CN207102020U - 一种鱼池过滤系统 - Google Patents
一种鱼池过滤系统 Download PDFInfo
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- CN207102020U CN207102020U CN201721061536.XU CN201721061536U CN207102020U CN 207102020 U CN207102020 U CN 207102020U CN 201721061536 U CN201721061536 U CN 201721061536U CN 207102020 U CN207102020 U CN 207102020U
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- filter system
- fish pond
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- 241000251468 Actinopterygii Species 0.000 title claims abstract description 50
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- 229920000742 Cotton Polymers 0.000 description 2
- CVTZKFWZDBJAHE-UHFFFAOYSA-N [N].N Chemical compound 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[N].N CVTZKFWZDBJAHE-UHFFFAOYSA-N 0.000 description 2
- 238000007599 discharging Methods 0.000 description 2
- 238000001471 micro-filtration Methods 0.000 description 2
- 230000004048 modification Effects 0.000 description 2
- 238000006011 modification reaction Methods 0.000 description 2
- NHNBFGGVMKEFGY-UHFFFAOYSA-N nitrate Chemical compound 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[O-]N=O IOVCWXUNBOPUCH-UHFFFAOYSA-M 0.000 description 1
- IOVCWXUNBOPUCH-UHFFFAOYSA-N nitrous acid Chemical compound 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Abstract
本实用新型涉及一种鱼池过滤系统，包括主箱体，主箱体内设置有筒形的过滤网，过滤网的内部设置有管道，管道与管道旋转头相连通连接，管道上设置有喷嘴，管道旋转头与水泵出水管相连通连接，水泵出水管与水泵相连接，使用时，管道旋转头在水泵出水管内水压的作用下旋转，以带动管道旋转，管道上的喷嘴喷射水流且连续旋转地清洗过滤网，其结构合理，控制方便，能耗低，减少维护成本。
Description
一种鱼池过滤系统
技术领域
[0001] 本实用新型涉及鱼池清洁技术领域，具体涉及一种鱼池过滤系统。
背景技术
[0002] 目前，鱼池和鱼缸的过滤主要采用过滤棉过滤水中的鱼粪或其它悬浮物质，其无 法解决人工清洗与更换新的过滤棉的问题，进一步浪费了人工，且增加养殖的成本与难度； 而现有的水产养殖主要采用滚筒微滤机来处理水中的鱼粪或其它悬浮物质，但因其结构复 杂，采用电动机带动过滤网筒，高压水泵反清洗过滤网，造成控制复杂，能耗大，浪费水资 源，同时会造成悬浮物在水泵高压清洗时破碎，增加水中有机物处理的难度，而且高压喷头 容易堵塞，增加维护成本。
