CN206974728U - It is a kind of to be applied to reservoir, the accurate hydrophore in lake - Google Patents
It is a kind of to be applied to reservoir, the accurate hydrophore in lake Download PDFInfo
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Abstract
本实用新型公开了一种适用于水库、湖泊的精准型采水器，包括采水泵、水样容器、定时器、采水管、卷线机、温度感应器、声纳装置，采水泵与采水管的进水口一端连接，水样容器放置于采水管的出水口一端下方，采水管缠绕于卷线机上，温度感应器设置于采水管的出水口一端，声纳装置设置于采水管的进水口一端，采水泵通过电源线与供电装置连接，供电装置上设置有定时器。本实用新型利用采水泵、水样容器、定时器、采水管、卷线机和供电装置，可直接在不同深度的水中采样，相对传统采水器更加方便，更加省时省力；通过在采水管上设置声纳装置，可更加精确的测得采样点的水深值，并通过温度感应器实时测得所采水样的温度,从而可获得更加精准的水样数据。
The utility model discloses a precision water collection device suitable for reservoirs and lakes, which comprises a water collection pump, a water sample container, a timer, a water collection pipe, a coiler, a temperature sensor, a sonar device, a water collection pump and a water collection pipe One end of the water inlet is connected, the water sample container is placed under the water outlet end of the water collection pipe, the water collection pipe is wound on the winding machine, the temperature sensor is installed at the water outlet end of the water collection pipe, and the sonar device is installed at the water inlet end of the water collection pipe , the water collection pump is connected to the power supply device through the power line, and the power supply device is provided with a timer. The utility model utilizes a water collection pump, a water sample container, a timer, a water collection pipe, a winding machine and a power supply device to directly sample water at different depths, which is more convenient and time-saving and labor-saving than the traditional water collection device; The sonar device is installed on the top to measure the water depth value of the sampling point more accurately, and the temperature of the collected water sample is measured in real time through the temperature sensor, so that more accurate water sample data can be obtained.
Description
技术领域technical field
本实用新型涉及一种采水器，特别是一种适用于水库、湖泊的精准型采水器。The utility model relates to a water collector, in particular to a precise water collector suitable for reservoirs and lakes.
背景技术Background technique
采水器有表层水采集器和深层水采集器两种。表层水采集器常用搪瓷桶或其它不与水起化学作用的桶，采用直接提取的方式获得表层水。深层水采集器是一个圆柱桶，桶上有活阀或盖子，可在投入水中后用颠倒的方法使圆柱通的活阀或盖子关闭。但是这两种采水器有一个致命的弱点那就是需要人工投放和提水，不仅效率低而且无法精确确定采样点的深度。There are two types of water collectors: surface water collectors and deep water collectors. Surface water collectors usually use enamel buckets or other buckets that do not chemically interact with water, and use direct extraction to obtain surface water. The deep water collector is a cylindrical barrel with a live valve or a cover on the barrel, which can be closed by an upside-down method after being dropped into water. But these two kinds of water collectors have a fatal weakness, that is, they need to put in and lift water manually, which is not only inefficient but also unable to accurately determine the depth of the sampling point.
实用新型内容Utility model content
本实用新型的目的在于，提供一种适用于水库、湖泊的精准型采水器，其能够在不需要人工提水的情况下，采取到不同水深处的水样，而且能够测得采样点的深度值和所采取水样的温度，不仅效率更高而且获得的水样数据更加精确。The purpose of this utility model is to provide a precision water collector suitable for reservoirs and lakes, which can take water samples at different water depths without manual water extraction, and can measure the The depth value and the temperature of the water sample taken are not only more efficient but also the obtained water sample data is more accurate.
为解决上述技术问题，本实用新型采用如下的技术方案：一种适用于水库、湖泊的精准型采水器，包括采水泵、水样容器、定时器、采水管、卷线机、温度感应器、声纳装置，采水泵与采水管的进水口一端连接，水样容器放置于采水管的出水口一端下方，采水管缠绕于卷线机上，温度感应器设置于采水管的出水口一端，声纳装置设置于采水管的进水口一端，采水泵通过电源线与供电装置连接，供电装置上设置有定时器。声纳装置用于测量采水泵深入水下的深度。温度感应器用于检测水样的温度。In order to solve the above technical problems, the utility model adopts the following technical scheme: a precise water collector suitable for reservoirs and lakes, including a water pump, a water sample container, a timer, a water pipe, a coiler, and a temperature sensor , sonar device, the water collection pump is connected to the water inlet end of the water collection pipe, the water sample container is placed under the water outlet end of the water collection pipe, the water collection pipe is wound on the winding machine, the temperature sensor is set at the water outlet end of the water collection pipe, and the sound The receiving device is arranged at one end of the water inlet of the water collection pipe, the water collection pump is connected with the power supply device through the power line, and the power supply device is provided with a timer. A sonar device is used to measure how deep a water pump has penetrated into the water. The temperature sensor is used to detect the temperature of the water sample.
