water storage container 4 is installed on the water storage container holder 2, and the cultivation container 5 is located at a lower position of the water storage container;
所述储水容器4上端有注水口7，下端有出水口8；所述注水口7可非真空封闭；The upper end of the water storage container 4 has a water injection port 7, and the lower end has a water outlet 8; the water injection port 7 can be non-vacuum closed;
所述痕量灌溉管6沿所述栽培容器5内的水平方向铺设，由所述储水容器4供水；The trace irrigation pipe 6 is laid along the horizontal direction in the cultivation container 5, and is supplied with water by the water storage container 4;
所述出水口8与所述植物栽培容器5之间采用输水管道连接；Adopt water pipeline to connect between described water outlet 8 and described plant cultivation container 5;
所述储水容器托2与所述栽培容器5之间具有高度差；There is a height difference between the water storage container holder 2 and the cultivation container 5;
所述高度差可通过调节可拆卸地安装在所述支架杆1上的所述储水容器托2的安装高度来调节，以与想要的土壤含水率相适应。The height difference can be adjusted by adjusting the installation height of the water storage container support 2 detachably installed on the support rod 1, so as to adapt to the desired soil moisture content.
所述栽培容器5盛装有土壤基质，所述痕量灌溉管5掩埋于所述土壤基质中。The cultivation container 5 is filled with a soil matrix, and the trace irrigation pipe 5 is buried in the soil matrix.
所述痕量灌溉管5上方的土壤基质厚度为3-5cm,下方厚度为10cm。The thickness of the soil substrate above the trace irrigation pipe 5 is 3-5 cm, and the thickness below is 10 cm.
所述痕量灌溉管的出水头的间距为15cm。The distance between the water outlets of the trace irrigation pipes is 15 cm.
上述任一栽培装置，所述痕量灌溉管之间的间距为15cm。For any cultivation device above, the distance between the trace irrigation pipes is 15 cm.
上述任一栽培装置，其特征在于：所述储水容器4为带有螺纹式旋转式开口/封闭的盖子的容器。Any cultivation device above is characterized in that: the water storage container 4 is a container with a screw-type rotary opening/closing cover.
一种自动供水家庭园艺栽培的方法，其特征在于：采用权利要求5～11任一所述的栽培装置，并根据栽培植物所需要的土壤含水量调整所述储水容器4和所述栽培容器5之间的高度差。A method for automatic water supply home gardening cultivation, characterized in that: the cultivation device described in any one of claims 5 to 11 is used, and the water storage container 4 and the cultivation container are adjusted according to the soil water content required for cultivating plants 5 height difference between.
发明人偶然发现，在一套采用痕量灌溉管作为盆栽土壤的供水终端，通过具有一定高度的非密闭封口的储水容器向该痕量灌溉管供水栽培盆栽植物的过程中，在环境条件基本不变的温室中，通过改变储水容器的高度，土壤的含水量趋于稳定时的土壤含水量虽然保持在60%～70%之间，但是具体的数值变化与所述容器的高度变化之间存在相关性。本发明实验例1和2的实验数据显示了该规律。The inventor accidentally discovered that in a set of water supply terminals using trace irrigation pipes as potting soil, during the process of supplying water to the trace irrigation pipes to cultivate potted plants through a non-airtight sealed water storage container with a certain height, the environmental conditions are basically In a constant greenhouse, by changing the height of the water storage container, the soil water content when the water content of the soil tends to be stable is maintained between 60% and 70%, but the difference between the specific value change and the height change of the container There is a correlation between. The experimental data of Experimental Examples 1 and 2 of the present invention show this rule.
基于发明人发现的该规律，本发明首先提供一种用于自动供水家庭园艺有机栽培装置的储水容器支架，如图2所示，该支架结构简单，仅仅包括支架杆和储水容器托即可，其特点是储水容器托可以沿着支架杆在垂直方向上随意调整高度，使该支架用于栽培装置时能够随意地获得一个想要的储水容器高度，该想要的高度恰好能够得到想要的适合特定栽培植物的土壤含水量。通过本发明的启示，普通人可以购买本发明的支架，将其与栽培容器以及衡量灌溉管一起组装成一个可获得想要的土壤含水量的家庭园艺栽培装置。Based on the rule discovered by the inventor, the present invention firstly provides a water storage container support for an automatic water supply home gardening organic cultivation device. Yes, it is characterized in that the height of the water storage container support can be adjusted arbitrarily in the vertical direction along the support rod, so that when the support is used in a cultivation device, a desired height of the water storage container can be obtained at will, and the desired height can just be Get the desired soil moisture content for a particular cultivated plant. Through the enlightenment of the present invention, ordinary people can purchase the support of the present invention, assemble it together with the cultivation container and the measuring irrigation pipe into a home gardening cultivation device that can obtain the desired soil moisture content.
