CN202026661U

CN202026661U - Water feed device for planting container

Info

Publication number: CN202026661U
Application number: CN201020541586XU
Authority: CN
Inventors: 林则澎
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-09-26
Filing date: 2010-09-26
Publication date: 2011-11-09
Anticipated expiration: 2020-09-26

Abstract

A water feed device for a planting container comprises a body and a water absorption material, wherein a water storage space for containing a scheduled quantity of water and a water supply space are formed and defined in the body; the body stretches upwards to form a water inlet pipe communicated with the water storage space; the top end of the water inlet pipe is covered with a sealing cover to form an airtight state; one end of the water absorption material is inserted into the water supply space and oppositely positioned beside a water supply hole; the other end of the water absorption material is exposed out of the body; and the water absorption material absorbs water in the water supply space by using the siphon principle and further lowers the water level of the water supply space. The water feed device has the effect of automatically regulating water supply amount according to the water absorption situation of plants and can be directly applied to the ordinary pot body, so that the ordinary pot body has the automatic water supply function and can be used continuously, and therefore, no waste is caused.

Description

The waterworks of planting container

Technical field

The utility model relates to a kind of planting container, relates in particular to a kind of waterworks of planting container.

Background technology

Existing basin body structure with self water feeding function, as Fig. 8, by inside and outside body 511, the 512 superimposed basin bodies 51 of forming, and in this basin body 51, be formed with a water space 52, and be provided with a suction material 53 that is communicated with this water space 52 in these endosome 511 bottoms, so that these suction material 53 1 ends are the water that can draw in the water space 52, this suction material 53 end in addition then directly contacts with cultivating soil, and can reach the purpose that plant is given in water supply whereby.

For another shown in Figure 9, be the existing basin body structure of another kind with self water feeding function, but it is made up of phase fit stacked first container 61, second container 62, be filled with the water of scheduled volume in this first container 61, and this second container 62 is located on first container 61, and be extended with one in its bottom and stretch into and be funnelform prominent shape portion 63 in these first container, 61 water, should prominent shape portion 63 be provided with hole 64 and constitute a culvert water-bound, so that the moisture of this first container can be sent to second container 62, to reach the purpose of water supply.

But, above-mentioned two kinds of existing basin body structures with self water feeding function, though all have the effect of water storage and water supply, yet but all can't effectively control it and be supplied to the output of cultivating soil, and can be cultivated the effect of drawing water of soil and be in the water supply state always, and and then cause and cultivate soil and cross situation wet and that cause plant root to rot easily and take place.

Moreover, above-mentioned existing basin body structure with self water feeding function, and can't directly use to general flowerpot, if the consumer desires to make flowerpot to have the function of self water feeding, be only can buy above-mentioned basin body structure again to use with self water feeding function, and the flowerpot that does not originally have the self water feeding function can only abandon, thereby can form waste and also not meet the environmental protection demand.

The utility model content

Technical problem underlying to be solved in the utility model is, overcome the above-mentioned defective that prior art exists, and provide a kind of waterworks of planting container, it has the effect that can regulate output according to the situation of plant absorbing moisture automatically, it can directly use to general basin body, and make it to have the function of automatic water-supply, and and then can continue to continue to use general basin body and can not cause waste.

The technical scheme that its technical problem that solves the utility model adopts is:

A kind of waterworks of planting container, it is characterized in that, it includes: a body, its inside define be formed with one can be for accommodating the water space and a water supply space of predetermined amount of water, and this body is extended with a water inlet pipe that communicates with this water space more up, and be provided with a seal cover and can constitute airtight conditions in this water inlet pipe top end cover, and be provided with a water supply hole between this water space and this water supply space, and the water that is arranged in this water space can export this water supply space to through this water supply hole; One suction material, be to be inserted in the one end also to be positioned at this water supply hole side in this water supply space relatively, this suction material end in addition then is exposed to this body exterior, this suction material utilizes siphon principle and can inhale and draw the water that is arranged in this water supply space, and and then the water level that is positioned at this water supply space is reduced, and when the water level in this water supply space is higher than this water supply hole, this water space promptly gets and produces a vacuum effect, and when the water level in this water supply space is lower than this water supply hole, can remove the vacuum effect of this water space, and make the water that is arranged in this water space export this water supply space to via this water supply hole smoothly.

The waterworks of aforesaid planting container, the material that wherein absorbs water is made of the suction foam.

The waterworks of aforesaid planting container, wherein water inlet pipe is socketed to form mutually by the pipe fitting more than two.

