CN103340171A - Intelligent feeding device for aquaculture - Google Patents

Intelligent feeding device for aquaculture Download PDF

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Publication number
CN103340171A
CN103340171A CN2013102659979A CN201310265997A CN103340171A CN 103340171 A CN103340171 A CN 103340171A CN 2013102659979 A CN2013102659979 A CN 2013102659979A CN 201310265997 A CN201310265997 A CN 201310265997A CN 103340171 A CN103340171 A CN 103340171A
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provided
end
connected
means
tank
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CN2013102659979A
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Chinese (zh)
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CN103340171B (en
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孙颖
冯根祥
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江苏爱斯特能源科技有限公司
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Abstract

The invention discloses an intelligent feeding device for aquaculture. The intelligent feeding device for the aquaculture comprises a material loading device, a material storing device, a conveying device and a material scattering device, wherein the conveying device is connected with the lower end of the material storing device, and the material scattering device is mutually connected with the conveying device. The intelligent feeding device for the aquaculture has the advantages that fodder is saved, pollution to environment is reduced, labor force is saved, the automation degree is high, waste of the fodder is relatively less, the fodder can be weighed, feeding amount of the fodder is reasonable, assimilation and absorption of the fodder are greatly improved, the fodder is directly transported by an automobile and poured into a feeding port, and woven bags are not needed. When drug needs to be sprayed, liquid drug is directly mixed with the fodder and is directly conveyed to a feeding machine in the middle of a fish pond for feeding through a pipeline after being stirred evenly.

Description

水产智能投料装置 Fisheries intelligent feeding device

技术领域 FIELD

[0001] 本发明涉及一种农业机械,尤其涉及一种水产智能投料装置。 [0001] The present invention relates to an agricultural machine, particularly to a smart aquatic feed means.

背景技术 Background technique

[0002]目前,我国淡水养殖还处于人工为主要劳力状态,饲料放置在编织袋内,人工将饲料放到搅拌机内搅拌后,人工运输到鱼塘中间的投料机内投料。 After [0002] At present, our country is still in freshwater aquaculture Artificial main labor state, bags placed in the feed, feed manually stirred into the mixer, artificial feeding transported to the intermediate fish ponds stoker. 需要喷药时,利用喷雾器将药水喷洒到饲料上,由人工用铲子搅拌饲料和药水,搅拌均匀后,人工运输到鱼塘中间的投料机内投料。 If necessary spraying, using a sprayer syrup sprayed onto the feed, stirring by hand with a spatula feed and syrup, stir, artificial feeding transported to the intermediate fish ponds stoker. 自动化程度不高,浪费编织袋,废料容易飞溅,饲料浪费较多,劳动强度大,不对饲料重量进行称重,饲料投料量不合理,鱼不能对饲料进行合理的消化吸收,严重污染了鱼类生存的水环境,造成鱼类品质降低,饲养成本增大。 High degree of automation, waste bags, waste easily splash, more feed wastage, labor-intensive, and do not feed weight for weighing, feeding amount unreasonable feed, fish feed can not reasonably absorbing, heavily polluted fish survival of the water environment, resulting in lower quality fish, feed costs increase.

发明内容 SUMMARY

[0003] 本发明所要解决的技术问题是:提供一种自动化程度高的水产智能投料装置。 [0003] The present invention solves the technical problem are: to provide a high degree of automation intelligent aquatic feed means.

[0004] 为了解决上述技术问题,本发明采用的技术方案是:水产智能投料装置,包括:上料装置,储料装置,与·储料装置下端相连接的输送装置和与输送装置相互连接的撒料装置。 [0004] To solve the above technical problem, the technical solution of the present invention is that: aquatic smart feeding apparatus, comprising: a feeding means, the storage feeding device, the delivery device-lower material storage device is connected and a delivery device connected to each other spreader means.

[0005] 为了更好地解决上述技术问题,本发明采用的进一步技术方案是:所述的储料装置的结构包括:储料桶,在储料桶的上端设置有桶盖和桶盖开启装置,在储料桶的下端设置有出料装置,在储料桶的外侧均匀设置有若干支撑柱,相邻支撑柱的上端通过弧形板连接,储料桶的外侧分别通过电子称重装置与支撑柱相连接支撑在支撑柱上。 [0005] In order to solve the above problems, a further aspect of the present invention is that: the structure of the material storage apparatus comprising: a storage tank, the storage tank is provided with an upper lid and a lid opening device in the lower end of the storage tank is provided with a discharge means is provided with a plurality of support posts uniformly on the outside of the storage tank, adjacent the upper end of the support column connected by a curved plate, the outside storage tank by an electronic weighing device, respectively, support column connected supported on the support column.

[0006] 为了更好地解决上述技术问题,本发明采用的进一步技术方案是:所述电子称重装置结构包括:电子称重器和分别设置在电子称重器两端的上连接端和下连接端,在所述储料桶的外侧均匀设置有若干与支撑柱相互配合的下连接板,在下连接板上设置有下螺纹连接孔,所述的支撑柱的结构包括:梯形柱体,在梯形柱体的两端对称设置有加强折边,在梯形柱体内设置有安装腔,在安装腔的上端内部设置有上连接板,在上连接板上设置有上螺纹连接孔,所述的电子称重装置设置在安装腔内,电子称重装置上端的上连接端通过螺栓与上连接板相固定,电子称重装置下端的下连接端通过螺栓与下连接板相固定。 [0006] In order to solve the above problems, a further aspect of the present invention is that: the structure of the electronic weighing apparatus comprising: an electronic weighing devices and are respectively provided on both ends of the connecting end and the connected electronic weighing end, outside the storage tank is provided with a plurality of uniformly support posts cooperating with the web, provided with a lower threaded attachment hole on the lower web, said support column structure comprising: a cylinder trapezoidal, trapezoidal symmetrically provided at both ends of the cylinder reinforcing flange, provided with a mounting cavity within the column in a ladder, the connecting plate is provided with an upper end mounted in the interior chamber, there is provided an upper connecting plate connecting upper threaded hole, said electronic scales weight setting means mounting cavity, the electronic weighing device connected to the upper end of the upper end by a bolt fixed to the connecting plate, the lower end of the electronic weighing device connection terminal is fixed by the bolt and the lower web.

