CN201509511U - 智能控制蚕种催青室 - Google Patents
智能控制蚕种催青室 Download PDFInfo
- Publication number
- CN201509511U CN201509511U CN2009202358326U CN200920235832U CN201509511U CN 201509511 U CN201509511 U CN 201509511U CN 2009202358326 U CN2009202358326 U CN 2009202358326U CN 200920235832 U CN200920235832 U CN 200920235832U CN 201509511 U CN201509511 U CN 201509511U
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- Prior art keywords
- indoor
- hatching
- chamber
- plate
- silkworms
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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- 241000255789 Bombyx mori Species 0.000 title claims abstract description 84
- 230000012447 hatching Effects 0.000 title claims abstract description 78
- 235000013601 eggs Nutrition 0.000 title claims abstract description 30
- 229910002092 carbon dioxide Inorganic materials 0.000 claims abstract description 12
- 239000001569 carbon dioxide Substances 0.000 claims abstract description 12
- CURLTUGMZLYLDI-UHFFFAOYSA-N carbon dioxide Chemical compound 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Abstract
本实用新型公开一种智能控制蚕种催青室，包括催青室主体，在催青室主体上安装有室内侧板，室内侧板的上、下两端分别固定连接有室内顶板和室内底板；在室内顶板上固定安装有冷风管，该冷风管的下侧面开有冷风管出风口；在室内顶板下方吊装有顶部吹风扇、温度传感器和湿度传感器，室内底板上装有底部排风扇，在室内侧板上装有电加热器；在室内腔室内还设有加湿器、照明灯和二氧化碳传感器；所述温度传感器、湿度传感器和二氧化碳传感器以及电加热器、加湿器和制冷机均与自动控制器相互电连接。它不仅能确保孵化率和孵化度的整齐划一，而且能根据催青工艺要求，精确控制各室内环境变量，使催青过程更加省力化和科学化。
Description
技术领域
[0001] 本实用新型一种用于蚕种催青的设施，尤其涉及应用智能化控制温湿度等催青条
件参数的蚕种催青房室。 背景技术
[0002] 蚕种催青是养蚕过程的起点，是确保蚕业丰产丰收的重要基础，如果蚕种催青做 得不好，将会导致幼蚕孵化不齐、降低孵化率或导致幼蚕体弱、多病，影响产茧量。而催青过 程中影响蚕卵胚胎发育的环境条件主要是温度、湿度、空气中二氧化碳含量以及光照时间 等，其中起主导作用的是温、湿度；蚕种在催青过程中应当严格按照催青标准要求进行，以 提供最佳的人工气候条件。
[0003] 传统的蚕种催青是在催青室中进行的，室内补温加湿设施非常简陋，以电加热器 或木炭加温，以水盒或挂湿布补湿，利用门窗或气流孔等自然方式进行换气，应用普通的温 湿度计进行人工读数调控。这样的催青室室内温、湿度梯度大，空气交换不畅而不新鲜，故 而必须频繁地通过人工的方法进行调种、调温、补湿及换气工作，不仅劳动强度大，生产率 低，而且难以适时地达到蚕种催青的温湿度技术要求，直接影响着蚕种催青质量。尤其是这 种人工调控方法温湿度参数测量精度差，调控滞后十分明显，不能进行整个催青过程的动 态监测及全过程控制，极易导致蚕卵胚胎发育不齐，甚至出现催青死卵现象，影响孵化整齐 度和孵化率，严重制约着蚕种催青质量的提高，难以适应我国蚕业生产快速发展的需要。
