An automatic feeding device, assembly in shrimp ponds (1), which is composed of a fixed frame (11), a rotary table (12), two (13), two guide groove feeder (14) and a transmission mechanism (15) and (17) composed of strengthened beams, which is characterized in that the fixed frame (11), the position above the heart symmetrically on both sides of the fixed seat is fixedly provided with a first (111) and a second fixed seat (112), and the second fixed seat (112) is the first fixed seat (111) outside; the rotating disk (12), arranged on the fixed frame (11) below the center position, which is a circular radial, and its axis is pivoted with the fixed frame (11) under the wall of the center; the two guide groove (13), symmetrically arranged on the rotating disk (12) above two The side, and is fixed on the fixing frame (11) of the wall, the top is provided with a first injection port (131) and the lower part is provided with a first discharge port (132), and the guide groove (13) horizontal internal threaded with a blanking rotor (133), the blanking rotor (133) for a cylindrical body, the vertical blanking is penetrated with a plurality of channels (134); the two feeding tank (14) is in a funnel shape, wherein each feeder (14) is arranged in a guide groove (13) the first injection port (131) above, and the feeding tank (14) is fixed on the fixed frame (11) of the side wall, the top and bottom are respectively provided with a second injection port (142) and a second outlet (143); the transmission mechanism (15), is arranged on the holder (11). The center position of the party, by the type of beam structure (151), a support wheel (152), a chain (153), a fixed shaft (154), a drive sprocket chain (153) (155), (153) the chain supporting multiple idler wheels (156), drive the sprocket (155) the first motor (160), drives the blanking rotor (133) and second (161) and motor driven rotary disc (12) of the third motor (162) wherein, the type beam structure (151) is arranged on the first fixing seat (111) above, and the vertical bar (157) the inner wall on both sides with two axis perpendicular to the I-beam structure (151) supporting wheel in the direction of the length of the support wheel (152), (152) the one end of the shaft is pivoted on the second. Seat (112), the fixed shaft (154) throughout the chain (153) and the first fixed seat (111), and the front end is screwed with a nut (163); and the strengthened beams (17) fixed on the I-beam structure (151) on the wall of the appropriate position, the direction perpendicular to the I type beam structure (151) in the longitudinal direction, and the strengthened beams (17) for U beam by the strengthened beams; (17) the transmission mechanism (15) installed in shrimp ponds (1) above, at the same time, the transmission mechanism (15) fixed shaft (154) through the first fixed seat (111), the transmission mechanism (15) and the fixing frame (11) bonding, resulting in the transmission mechanism (15) of the chain (153) can be driven by the fixed frame (11) in shrimp ponds (1) above the mobile At the same time, by two, the feeding tank (14) in the feed through the guide groove (13) and a rotor (133) blanking blanking channel (134), which feed into a rotating disc (12), then by the rotating disc (12) rotation of the feed....
【技术实现步骤摘要】
本技术涉及一种自动投饵装置，尤其是指一种于养虾产业中自动撒布饲料的装置，其利用梁结构装配于养虾池并利用链条传动及离心力撒布饲料的方式，使得该投饵装置可于池上方移动并进行均匀撒布饲料。而轨道喷料式自动投饵装置，是将养虾池壁上环设槽轨，配合设有喷射装置的活动台，使活动台绕池转动同时以鼓风机喷送饲料，达到自动喂食虾类，由于以鼓风机喷送饲料会产生投饵死角现象，且该装置的装设需于池壁上开设槽轨，因此施工不易、成本高及无法用于非水泥式养虾池，另该装置设于池壁对于大范围的养虾池，无法达到投饵均匀。由上所述，利用上述的自动投饵装置尚存在投饵分布不均匀及施工成本高等缺点，因此，解决上述缺点成为现今养虾业者待解决的课题。技术方案本技术的主要目的，在于解决投饵装置于投饵过程中，会产生饲料分布不均匀的问题。本技术的另一目的，是达到投饵装置不需对养虾池壁施工，即可架设于各种大小的水泥式及非水泥式的养虾池。为实现上述的目的，本技术的自动投饵装置主要由一固定架、一旋转盘、二导槽、二落料转子、二供料槽、传动机构及补强梁所组成；其中该固定架，其上方中心位置的两侧对称固设有一对第一固定座及一对第二固定...
【技术保护点】
【技术特征摘要】
1.一种自动投饵装置，装配于养虾池(1)，其由一固定架(11)、一旋转盘(12)、二导槽(13)、二供料槽(14)、传动机构(15)及补强梁(17)所组成，其特征在于该固定架(11)，其上方中心位置的两侧对称固设有一对第一固定座(111)及一对第二固定座(112)，且该第二固定座(112)位于第一固定座(111)的外侧；该旋转盘(12)，装设于该固定架(11)下方的中心位置，其为一圆形放射状，且其轴心枢接于固定架(11)下壁面的中心位置；该二导槽(13)，对称设于该旋转盘(12)上方的两侧，且固定于该固定架(11)的下壁面，其上方设有一第一注料口(131)及下方设有一第一出料口(132)，且该导槽(13)内部的水平方向穿设有一落料转子(133)，该落料转子(133)为一圆柱体，其垂直方向穿设有多个落料通道(134)；该二供料槽(14)为漏斗状，其中每一供料槽(14)设于一导槽(13)第一注料口(131)的上方，且该供料槽(14)固设于该固定架(11)侧面的内壁面，其上方及下方分设有一第二注料口(142)及一第二出料口(143)；该传动机构(15)，设置于该固定架(11)上方的中心位置，由I型梁结构(151)、一对支撑轮(152)、一链条(153)、一固定轴(154)、一用以带动链条(153)的链轮(155)、支撑链条(153)的多个惰轮(156)、驱动链轮(155)的第一马达(160)、驱动落料转子(133)的第二马达(161)及驱动旋转...
【专利技术属性】
技术研发人员：黄锡泉，林男和，
申请(专利权)人：鱼博士生物科技股份有限公司，
类型：实用新型
国别省市：
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