[0007] 为了更好地解决上述技术问题,本发明采用的进一步技术方案是:所述的出料装置的结构包括:设置在储料桶底部的出料口、震动装置和出料斗,所述输送装置的结构包括:输送管,设置在输送管内的螺旋输送器和设置在输送管一端与螺旋输送器相连接的驱动装置,在输料管上设置有与储料桶下端的出料口相互配合的进料口,在输料管的另一端上设置有与所述撒料装置相连接的出料口,所述撒料装置的结构包括:与输料管的出料口相连接的撒料箱,设置在撒料箱上的撒料口,设置在撒料箱下端的撒料盘和撒料盘驱动装置。 [0007] In order to solve the above problems, a further aspect of the present invention is that: the structure of the discharge apparatus comprising: discharge port provided at the bottom of the storage tank, and a vibration hopper means, said structure of the delivery device comprising: a screw conveyor, and provided delivery tube disposed within the delivery tube in the delivery tube drive means at one end and the screw conveyor are connected, provided with a storage tank lower end of the spout each other in the conveying pipe with a feed inlet at the other end of the delivery conduit is provided with a discharge opening of the spreader means connected to said spreader device structure comprising: a discharge port and spread the delivery conduit is connected bins, arranged on the spreader box sprinkled discharge port, provided at the lower end of the spreader box spreader plate and spreader disk drive apparatus.

[0008] 为了更好地解决上述技术问题,本发明采用的进一步技术方案是:在所述的输送装置上还连接有喷液搅拌装置。 [0008] In order to solve the above problems, a further aspect of the present invention is that: the conveying means is also connected to said liquid ejecting stirring apparatus.

[0009] 为了更好地解决上述技术问题,本发明采用的进一步技术方案是:所述喷液搅拌装置的结构包括:料箱,设置在料箱上端的搅拌箱、电机、药水箱和药水搅拌气泵,在搅拌箱的底部设置有下料口和与下料口相互配合的下料板,下料板的一端通过销轴转动设置在搅拌箱的下端,下料板的一端与下料口开关手柄相连接,在料箱的下端设置有出料装置,出料装置与设置在输送管上的药物进口相连接,在所述料箱的上端设置有进料口,在所述储料桶的下端一侧设置有出料管,在出料管上设置有阀板,所述的电机的转轴通过传动带与设置在料箱内的搅拌轴相连接,在搅拌轴上均匀设置有若干搅拌叶片,所述的药水搅拌气泵通过药水管与药水箱相连接,所述的药水搅拌气泵通过连接管与设置在搅拌箱上端内部的喷头相连接。 [0009] In order to solve the above problems, a further aspect of the present invention is that: the liquid ejecting apparatus stirred structure comprising: a tank, provided at the upper end of the tank was stirred tank, motor, drugs and medicine stirred tank pump at the bottom of the stirring tank provided with a feed opening and a lower cutting plate and the lower discharge opening cooperating, at one end of the plate material rotatably provided at the lower end of the stirring tank, the lower end of the feed shoe by a pin feed opening switch a handle connected to the lower end of the tank is provided with a discharge device, the discharge means provided in the medicine inlet connected to the delivery tube, is provided with a feed inlet at the upper end of the tank, the storage tank is lower side with a discharge pipe provided in the discharge pipe provided with a valve plate, the shaft of the motor is connected to the stirring shaft via a belt feed tank provided in a plurality of stirring blade shaft is provided with a uniform, stirring the syrup pump is connected via pipes and drug medicine tank, stirring the syrup pump is connected to the nozzle through the connecting pipe provided in the upper end of the internal stirring tank.

[0010] 为了更好地解决上述技术问题,本发明采用的进一步技术方案是:所述料箱下端的出料装置结构包括:设置在料箱下端的出料口、震动装置和出料斗,在出料斗上端出料口的外侧通过转轴活动设置有出料口调节筒,转轴与操作杆的一端相连接,操作杆的另一端与档位调节手柄相连接,操作杆的中部通过连接轴活动支撑在料箱下端的支架上,在所述料箱的一侧上设置有若干与操作杆相互配合的档位槽。 [0010] In order to solve the above problems, a further aspect of the present invention is that: the discharge means of the lower structural box material comprising: a feed tank disposed at the lower end of the discharge port, and a vibration hopper means, in the upper end of the outer side of the hopper discharge opening adjustment cylinder end, the shaft and the operating lever is connected via a shaft provided with a discharge port activity, the other end of the shift lever adjustment handle connected to the central operating lever is supported by a connecting shaft activities on the lower end of the bin holder, on one side of the bin is provided with a plurality of operating rod cooperating with the gear groove.

[0011] 为了更好地解决上述技术问题,本发明采用的进一步技术方案是:所述桶盖开启装置的结构包括:与桶盖上端进料口相互配合的上盖,上盖的一端通过销轴转动设置在桶盖上,上盖的一端与拉杆的一端相连接,拉杆的另一端与拉绳相连接,上盖的另一端内侧与复位弹簧的一端相连接,复位弹簧的另一端固定设置在桶盖的上端内侧。 [0011] In order to solve the above problems, a further aspect of the present invention is that: the structure of the lid opening device comprising: an upper cover end, the cover lid and the upper end of the feed inlet by cooperating pin lid rotatably disposed on a shaft, one end of the tie rod end is connected to the upper cover, the other end of the rod and the cable is connected to another end of the return spring inside of the upper cover is connected to the other end of the reset spring is fixed the upper end of the inner lid.

