CN2768433Y

CN2768433Y - Automatic supplying water flower pot

Info

Publication number: CN2768433Y
Application number: CN 200520094964
Authority: CN
Inventors: 梁杰
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-01-17
Filing date: 2005-01-17
Publication date: 2006-04-05
Anticipated expiration: 2015-01-17

Abstract

The utility model relates to an automatic water supplying flowerpot, which comprises a flowerpot body and an inner partition board, wherein the center of the inner partition board is provided with a conduction barrel which is extended downward, and a water storage chamber is divided in the flowerpot body by an upper board, the conduction barrel and a flowerpot body side wall of the inner partition board. The utility model is characterized in that the flowerpot wall of the water storage chamber is provided with a water inlet valve installation hole in which a water inlet valve which can regulate the water level automatically is installed. Since an automatic water inlet valve with an action of the water level regulation is installed in the water storage chamber, causing the water level in the water storage chamber to be kept at a certain range. In this way, even if plants in the flowerpot are not watered by a person for a long time, the plants are not die down because of water shortage and the workload of the person who engages in flowers and plants growth is reduced. In addition, flowerpot supplies water from the flowerpot wall to the plants in the flowerpot, hard soil problem caused by watering from the top opening of the flowerpot is solved thoroughly and water evaporation at a flowerpot opening is also reduced. In this way, the utility model not only favorable for the growth of the flowers and plants, but also saves water.

Description

Auto-water-supply flowerpot

Technical field

The utility model relates to a kind of flowerpot.

Background technology

In the prior art, the transporting bucket that stretches out downwards that the water-saving fertilizer-preserving flowerpot of Chinese patent ZL 03254662.9 is attached by basin body, internal partition and internal partition center etc. constitutes, and the reservoir chamber that is surrounded by tub wall and transporting bucket is arranged in basin.Water in the reservoir chamber can by the transporting concentrated flow at the bottom of the transporting bucket bucket in the transporting bucket again by plant absorbing, in case after the water in can reservoir chamber was blotted by the plant in the basin and soil, the plant in the basin will face the situation of lack of water.It is convenient inadequately that this situation seems for the people that grows flower, and when the people that particularly grows flower went out the long period, the flowers in the basin may withered death.It is the obviously not enough place of its function that the related flowerpot of this patent supplies water for automatically the plant in the flowerpot.

Summary of the invention

Can not give the problem of the plant water supply in the flowerpot automatically for the water-saving fertilizer-preserving flowerpot that solves above-mentioned band reservoir chamber, the utility model proposes a kind of auto-water-supply flowerpot, comprise basin body, internal partition, wherein the internal partition center has the transporting bucket that stretches out downwards, the upper plate of internal partition, transporting bucket, basin body sidewall are separated out reservoir chamber in basin body, it is characterized in that: the water intaking valve installing hole is arranged on the tub wall of described reservoir chamber, the water intaking valve that can regulate water level automatically is installed in this water intaking valve installing hole.The water intaking valve that can regulate the adjusting water level of water level automatically connects with running water pipe, has the effect of water level in the control reservoir chamber.

Further improvement of the utility model is that the ladle body of transporting bucket directly placed on the basin bottom surface of flowerpot, has some transporting sulculuses in the bottom of ladle body at the bottom of the transporting bucket was not established barrel.

The utility model is owing to installed the water intaking valve that can regulate water level automatically in the reservoir chamber, this water valve connects with running water pipe, has the effect of regulating water level in the reservoir chamber, make the interior water level of reservoir chamber can remain on certain scope, even the long-time nobody of the plant in the flowerpot waters and also can not reduce its workload and be as good as for the people who is engaged in flower planting because of lack of water death like this.This flowerpot is to supply water to the basin implants from tub wall in addition, thoroughly solved from flowerpot top mouth and watered and the soil compaction problem that causes, because it is equivalent to natural world underground water and offers plant moisture content, thereby can reduce the evaporation of the moisture content of basin mouth, so not only helped flowers growth but also can using water wisely.Further improvement of the utility model is that such improvement can reduce the manufacturing cost of flowerpot at the bottom of the transporting bucket was not established barrel.

Description of drawings

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

Fig. 2 is the structure chart that is applicable to a kind of water intaking valve of the present utility model.

Fig. 3 is the junction composition of Fig. 2 water intaking valve.

Fig. 4 is the valve core structure figure of Fig. 2 water intaking valve.

Fig. 5 is the valve body structure figure of Fig. 2 water intaking valve.

Fig. 6 is the valve body vertical view of Fig. 2 water intaking valve.