[0003] 公开号为CN103408192A，名称为“鱼池过滤系统”的中国实用新型专利文献公开了 一种鱼池过滤系统，包括排污子系统、污物沉淀子系统、物理过滤子系统、生化过滤子系统、 矿物质析解子系统、清水沉淀子系统、水面异物收纳子系统、杀菌子系统和增氧曝气子系 统，污物沉淀子系统、物理过滤子系统、生化过滤子系统、矿物质析解子系统、清水沉淀子系 统和鱼池依次排列并连接，排污子系统分别与污物沉淀子系统、物理过滤子系统、生化过滤 子系统、矿物质析解子系统和清水沉淀子系统相连接，鱼池与污物沉淀子系统相连接;其虽 然能够对鱼池的水进行循环过滤、净化和增氧处理，但是其却同样存在结构复杂，能耗大， 浪费水资源，难以处理水中的有机物，增加维护成本的问题。
[0004] 公开号为CN106689016A，名称为“一种鱼池过滤装置”的中国实用新型专利文献公 开了一种鱼池过滤装置，所述装置设置有控制中心、进水装置和出水装置，控制中心与进水 装置相连接，控制中心与出水装置相连接。其虽然能通过对装置的设置进行自动换水，但是 其却同样存在结构复杂，能耗大，浪费水资源，难以处理水中的有机物，增加维护成本的问 题。 实用新型内容
[0005]本实用新型的目的在于提供一种鱼池过滤系统，用以解决现有的鱼池过滤系统所 存在的结构复杂，能耗大，浪费水资源，难以处理水中的有机物，增加维护成本的问题。
[0006]为实现上述目的，本实用新型一方面提供一种鱼池过滤系统。具体地，该鱼池过滤 系统包括如下结构：
[0007]所述鱼池过滤系统，包括主箱体，主箱体内设置有筒形的过滤网，过滤网的内部设 置有管道，管道与管道旋转头相连通连接，管道上设置有喷嘴，管道旋转头与水泵出水管相 连通连接，水泵出水管与水泵相连接，使用时，管道旋转头在水泵出水管内水压的作用下旋 转，以带动管道旋转，管道上的喷嘴喷射水流且连续旋转地清洗过滤网。
[0008]可选地，主箱体内的底部设置有底座，过滤网设置在底座上，过滤网的顶部设置有 面盖，水栗与水泵进水管相连接，底座的下面设置有排水管，主箱体内设置有排污管，排污 管的下端位于主箱体的底部，排污管的上端伸出到主箱体的外部，主箱体上设置有进水管。
[0009] 可选地，主箱体为矩形箱体，底座为圆形，过滤网为圆筒形，面盖为圆形，排污管设 置为倒“L”字形，水栗进水管穿过底座与过滤网的内部相连通，进水管连接在主箱体外侧的 中部。
[0010] 可选地，过滤网设置在主箱体内的左侧，主箱体右侧设置有生物填料区，生物填料 区下方的主箱体的底面上设置有增氧管，生物填料区右侧的主箱体内设置有杀菌灯，主箱 体的右侧壁上设置有出水口。
[0011] 可选地，管道旋转头设置为倒“T”字形的圆筒状三通结构，管道旋转头的上部伸入 到圆筒形的水泵进水接头中，水栗进水接头与水栗出水管相连接，水栗进水接头的下部的 内壁的纵向截面设置为倒“T”字形结构，管道旋转头的上部的外壁的纵向截面设置为“T”字 形结构，管道旋转头上部外壁的“T”字形结构的下表面与密封垫圈的上表面相连接，密封垫 圈的下表面与水栗进水接头下部内壁的倒“T”字形结构的上表面相接触，管道旋转头的外 壁与水栗进水接头的内壁之间通过螺纹相连接。
[0012]可选地，水泵进水接头下面的管道旋转头的外壁上套设有密封圈。
[0013]可选地，密封圈的下面设置有套设在管道旋转头外壁上的密封套。
[0014]可选地，喷嘴包括喷嘴壳体，喷嘴壳体内设置有喷水口，喷水口内设置有“凸”字形 台阶结构。
[0015] 可选地，管道为“n”字形。
[0016]可选地，管道旋转头连接在管道的横向部分的中间。
[0017]本实用新型具有如下优点：
[0018] 本实用新型的鱼池过滤系统，能够解决现有的鱼池过滤系统所存在的结构复杂， 能耗大，浪费水资源，难以处理水中的有机物，增加维护成本的问题，其免人工清洗，自动过 滤水中的微小悬浮物质，节省水资源，其结构合理，控制方便，能耗低，减少维护成本，适用 于景观水处理，鱼菜共生、龟菜共生、水产养殖、自来水厂、城市生活污水、造纸、纺织、印染、 化工等原水或污水处理。
附图说明
[0019] 图1是本实用新型的实施例1的鱼池过滤系统的结构示意图。
[0020] 图2是本实用新型的实施例3的鱼池过滤系统的结构示意图。
[0021]图3是本实用新型的鱼池过滤系统的管道旋转头的结构示意图。
[0022]图4是本实用新型的鱼池过滤系统的喷嘴的结构示意图。
[0023]图中，1为主箱体，2为底座，3为过滤网，4为面盖，5为管道，6为管道旋转头，7为水 泵出水管，8为水泵，9为水栗进水管，10为排水管，11为排污管，12为进水管，13为喷嘴，14为 污水流，15为洁净水流，16为清洗水流，I7为生物填料区，18为增氧管，19为杀菌灯，20为出 水口，21为水泵进水接头，22为密封垫圈，23为密封圈，24为密封套。