[0012] 为了更好地解决上述技术问题,本发明采用的进一步技术方案是:所述上料装置的结构包括:支撑架和车轮,在所述支撑架上设置有上料管,在上料管内设置有螺旋输送器,在上料管下端的支撑架上设置有与螺旋输送器一端相连接的驱动装置,在上料管的下端设置有进料斗,在上料管的上端设置有出料口,在上料管上端通过转轴设置有活动出料口,活动出料口的上端与拉绳的一端相连接,拉绳的另一端系上料管下端的固定柱上。 [0012] In order to solve the above problems, a further aspect of the present invention is that: the structure of the feeding apparatus comprising: a support frame and a wheel, the support frame is provided with a feeding tube, the feeding the inner tube is provided with a screw conveyor, at the lower end of the tube support frame is provided with a feeding auger drive means connected to one end, the lower end of the feed tube disposed in the hopper has, in the upper end of the tube is provided with an discharge opening in the upper end of the tube via a shaft provided with a discharge opening event, an upper end with the rope activity discharge opening is connected, the lower end of the tube is fixed on the other end tied to a column pull cord.

[0013] 本发明的优点是:上述水产智能投料装置,节约饲料,减少环境污染,节约劳动力,自动化程度高,饲料浪费较少,可以对饲料进行称重,饲料投料量合理,饲料的消化吸收大大提高,汽车直接运输饲料倒入进料口,不需要编织袋,需要喷药时,药水直接与饲料混合,搅拌均匀后,通过管道直接输送·到鱼塘中间的投料机内投料。 [0013] The advantage of the present invention: said intelligent aquatic feed means, save feed, reduce environmental pollution, labor saving, high degree of automation, less waste feed, the feed can be weighed, administered a reasonable quantity of feed, digestion and absorption of feed greatly improved feed car transportation directly poured into the feed port, no bags, if necessary spraying, mixed directly with the feed solution, stir, piped directly into the intermediate-ponds stoker feed.

附图说明 BRIEF DESCRIPTION

[0014] 图1为本发明水产智能投料装置的结构示意图。 [0014] FIG. 1 is a structural diagram of a smart aquatic feeding apparatus of the present invention.

[0015] 图2为图1中A部分的放大结构示意图。 [0015] FIG. 2 is a schematic configuration diagram of an enlarged portion A 1.

[0016] 图3为图1中B部分的放大结构示意图。 [0016] FIG. 3 is a schematic configuration diagram of an enlarged portion B 1.

[0017] 图4为图1中C部分的放大结构示意图。 [0017] FIG. 4 is a schematic configuration diagram of an enlarged portion of the C.

[0018] 图5为图1中D部分的放大结构示意图。 [0018] FIG. 5 is a schematic configuration diagram of an enlarged portion D 1.

[0019] 图6为本发明水产智能投料装置中电子称重器和支撑柱的安装结构示意图。 Mounting a schematic structure of the electronic weighing devices and the support column in aquatic feed means smart [0019] FIG. 6 of the present invention.

[0020] 图7为图6中支撑柱的仰视结构示意图。 [0020] FIG. 7 is a schematic structural view of the support column bottom 6.

[0021] 图8为本发明水产智能投料装置中档位槽的安装位置结构示意图。 [0021] Figure 8 is a schematic view of a smart aquatic structure mounting position of the gear feeding apparatus of the invention the groove.

[0022] 图9为本发明水产智能投料装置中上料装置的结构示意图。 [0022] Figure 9 a schematic structural diagram of Fisheries intelligent feed apparatus feeding apparatus of the present invention.

[0023] 图中:1、储料桶,2、桶盖,3、支撑柱,4、弧形板,5、电子称重器,6、上连接端,7、下连接端,8、下连接板,9、梯形柱体,10、加强折边,11、安装腔,12、上连接板,13、上螺纹连接孔,14、出料口,15、震动装置,16、出料斗,17、输送管,18、螺旋输送器,19、驱动装置,20、进料口,21、出料口,22、撒料箱,23、撒料口,24、撒料盘,25、撒料盘驱动装置,26、料箱,27、搅拌箱,28、电机,29、药水箱,30、药水搅拌气泵,31、下料口,32、下料板,33、销轴,34、下料口开关手柄,35、药物进口,36、进料口, [0023] FIG: 1, storage tank 2, the lid 3, a support column 4, the arcuate plate, 5, electronic weighing, a 6, a connecting end 7, the connecting terminal 8, the connecting plate 9, a trapezoidal column, 10, reinforcing flange 11, mounting chamber 12, the connecting plate 13, the threaded hole 14, the discharge port 15, the vibration means 16, the hopper 17 , delivery tube 18, the auger 19, driving means 20, feed inlet 21, the discharge port, 22, a spreader box 23, spreading spout, 24, scattering reel, 25, scattering reel drive means, 26, bin, 27, stirred tank, 28, a motor 29, drug tank 30, stirring syrup pump 31, feed opening 32, the lower plate, 33, pin 34, feed opening switch handle, 35, medicine inlet, 36, the feed inlet,

37、出料管,38、阀板,39、转轴,40、传动带,41、搅拌轴,42、搅拌叶片, 37, the tube 38, the valve plate 39, rotation shaft 40, the belt 41, the stirring shaft, 42, stirring blades,