The utility model solves its technical problem also can adopt following technical scheme:

A kind of waterworks of planting container, it is characterized in that, it includes: a body, having one can be for the water space that accommodates predetermined amount of water, and this water space is extended with a water inlet pipe more up, and be provided with a seal cover and can constitute airtight conditions in this water inlet pipe top end cover, offer a water supply hole in this water space bottom one side in addition, and be arranged with a barricade on every side in this water space, and be to define a water supply space in the space of this water supply hole relatively in this barricade, and the water that is arranged in this water space can export this water supply space to through this water supply hole; One suction material, be located at and also be positioned at this water supply hole side in this water supply space relatively, and this suction material utilizes siphon principle and can inhale and draw the water that is arranged in this water supply space, and and then the water level that is positioned at this water supply space is reduced, and when the water level in this water supply space is higher than this water supply hole, this water space promptly gets and produces a vacuum effect, and when the water level in this water supply space is lower than this water supply hole, can remove the vacuum effect of this water space, and make the water that is arranged in this water space export this water supply space to via this water supply hole smoothly.

The waterworks of aforesaid planting container, wherein the top position of water supply hole has protruded out an eaves portion.

The waterworks of aforesaid planting container, the material that wherein absorbs water are replaced by this eaves portion and and have a spacing between this feed water inlet.

The waterworks of aforesaid planting container is characterized in that: described water inlet pipe can be socketed to form mutually by the pipe fitting more than two.

The beneficial effects of the utility model are, it has the effect that can regulate output according to the situation of plant absorbing moisture automatically, it can directly use to general basin body, and makes it to have the function of automatic water-supply, and and then can continue to continue to use general basin body and can not cause waste.

Description of drawings

Below in conjunction with drawings and Examples the utility model is further specified.

Fig. 1 is the structural representation of the utility model first embodiment

Fig. 2 is the user mode schematic diagram of the utility model first embodiment

Fig. 3 is the operating state schematic diagram of the utility model first embodiment, shows that water level when this water supply space is higher than this water supply hole and state when being in sealing

Fig. 4 is the operating state schematic diagram of the utility model first embodiment, shows that water level when this water supply space is lower than this water supply hole and state when being in water supply

Fig. 5 is the structural representation of the utility model second embodiment

Fig. 6 is the structural representation of the utility model the 3rd embodiment

Fig. 7 is the user mode schematic diagram of the utility model the 3rd embodiment

Fig. 8 is existing basin body structural representation with self water feeding function

Fig. 9 is the basin body structural representation that existing another kind has the self water feeding function

Embodiment

At first, see also Figure 1 and Figure 2, first embodiment for the waterworks of a kind of planting container provided by the utility model, it can directly be located in one kind and plant in the container 10, and make this planting container 10 have the function of automatic water-supply, these waterworks mainly are that a body 11 and a suction material 21 constitute, wherein:

This body 11, be the hollow housing shape, and define in its inside form one can be for the water space 12 and the water supply space 18 that accommodate predetermined amount of water, and this body 11 is extended with one more up and communicates with this water space and can be for the water inlet pipe 13 that injects the water source, and these water inlet pipe 13 tops are to be exposed to cultivate on the soil, and the length that can prolong this water inlet pipe 13 according to actual demand is to increase moisture storage capacity, and be provided with a seal cover 14 and can constitute airtight conditions in these water inlet pipe 13 top end covers, and be provided with a water supply hole 15 between this water space 12 and this water supply space 18, and the water that is arranged in this water space 12 is to export this water supply space 18 to through this water supply hole 15.This material 21 that absorbs water, constitute by the suction foam, this suction material 21 is also to be positioned at this water supply hole 15 sides relatively with one end corresponding inserted in the water supply space 18 of this body 11, these suction material 21 other ends then are exposed to these body 11 outsides and are in contact with one another cultivating soil with this, this suction material 21 is to utilize siphon principle and can inhale and draw the water that is arranged in this water supply space 18, and and then the water level that is positioned at this water supply space 18 is reduced.

The utility model of forming via above-mentioned member is when reality is used, the user is after the water inlet pipe 13 of this body 11 flows into water in this water space 12, again sealing lid 14 is covered on these water inlet pipe 13 tops to constitute airtight conditions, the water that be arranged in this water space 12 this moment can input to this water supply space 18 through this water supply hole 15, and when the water level H by this water supply hole 15 this water supply space 18 that exports to is higher than this water supply hole 15, as shown in Figure 3, the water that is arranged in this water supply space 18 can seal this water supply hole 15 and enter this water space 12 with blocks air, and so as to making this water space 12 must produce a vacuum effect, and order is arranged in the water of this water space 12 and can export this water supply space 18 to through this water supply hole 15 again.

And draw the water that is arranged in this water supply space 18 when this suction material 21 utilizes siphon principle to inhale, and when the water level that is positioned at this water supply space 18 is reduced gradually, as shown in Figure 4, when the water level h in this water supply space 18 is lower than this water supply hole 15, can make this water supply hole 15 produce a gap 31 is arranged and make air enter in this water space 12, producing convection current, and and then can remove the vacuum effect of this water space 12, and make the water that is arranged in this water space 12 export this water supply space 18 to via this water supply hole 15 smoothly, and when this suction material 21 saturated and not when water in this water supply space 18 is drawn in suction, can return back to state once more as Fig. 3.

