CN106047681A - 一种螺旋藻培育箱 - Google Patents

一种螺旋藻培育箱 Download PDF

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CN106047681A
CN106047681A CN201610488690.9A CN201610488690A CN106047681A CN 106047681 A CN106047681 A CN 106047681A CN 201610488690 A CN201610488690 A CN 201610488690A CN 106047681 A CN106047681 A CN 106047681A
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孙漫泽
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Harbin Huazao Biotechnology Development Co Ltd
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Abstract

一种螺旋藻培育箱，包括箱体、控制器、循环喷淋装置、自动补水水箱、热风装置，所述箱体左侧上端装置控制器，左侧下端装置自动补水水箱，右侧下端装置热风装置；所述箱体内部装置上下四层螺旋藻置放网，由四层螺旋藻置放网分隔成四个螺旋藻培育区；所述螺旋藻培育区下端为集水池；所述循环喷淋装置由循环水管、循环水泵、供水管、喷淋管、多个喷淋头构成；所述循环水泵装置在箱体顶端中间，右端通过循环水管连接并插入至集水池，下端连接装置在箱体内部供水管，所述供水管下端连接横向设置的喷淋管，所述喷淋管下端装置多个喷淋头。本发明使得螺旋藻培育不受环境和季节或是其他因素的影响，可以有效提高螺旋藻的产量和质量。

Description

一种螺旋藻培育箱
技术领域
本发明涉及一种培育箱，特别是涉及一种螺旋藻培育箱。
背景技术
螺旋藻是一类低等生物，原核生物，由单细胞或多细胞组成的丝状体，体长200-500um，宽5-l0um，圆柱形，呈疏松或紧密的有规则的螺旋旋形弯曲，形如钟表发条，故而得名。具有减轻癌症放疗、化疗的毒副反应，提高免疫功能，降低血脂等功效。螺旋藻是多细胞藻体，圆柱形螺旋状的丝状体，单生或集群聚生，藻丝直径5-l0um，先端钝形，螺旋数2-7个。藻体可以颤动和旋转运动，常像围绕着一个纵轴似地很快旋转，向前爬行。细胞内含物均匀，无真正的细胞核。由于体内的藻红素和藻蓝素等的数量不同，而呈现不同体色，如蓝绿色、黄绿色或紫红色等。并有纤弱的横隔壁。属原核生物的简单繁殖方式，可直接分裂。
目前螺旋藻产品已经应用于人类食用领域，螺旋藻具有较好的抗病毒能力，能够有效降低血糖、胆固醇，是一种价值较高的医疗保健用品。
目前大规模的螺旋藻养殖方式，基本采用露天式养殖，利用天然湖泊或修建大型养殖池进行养殖，或是固定玻璃顶棚、塑料顶棚，由于昼夜温差较大，严重限制螺旋藻的产量和质量，不利于螺旋藻养殖培养池内温度的自动、精细控制；这种养殖方式的优点成本低，然而产品质量难以保证，单位产量较低，而且容易受环境和季节的影响。
发明内容
本发明的目的是提供一种螺旋藻培育箱，使得螺旋藻培育不受环境和季节或是其他因素的影响，可以有效提高螺旋藻的产量和质量。
本发明的目的通过以下技术方案来实现：
一种螺旋藻培育箱，包括箱体、控制器、循环喷淋装置、自动补水水箱、热风装置，所述箱体左侧上端装置控制器，左侧下端装置自动补水水箱，右侧下端装置热风装置；所述箱体内部装置上下四层螺旋藻置放网，由四层螺旋藻置放网分隔成四个螺旋藻培育区；所述螺旋藻培育区下端为集水池；所述循环喷淋装置由循环水管、循环水泵、供水管、喷淋管、多个喷淋头构成；所述循环水泵装置在箱体顶端中间，右端通过循环水管连接并插入至集水池，下端连接装置在箱体内部供水管，所述供水管下端连接横向设置的喷淋管，所述喷淋管下端装置多个喷淋头。
所述四个螺旋藻培育区内部上端皆装置补光灯管，内部左侧面上皆装置连接控制器的温湿度传感器。
所述自动补水水箱下端装置带有电控制阀门的补水水管，所述补水水管另一端连接并插入至集水池内部。
所述集水池内部装置水位探测器、造氧器，外端左侧装置一个臭氧发生器。
所述热风装置由鼓风装置、过滤装置、灭菌装置、出风管构成，所述鼓风装置装置在箱体右侧中端，上端连接过滤装置，下端连接灭菌装置，所述灭菌装置左侧中端连接出风管，所述出风管插入至箱体内部；所述过滤装置内部装置多层活性炭过滤网，所述灭菌装置内部装置电加热器。
本发明的有益效果：本发明的一种螺旋藻培育箱，根据生物生长要素，提供充足的光照、恒温、气体，使得细胞加快分裂，进而达到快速生长的目的，并为螺旋藻提供更多的臭氧与氧气，使螺旋藻生长处于最佳状态，有利于提高螺旋藻的产量。
本发明内部装置循环喷淋装置，使得螺旋藻长期处于水浴环境下，更有利于螺旋藻的生长，而在为循环喷淋装置提供水流的集水池中设置造氧器与臭氧发生器，便于为螺旋藻提供氧气或是臭氧，使得其更好的成长；在箱体内部四个螺旋藻培育区内部上端皆装置补光灯管，可以为螺旋藻提供均匀合适的光照；内部设置的热风装置，便于当检测到的环境温度低于螺旋藻的生长温度时，热风装置为箱体内部输送热风，以控制藻液生长的环境温度适中处于最佳的温度范围内。
附图说明
图1是本发明的整体结构示意图；
图中，1-箱体；2-控制器；3-循环喷淋装置；4-自动补水水箱；5-热风装置；6-螺旋藻置放网；7-螺旋藻培育区；8-集水池；9-循环水管；10-循环水泵；11-供水管；12-喷淋管；13-喷淋头；14-补光灯管；15-温湿度传感器；16-补水水管；17-水位探测器；18-造氧器；19-臭氧发生器；20-鼓风装置；21-过滤装置；22-灭菌装置；23-出风管。
具体实施方式
下面结合附图对本发明作进一步详细说明。
实施例1
如图1所示，一种螺旋藻培育箱，包括箱体1、控制器2、循环喷淋装置3、自动补水水箱4、热风装置5，所述箱体1左侧上端装置控制器2，左侧下端装置自动补水水箱4，右侧下端装置热风装置5；所述箱体1内部装置上下四层螺旋藻置放网6，由四层螺旋藻置放网6分隔成四个螺旋藻培育区7；所述螺旋藻培育区7下端为集水池8；所述循环喷淋装置3由循环水管9、循环水泵10、供水管11、喷淋管12、多个喷淋头13构成；所述循环水泵10装置在箱体1顶端中间，右端通过循环水管9连接并插入至集水池8，下端连接装置在箱体1内部供水管11，所述供水管11下端连接横向设置的喷淋管12，所述喷淋管12下端装置多个喷淋头13。
实施例2
如图1所示，所述四个螺旋藻培育区7内部上端皆装置补光灯管14，内部左侧面上皆装置连接控制器2的温湿度传感器15。
实施例3
如图1所示，所述自动补水水箱4下端装置带有电控制阀门的补水水管16，所述补水水管16另一端连接并插入至集水池8内部。
实施例4
如图1所示，所述集水池8内部装置水位探测器17、造氧器18，外端左侧装置一个臭氧发生器19。
实施例5
如图1所示，所述热风装置5由鼓风装置20、过滤装置21、灭菌装置22、出风管23构成，所述鼓风装置20装置在箱体1右侧中端，上端连接过滤装置21，下端连接灭菌装置22，所述灭菌装置22左侧中端连接出风管23，所述出风管23插入至箱体1内部；所述过滤装置21内部装置多层活性炭过滤网，所述灭菌装置22内部装置电加热器。