43、药水管,44、连接管,45、喷头,46、出料口,47、震动装置,48、出料斗,49、转轴,50、出料口调节筒,51、操作杆,52、档位调节手柄,53、连接轴,54、支架,55、档位槽,56、进料口,57、上盖,58、销轴,59、拉杆,60、拉绳,61、复位弹簧,62、支撑架,63、车轮,64、上料管,65、螺旋输送器,66、驱动装置,67、进料斗,68、转轴,69、活动出料口,70、拉绳,71、固定柱。 43, medicine pipe 44, connecting pipe 45, the nozzle 46, the discharge port 47, the vibration means 48, the hopper 49, the rotating shaft 50, the discharge port adjusting cylinder 51, the operating lever 52, gear adjusting the position of the handle 53, connecting shaft 54, the bracket 55, the gear groove 56, the material inlet 57, the upper cover 58, pin 59, lever 60, cord 61, a return spring 62 , support frame 63, the wheel 64, the feed tube 65, the auger 66, driving means 67, the feed hopper, 68, rotation shaft 69, the movable spout 70, pull cord 71, fixed column.

具体实施方式 Detailed ways

[0024] 下面结合附图和具体实施例详细描述一下本发明的具体内容。 [0024] The following describe in detail the drawings and specific embodiments of the present invention bind specifically.

[0025] 如图1、图9所示,水产智能投料装置,包括:上料装置,储料装置,与储料装置下端相连接的输送装置和与输送装置相互连接的撒料装置。 As shown in [0025] FIG. 1, FIG. 9, the intelligent aquatic feeding apparatus, comprising: a feeding means, the storage feeding device, the lower end of the conveying means and the stocker means connected to the conveying means and the material spreading means interconnected.

[0026] 如图1、图2所示,所述的储料装置的结构包括:储料桶1,在储料桶I的上端设置有桶盖2和桶盖开启装置,在储料桶I的下端设置有出料装置,在储料桶I的外侧均匀设置有若干支撑柱3,相邻支撑柱3的上端通过弧形板4连接,储料桶I的外侧分别通过电子称重装置与支撑柱3相连接支撑在支撑柱3上。 [0026] The structure shown in Figure 1, said material storage device shown in Figure 2 comprising: a storage tank, the storage tank upper lid 2 is provided with I and lid opening means, the storage tank I the lower end is provided with a discharge means is provided with a plurality of uniformly support posts 3, 3 adjacent the upper end of the support column 4 is connected by a curved plate outside the storage tank I through the electronic weighing device, respectively, outside the storage tank I, 3 is connected to the support column is supported on a support column 3.

[0027] 如图1、图6、图7所示,所述电子称重装置结构包括:电子称重器5和分别设置在电子称重器5两端的上连接端6和下连接端7,在所述储料桶I的外侧均匀设置有若干与支撑柱3相互配合的下连接板8,在下连接板8上设置有下螺纹连接孔,所述的支撑柱3的结构包括:梯形柱体9,在梯形柱体9的两端对称设置有加强折边10,在梯形柱体9内设置有安装腔11,在安装腔11的上端内部设置有上连接板12,在上连接板12上设置有上螺纹连接孔13,所述的电子称重装置设置在安装腔11内,电子称重装置上端的上连接端6通过螺栓与上连接板12相固定,电子称重装置下端的下连接端7通过螺栓与下连接板8相固定。 [0027] As shown in FIG 1, FIG. 6, FIG. 7, the structure of the electronic weighing apparatus comprising: an electronic weighing devices 5 and 5 are provided on both ends of the electronic weighing device connected to the lower end of the connecting terminal 6 and 7, uniform support post is provided with a plurality of cooperating lower contact plate 3 outside the storage tank I to 8, threaded attachment hole 8 is provided with a lower connection plate, the structure of the support column 3 comprises: a trapezoid pillar 9, both ends of the trapezoid symmetrically cylinder 9 is provided with a reinforcing flange 10, a trapezoidal pillar 9 is provided within a mounting cavity 11, the connecting plate 12 is provided with an upper end mounted in the interior cavity 11, 12 on the web is provided with threaded attachment hole 13, the electronic weighing device disposed within the mounting cavity 11, the electronic weighing device connected to the upper end 12 fixed to the lower end 6, the lower end of the electronic weighing device connected with the coupling plate by means of bolts end 78 is fixed by bolts to the lower connection plate.

[0028] 如图1、图5所示,所述的出料装置的结构包括:设置在储料桶I底部的出料口14、震动装置15和出料斗16,所述输送装置的结构包括:输送管17,设置在输送管17内的螺旋输送器18和设置在输送管17 —端与螺旋输送器18相连接的驱动装置19,在输料管17上设置有与储料桶I下端的出料口14相互配合的进料口20,在输料管17的另一端上设置有与所述撒料装置相连接的出料口21,所述撒料装置的结构包括:与输料管17的出料口21相连接的撒料箱22,设置在撒料箱22上的撒料口23,设置在撒料箱22下端的撒料盘24和撒料盘驱动装置25。 [0028] As shown in FIG 1, FIG. 5, the structure of the discharge means comprises: a discharge port provided at the bottom of the configuration storage tank I 14, the vibration device 15 and the hopper 16, the delivery device comprising : feed pipe 17, disposed within the delivery tube 17 and screw conveyor 18 is provided in the conveying pipe 17 - the drive means and the end of the screw conveyor 18 connected to 19, provided with a storage tank I on the lower end of the delivery conduit 17 the discharge opening 14 cooperating feed port 20, is provided on the other end of the feed lines 17, 21, the spreader means and the discharge opening configuration spreader means connected comprising: conveying spreader boxes 17 discharge opening 21 of tube 22 is connected, is disposed spreader box 22 on the spreader 23, 22 provided at the lower end of the spreader box 24 and the spreader disc spreader disk drive device 25.