具体实施方式
[0024]以下实施例用于说明本实用新型，但不用来限制本实用新型的范围。
[0025]实施例1
[0026] —种鱼池过滤系统，参见图1，包括主箱体1，主箱体1内设置有筒形的过滤网3，过 滤网3的内部设置有管道5，管道5与管道旋转头6相连通连接，管道5上设置有喷嘴13，管道 旋转头6与水泵出水管7相连通连接，水杲出水管7与水栗8相连接，使用时，管道旋转头6在 水栗出水管7内水压的作用下旋转，以带动管道5旋转，管道5上的喷嘴13喷射水流且连续旋 转地清洗过滤网3。
[0027]可@，本实施例的鱼池过滤系统，当含有微小悬浮物质的水从进水管12进入主箱 体1，微小悬浮物质被过滤网3截留，过滤网3可以是不锈钢筛网或尼龙筛网截留，经过滤网3 过滤后不含悬浮物的水通过出水管1〇排出。在这一过程中水栗8工作，水流通过水栗出水管 7进入管道旋转头6，为其不断的旋转提供了动力，同时水流通过喷嘴13从过滤网3里面向外 射出以达到清洗过滤网3的目的。喷嘴13可以为多个且均匀分布的结构。积聚在过滤网3的 悬浮物在不断旋转的喷嘴13的水流清洗下会远离过滤网3并慢慢沉积在主箱体1底部，悬浮 物由手动或定时电动控制通过排污管11排出。
[0028] 本实施例的鱼池过滤系统，采用筒形的过滤网3固定的结构，水流通过喷嘴13进行 旋g清洗，减少滚筒减速机等传动组件和复杂的控制系统的使用，其结构简单，控制方便。 其采用水栗8水力旋转和喷洗的结构，无需电动机与高压水栗，只需常压的水栗8即可完成 水力旋转和喷洗的工作，能耗低。传统滚筒微滤机每次清洗都会将污水直接排出，造成水资 源浪费，而本实施例的鱼池过滤系统采用污物集中沉积在主箱体1底部定时排水的结构，减 少排出次数，从而节省水源。传统滚筒微滤机采用高压水栗与高压喷嘴，强劲的水流会将水 中的有机物打碎而溶解于水中，从而增加后期处理水中有机物的成本，另高压喷嘴由于孔 径较少，容易堵塞，从而增加维护成本，而本实施例的鱼池过滤系统采用常压进行冲洗，只 需要将过滤网3中的悬浮物冲离过滤网3即可，并没有将其打碎，即避免悬浮物破碎，减小处 理水中有机物的难度，且喷嘴13不易堵塞，减少维护成本，从而减轻处理水中有机物的难 度。
[0029]本实施例的鱼池过滤系统，可以用于水产养殖，即在鱼池或工厂化养鱼中，本实施 例^鱼池过滤系统能与生物处理系统组合形成一个水循环系统，有效地把水中的悬浮物质 排离，处理氨氮、亚硝酸盐、硝酸盐，进一步稳定维持良好的水质、降低养殖成本、提高经济 效益。
[0030]本实施例的鱼池过滤系统，还可以用于鱼菜共生，其能与鱼粪发酵系统和植物种 植系统组合形成一个生态循环系统，有效地把水中的鱼粪集中收集处理，将氨氮、亚硝酸 盐、硝酸盐等对鱼类有害的物质转变成植物所需要的养份，从而促使植物生长。同时植物生 长消耗水中的有害物质，促进鱼类的健康成长，真正做到生态可循环。
[0031] 实施例2
[0032] —种鱼池过滤系统，与实施例1相似，所不同的是，参见图1，主箱体丨内的底部设置 有底座2，过滤网3设置在底座2上，过滤网3的顶部设置有面盖4，水泵8与水泵进水管9相连 接，底座2的下面设置有排水管10，主箱体1内设置有排污管11，排污管11的下端位于主箱体 1的底部，排污管11的上端伸出到主箱体1的外部，主箱体1上设置有进水管12。
[0033]优选的，主箱体1为矩形箱体，底座2为圆形，过滤网3为圆筒形，面盖4为圆形，排污 管11设置为倒“L”字形，水泵进水管9穿过底座2与过滤网3的内部相连通，进水管12连接在 主箱体1外侧的中部。
[0034] 实施例3
[0035] —种鱼池过滤系统，与实施例2相似，所不同的是，参见图2，过滤网3设置在主箱体 1内的左侧，主箱体1右侧设置有生物填料区17,生物填料区17下方的主箱体1的底面上设置 有增氧管18，生物填料区17右侧的主箱体1内设置有杀菌灯1 g，主箱体1的右侧壁上设置有 出水口 20。
[0036]优选的，杀菌灯19为水下用杀菌灯，其自身带有防水隔水罩体。
[0037] 实施例4
[0038] —种鱼池过滤系统，与实施例3相似，所不同的是，参见图3，管道旋转头6设置为倒 “T”字形的圆筒状三通结构，管道旋转头6的上部伸入到圆筒形的水栗进水接头21中，水泵 进水接头21与水栗出水管7相连接，水泵进水接头21的下部的内壁的纵向截面设置为倒“T” 字形结构，管道旋转头6的上部的外壁的纵向截面设置为“T”字形结构，管道旋转头6上部外 壁的“T”字形结构的下表面与密封垫圈22的上表面相连接，密封垫圈22的下表面与水泵进 水接头21下部内壁的倒“T”字形结构的上表面相接触，管道旋转头6的外壁与水泵进水接头 21的内壁之间通过螺纹相连接。