前述的这种适用于水库、湖泊的精准型采水器中，所述采水管包括大中空管和小中空管，大中空管与小中空管贴合连接，并一同缠绕于卷线机上，小中空管内设置有电源线。设置在小中空管内的电源线与大中空管一起绕在卷线机上。In the aforementioned precision water collection device suitable for reservoirs and lakes, the water collection pipe includes a large hollow pipe and a small hollow pipe, and the large hollow pipe and the small hollow pipe are attached and connected, and are wound together On the line machine, a power line is arranged in the small hollow tube. The power cord set in the small hollow tube is wound on the coiler together with the large hollow tube.
前述的这种适用于水库、湖泊的精准型采水器中，所述采水泵为隔膜式微型水泵、活塞式微型水泵、磁力驱动式微型水泵或者齿轮式微型水泵，其流量为9L/min～11L/min。In the above-mentioned precision water collection device suitable for reservoirs and lakes, the water collection pump is a diaphragm micro-pump, a piston micro-pump, a magnetic-drive micro-pump or a gear-type micro-pump, and its flow rate is 9L/min～ 11L/min.
前述的这种适用于水库、湖泊的精准型采水器中，所述供电装置为汽油发电机或者锂电池。In the aforementioned precision water collectors suitable for reservoirs and lakes, the power supply device is a gasoline generator or a lithium battery.
前述的这种适用于水库、湖泊的精准型采水器中，所述大中空管的管径为8mm。In the above-mentioned precision water collector suitable for reservoirs and lakes, the diameter of the large hollow tube is 8mm.
前述的这种适用于水库、湖泊的精准型采水器中，所述采水管的出水口设置有防护罩，防护罩包括上罩口和下罩口，上罩口的直径尺寸小于下罩口的直径尺寸。防护罩可防止水样被风尘污染。In the above-mentioned precision water collector suitable for reservoirs and lakes, the water outlet of the water collection pipe is provided with a protective cover, and the protective cover includes an upper cover mouth and a lower cover mouth, and the diameter of the upper cover mouth is smaller than that of the lower cover mouth. diameter size. The protective cover prevents the water sample from being polluted by wind dust.
本实用新型的采水器有不同的型号，如小型、中型、大型或超大型采水器，其中，小型采水器用于采集0～25米深度范围内的水样，中型采水器用于采集25～50米深度范围内的水样，大型采水器用于采集50～100米深度范围内的水样，超大型采水器用于采集100米以上深度范围的水样。The water collector of the utility model has different models, such as small, medium, large or super large water collectors, wherein the small water collector is used to collect water samples within the depth range of 0 to 25 meters, and the medium-sized water collector is used to collect For water samples within the depth range of 25 to 50 meters, the large water collector is used to collect water samples within the depth range of 50 to 100 meters, and the super large water collector is used to collect water samples within the depth range of 100 meters or more.
与现有技术相比，本实用新型利用采水泵、水样容器、定时器、采水管、卷线机和供电装置，可直接在不同深度的水中采样，相对传统采水器更加方便，更加省时省力；通过在采水管上设置声纳装置，可更加精确的测得采样点的水深值，并通过温度感应器实时测得所采水样的温度,从而可获得更加精准的水样数据。Compared with the prior art, the utility model utilizes a water collection pump, a water sample container, a timer, a water collection pipe, a winding machine and a power supply device to directly sample water at different depths, which is more convenient and more economical than the traditional water collection device. Time-saving and labor-saving; by installing a sonar device on the water collection pipe, the water depth value of the sampling point can be measured more accurately, and the temperature of the collected water sample can be measured in real time through the temperature sensor, so that more accurate water sample data can be obtained.
附图说明Description of drawings
图1是本实用新型的一种实施例的结构示意图；Fig. 1 is the structural representation of a kind of embodiment of the utility model;
图2是本实用新型一种实施例的采水管结构示意图；Fig. 2 is a schematic structural diagram of a water collection pipe in an embodiment of the present invention;
图3是本实用新型防护罩的示意图。Fig. 3 is a schematic diagram of the utility model protective cover.