[0029] 如图1、图3、图4所示,在所述的输送装置上还连接有喷液搅拌装置,所述喷液搅拌装置的结构包括:料箱26,设置在料箱26上端的搅拌箱27、电机28、药水箱29和药水搅拌气泵30,在搅拌箱27的底部设置有下料口31和与下料口31相互配合的下料板32,下料板32的一端通过销轴33转动设置在搅拌箱27的下端,下料板32的一端与下料口开关手柄34相连接,在料箱26的下端设置有出料装置,出料装置与设置在输送管17上的药物进口35相连接,在所述料箱26的上端设置有进料口36,在所述储料桶I的下端一侧设置有出料管37,在出料管37上设置有阀板38,所述的电机28的转轴39通过传动带40与设置在料箱26内的搅拌轴41相连接,在搅拌轴41上均匀设置有若干搅拌叶片42,所述的药水搅拌气泵30通过药水管43与药水箱29相连接,所述的药水搅拌气泵30通过连接管44与设置在搅拌箱27 [0029] As shown in FIG 1, FIG 3, as shown, in the transport apparatus according to FIG. 4 is also connected with a liquid discharge stirring means stirring said liquid ejecting apparatus structure comprising: a tank 26, tank 26 is provided at the upper end the stirring tank 27, the motor 28, drug tank 29 and potions with stirring pump 30, the bottom of the stirring tank 27 is provided with a cutting sheet feed opening 31 and a lower discharge opening 31 cooperating 32, one end of the cutting plate 32 by pin 33 rotatably disposed at the lower end of tank 27 with stirring, and the lower end of the lower plate material feed port 34 is connected to the switch handle 32 is provided with a discharge device at the lower end of the tank 26, a feeding device provided in the conveying pipe 17 pharmaceutical inlet 35 is connected to the upper end of the tank 26 is provided with a feed inlet 36, a side with a discharge pipe 37 provided at a lower end of the storage tank I, is provided at the discharge pipe 37 with a valve plate 38, the spindle motor 28 through a transmission belt 39, 40 and 41 is connected to the stirring shaft disposed within the tank 26, the agitator shaft 41 is provided with a plurality of uniformly stirring blade 42, the pump 30 through the drug solution stirred water 43 water tank 29 is connected to the medicine, the medicine was stirred pump 30 through the connecting pipe 44 provided in the stirring tank 27 端内部的喷头45相连接。 Inner end connected to the head 45.

[0030] 如图1、图3、图4、图8所示,所述料箱26下端的出料装置结构包括:设置在料箱26下端的出料口46、震动装置47和出料斗48,在出料斗48上端出料口46的外侧通过转轴49活动设置有出料口调节筒50,转轴49与操作杆51的一端相连接,操作杆51的另一端与档位调节手柄52相连接,操作杆51的中部通过连接轴53活动支撑在料箱26下端的支架54上,在所述料箱26的一侧上设置有若干与操作杆51相互配合的档位槽55。 [0030] As shown in FIG 1, FIG 3, FIG 4, FIG. 8, the lower end 26 of the feed tank discharge device structure comprising: a tank provided at the lower end 26 of the discharge port 46, the vibration device 47 and the hopper 48 in the upper end 48 of the hopper discharge opening 46 of the outer tube 50 by adjusting the rotary shaft 49 is provided with a discharge port activities, and one end of the rotary shaft 49 is connected to the operating lever 51, the other end of the operating lever 51 and the gear 52 is connected to an adjustment handle central operating lever 51 is supported by a connecting shaft 53 activity on the holder 54 the lower end of tank 26, is provided with a plurality of operating rod 51 cooperating with the gear groove 55 on one side of the bin 26.

[0031] 如图1、图2所示,所述桶盖开启装置的结构包括:与桶盖2上端进料口56相互配合的上盖57,上盖57的一端通过销轴58转动设置在桶盖2上,上盖57的一端与拉杆59的一端相连接,拉杆59的另一端与拉绳60相连接,上盖57的另一端内侧与复位弹簧61的一端相连接,复位弹簧61的另一端固定设置在桶盖2的上端内侧。 Structure [0031] As shown in FIG 1, FIG. 2, the lid opening device comprising: an upper lid 2 and the feed port 56 of the cover 57 cooperate with each other, one end of the cover 57 is rotated by a pin 58 provided at the lid 2, the upper cover 57 has one end 59 is connected to one end of the rod, the other end of the rod 59 and the cable 60 is connected to the other end of the upper cover 57 and the inner end of the return spring 61 is connected, the return spring 61 the other end is fixed at the upper end of the inner side of the lid 2. 使用时,可以通过拉绳60拉动拉杆59,拉杆59拉动上盖57绕销轴58旋转打开进料口56,操作完毕后,上盖57在复位弹簧61的作用下复位,关闭进料开口56。 In use, the cord 60 may be pulled by the rod 59, rod 59 pulls the pin 58 is rotated about the upper cover 57 opens the feed port 56, after the operation is completed, the upper cover 57 is reset in the reset action of spring 61, to close the feed opening 56 .

[0032] 如图9所示,所述上料装置的结构包括:支撑架62和车轮63,在所述支撑架62上设置有上料管64,在上料管64内设置有螺旋输送器65,在上料管64下端的支撑架62上设置有与螺旋输送器65 —端相连接的驱动装置66,在上料管64的下端设置有进料斗67,在上料管64的上端设置有出料口,在上料管64上端通过转轴68设置有活动出料口69,活动出料口69的上端与拉绳70的一端相连接,拉绳70的另一端系上料管64下端的固定柱71上。 [0032] As shown, the structure of the feeding device 9 comprising: a support frame 62 and wheels 63, 64 is provided with a feeding tube on the support frame 62, 64 provided in the feeding tube with a screw conveyor 65, provided with screw conveyor 64 in the struts 62 on the lower end of the tube 65 - the drive means 66 connected to end, the lower end of the tube 64 is provided with a feed hopper 67, the upper end 64 of the tube is provided with a discharge port 68 is provided with a discharge opening in the upper end of activity on the feed tube 64 through the shaft 69, the upper end of the discharge port activity rope 70 is connected at one end 69, the other end of the rope 70 of the pipe line 64 the lower end of the fixing post 71. 使用过程中可以通过拉绳70拉动活动出料口69,使得活动出料口69绕转轴68旋转,从而方便活动出料口69可以顺利深入到储料筒I上端的进料口56内。 During use by pulling the pull rope 70 activity discharge port 69, so that the movable spout 69 68 rotate about the shaft, thereby facilitating activity discharge port 69 can further smoothly feed port 56 into the upper end of the storage barrel I.