[0039] 优选的，水栗进水接头21下面的管道旋转头6的外壁上套设有密封圈23。
[0040] 优选的，密封圈23的下面设置有套设在管道旋转头6外壁上的密封套24。
[0041] 优选的，密封垫圈22的数量可以为三个。
[0042] 实施例5
[0043] 一种鱼池过滤系统，与实施例3相似，所不同的是，参见图4,喷嘴13包括喷嘴壳体， 喷嘴壳体内设置有喷水口，喷水口内设置有“凸”字形台阶结构。
[0044] 优选的，管道5为“n”字形。
[0045] 优选的，管道旋转头6连接在管道5的横向部分的中间。
[0046] 本实用新型的鱼池过滤系统，尤其适用于微过滤应用，即指采用180目以上的过滤 网3来过滤水中微小悬浮物。
[0047] 需要说明的是，本实用新型的鱼池过滤系统，主要对现有鱼池过滤系统进行了上 述改进，其它未提及的功能、部件及结构，在需要时，可以采用现有技术中能够实现相应功 能的部件及结构进行实施。
[0048] 虽然，上文中已经用一般性说明及具体实施例对本实用新型作了详尽的描述，但 在本实用新型基础上，可以对之作一些修改或改进，这对本领域技术人员而言是显而易见 的。因此，在不偏离本实用新型精神的基础上所做的这些修改或改进，均属于本实用新型要 求保护的范围。
Claims (10)
1.一种鱼池过滤系统，包括主箱体（1)，其特征在于，主箱体(1)内设置有筒形的过滤网 ⑶，过滤网⑶的内部设置有管道⑸，管道⑸与管道旋转头⑹相连通连接，管道⑸上设 置有喷嘴（I3)，管道旋转头⑹与水栗出水管⑺相连通连接，水栗出水管⑺与水泵⑻相 连接，使用时，管道旋转头⑹在水栗出水管(7)内水压的作用下旋转，以带动管道旋转， 管道(5)上的喷嘴(13)喷射水流且连续旋转地清洗过滤网〇3)。
2.如权利要求1所述的鱼池过滤系统，其特征在于，主箱体（1)内的底部设置有底座 (2)，过滤网⑶设置在底座⑵上，过滤网⑶的顶部设置有面盖(4)，水泵⑻与水泵进水管 (9)相连接，底座（2)的下面设置有排水管（10)，主箱体（1)内设置有排污管（U)，排污管 (11)的下端位于主箱体(1)的底部，排污管（11)的上端伸出到主箱体（1)的外部，主箱体(1) 上设置有进水管(12)。
3. 如权利要求2所述的鱼池过滤系统，其特征在于，主箱体（1)为矩形箱体，底座(2)为 圆形，过滤网⑶为圆筒形，面盖⑷为圆形，排污管（11)设置为倒“L”字形，水泵进水管(9) 穿过底座⑵与过滤网⑶的内部相连通，进水管(12)连接在主箱体⑴外侧的中部。
4. 如权利要求1所述的鱼池过滤系统，其特征在于，过滤网（3)设置在主箱体（1)内的左 侧，主箱体（1)右侧设置有生物填料区（17)，生物填料区（17)下方的主箱体（1)的底面上设 置有增氧管（18)，生物填料区（17)右侧的主箱体（1)内设置有杀菌灯（19)，主箱体（1)的右 侧壁上设置有出水口（20)。
5.如权利要求1-4中任一项所述的鱼池过滤系统，其特征在于，管道旋转头(6)设置为 倒“T”字形的圆筒状三通结构，管道旋转头(6)的上部伸入到圆筒形的水杲进水接头(21) 中，水泵进水接头(21)与水泵出水管(7)相连接，水泵进水接头(21)的下部的内壁的纵向截 面设置为倒“T”字形结构，管道旋转头⑹的上部的外壁的纵向截面设置为“T”字形结构，管 道旋转头⑹上部外壁的“T”字形结构的下表面与密封垫圈（22)的上表面相连接，密封垫圈 (22)的下表面与水泵进水接头(21)下部内壁的倒“T”字形结构的上表面相接触，管道旋转 头⑹的外壁与水泵进水接头(21)的内壁之间通过螺纹相连接。
6.如权利要求5所述的鱼池过滤系统，其特征在于，水泵进水接头(21)下面的管道旋转 头⑹的外壁上套设有密封圈（23)。
7.如权利要求6所述的鱼池过滤系统，其特征在于，密封圈（23)的下面设置有套设在管 道旋转头⑹外壁上的密封套(24)。
8.如权利要求1-4中任一项所述的鱼池过滤系统，其特征在于，喷嘴（13)包括喷嘴壳 体，喷嘴壳体内设置有喷水口，喷水口内设置有“凸”字形台阶结构。
9.如权利要求1-4中任一项所述的鱼池过滤系统，其特征在于，管道⑸为“n”字形。
10.如权利要求7所述的鱼池过滤系统，其特征在于，管道旋转头(6)连接在管道(5)的 横向部分的中间。
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