附图标记：1-采水泵，2-水样容器，3-定时器，4-采水管，5-卷线机，6-温度感应器，7-声纳装置，8-进水口，9-下罩口，10-出水口，11-电源线，12-供电装置，13-防护罩，14-大中空管，15-小中空管，16-上罩口。Reference signs: 1-water collection pump, 2-water sample container, 3-timer, 4-water collection pipe, 5-winder, 6-temperature sensor, 7-sonar device, 8-water inlet, 9- Lower cover mouth, 10-water outlet, 11-power cord, 12-power supply device, 13-protective cover, 14-large hollow tube, 15-small hollow tube, 16-upper cover mouth.
下面结合附图和具体实施方式对本实用新型作进一步的说明。Below in conjunction with accompanying drawing and specific embodiment, the utility model is further described.
具体实施方式detailed description
本实用新型的实施例1：一种适用于水库、湖泊的精准型采水器，其可用于采集0～25米深度范围内的水样，包括采水泵1、水样容器2、定时器3、采水管4、卷线机5、温度感应器6、声纳装置7，采水泵1与采水管4的进水口8一端连接，水样容器2放置于采水管4的出水口10一端下方，采水管4缠绕于卷线机5上，温度感应器6设置于采水管4的出水口10一端，可精准测取采水点深度的声纳装置7设置于采水管4的进水口8一端，采水泵1通过电源线11与供电装置12连接，供电装置12上设置有定时器3。采水管4包括大中空管14和小中空管15，大中空管14与小中空管15贴合连接，并一同缠绕于卷线机5上，小中空管15内设置有电源线11。采水泵1为隔膜式微型水泵，其流量为9L/min。供电装置12为汽油发电机。大中空管14的管径为8mm。Embodiment 1 of the present utility model: a precise water sampling device suitable for reservoirs and lakes, which can be used to collect water samples within a depth range of 0 to 25 meters, including a water collection pump 1, a water sample container 2, and a timer 3 , water collection pipe 4, winding machine 5, temperature sensor 6, sonar device 7, water collection pump 1 is connected with water inlet 8 of water collection pipe 4, and water sample container 2 is placed below water outlet 10 of water collection pipe 4, one end, The water collection pipe 4 is wound on the winding machine 5, the temperature sensor 6 is arranged at one end of the water outlet 10 of the water collection pipe 4, and the sonar device 7 capable of accurately measuring the depth of the water collection point is arranged at one end of the water inlet 8 of the water collection pipe 4, The water collection pump 1 is connected to a power supply device 12 through a power line 11, and a timer 3 is arranged on the power supply device 12. The water collection pipe 4 includes a large hollow pipe 14 and a small hollow pipe 15. The large hollow pipe 14 and the small hollow pipe 15 are bonded and connected, and are wound together on the winding machine 5. The small hollow pipe 15 is provided with a power supply Line 11. Water collection pump 1 is a diaphragm type miniature water pump, and its flow rate is 9L/min. The power supply device 12 is a gasoline generator. The diameter of the large hollow tube 14 is 8mm.
