CN2386635Y

CN2386635Y - Sprinkler of culture box for sprout vegetables

Info

Publication number: CN2386635Y
Application number: CN99217585U
Authority: CN
Inventors: 赖文启
Original assignee: Individual
Current assignee: Individual
Priority date: 1999-08-05
Filing date: 1999-08-05
Publication date: 2000-07-12
Anticipated expiration: 2009-08-05

Abstract

The utility model relates to a sprinkler of a culture box for sprout vegetables. The sprinkler is provided with a frame body which is arranged above the culture box in a cross way, the frame body is provided with a hollow main pipe, one end of the hollow main pipe is extended out of the frame body to form a connecting pipe, both sides of the main pipe are respectively provided with a plurality of hollow auxiliary pipes at intervals, and then, the bottom edges of the main pipe and the auxiliary pipe are provided with a plurality of tubular spout holes at intervals, the bottom side of each spout hole is combined with a sprinkler, each spout hole sprays downward uniformly, and the sprout vegetables are caused to obtain a uniform water source.

Description

Bean sprout culture case watering device

The utility model relates to a kind of watering device that applies to the bean sprout culture case.

" bud dish " is the vegetables that grown up to by germinations such as cereal, vegetables and beans, present bud dish generally is to utilize flat bean sprout culture case to carry out hydroponic culture, in the process of bud dish growth, for the speed of growth and the maintenance cleaning of promoting the bud dish, generally all can one water injector be set, the water source that provides the bud dish to need is provided in incubator.

As shown in Figure 6, existing bean sprout culture case watering device is in the below of the incubator 90 that piles up in regular turn, 90A one hopper 91 to be set, the below of this hopper 91 is provided with a water sending device 92, and a water-supply-pipe 93 that passes each

layer incubator

90,90A in regular turn is set in hopper 91, this water-supply-pipe 93 is communicated with the outlet pipe 94 that is positioned at the incubator 90A of the superiors top, the water that stores in hopper 91 can be flowed out by the two ends of outlet pipe 94 by water-supply-pipe 93, to the bud dish effect of spraying water of incubator 90A inside.

Existing bean sprout culture case watering device as shown in Figure 6 though can supply with the water source of bud dish growth needs, because its unitary construction design is not good, therefore aspect use enforcement, has following cited shortcoming at least:

1, the complex structure of whole watering device: existing watering device is to utilize a water sending device 92, a water-supply-pipe 93 and an outlet pipe 94, the incubator 90A of the superiors could be delivered to by hopper 91 in the water source, whole structure configuration is comparatively complicated, the equipment cost height that needs.

2, watering effect inequality: existing watering device is that the two ends by outlet pipe 94 spray water, most water source is confined to the bud dish place of two particular ranges, can't be sprayed onto the bud dish of entire area uniformly, the inconsistent phenomenon of the bud dish speed of growth of diverse location be will cause, judgement and quality that the bud dish is gathered period had influence on.

For improving the disappearance of above-mentioned existing bean sprout culture case watering device, the purpose of this utility model is: provide a kind of can be to the bean sprout culture case watering device of whole bud dish uniform sprinklings.

For reaching above-mentioned purpose, the technical solution of the utility model provides a kind of bean sprout culture case watering device, this watering device is the top side of being located at incubator, it is characterized in that: this watering device comprises that an inner edge is sheathed on the framework of incubator top side architrave, be provided with the person in charge of a hollow in the position, stage casing of framework, the end that this hollow is responsible for is connected with one and stretches out the tube connector of framework, and set out the looped pipeline of most root hollows in the both sides branch that hollow is responsible for, this looped pipeline is connected with the person in charge, and is interval with most discharge orifices in the root edge of the person in charge and looped pipeline.

Described bean sprout culture case watering device is characterized in that: be responsible for and looped pipeline is interval with the discharge orifice of most tubuloses in root edge, and be combined with a sprinkler head in the bottom side of each discharge orifice.

Described bean sprout culture case watering device is characterized in that: the intercalation section that is the anchor ring shape is established in the sprinkler head top side, and this intercalation section plugs together in the bottom side of tubulose discharge orifice.

Described bean sprout culture case watering device is characterized in that: sprinkler head forms latticed sprinkling mesh in the bottom surface.

The utility model can reach following effect:

1, the utility model can allow the water source via being responsible for and the sprinkler head of looped pipeline, uniformly the bud dish in the incubator is sprayed, allow whole bud dishes obtain the identical water yield and growth uniformly, the excessive or not enough phenomenon of growing up can not appear, not only be convenient to plantation person and grasp the collecting time of bud dish, and effectively promote the quality and the output of bud dish.

2, discharge orifice of the present utility model has sizable aperture, be not subject to the obstruction of moss in the water or foreign matter, even the phenomenon that sprinkler head blocks takes place because of long-term use in watering device, still can utilize modular sprinkler head design, directly sprinkler head is disassembled and got off to scrub cleaning, recover the unimpeded of discharge orifice and sprinkler head.

3, unitary construction of the present utility model is compared to existing watering device, and is comparatively simple really, and assembles easy to use.