本发明的优选实施方式中的支架均是基于上述发明构思的得出的具体的支架，本领域技术人员可以基本本发明的构思得出更多的变形。但是只要其是用于家庭园艺栽培装置，并且其相当于储水容器托的部分可以沿着相当于支架杆的部分在垂直方向上移动从而获得不同的高度，即属于本发明的支架所要求保护的范围。The stents in the preferred embodiments of the present invention are all specific stents obtained based on the above inventive concepts, and those skilled in the art can obtain more deformations based on the concepts of the present invention. However, as long as it is used for home gardening and cultivation devices, and the part corresponding to the water storage container support can move in the vertical direction along the part corresponding to the support rod to obtain different heights, it belongs to the protection required by the support of the present invention. range.
本发明还进一步提供了采用本发明上述支架的栽培装置。具体采用方式非常简单，之需要简单地对栽培容器，上述支架，储水容器以及衡量灌溉管进行简单的组装，使得储水容器与栽培容器之间形成一定的高度差即是本发明要求保护的栽培装置。The present invention further provides a cultivation device using the above bracket of the present invention. The specific adopting method is very simple. It is necessary to simply assemble the cultivation container, the above-mentioned support, the water storage container and the measuring irrigation pipe so that a certain height difference is formed between the water storage container and the cultivation container, which is what the present invention claims to protect. Cultivation device.
本发明的优选实施例中提供了一种具体的栽培装置，如图3所示，其除了上述支架，还包括储水容器4、栽培容器5和痕量灌溉管6；所述储水容器托2上安装有所述储水容器4，所述栽培容器5位于所述储水容器较低的位置；所述储水容器4上端有注水口7，下端有出水口8；所述注水口7可非真空封闭；所述痕量灌溉管6沿所述栽培容器5内的水平方向铺设，由所述储水容器4供水；所述出水口8与所述植物栽培容器5之间采用输水管道连接；所述储水容器托2与所述栽培容器5之间具有高度差；所述高度差可通过调节可拆卸地安装在所述支架杆1上的所述储水容器托2的安装高度来调节，以与想要的土壤含水率相适应。A specific cultivation device is provided in the preferred embodiment of the present invention, as shown in Figure 3, it also includes water storage container 4, cultivation container 5 and trace irrigation pipe 6 except above-mentioned support; The water storage container 4 is installed on the 2, and the cultivation container 5 is located at a lower position of the water storage container; the upper end of the water storage container 4 has a water injection port 7, and the lower end has a water outlet 8; the water injection port 7 It can be non-vacuum closed; the trace irrigation pipe 6 is laid along the horizontal direction in the cultivation container 5, and is supplied with water by the water storage container 4; water delivery is adopted between the water outlet 8 and the plant cultivation container 5 Pipeline connection; there is a height difference between the water storage container holder 2 and the cultivation container 5; the height difference can be detachably installed on the support bar 1 by adjusting the installation Adjust the height to suit the desired soil moisture content.
本发明提供的栽培装置，除了具有自动供水的优点外，由于其能够通过调节储水容器高度，从而获得不同的土壤含水量，这使得在栽培不同生理性质的植物时，能够为植物提供量身定做般合适的生长环境。大多人喜欢家庭盆栽，但是仅有少数人能掌握不同植物对生长环境的各种偏好性。由于是家庭盆栽，不可能像温室一样调节环境温度，湿度来满足植物的最适生长需求，唯一可以调节的是土壤含水量。但是人工浇水很少能够合适该植物生长习性的土壤水分需求，不是浇得太勤淹了就是浇得太少旱了。虽然可以采用目前市场是的自动供水装置来解决忘记浇水等问题，但是不同植物的土壤水分的需求是不一样的，对于自动供水，由于是源源不断地向土壤供水，这使得土壤基本不会处于缺水状态，但是带来的问题是，自动供水提供的水分量可能并不适于该植物，植物长期处于不适合自己的土壤中生长，往往很难长好，即便与合适的土壤含水量仅仅相差几个百分点，仍然可能因为这种不合适而导致长势不理想。而本发明发现的规律以及根据该规律提供的栽培装置完美地解决了问题。The cultivation device provided by the present invention, in addition to having the advantage of automatic water supply, can obtain different soil water contents by adjusting the height of the water storage container, which makes it possible to provide plants with customized Custom-like suitable growing environment. Most people like home potted plants, but only a few people can grasp the various preferences of different plants for the growth environment. Because it is a household potted plant, it is impossible to adjust the ambient temperature and humidity like a greenhouse to meet the optimum growth needs of plants. The only thing that can be adjusted is the soil moisture content. However, artificial watering is rarely able to meet the soil moisture requirements of the plant's growth habits. It is either watered too frequently and flooded or watered too little and droughted. Although the current automatic water supply device in the market can be used to solve problems such as forgetting to water, the soil moisture requirements of different plants are different. For automatic water supply, since it is continuously supplying water to the soil, the soil will basically not In a state of water shortage, the problem is that the amount of water provided by the automatic water supply may not be suitable for the plant. The plant grows in the soil that is not suitable for itself for a long time, and it is often difficult to grow well, even if it is only with the appropriate soil water content. With a difference of a few percentage points, it is still possible to have unsatisfactory growth due to this misfit. However, the law discovered by the present invention and the cultivation device provided according to the law perfectly solve the problem.