Claims (5)

1.一种螺旋藻培育箱，包括箱体、控制器、循环喷淋装置、自动补水水箱、热风装置，其特征在于：所述箱体左侧上端装置控制器，左侧下端装置自动补水水箱，右侧下端装置热风装置；所述箱体内部装置上下四层螺旋藻置放网，由四层螺旋藻置放网分隔成四个螺旋藻培育区；所述螺旋藻培育区下端为集水池；所述循环喷淋装置由循环水管、循环水泵、供水管、喷淋管、多个喷淋头构成；所述循环水泵装置在箱体顶端中间，右端通过循环水管连接并插入至集水池，下端连接装置在箱体内部供水管，所述供水管下端连接横向设置的喷淋管，所述喷淋管下端装置多个喷淋头。
2.根据权利要求1所述的一种螺旋藻培育箱，其特征在于：所述四个螺旋藻培育区内部上端皆装置补光灯管，内部左侧面上皆装置连接控制器的温湿度传感器。
3.根据权利要求1所述的一种螺旋藻培育箱，其特征在于：所述自动补水水箱下端装置带有电控制阀门的补水水管，所述补水水管另一端连接并插入至集水池内部。
4.根据权利要求1所述的一种螺旋藻培育箱，其特征在于：所述集水池内部装置水位探测器、造氧器，外端左侧装置一个臭氧发生器。
5.根据权利要求1所述的一种螺旋藻培育箱，其特征在于：所述热风装置由鼓风装置、过滤装置、灭菌装置、出风管构成，所述鼓风装置装置在箱体右侧中端，上端连接过滤装置，下端连接灭菌装置，所述灭菌装置左侧中端连接出风管，所述出风管插入至箱体内部；所述过滤装置内部装置多层活性炭过滤网，所述灭菌装置内部装置电加热器。
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TWI674318B (zh) * 2017-08-16 2019-10-11 日商日本曹達股份有限公司 微生物培養系統

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