[0033] 上述水产智能投料装置使用时,物料通过输送车辆直接运输过来,倒入进料斗67,驱动装置66驱动螺旋输送器65将物料从上料管64的底部输送到顶部的出料口,然后从活动出料口69排出进入储料筒1,电子称重装置可以对储料筒I内的物料进行称重,正常投料时,阀板38和药物进口35处于关闭状态,物料通过储料筒I底部的出料口14进入出料斗16,在震动装置15的作用下物料通过出料斗16进入到输送管17—端的进料口20,驱动装置19驱动螺旋输送器18将物料输送到与输送管17另一端相连接的撒料箱22内,撒料盘驱动装置25驱动撒料盘24高速旋转对物料进行抛撒,物料通过出料口21被抛撒到鱼塘内。 [0033] When the smart aquatic feed means using the, material handling vehicles by direct ..., poured into the hopper 67, drive means 66 drives a screw conveyor 65 the material from the discharge port 64 of the delivery tube bottom to top , and then discharged into the reservoir from the cartridge discharge port 691 active, the electronic weighing device can weigh the material in the magazine I, during normal feeding, the pharmaceutical inlet valve 35 and the plate 38 in the closed state, the material through the reservoir discharge opening at the bottom of the cartridge into the outlet hopper 16 I 14, 17- material into the delivery end of the inlet tube 16 through the hopper 15 under the effect of the vibration device 20, the driving means 19 drives the auger 18 to the material transport sprinkle delivery pipe 17 and the other end connected to the tank 22, spreader spreading disk drive device 25 drives the disc 24 rotates at high speed on the material dispersal material, the material through the discharge port 21 into the pond to be throw.

[0034] 需要加拌鱼药或其它营养液进行投料时,关闭储料筒I底部的出料口14,打开阀板38和药物进口35,物料通过储料筒I下端一侧的出料管37、进料口36进入搅拌箱27,电机28的转轴39通过传动带40带动搅拌轴41和均匀设置在搅拌轴41上的搅拌叶片42旋转,对搅拌箱27内的物料进行搅拌。 When the [0034] need to add fish medicines or other nutrient solution stirred for feeding, closing the bottom of the magazine I of the discharge port 14, the valve plate 38 is opened and the drug inlet 35, through the material side of the lower end of the magazine I of the tube 37, feed inlet 36 into the mixing tank 27, the spindle motor 28 of the stirring shaft 41 and 39 are arranged uniformly stirring the stirring blade 42 rotating shaft 41 driven by the transmission belt 40, the material 27 in the stirring tank with stirring. 同时,药水搅拌气泵30工作,通过药水管43、连接管44将药水箱29内的鱼药或其它营养液输送到搅拌箱27上端的喷头45内,然后被喷撒到物料上与物料均匀混合,下料时,通过下料口开关手柄34带动下料板32绕销轴33转动打开下料口31,混合物料通过下料口31进入料箱26,混合均匀后,通过料箱26底部的出料口46进入出料斗48。 Meanwhile, the air pump 30 is operated stirring syrup, drugs through pipes 43, 44 connected to the delivery pipe fish medicines or other nutrient liquid in the tank 29 to the head drug stirring tank 27 of the upper end 45, and then is sprayed onto the materials are mixed uniformly with the material when cutting, cutting through the lower port 34 drives the switch lever 32 about the pin 33 plate material discharge port 31, the mixed material through the discharge port 31 is rotated into the open tank 26, mixed evenly, the bottom of the tank 26 through discharge port 46 into the hopper 48. 在下料过程中,可以根据需要调节出料量的大小,搬动档位调节手柄52使其带动操作杆51处于需要的档位槽55内,操作杆51会带动出料口调节筒50上下运动,从而改变其与出料斗48之间间隙大小,从而起到调节出料量大小的作用。 Lower feeding process can be adjusted according to the size of the deposit size, moving the adjustment handle 52 so as to drive the gear lever 51 is in the groove 55 need gear, the operation lever 51 will drive the discharge opening 50 and down movement adjustment cylinder , thereby changing the size of the gap between the hopper 48 and thus play the role of adjusting the size of the quantity. 在震动装置47的作用下物料通过出料斗48进入到输送管17上的药物进口35,驱动装置19驱动螺旋输送器18将物料输送到与输送管17另一端相连接的撒料箱22内,撒料盘驱动装置25驱动撒料盘24高速旋转对物料进行抛撒,物料通过出料口21被抛撒到鱼塘内。 Under the action of a vibration device 47 of the material through the hopper 48 into the inlet to the drug delivery pipe 1735, the driving device 19 drives the screw conveyor 18 the material delivered into the delivery pipe 17 connected to the other end of spreader box 22, spreader disk drive device 25 drives spreader disc 24 rotates at high speed to throw on the material, the material through the discharge opening 21 is to throw the fish pond.