本实用新型的实施例2：一种适用于水库、湖泊的精准型采水器，其可用于采集25～50米深度范围内的水样，包括采水泵1、水样容器2、定时器3、采水管4、卷线机5、温度感应器6、声纳装置7，采水泵1与采水管4的进水口8一端连接，水样容器2放置于采水管4的出水口10一端下方，采水管4缠绕于卷线机5上，温度感应器6设置于采水管4的出水口10一端，声纳装置7设置于采水管4的进水口8一端，采水泵1通过电源线11与供电装置12连接，供电装置12上设置有定时器3。采水管4包括大中空管14和小中空管15，大中空管14与小中空管15贴合连接，并一同缠绕于卷线机5上，小中空管15内设置有电源线11，大中空管14的管径为8mm。采水泵1为磁力驱动式微型水泵，其流量为9.5L/min。供电装置12具体为锂电池。采水管4的出水口10设置有防护罩13，防护罩13包括圆形状的上罩口16和下罩口9，上罩口16的直径尺寸小于下罩口9的直径尺寸。水样容器2被罩在防护罩13内，可以效防止微风中携带的尘土污染水样。Embodiment 2 of the present utility model: a precise water sampling device suitable for reservoirs and lakes, which can be used to collect water samples within a depth range of 25 to 50 meters, including a water collection pump 1, a water sample container 2, and a timer 3 , water collection pipe 4, winding machine 5, temperature sensor 6, sonar device 7, water collection pump 1 is connected with water inlet 8 of water collection pipe 4, and water sample container 2 is placed below water outlet 10 of water collection pipe 4, one end, The water collection pipe 4 is wound on the winding machine 5, the temperature sensor 6 is arranged at one end of the water outlet 10 of the water collection pipe 4, the sonar device 7 is arranged at one end of the water inlet 8 of the water collection pipe 4, and the water collection pump 1 is connected to the power supply through the power line 11. The device 12 is connected, and the power supply device 12 is provided with a timer 3 . The water collection pipe 4 includes a large hollow pipe 14 and a small hollow pipe 15. The large hollow pipe 14 and the small hollow pipe 15 are bonded and connected, and are wound together on the winding machine 5. The small hollow pipe 15 is provided with a power supply Line 11, the pipe diameter of large hollow pipe 14 is 8mm. Water pump 1 is a magnetically driven miniature water pump with a flow rate of 9.5 L/min. The power supply device 12 is specifically a lithium battery. The water outlet 10 of the water collection pipe 4 is provided with a protective cover 13, and the protective cover 13 includes a circular upper cover mouth 16 and a lower cover mouth 9, and the diameter of the upper cover mouth 16 is smaller than the diameter of the lower cover mouth 9. The water sample container 2 is covered in the protective cover 13, which can effectively prevent the water sample from being polluted by dust carried in the breeze.
本实用新型的实施例3：一种适用于水库、湖泊的精准型采水器，其可用于采集50～100米深度范围内的水样，包括采水泵1、水样容器2、定时器3、采水管4、卷线机5、温度感应器6、声纳装置7，采水泵1与采水管4的进水口8一端连接，水样容器2放置于采水管4的出水口10一端下方，采水管4缠绕于卷线机5上，用于实时监测所采集水样温度的温度感应器6设置于采水管4的出水口10一端，可精准测取采水点深度的声纳装置7设置于采水管4的进水口8一端，采水泵1通过电源线11与供电装置12连接，供电装置12上设置有定时器3。采水管4包括大中空管14和小中空管15，大中空管14与小中空管15贴合连接，并一同缠绕于卷线机5上，小中空管15内设置有电源线11，大中空管14的管径为8mm。采水泵1为磁力驱动式微型水泵，其流量为10L/min。供电装置12具体采用环保的锂电池。采水管4的出水口10设置有防护罩13，防护罩13包括圆形状的上罩口16和下罩口9，上罩口16的直径尺寸小于下罩口9的直径尺寸。Embodiment 3 of the present utility model: a precise water sampling device suitable for reservoirs and lakes, which can be used to collect water samples within a depth range of 50 to 100 meters, including a water sampling pump 1, a water sample container 2, and a timer 3 , water collection pipe 4, winding machine 5, temperature sensor 6, sonar device 7, water collection pump 1 is connected with water inlet 8 of water collection pipe 4, and water sample container 2 is placed below water outlet 10 of water collection pipe 4, one end, The water collection pipe 4 is wound on the winding machine 5, and the temperature sensor 6 for real-time monitoring of the temperature of the collected water samples is installed at one end of the water outlet 10 of the water collection pipe 4, and the sonar device 7 that can accurately measure the depth of the water collection point is installed At one end of the water inlet 8 of the water collection pipe 4 , the water collection pump 1 is connected to a power supply device 12 through a power line 11 , and a timer 3 is arranged on the power supply device 12 . The water collection pipe 4 includes a large hollow pipe 14 and a small hollow pipe 15. The large hollow pipe 14 and the small hollow pipe 15 are bonded and connected, and are wound together on the winding machine 5. The small hollow pipe 15 is provided with a power supply Line 11, the pipe diameter of large hollow pipe 14 is 8mm. The water pump 1 is a magnetically driven miniature water pump with a flow rate of 10 L/min. The power supply device 12 specifically adopts an environmentally friendly lithium battery. The water outlet 10 of the water collection pipe 4 is provided with a protective cover 13, and the protective cover 13 includes a circular upper cover mouth 16 and a lower cover mouth 9, and the diameter of the upper cover mouth 16 is smaller than the diameter of the lower cover mouth 9.