实用新型内容
[0004] 针对现有技术所存在的上述不足，本实用新型所要解决的技术问题是提供一种智 能控制蚕种催青室，它不仅能提高蚕种孵化率和孵化度整齐度，而且能实现蚕种催青全过 程的温度、湿度、光照和气流的自动化控制。
[0005] 为了解决上述技术问题，本实用新型的智能控制蚕种催青室，包括催青室主体，该 催青室主体的墙壁上设有通气扇和蚕室门，在催青室主体两相对的墙壁内侧均固定地安装 有室内侧板，在该两片室内侧板的上、下两端分别固定连接有室内顶板和室内底板，室内顶 板和室内底板与催青室主体的墙壁内侧间留有空间间隔；在室内顶板上固定安装有冷风 管，该冷风管的下侧面开有冷风管出风口 ；催青室主体的墙壁上安装有制冷机，制冷机的出 风口与冷风管相连通；在室内顶板下方吊装有顶部吹风扇、温度传感器和湿度传感器，室内 底板上装有底部排风扇，在室内侧板上装有电加热器，该室内侧板上还均布有侧板通风孔； 在室内顶板、室内侧板和室内底板所围成的腔室内还设有加湿器、照明灯和二氧化碳传感 器；所述温度传感器、湿度传感器和二氧化碳传感器以及电加热器、加湿器和制冷机均与自 动控制器相互电连接。
[0006] 采用上述结构后，首先由于在室内顶板、室内侧板和室内底板所围成的催青腔室 内设有与自动控制器相互电连接的温度传感器、湿度传感器和二氧化碳传感器，从而通过 温度、湿度和二氧化碳传感器实现对催青腔室温度、湿度和空气质量等信息的采集，并将其
3采集数据适时传送给自动控制器，信息采集及时、数据传递准确。又由于电加热器、加湿器 和制冷机与自动控制器相电连接，在传感器采集的数据信号送至自动控制器后，自动控制 器将采集得到的被控变量的实测值和预设值比较，借助常规的计数机程序计算处理后发出 指令，该指令通过驱动电路、功率开关或继电器来控制电加热器、加湿器和制冷机的接通和 断开，实现了催青室内温湿度等参数的自动调节和控制。还由于在室内顶板吊有顶部吹风 扇、室内底板上装有底部排风扇，且室内顶板、室内侧板和底内底板均与催青室主体间留有 间隙，这样催青室的温度和湿度等参量就可以在吹、排风扇的作用下实现有序的循环流动， 确保催青室内各种催青参量的一致性，彻底避免参量梯度的出现，从而保证了孵化率和孵 化程度的均匀一致，有效地提高了蚕种的催青质量。再由于在室内顶板固定安装有冷风管， 且该冷风管的出风口与冷风管相连通，该结构能将冷源均匀地送到催青室的各个部分，有 利于增强催青室内温度的一致性，使室内温度保持恒定。
附图说明
[0007] 下面结合附图和具体实施方式对本实用新型智能控制蚕种催青室作进一步详细 的说明。
[0008] 图1是本实用新型智能控制蚕种催青室一种具体实施方式的立面结构示意图。 [0009] 图2是图1所示实施方式的侧面结构示意图
[0010] 图中，1-催青室主体，2-侧板撑杆，3-通气扇，4-温度传感器，5-冷风管，6-顶部 吹风扇，7-湿度传感器，8-室内顶板，9_电加热器，10-照明灯，11-室内侧板，12-自动控制 器，13-加湿器，14-底部排风扇，15- 二氧化碳传感器，16-室内底板，17-蚕种架，18-蚕室 门，19-制冷机，20-冷风出口 ， 21-侧板通风孔。
具体实施方式
[0011] 如图1、图2所示的智能控制蚕种催青室，该催青室的催青主体1由围于四周的墙 面以及位于四周墙面顶部的顶面组成，该四周的墙面立于地面上，从而构成立方体的空间。 在催青室主体1的一墙壁上开有蚕室门18，在两相对的催青室主体1的两墙壁上部各设置 有两只通气扇3，该两通气扇3位置相对，且均为常用的带有的百叶窗片的换气扇，以便适 时地排出浊气，补入新鲜空气。在催青室主体1的室内空间通过若干侧板撑杆2将两片室 内侧板11支承于催青室主体1的两相对墙壁内侧，在两室内侧板11的上、下两端分别固定 连接有室内顶板8和室内底板16，室内侧板11、室内顶板8和室内底板16与催青室主体1 的墙壁内侧间保持一定的空间距离，该空间距离用于循环气流的流动。室内侧板11、室内顶 板8和室内底板16的两端直接与催青室主体1的另两墙壁内侧密闭连接。在室内顶板8 上固定地装有冷风管5，在催青室主体1的一墙壁上安装有制冷机19，该制冷机19的出风 口与冷风管5相连通，冷风管5下侧的冷风出口 20从近制冷机的一端至远离制冷机的另一 端依次由稀变密，以平衡各冷风出口 20出口的风速和风压。在室内顶板8下方设有两个顶 部吹风扇6，该顶部吹风扇6沿冷风管5的长度方向布置，在室内顶板8的下方吊装有温度 传感器4和湿度传感器7。