本发明专有术语定义：Definitions of specific terms of the present invention:
非密封封闭：指所述储水容器的上开口采用通常的封闭方式进行封闭，但是该封闭又不是密封的，使得内外气压一致，例如一般容器通过旋转拧紧或旋开盖子。Non-hermetic closure: refers to that the upper opening of the water storage container is closed by a usual closing method, but the closure is not airtight so that the internal and external air pressures are consistent. For example, the cap of the general container is tightened or unscrewed by rotation.
附图说明Description of drawings
图1.现有技术-痕量灌溉管结构示意图以及实物照片，Fig. 1. Existing technology - schematic diagram of trace irrigation pipe structure and physical photos,
图2.本发明的储水容器支架结构示意图，Fig. 2. the structural representation of water storage container support of the present invention,
图3.本发明自动供水家庭园艺栽培的栽培装置结构示意图，Fig. 3. the cultivation device structural representation of automatic water supply family gardening cultivation of the present invention,
图4.本发明自动供水家庭园艺栽培的栽培装置实景照片1，Fig. 4. the real scene photo 1 of the cultivation device of automatic water supply family gardening cultivation of the present invention,
图5.本发明自动供水家庭园艺栽培的栽培装置实景照片2。Fig. 5. Real scene photo 2 of the cultivation device for automatic water supply home gardening cultivation of the present invention.
具体实施方式detailed description
实验例1.家庭园艺栽培装置使用参数验证。Experimental example 1. Parameter verification of the home gardening cultivation device.
材料：Material:
痕量灌溉管（北京普泉科技有限公司，型号：Φ16-25）Trace irrigation tube (Beijing Puquan Technology Co., Ltd., model: Φ16-25)
土壤基质：容重1.1-1.4g/cm3，含水量40-50%。营养参数：总养分≥5.5%，有机质%≥56.2%。Soil matrix: bulk density 1.1-1.4g/cm3, water content 40-50%. Nutritional parameters: total nutrients ≥ 5.5%, organic matter % ≥ 56.2%.
装置如图4或5所示：包括高50～100cm的支架杆1，储水容器托2、栽培容器5和掩埋在土壤基质中的痕量灌溉管6；The device is shown in Figure 4 or 5: it includes a support rod 1 with a height of 50 to 100 cm, a water storage container support 2, a cultivation container 5 and a trace irrigation pipe 6 buried in the soil matrix;
所述储水容器托2上放置有储水容器4，所述栽培容器5放置在支架杆1底部的地面上；A water storage container 4 is placed on the water storage container support 2, and the cultivation container 5 is placed on the ground at the bottom of the support bar 1;
所述储水容器4为一个带旋转式封闭拧紧盖子的塑料罐，上端打开盖后为注水口7，下端开有出水口8；The water storage container 4 is a plastic tank with a rotary closed and tightened cover, the upper end is opened with a water injection port 7, and the lower end is provided with a water outlet 8;
栽培容器5内的土壤基质中水平铺设有痕量灌溉管（北京普泉科技有限公司，型号：Φ16-25），通过输水管道与所述储水容器4贯通连接；A trace irrigation pipe (Beijing Puquan Technology Co., Ltd., model: Φ16-25) is laid horizontally in the soil matrix in the cultivation container 5, and is connected to the water storage container 4 through a water delivery pipe;
栽培容器大小为：45cm×35cm×15cm。The size of the cultivation container is: 45cm×35cm×15cm.
痕量灌溉管为平行铺设的两个，两根之间间距为15cm，每根灌溉管2个出水口，共4个出水口。出水头间距为：25cm。Two trace irrigation pipes are laid in parallel with a distance of 15cm between them, and each irrigation pipe has 2 water outlets, a total of 4 water outlets. The water head spacing is: 25cm.
试验方法：experiment method:
按照图4所示安装好栽培装置，向储水容器中注入自来水并拧紧盖好内盖和外盖。Install the cultivation device as shown in Figure 4, inject tap water into the water storage container and tighten the inner cover and outer cover tightly.