Therefore when plant consumption is cultivated the moisture of soil, cultivating soil can be via this material 21 that absorbs water to keep the skin wet, and make this suction material 21 utilize siphon principle to draw the water that is arranged in this water supply space 18 once more,, water level reaches the purpose of automatic water-supply so that reducing, and make the utility model regulate output automatically whereby according to the situation of plant absorbing moisture, and make plant can obtain an amount of water supply, and have under the situation of water at this water space 12, fully must be to plant watering, plant does not have excess moisture yet and causes butt rot or the withered situation of water deficient to take place, and the utility model be with suction suction material 21 that foam was constituted be used as supply water with cultivation soil between medium, and borrow this suction material 21 to have splendid siphonic effect, and but water allows the cultivation soil in the planting container 10 absorb in right amount and equably, and reason does not supply water too fast and causes mire and cause plant root to breathe.

Moreover, structure of the present utility model is formed quite simple, therefore has advantage easy to manufacture and with low cost, and the utility model can directly be arranged in the general planting container, can make general planting container must have automatic water-supply and the function of regulating output automatically, therefore practicality is high, and the general more sustainable use of planting container and must not abandoning, and can meet environmental protection requirement.

For another shown in Figure 5, it is second embodiment of the present utility model, and the difference of itself and above-mentioned first embodiment is that this water inlet pipe 13 can be socketed to form mutually by the pipe fitting more than two 131, and can increase the length of this water inlet pipe 131 whereby according to actual demand.

Then see also Fig. 6 and Fig. 7, it is the 3rd embodiment of the present utility model, and the difference of itself and the foregoing description is, this body 11b has one can be for the water space 12b that accommodates predetermined amount of water, and one side offers a water supply hole 15b in this water space 12b bottom, and protrude out one in this water supply hole 15b top position and can prevent to cultivate soil and fall the eaves portion 16 that stops this water supply hole 15b, and be arranged with a barricade 17 on every side in this water space 12b, and in the space of this barricade 17 relative this water supply hole 15b, define and form a water supply space 18b, and the water that is arranged in this water space 12b can export this water supply space 18b to through this water supply hole 15b, and this suction material 21b is arranged among the water supply space 18b of this body 11b and be positioned at this water supply hole 15b side relatively, and the side that this suction material 21b is relative with this feed water inlet 15b be replaced by this eaves portion 16 and and have a suitable spacing between the 15b of this feed water inlet, and this suction material 21b utilizes siphon principle to draw the water that is arranged in this water supply space 18b inhaling equally, and and then the water level that is positioned at this water supply space 18b is reduced, and reach the effect of the automatic adjusting output identical with above-mentioned first embodiment.

Claims

1. the waterworks of a planting container is characterized in that, it includes:

One body, its inside define be formed with one can be for accommodating the water space and a water supply space of predetermined amount of water, and this body is extended with a water inlet pipe that communicates with this water space more up, and be provided with a seal cover and can constitute airtight conditions in this water inlet pipe top end cover, and be provided with a water supply hole between this water space and this water supply space, and the water that is arranged in this water space can export this water supply space to through this water supply hole;

One suction material is to be inserted in the one end also to be positioned at this water supply hole side in this water supply space relatively, and this suction material end in addition then is exposed to this body exterior.

2. the waterworks of planting container according to claim 1 is characterized in that: described suction material is made of the suction foam.

3. the waterworks of planting container according to claim 1, it is characterized in that: described water inlet pipe is socketed to form mutually by the pipe fitting more than two.

4. the waterworks of a planting container is characterized in that, it includes:

One body, having one can be for the water space that accommodates predetermined amount of water, and this water space is extended with a water inlet pipe more up, and be provided with a seal cover and can constitute airtight conditions in this water inlet pipe top end cover, offer a water supply hole in this water space bottom one side in addition, and be arranged with a barricade around this water space, and be to define a water supply space in the space of this water supply hole relatively, and the water that is arranged in this water space can export this water supply space to through this water supply hole in this barricade;

One suction material is located in this water supply space and is positioned at this water supply hole side relatively.

5. the waterworks of planting container according to claim 4, it is characterized in that: the top position of described water supply hole has protruded out an eaves portion.

6. the waterworks of planting container according to claim 5 is characterized in that: described suction material is replaced by this eaves portion and and have a spacing between this feed water inlet.

7. the waterworks of planting container according to claim 4, it is characterized in that: described water inlet pipe can be socketed to form mutually by the pipe fitting more than two.