[0012] 在室内侧板11上均设有均匀布置的侧板通风孔21，以便循环气流通过。在室内侧 板ll上通过支架装有数只电加热器9，该电加热器9为常见的加温电热线，当然也可以是其它通用的电加热设备；在每一侧的室内侧板11上均装有3只照明灯IO，该照明灯10采 用日光灯，以便于感光和紫外线消毒。在室内底板16上且沿冷风管5的长度方向，均布有 6只底部排风扇14，该底部排风扇14也可以是4只或8只等，其数量应根据催青室大小而 定。在室内底板16上还放置有两台加湿器13，该加湿器13采用电热加湿器或超声波加湿 器；室内底板16上还装有二氧化碳传感器15。在室内底板16上放置有两排蚕种架17，该 两排蚕种架17分别位于冷风管5下方两侧。温度传感器4、湿度传感器7和二氧化碳传感 器15以及电加热器9、加湿器13、照明灯10和制冷机19均与自动控制器12相互电连接， 当然通气扇3、顶部吹风扇6、底部排风扇19也与自动控制器12相互电连接。自动控制器 12通过相应的驱动电路和继电器控制电加热器9，加湿器13、照明灯10、制冷机19、通气扇 3、顶部吹风扇6和底部排风扇14，以控制这些电器的接通断开。自动控制器12采用计算机 装置或可编程控制器（PLC)等常用的控制装置。
[0013] 工作时，各传感器将自动采集催青室内的环境条件参数，并将其转化为电信号以 传送至自动控制器12中，自动控制器12把采集到的环境参数（湿度、温度及空气质量等） 进行处理，并与根据催青技术要求所预设的数据进行比较和分析，计算出偏差及其变化率， 然后输出控制量，分别控制对应的电加热器9、照明灯10、制冷机19、加湿器13以及各个风 扇，使催青室中的温、湿度等严格按照催青工艺要求进行调节。当催青室内温度较低时，则 关闭制冷机19而接通电加热器9，反之则接通制冷机19关闭电加热器9。当催青室内湿度 低于设定值时，则接通加湿器13进行加湿反之也然。对于光照、通风量的控制，则是根据催 青现场蚕种的发育情况，设定好光照、通风、换气时间以及室内的二氧化碳浓度，自动控制 器12则根据设定对相关设备进行开启和关闭控制，以保持室内合适的光照、清新的空气， 避免室内温、湿度产生过大梯度，实现对室内环境参数的精确调控。
Claims (6)
- 一种智能控制蚕种催青室，包括催青室主体(1)，该催青室主体(1)的墙壁上设有通气扇(3)和蚕室门(18)，其特征在于：在催青室主体(1)两相对的墙壁内侧均固定地安装有室内侧板(11)，在该两片室内侧板(11)的上、下两端分别固定连接有室内顶板(8)和室内底板(16)，室内顶板(8)和室内底板(16)与催青室主体(1)的墙壁内侧间留有空间间隔；在室内顶板(8)上固定安装有冷风管(5)，该冷风管(5)的下侧面开有冷风管出风口(20)；催青室主体(1)的墙壁上安装有制冷机(19)，制冷机(19)的出风口与冷风管(5)相连通；在室内顶板(8)下方吊装有顶部吹风扇(6)、温度传感器(4)和湿度传感器(7)，室内底板(16)上装有底部排风扇(14)，在室内侧板(11)上装有电加热器(10)，该室内侧板(11)上还均布有侧板通风孔(21)；在室内顶板(8)、室内侧板(11)和室内底板(16)所围成的腔室内还设有加湿器(13)、照明灯(10)和二氧化碳传感器(15)；所述温度传感器(4)、湿度传感器(7)和二氧化碳传感器(15)以及电加热器(9)、加湿器(13)和制冷机(19)均与自动控制器(12)相互电连接。
- 2. 根据权利要求1所述的智能控制蚕种催青室，其特征在于：所述通气扇（3)包括两只带有百叶窗片的换气扇，该两通气扇（3)分别安装于催青室主体（1)相对的两墙壁上。
- 3. 根据权利要求1所述的智能控制蚕种催青室，其特征在于：所述照明灯（10)为日光灯。
- 4. 根据权利要求l所述的智能控制蚕种催青室，其特征在于，所述电加热器（9)为加温电热线。
- 5. 根据权利要求l所述的智能控制蚕种催青室，其特征在于：所述冷风管（5)下侧的冷风出口 （20)沿近制冷机（19)的一段向另一端由稀变密布置。
- 6. 根据权利要求l所述的智能控制蚕种催青室，其特征在于：所述自动控制器（12)为计算机装置或可编程控制器。
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