Embodiment

As shown in Figure 1, the utility model flowerpot comprises basin body 1, internal partition 2, water intaking valve 3.Internal partition 2 centers have the transporting bucket 12 that stretches out downwards.The upper plate 2 of internal partition ₀, transporting bucket 12 and basin body sidewall be separated out reservoir chamber 11 in basin body.A water intaking valve installing hole 8 is arranged on the tub wall of reservoir chamber 11, in this water intaking valve installing hole water intaking valve 3 is installed.Water intaking valve 3 connects by securing member 10 with water pipe 9, and the float 5 of water intaking valve is connected on the valve by trace 4.Have osculum 7 on the basin body sidewall, the height of osculum 7 at the bottom of the basin is 1/3～1/5 of whole basin body height, the upper plate 2 of internal partition 2 ₀Size be to determine according to the internal diameter of the upper sideline place basin body 1 of osculum 7, at the bottom of transporting bucket 12 did not have barrel, the bottom of ladle body had some transporting sulculuses 6, internal partition 2 is placed in the basin body 1 by 12 supports of transporting bucket.

As shown in Figure 2, water intaking valve 3 is formed by combining by float 5, trace 4, joint 20, valve body 13, spool 14, spring 15, snap ring 21, back-up ring 16, a pair of tub wall sealing rubber ring 17, sealing rubber ring 19, latch 25, valve body packing ring 24, clamp nut 18, spool rubber washer 23.As shown in Figure 3, joint 20 is a light water valve union of the prior art, and it comprises the screw thread 20 on the joint ₀With water inlet 20 ₁As shown in Figure 4, an end of spool 14 has spool groove 14 ₀, the other end is "T"-shaped end 14 ₁, at "T"-shaped end 14 ₁Inboard valve core upper sleeve spool rubber washer 23 is arranged.As shown in Figure 5, valve body 13 is hollow entire body, and its internal diameter has three kinds of different sizes, and its afterbody internal orifice dimension and front end internal orifice dimension are all big than middle internal orifice dimension, on its afterbody outer wall external screw thread 13 is arranged ₀, internal thread 13 is arranged on the inwall ₁, the protruding circle 13 of valve body is arranged in the middle of the valve body ₆, end valve is provided with jig arm 13 before the valve body ₄, as shown in Figure 6, jig arm 13 ₄On pinhole 13 is arranged ₅, this figure reflects jig arm 13 ₄Plan view shape, at the protruding circle 13 of valve body ₆With jig arm 13 ₄Between be provided with delivery port 13 ₂, chamfering 13 is arranged in the junction of afterbody endoporus and middle endoporus ₃During assembling, earlier spool rubber washer 23 is enclosed within the "T"-shaped end 14 of spool ₁On, spool 14 inserts in the valve body 13 then, overlaps upper spring 15, back-up ring 16, snap ring 21 more successively, and snap ring 21 snaps in spool groove 14 ₀In, then put a tub wall caulking gum packing ring 17, allow valve body 1 pass water intaking valve installing hole 8 then, put another tub wall caulking gum packing ring toward valve body 1 again, overlap upper valve body packing ring 24 then and the clamp nut 18 of screwing on, again joint 20 is screwed in the valve body 1.At last with water pipe sleeve on joint, and water pipe 9 is fastened on the joint with securing member 10.Trace 4 is connected on the valve body 1 by latch 25, and latch 25 inserts pinhole 13 ₅In.

During the water level depression of above-mentioned water intaking valve 3 in reservoir chamber 11, trace stress surface 22 promotes spools 14 and returns in the valve body 13, thereby makes the "T"-shaped end 14 of spool 14 ₁From chamfering 13 ₃The place separates, and under the pressure of hydraulic pressure from the beginning, water just flows into reservoir chamber 11 from their slit.Along with the water level in the reservoir chamber raises, float 5 come-ups drive trace and rise, and under the effect of spring 15, spool 14 is moved to the left, until "T"-shaped end 14 ₁With chamfering 13 ₃Between breach close, so reservoir chamber in water level reach desired level of water.

In the prior art, can realize that Fig. 2 regulates automatically that the water intaking valve of water level has many types in the reservoir chamber, mechanical in as the hydraulic pressure water intaking valve of floating drum water intaking valve, ball float water intaking valve, piston type water intaking valve and appearance recently etc.The device that the on-mechanical class can be regulated the container water level also has a lot, realizes regulating in the container purpose of water level or directly realizes water level control in the container with entering water electromagnetic valve by the control electric pump as ball float level controller, dried spring fluid level controller etc.Above-mentioned all water intaking valves that are mentioned to are owing to all have the function that the container water level regulates and the water level that can be applicable in the reservoir chamber of the present utility model is regulated, so the structure that they are applied to the water-saving fertilizer-preserving flowerpot of ZL03254662.9 all drops in the protection domain of the present utility model.

Claims

1. auto-water-supply flowerpot, comprise basin body, internal partition, wherein the internal partition center has the transporting bucket that stretches out downwards, the upper plate of internal partition, transporting bucket, basin body sidewall are separated out reservoir chamber in basin body, it is characterized in that: the water intaking valve installing hole is arranged on the tub wall of described reservoir chamber, the water intaking valve that can regulate water level automatically is installed in this water intaking valve installing hole.

2. flowerpot according to claim 1 is characterized in that: at the bottom of described transporting bucket does not have barrel, have some transporting sulculuses in the bottom of ladle body.