CN2452270Y

CN2452270Y - Watering device for cultivation box

Info

Publication number: CN2452270Y
Application number: CN 00263574
Authority: CN
Inventors: 赖文启
Original assignee: Individual
Current assignee: Individual
Priority date: 2000-11-30
Filing date: 2000-11-30
Publication date: 2001-10-10
Anticipated expiration: 2010-11-30

Abstract

The utility model relates to a watering device for a cultivation box, which comprises at least one layer of cultivation box, a water container and a watering box. The bottom surface of the watering box is arranged on the top surface of the cultivation box, and the bottom surface of the cultivation box is distributed with watering holes. Both sides of the water container are pivoted in the watering box, the bottom of the water container is provided with a counterweight groove, the water container which is relative to both sides of the counterweight groove accommodates liquid volume to form the asymmetrical state, and one large liquid accommodation volume in the balance weight groove is designed as a drainage side. The drainage side of the water container forms a slope, and the bottom edge of the drainage side is provided with a convex column. The watering device for the cultivation box has even watering, convenient operation and low cost, and the utility model is a semiautomatic watering device.

Description

The incubator watering device

The utility model relates to a kind of agricultural planting technique, and particularly a kind of growing seedlings used the incubator watering device.

Existing incubator watering device as shown in Figure 5, is to be provided with a seedling-cultivating tray 41 that frame is high in that incubator 42 is built-in, and the bottom of seedling-cultivating tray 41 is formed with a collecting chamber 40, can utilize a watering pot 43 to be sprayed directly on the bud dish in the incubator 42.

But there is following shortcoming in existing this incubator watering device:

1. watering is uneven: watering pot is sprayed directly in the incubator with its nozzle, moisture content is concentrated be sprayed at middle body, easily form spray less than or the dead angle of carelessness, and wayward being evenly distributed in the incubator of the water yield that watering pot sprays, and cause the uneven problem of bud dish watering in the seedling-cultivating tray, and need artificial the sprinkling, increase cost of labor.

2. the water yield is wayward and inconvenient: when when watering, water concentrates on the nozzle ejection of watering pot, during watering water yield control improper, directly be cast on the bud dish with water column, easily cause the bud dish can't bear hydraulic pressure and lose or root suction problem such as too much rot.

Have electronic water sprinkler on the market, be on the cultivation dish, to add an electromotor, on the cultivation dish, install watering device again, but the scope that this electronic water sprinkler uses is limited to the environment of power supply or other power resources, and the scope of application of having dwindled electronic water sprinkler, especially when power failure or Circuits System short circuit, above-mentioned electronic water sprinkler can't be sprinkled water, and causes the bud dried vegetable in the incubator withered, causes serious loss; And because its electronic component is many and complicated, and spoilage is higher, and cost is also high, more the situation that general family is wanted to plant forms very big burden.

The incubator watering device that provides a kind of easy to operate cost low is provided the utility model main purpose, and it still can use under the state of energy free.

For achieving the above object, the utility model is taked following technical measures:

Incubator watering device of the present utility model comprises: one deck incubator and a raingauge receiver at least also comprise a watering case;

The bottom surface bearing of watering case is at the incubator end face, and its bottom surface is laid with water sprayering hole;

The raingauge receiver both sides are hubbed on watering case inside, and the raingauge receiver bottom is provided with a counterweight groove, the both sides of the relative counterweight groove of raingauge receiver, and the receiving fluids volume is asymmetric shape, and the big side of counterweight groove one side receiving fluids volume is made as a sluicing side.

Wherein, described incubator can be light tight shape, and the periphery of incubator convexes with a ring retaining edge, is formed with a dead slot between retaining edge and incubator, and incubator runs through circular row corresponding to dead slot a plurality of air-vents, and air-vent is hidden in the retaining edge.

Wherein, the sluicing side of described raingauge receiver can be formed with an inclined-plane.

Wherein, the root edge of described raingauge receiver sluicing side can be provided with a projection.

Wherein, the two ends of described watering case respectively are equipped with a hole, and the two ends of described raingauge receiver respectively convex with a pivot button, and the pivot button respectively is hubbed in the hole of watering case.

Wherein, described watering case apical margin central authorities are provided with a hole that is used for the perforation of encapsulation tap, and tap central authorities are provided with a flange with scale.

Wherein, described watering box cover has a dust cap.