Claims (9)

1.水产智能投料装置,其特征在于:包括:上料装置,储料装置,与储料装置下端相连接的输送装置和与输送装置相互连接的撒料装置。 1. Intelligent aquatic feed means, characterized by: comprising: feeding means, the storage feeding device, the lower end of the conveying means and the stocker means connected to the conveying means and the material spreading means interconnected.
2.按照权利要求1所述的水产智能投料装置,其特征在于:所述的储料装置的结构包括:储料桶(I ),在储料桶(I)的上端设置有桶盖(2)和桶盖开启装置,在储料桶(I)的下端设置有出料装置,在储料桶(I)的外侧均匀设置有若干支撑柱(3),相邻支撑柱(3)的上端通过弧形板(4 )连接,储料桶(I)的外侧分别通过电子称重装置与支撑柱(3 )相连接支撑在支撑柱(3)上。 2. Intelligent aquatic feeding apparatus according to claim 1, wherein: said structural material storage apparatus comprising: a reservoir tank (I), provided with a lid (2 storage tank at the upper end (I) of upper) and lid opening means, the lower end of the storage tank (I) is provided with a discharge means is provided with a plurality of uniformly supporting column (3) outside the storage tank (I) of the adjacent support posts (3) (4) connected by a curved plate outside the storage tank (I) are the support column means (3) is connected is supported on the supporting column (3) by the electronic weighing.
3.按照权利要求2所述的水产智能投料装置,其特征在于:所述电子称重装置结构包括:电子称重器(5)和分别设置在电子称重器(5)两端的上连接端(6)和下连接端(7),在所述储料桶(I)的外侧均匀设置有若干与支撑柱(3 )相互配合的下连接板(8 ),在下连接板(8)上设置有下螺纹连接孔,所述的支撑柱(3)的结构包括:梯形柱体(9),在梯形柱体(9)的两端对称设置有加强折边(10),在梯形柱体(9)内设置有安装腔(11),在安装腔(I)的上端内部设置有上连接板(12),在上连接板(12)上设置有上螺纹连接孔(13),所述的电子称重装置设置在安装腔(11)内,电子称重装置上端的上连接端(6 )通过螺栓与上连接板(12)相固定,电子称重装置下端的下连接端(7)通过螺栓与下连接板(8)相固定。 3. Intelligent aquatic feeding apparatus according to claim 2, wherein: said electronic weighing device structure comprising: an electronic weighing device (5) and are respectively disposed on an electronic weighing device (5) connecting both ends of the end (6) and a lower connecting terminal (7), outside the storage tank (I) is provided with a plurality of uniformly support post (3) cooperating lower contact plate (8) disposed on the lower web (8) a threaded coupling hole, the support column structure (3) comprises: a trapezoidal column (9), at both ends of the trapezoid pillar (9) provided symmetrically with a reinforcing flange (10), trapezoidal pillar ( 9) is provided with a mounting cavity (11), the upper end of the mounting cavity disposed in the interior (I) has a web (12), the upper connecting plate (12) is provided on the upper with a threaded attachment hole (13), said electronic weighing means disposed in the mounting cavity (11), an electronic weighing device connected to the upper end of the end (6) fixed to the upper connection plate by bolts (12), connected to the lower end of the lower end of an electronic weighing apparatus (7) the lower bolt connection plate (8) is fixed.
4.按照权利要求3所述的水产智能投料装置,其特征在于:所述的出料装置的结构包括:设置在储料桶(I)底部的出料口(14)、震动装置(15)和出料斗(16),所述输送装置的结构包括:输送管(17),设置在输送管(17)内的螺旋输送器(18)和设置在输送管(17) —端与螺旋输送器(18)相连接的驱动装置(19),在输料管(17)上设置有与储料桶(I)下端的出料口( 14)相互配合的进料口(20),在输料管(17)的另一端上设置有与所述撒料装置相连接的出料口( 21),所述撒料装置的结构包括:与输料管(17 )的出料口( 21) 相连接的撒料箱(22 ),设置在撒料箱(22 )上的撒料口( 23 ),设置在撒料箱(22 )下端的撒料盘(24)和撒料盘驱动装置(25)。 4. Smart aquatic feeding apparatus according to claim 3, wherein: the structure of the discharge apparatus comprising: a discharge port disposed in the storage tank (I) the bottom (14), vibration means (15) and the hopper (16), the structure of the delivery device comprising: a delivery tube (17), is provided in the conveying pipe (17) in the screw conveyor (18) and arranged in the conveying pipe (17) - end of the auger (18) drive means (19) are connected, provided with a storage tank (I) the lower end of the discharge opening (14) cooperating feed port (20) in the conveying pipe (17), the conveying the structure is provided with spread out outlet (21) connected to feed means, the spreader means comprises the other end of the tube (17): (21) with the discharge opening the delivery conduit (17) spreader box connection (22), disposed spreader box spreader opening (23) (22), disposed spreader box (22) the lower end of the spreader disc (24) and the spreader disk drive apparatus (25 ).
5.按照权利要求4所述的水产智能投料装置,其特征在于:在所述的输送装置上还连接有喷液搅拌装置。 5. The smart claim aquatic feeding apparatus of claim 4, wherein: on said conveying means is also connected to the liquid discharge stirring apparatus.