Further specify architectural feature of the present utility model and purpose below in conjunction with accompanying drawing.

Brief Description Of Drawings:

Fig. 1 is a three-dimensional structure diagram of the present utility model.

Fig. 2 is a stereochemical structure exploded view of the present utility model.

Fig. 3 is sectional perspective STRUCTURE DECOMPOSITION figure of the present utility model.

Fig. 4 is a combination section of the present utility model.

Fig. 5 is a user mode reference diagram of the present utility model.

Fig. 6 is the cross-sectional view of existing bean sprout culture case watering device.

The utility model is a kind of watering device that is used to provide bean sprout culture case water source, as shown in Figures 1 and 2, this watering device 30 is the tops that are arranged in the incubator 10 that piles up in regular turn, these incubators 10 are the tops that are placed in water storage tank 20 simultaneously, the Water-pumping motor 23 that water storage tank 20 is located in utilization is sent to watering device 30 with water-supply-pipe 24 with the water source and sprays downwards, provides to cultivate the water source that the bud dish needs.

As Fig. 2 and shown in Figure 4, incubator 10 wherein is that a surrounding face is laid with the transparent casing that numerous passages 11 and bottom surface form draining mesh 12, and can spread in the positioned inside one of incubator 10 and to put the net dish 13 that bud colza is cultivated.Each incubator 10 can pile up mutually, and lid is established a transparent case lid 14 in incubator 10 tops of the top, and allow watering device 30 be positioned at the below of this transparent case lid 14, the capping of this transparent case lid 14 can evenly be laid numerous passage 142, and forms a recess 144 that supplies watering device 30 tube connectors 33 to stretch out in lateral margin.

As Fig. 2 and shown in Figure 4, water storage tank 20 wherein is inner peviform structures that form tank 21, and set up a horizontal baffle 22 in the top side of tank 21, this dividing plate 22 is offered the frame hole 222 of a cooperation incubator 10 draining mesh 12 in middle position, and offer a pore 224 that passes for water-supply-pipe 24 in the appropriate location, one end of this water-supply-pipe 24 connects the Water-pumping motor 23 that is positioned at tank 21 inside, and is provided with one in order to connect the joint 25 of watering device 30 in the other end of water-supply-pipe 24.

As Fig. 2, Fig. 3 and shown in Figure 4, watering device 30 wherein is the top sides that are arranged in the top incubator 10, this watering device 30 is provided with the suitable rectangle framework 31 that can be sheathed on incubator 10 top side architraves of an inner edge, be provided with the person in charge 32 of a hollow in the position, stage casing of framework 31, this person in charge's 32 a end is connected with one and stretches out the tube connector 33 of framework 31, and connect the looped pipeline 34 of most root hollows respectively with proper spacing in the both sides of being responsible for 32, and the nib 312 that moves back that residues in framework 31 utilizes a chock 314 to be blocked sealing respectively.

Aforementioned watering device 30 is interval with the tubulose discharge orifice 35 that bore is about 5mm in the root edge of the person in charge 32 and looped pipeline 34 with suitable distribution, each discharge orifice 35 is combined with a sprinkler head 36 in the bottom side, this sprinkler head 36 is the intercalation sections 362 that are the anchor ring kenel with the top side, directly plug together in the bottom side of tubulose discharge orifice 35, and form latticed sprinkling mesh 364 in the bottom surface of sprinkler head 36.

Please referring to Fig. 1, Fig. 3 and shown in Figure 5, watering device 30 of the present utility model is the top sides that are placed in the top incubator 10, when the water source of Water-pumping motor 23 with water storage tank 20 inner tanks 21, via water-supply-pipe 24 and tube connector 33 and when sending into the person in charge 32 of watering device 30 and looped pipeline 34, the water of sending into can be by each sprinkler head 36 sprinkling mesh 364 with the netted cloth kenel of spilling, bud dish downwards sprays uniformly, allow all bud dishes can obtain the water source of growth needs uniformly, guarantee the quality and the output of bud dish.

Claims

1, a kind of bean sprout culture case watering device, this watering device is the top side of being located at incubator, it is characterized in that: this watering device comprises that an inner edge is sheathed on the framework of incubator top side architrave, be provided with the person in charge of a hollow in the position, stage casing of framework, the end that this hollow is responsible for is connected with one and stretches out the tube connector of framework, and setting out the looped pipeline of most root hollows in the both sides branch that hollow is responsible for, this looped pipeline is connected with the person in charge, and in being responsible for and the root edge of looped pipeline is interval with most individual discharge orifices.

2, bean sprout culture case watering device according to claim 1 is characterized in that: be responsible for and looped pipeline is interval with the discharge orifice of most tubuloses in root edge, and be combined with a sprinkler head in the bottom side of each discharge orifice.

3, bean sprout culture case watering device according to claim 2, it is characterized in that: the intercalation section that is the anchor ring shape is established in the sprinkler head top side, and this intercalation section plugs together in the bottom side of tubulose discharge orifice.

4, bean sprout culture case watering device according to claim 2, it is characterized in that: sprinkler head forms latticed sprinkling mesh in the bottom surface.