Wherein, described incubator bottom surface pad is provided with a drip pan, and the drip pan inboard is formed with a raggle, and drip pan is provided with a delivery port corresponding to a side of raggle, and delivery port can be connected to a bucket.

Wherein, described incubator internal frame is provided with a seedling-cultivating tray.

Wherein, four jiaos of described watering case bottom surface respectively are provided with a tabling piece, and tabling piece is entrenched in the periphery of described incubator.

Compared with prior art, the utlity model has following effect:

1. flow is even: watering device be by the water filling of tap single-point type on raingauge receiver, utilizing raingauge receiver to be the end line diversion again flows on the wire side of above-mentioned watering dish, dispose by point, line, surface to form one, be expanded into the large tracts of land uniform sprinkling in regular turn on the bud dish of seedling-cultivating tray, and make the bud dish on the seedling-cultivating tray all can fully obtain moisture content.

2. the emergency of flow is controlled and more convenient operation: the switch control that utilizes the turn tap is corresponding to the scale on its flange, can make tap owing to the flow difference of water filling at raingauge receiver, make the asynchronism(-nization) of the inclined-plane full water sluicing of raingauge receiver, and after the current in the raingauge receiver are let out, still there is residual water in the counterweight groove, and cooperation lever principle, make the raingauge receiver former state that do not sluice that can pivot back, to form intermittent watering state, and can be according to user's needs, appropriateness is adjusted the flow emergency, to cooperate the stage difference of bud dish growth, gives the adjustment of appropriateness.

3. do not need energy source and power: because the utility model watering device need not power resources, therefore, when the environment that is used for unpowered source or under for the situation that has a power failure, but uniform sprinkling still reaches the scope that increases environment for use.

4. cost is lower: the utility model is simple than available dynamic watering device member, there is no accurate electronic component, spoilage is lower relatively, economic worth improves, and can utilize above-mentioned incubator to be processed into the watering case, to reduce the cost of mfg. moulding die, can effectively reduce the burden made from the consumer.

5. reduce the light evil: above-mentioned incubator is light tight, and the air-vent of incubator is hidden in the inboard of retaining edge, and light can't be shone directly on the interior bud dish of incubator, simultaneously, can have the gas permeability of filling part in the incubator, can prevent the direct irradiation of light again, can reduce the bud dish and carry out photosynthesis and form green, can keep the bud dish to be yellow, to adapt to eater's mouthfeel.

Watering device of the present utility model is a kind of semi-automatic watering device, and is practical.

Reaching embodiment in conjunction with the accompanying drawings is described in detail as follows architectural feature of the present utility model:

Brief Description Of Drawings:

Fig. 1 is an assembly three-dimensional exploded view of the present utility model;

Fig. 2 is an assembled sectional view of the present utility model;

Fig. 3 is a stereoscopic motion schematic diagram of the present utility model;

Fig. 4 is a left side of the present utility model cross-sectional schematic;

Fig. 5 is the floor map of traditional watering device.

As shown in Figure 1 to Figure 3, the utility model comprises a drip pan 10, the lighttight incubator of one deck 11, a watering case 20 and a raingauge receiver 28 at least.

The inboard of drip pan 10 is formed with a raggle 100, and drip pan 10 is provided with a delivery port 101 corresponding to a side of raggle 100, and delivery port 101 can be connected in the bucket.

Lighttight incubator 11 internal frames are provided with a seedling-cultivating tray 12, the outer shroud week of incubator 11 convexes with the retaining edge 110 that section is " L " shape, be formed with a dead slot 111 between retaining edge 110 and incubator 11 sides, running through circular row corresponding to dead slot 111 on all sides of incubator 11 has a plurality of air-vents 112, so that air-vent 112 is hidden by retaining edge 110.

The bottom surface of watering case 20 respectively is provided with a tabling piece 21 for four jiaos, utilize tabling piece 21 case 20 of will sprinkling water to be entrenched on the periphery of incubator 11, the bottom surface of watering case 20 is laid with water sprayering hole 23, and the two ends of watering case 20 respectively are equipped with a hole 22, one top of watering case 20 is provided with the tap 31 of a tool water pipe, and the central authorities of tap 31 are provided with a flange 32 with scale.