6.按照权利要求5所述的水产智能投料装置,其特征在于:所述喷液搅拌装置的结构包括:料箱(26),设置在料箱(26)上端的搅拌箱(27)、电机(28)、药水箱(29)和药水搅拌气泵(30),在搅拌箱(27)的底部设置有下料口(31)和与下料口(31)相互配合的下料板(32),下料板(32)的一端通过销轴(33)转动设置在搅拌箱(27)的下端,下料板(32)的一端与下料口开关手柄(34)相连接,在料箱(26)的下端设置有出料装置,出料装置与设置在输送管(17)上的药物进口(35)相连接,在所述料箱(26)的上端设置有进料口(36),在所述储料桶(I)的下端一侧设置有出料管(37),在出料管(37)上设置有阀板(38),所述的电机(28)的转轴(39)通过传动带(40)与设置在料箱(26)内的搅拌轴(41)相连接,在搅拌轴(41)上均匀设置有若干搅拌叶片(42),所述的药水搅拌气泵(30)通过药水管(43)与药水箱(29 )相连接,所述的药水搅拌气 6. The intelligent aquatic feeding apparatus according to claim 5, wherein: said liquid discharge structure stirring apparatus comprising: a magazine (26), disposed in the magazine (26) the upper end of a stirred tank (27), the motor (28), medicine tank (29) and the syrup is stirred pump (30), is provided with a feed opening (31) and a discharge opening at (31) each blanking plate (32) fitted in the bottom of the stirring tank (27) one end of the feed plate (32) by a pin (33) rotatably provided at a lower stirring tank (27), the blanking plate (32) and the lower end of the discharge port switch handle (34) connected to the tank ( lower end 26) is provided with a discharge device, the discharge means medicine inlet provided on the delivery pipe (17) (35) is connected, is provided with a feed inlet (36) at the upper end of the magazine (26), provided on the side of the storage tank at a lower end (I) of the tube (37), provided with a valve plate (38) on the tube (37), said motor shaft (28) (39) via a belt (40) provided with connection tank agitator shaft (41) in (26) uniformly provided with a plurality of stirring blades (42) on the stirring shaft (41), the syrup was stirred pump (30) by drug pipe (43) is connected to the drug tank (29), said stirring gas syrup (30 )通过连接管(44 )与设置在搅拌箱(27 )上端内部的喷头(45)相连接。 (30) through the connection pipe (44) provided inside the upper head (45) is connected to the stirring tank (27).
7.按照权利要求6所述的水产智能投料装置,其特征在于:所述料箱(26)下端的出料装置结构包括:设置在料箱(26 )下端的出料口( 46 )、震动装置(47 )和出料斗(48 ),在出料斗(48 )上端出料口( 46 )的外侧通过转轴(49 )活动设置有出料口调节筒(50 ),转轴(49 )与操作杆(51)的一端相连接,操作杆(51)的另一端与档位调节手柄(52)相连接,操作杆(51)的中部通过连接轴(53 )活动支撑在料箱(26 )下端的支架(54 )上,在所述料箱(26 )的一侧上设置有若干与操作杆(51)相互配合的档位槽(55)。 7. Smart aquatic feeding apparatus according to claim 6, wherein: said magazine (26) the lower end of the feeding device structure comprising: a feed tank disposed at the lower end (26) an outlet (46), vibration means (47) and the hopper (48) in the hopper (48) outside the upper end of the discharge port (46) through the shaft (49) movably arranged with a discharge port adjusting cylinder (50), the shaft (49) and the operating lever One end (51) is connected, the other end of the operating lever (51) and the gear position adjustment handle (52) connected to the central operating lever (51) by a connecting shaft (53) supported on the activity (26) the lower end of the bin upper bracket (54), on one side of the magazine (26) is provided with a plurality of the operating lever (51) cooperating gear grooves (55).
8.按照权利要求7所述的水产智能投料装置,其特征在于:所述桶盖开启装置的结构包括:与桶盖(2 )上端进料口( 56 )相互配合的上盖(57 ),上盖(57 )的一端通过销轴(58 )转动设置在桶盖(2)上,上盖(57)的一端与拉杆(59)的一端相连接,拉杆(59)的另一端与拉绳(60)相连接,上盖(57)的另一端内侧与复位弹簧(61)的一端相连接,复位弹簧(61)的另一端固定设置在桶盖(2)的上端内侧。 8. The smart according to claim 7 aquatic feed means, characterized in that: the opening means of the lid structure comprising: a lid (2) an upper feed opening (56) cover (57) cooperating, One end of the cover (57) is rotatably provided on the lid (2) by a pin (58), one ends of the cover (57) with a lever (59) is connected to lever (59) and the other end of the rope (60) is connected to another end of the cover (57) and the inside of the return spring (61) is connected to a return spring (61) fixed to the other end in the upper end of the inner lid (2).
9.按照权利要求1或2或3或4或5或6或7或所述的水产智能投料装置,其特征在于:所述上料装置的结构包括:支撑架(62)和车轮(63),在所述支撑架(62)上设置有上料管(64),在上料管(64)内设置有螺旋输送器(65),在上料管(64)下端的支撑架(62)上设置有与螺旋输送器(65) —端相连接的驱动装置(66),在上料管(64)的下端设置有进料斗(67),在上料管(64)的上端设置有出料口,在上料管(64)上端通过转轴(68)设置有活动出料口( 69 ),活动出料口( 69 )的上端与拉绳(70 )的一端相连接,拉绳(70 )的另一端系上料管(64)下端的固定柱(71)上。 9. The intelligent aquatic feed means 1 or 2 or 3 or 4 or 5 or 6 or 7 or as claimed in claim, wherein: said feeding device structure comprising: a support frame (62) and a wheel (63) , the support frame (62) is provided on which tube (64) is provided with a screw conveyor (65) within the tube (64), on the tube support frame (64) the lower end (62) provided with a screw conveyor (65) - drive means (66) connected to the end, the lower end of the tube (64) is provided with a feed hopper (67), provided at the upper end of the tube (64) are discharge port, on the tube (64) is provided with an upper discharge opening event (69) through a rotating shaft (68), end of the movable spout (69) and the cable upper end (70) is connected to the rope ( the tube (64) on the lower end 70 of) the other end tied to a fixed post (71). · ·
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CN105850813A (en) * 2016-04-30 2016-08-17 中山市智凝生物科技有限公司 Crucian culture method
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