本实用新型的实施例4：一种适用于水库、湖泊的精准型采水器，其可用于采集100米以上深度范围的水样，包括采水泵1、水样容器2、定时器3、采水管4、卷线机5、温度感应器6、声纳装置7，采水泵1与采水管4的进水口8一端连接，用于存积水样的水样容器2放置于采水管4的出水口10一端下方，采水管4缠绕于卷线机5上，温度感应器6设置于采水管4的出水口10一端，声纳装置7设置于采水管4的进水口8一端，采水泵1通过电源线11与供电装置12连接，供电装置12上设置有定时器3。采水管4包括大中空管14和小中空管15，大中空管14与小中空管15贴合连接，并一同缠绕于卷线机5上，小中空管15内设置有电源线11，输送所抽取水样的大中空管14的管径为8mm。采水泵1为磁力驱动式微型水泵，其流量为11L/min。供电装置12具体为锂电池。为了防止风尘污染所采集的水样，在采水管4的出水口10处设置有防护罩13，防护罩13包括圆形状的上罩口16和下罩口9，上罩口16的直径尺寸小于下罩口9的直径尺寸。Embodiment 4 of the present utility model: a precise water sampling device suitable for reservoirs and lakes, which can be used to collect water samples in a depth range of more than 100 meters, including a water collection pump 1, a water sample container 2, a timer 3, The water pipe 4, the winding machine 5, the temperature sensor 6, the sonar device 7, the water collection pump 1 is connected to the water inlet 8 of the water collection pipe 4, and the water sample container 2 for storing water samples is placed at the outlet of the water collection pipe 4. Below one end of the water inlet 10, the water collection pipe 4 is wound on the winding machine 5, the temperature sensor 6 is arranged at one end of the water outlet 10 of the water collection pipe 4, the sonar device 7 is arranged at one end of the water inlet 8 of the water collection pipe 4, and the water collection pump 1 passes through The power line 11 is connected to a power supply device 12, and the power supply device 12 is provided with a timer 3. The water collection pipe 4 includes a large hollow pipe 14 and a small hollow pipe 15. The large hollow pipe 14 and the small hollow pipe 15 are bonded and connected, and are wound together on the winding machine 5. The small hollow pipe 15 is provided with a power supply Line 11, the pipe diameter of the large hollow pipe 14 that transports the extracted water sample is 8mm. The water pump 1 is a magnetically driven miniature water pump with a flow rate of 11 L/min. The power supply device 12 is specifically a lithium battery. In order to prevent wind and dust from polluting the collected water samples, a protective cover 13 is provided at the water outlet 10 of the water collection pipe 4. The protective cover 13 includes a circular upper cover mouth 16 and a lower cover mouth 9, and the diameter of the upper cover mouth 16 is less than The diameter dimension of lower cover mouth 9.
本实用新型的一种实施例的使用方法：使用时，开启作为电源的供电装置12，通过卷线机5将连接采水管4的采水泵1投入水中，采水泵1抽水的同时定时器3开始计时，采集的水样通过采水管4的大中空管14进入水样容器2。The use method of an embodiment of the present utility model: when in use, turn on the power supply device 12 as a power supply, put the water collection pump 1 connected to the water collection pipe 4 into the water through the winding machine 5, and the timer 3 starts when the water collection pump 1 draws water Timing, the collected water sample enters the water sample container 2 through the large hollow pipe 14 of the water sampling pipe 4 .
本实用新型通过使用卷线机5，在保证采水管4和电源线11的长度足够长的情况下，可将采水泵1很方便的投入深水中，然后通过定时器3定时定量抽取水样，再利用声纳装置7准确定位采样点的位置，采用温度感应器6实时测取水样的温度。本实用新型不需要用人工提水的方式获取水样，避免了水样在不同水层中移动所产生温度或水质变化的问题，采用本实用新型获取的水样数据更加精准可靠。The utility model uses the winding machine 5, under the condition that the length of the water collection pipe 4 and the power cord 11 is long enough, the water collection pump 1 can be conveniently put into deep water, and then the water sample is regularly and quantitatively taken by the timer 3, Then the sonar device 7 is used to accurately locate the position of the sampling point, and the temperature sensor 6 is used to measure the temperature of the water sample in real time. The utility model does not need to manually lift water to obtain water samples, avoiding the problem of temperature or water quality changes caused by the movement of water samples in different water layers, and the water sample data obtained by using the utility model is more accurate and reliable.
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| CN108469276A (en) * | 2018-03-29 | 2018-08-31 | 上海交通大学 | The field water depth of water, the synchro measure of temperature and water body synchronous sampling system |
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