The both sides of raingauge receiver 28 are hubbed on watering case 20 inside, it is respectively to convex with a pivot button 30 at the two ends of raingauge receiver 28, respectively be hubbed on for pivot button 30 in the hole of watering case 20, and tap 31 is positioned at the top of raingauge receiver 28, the bottom of raingauge receiver 28 is provided with the counterweight groove 33 of a constriction shape, make the both sides of raingauge receiver 28 relative counterweight grooves 33, the volume of receiving fluids is asymmetric shape, the pivot side of raingauge receiver 28 is provided with an inclined-plane 29, inclined-plane 29 is provided with at least one projection 34 towards the end of watering case 20 directions, and tap 31 can be positioned at the appropriate location of raingauge receiver 28 tops.

Dust cap 13 covers on watering case 20.

As shown in Figures 3 and 4, it is an embodiment schematic diagram of the present utility model, when watering, dust cap 13 is taken off, according to required watering amount, utilize the scale of the flange 32 of tap 31, the switch of turn tap 31 is to suitable scale position, and water filling is in raingauge receiver 28, flow into the inclined-plane 29 of a side behind counterweight groove 33 full waters of raingauge receiver 28 bottom sides and since inclined-plane 29 to hold water area bigger, that causes raingauge receiver 28 holds the water unbalance stress, making raingauge receiver 28 is fulcrum with pivot button 30, and pivot to inclined-plane 29 directions, and utilize water to revolve and let out downwards to go out, and the bottom projection 34 on inclined-plane 29 arrives to the inner bottom surface of watering case 20 from the end line stream with uniform distribution by eminence, make the bottom of current, spill by water sprayering hole 23 at watering case 20.

After the current in the raingauge receiver 28 are let out, still remaining in the raingauge receiver 28 counterweight grooves 33 have residual water, and make the residual water in the counterweight groove 33 be fulcrum for two pivot buttons 30, produce and answer moment once, with the raingauge receiver 28 former level that does not sluice that pivots back, and reach the wait state of dynamic equilibrium, go round and begin again again, continue water filling in raingauge receiver 28, make raingauge receiver 28 continue the wait state of the watering and the balance that is up to the standard, form intermittent watering state, and hydrous water is flowed in the water sprayering hole 23 of watering case 20 bottom sides by the end line place, the water state that is evenly distributed is sprinkled upon in the incubator 11 on the bud dish on the seedling-cultivating trays 12, and the water capacity of seepage flow is received in the drip pan 10.

As shown in Figure 3, the bud dish of cultivating on the seedling-cultivating tray 12 in the incubator 11, be to utilize the air-vent 112 of incubator 11 top sides can keep inner gas permeability, and utilize incubator 11, watering case 20 and dust cap 13 to be light tight shape, make light can not shine in the incubator 11, utilize retaining edge 110 to hide the light at air-vent 112 positions of incubator 11 worn-out simultaneously, can reduce on the bud dish that unspecified angle light shines incubator 11 inside, make the bud dish of incubator 11 inside can keep needed yellow.

Claims

1. incubator watering device comprises: one deck incubator and a raingauge receiver at least, it is characterized in that, and also comprise a watering case;

2. watering device according to claim 1, it is characterized in that: described incubator is light tight shape, and the periphery of incubator convexes with a ring retaining edge, is formed with a dead slot between retaining edge and incubator, incubator runs through circular row corresponding to dead slot a plurality of air-vents, and air-vent is hidden in the retaining edge.

3. watering device according to claim 1 and 2 is characterized in that: the sluicing side of described raingauge receiver is formed with an inclined-plane.

4. watering device according to claim 3 is characterized in that: the root edge of described raingauge receiver sluicing side is provided with a projection.

5. watering device according to claim 4 is characterized in that: the two ends of described watering case respectively are equipped with a hole, and the two ends of described raingauge receiver respectively convex with a pivot button, and the pivot button respectively is hubbed in the hole of watering case.

6. watering device according to claim 5 is characterized in that: described watering case apical margin central authorities are provided with a hole that is used for the perforation of encapsulation tap, and tap central authorities are provided with a flange with scale.

7. watering device according to claim 6 is characterized in that: described watering box cover has a dust cap.

8. watering device according to claim 7, it is characterized in that: described incubator bottom surface pad is provided with a drip pan, the drip pan inboard is formed with a raggle, and drip pan is provided with a delivery port corresponding to a side of raggle, and delivery port can be connected to a bucket.

9. watering device according to claim 8 is characterized in that: described incubator internal frame is provided with a seedling-cultivating tray.

10. watering device according to claim 9 is characterized in that: four jiaos of described watering case bottom surface respectively are provided with a tabling piece, and tabling piece is entrenched in the periphery of described incubator.