一共设置6个处理1～6，每个处理的储水容器高度有差异。每个处理3个重复。观察并记录土壤含水量变化，记录统计结果如表1：A total of 6 treatments 1 to 6 are set up, and the height of the water storage container of each treatment is different. 3 replicates per treatment. Observe and record the change of soil water content, and record the statistical results as shown in Table 1:
表1.处理A～F的土壤基质含水量与储水容器高度关系统计Table 1. Statistics on the relationship between the water content of the soil matrix and the height of the water storage container for treatments A to F
结论：可以看出，在适当的高度范围内土壤含水量的变化在60～70%之间，且随着储水容器的高度的变化，土壤基质含水量趋于稳定时的含水量与储水容器的高度呈有规律比例关系。Conclusion: It can be seen that the soil water content changes between 60% and 70% within an appropriate height range, and with the change of the height of the water storage container, the water content when the water content of the soil matrix tends to be stable is the same as that of the water storage container. The height of the container is in a regular proportional relationship.
实施例2.Example 2.
栽培容器大小为：两个相同的栽培容器串联形成组合式栽培，两个串联的容器之间仍然采用普通塑料水管相连；The size of the cultivation container is: two identical cultivation containers are connected in series to form combined cultivation, and the two series-connected containers are still connected by ordinary plastic water pipes;
痕量灌溉管为平行铺设的两个，两根之间间距为12cm，出水头间距为：20cm。Two trace irrigation pipes are laid in parallel, the distance between the two pipes is 12cm, and the distance between the water outlets is 20cm.
其它同实施例1.用于观察不同规模栽培容器以及痕量灌溉管设置的情况下，土壤基质含水量与储水容器高度关系统计。Others are the same as in Example 1. It is used to observe the statistics of the relationship between the water content of the soil matrix and the height of the water storage container when different scale cultivation containers and trace irrigation pipes are set.
表2.处理7～11的土壤基质含水量与储水容器高度关系统计Table 2. Statistics on the relationship between the water content of the soil matrix and the height of the water storage container for treatments 7-11
结论：可以看出，栽培容器规模发生变化的情况下，土壤含水量与储水容器的高度的变化之间的关系与实施例1表现相同的规律，随着高度变化，土壤达到含水量稳定的时间有所不同，但是在实践中并不影响使用效果。Conclusion: It can be seen that when the scale of the cultivation container changes, the relationship between the soil water content and the height of the water storage container is the same as that of Example 1. As the height changes, the soil reaches a stable water content. The timing varies, but in practice it doesn't affect the results.
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410117777.6ACN103907501B (en) | 2014-03-26 | 2014-03-26 | The culture apparatus of automatic water-supply home gardening cultivation |
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410117777.6ACN103907501B (en) | 2014-03-26 | 2014-03-26 | The culture apparatus of automatic water-supply home gardening cultivation |
| Publication Number | Publication Date |
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| CN103907501A CN103907501A (en) | 2014-07-09 |
| CN103907501Btrue CN103907501B (en) | 2016-05-18 |
| Application Number | Title | Priority Date | Filing Date |
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| CN201410117777.6AExpired - Fee RelatedCN103907501B (en) | 2014-03-26 | 2014-03-26 | The culture apparatus of automatic water-supply home gardening cultivation |
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| CN103039325A (en)* | 2012-12-20 | 2013-04-17 | 华中科技大学 | Trace irrigation water saving performance testing system |
| CN202998982U (en)* | 2012-12-11 | 2013-06-19 | 樊若岚 | Automatic flower-watering device |
| CN203120617U (en)* | 2013-04-03 | 2013-08-14 | 邹珺 | Mandatory water dropping flower waterer |
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| CN204047448U (en)* | 2014-03-26 | 2014-12-31 | 北京科润维德生物技术有限责任公司 | Automatic water-supply home gardening culturing device |
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| CN2659269Y (en)* | 2003-12-09 | 2004-12-01 | 洪紫林 | Goods shelf |
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN201509469U (en)* | 2009-09-22 | 2010-06-23 | 东北农业大学 | Household flower watering device |
| CN202184018U (en)* | 2011-07-01 | 2012-04-11 | 中国农业科学院农业资源与农业区划研究所 | Pot watering device |
| CN202998982U (en)* | 2012-12-11 | 2013-06-19 | 樊若岚 | Automatic flower-watering device |
| CN103039325A (en)* | 2012-12-20 | 2013-04-17 | 华中科技大学 | Trace irrigation water saving performance testing system |
| CN203120617U (en)* | 2013-04-03 | 2013-08-14 | 邹珺 | Mandatory water dropping flower waterer |
| CN203840877U (en)* | 2014-03-26 | 2014-09-24 | 北京科润维德生物技术有限责任公司 | Water storage container support for household gardening cultivation device with automatic water supply function |
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