CN2323581Y

CN2323581Y - Automatic supplying water device for potted plant

Info

Publication number: CN2323581Y
Application number: CN 98200316
Authority: CN
Inventors: 刘杉浦
Original assignee: Individual
Current assignee: Individual
Priority date: 1998-01-05
Filing date: 1998-01-05
Publication date: 1999-06-16
Anticipated expiration: 2008-01-05

Abstract

The utility model relates to a natural water supplying device for potted plants, which comprises a pot body, an inner annular barrel, an upper cover, a water holding disk, a water pipe and attachments, wherein, the inner annular barrel is sheathed in the upper side of the pot body and is integrally glued. The pot body is divided into a central soil area and a circumferential water storage area, and the upper cover is covered on the pot body. The water holding disk is sheathed at the bottom of the pot body, and a group of water delivery devices are arranged in the water storage area. An air bubble stone is stuffed and clamped at the water influent segment of the water pipe, and the segments of the pipe are connected by a three-way pipe. A regulating valve and an air conduit are respectively combined with the three-way pipe. Water flow and air bubble conditions can be observed. The utility model can naturally supply water for a long time to ensure plants not to wither.

Description

Pot plant nature waterworks

A kind of pot plant nature waterworks belong to the agriculture field flowers class of watering.

The water device is supplied with in the automatic adjusting of prior art, there is a kind of conditioning equipment the market, only can do quantitative timing drip water, its drip meantime is limited, supplies water so can only do the short time, go out just can't use for a long time, output is difficult to accurate control, be not too wet be exactly too dried, easily make plant rot root or withered, generally after plantation a period of time, earth can stiff unfavorable plant growing in the basin.

The purpose of this utility model provides a kind of pot plant nature waterworks, utilizes the tension force of hydraulic pressure, water and atmospheric pressure interaction to make it to produce nature to water function, to regulate naturally for required moisture and the air of flowers and trees growth.

The purpose of this utility model can realize by following measure; Mainly by one group of water pipe in basin body, endocyclic tube, loam cake, water dish and the storage area with regulate annex and form; Basin body is circle or polygon hollow, mostly be inserted in a hollow endocyclic tube on it, the ring bottom surface adheres to the basin body madial wall, become a storage area between endocyclic tube wall and basin body limit wall, institute's complementary space is the soil district in the basin body, cover one loam cake on the basin body, there is a big aperture in loam cake central authorities, capping leaves one or more ventilation hole, and basin bottom is provided with one or more osculum, and water dish is a tazza body, its basin underframe is in the water dish epimere, the water dish bottom is provided with and is filled with water the space, district and establishes a discharge outlet, and first section water pipe water inlet is plugged with a porous Bubbled stone, and each water pipe interconnects with two three-way pipes, the vertical tube of an one three-way pipe passes basin body limit and sealing around, this pipe is with adjusting knob (valve) again, is with an airway on the vertical tube of another three-way pipe, and the airway upper orifice is higher than the storage area water surface; The rear water pipe passes the endocyclic tube bottom surface and stretches in the soil district, pipe tail end and fork clip one porous draining head.

The utility model has the advantages that: utilize the long-term pouring and the suitable air (bubble) of supply soil of supplying water naturally of tension force of hydraulic pressure, air pressure and water, make soil not stiff, benefit plant normal growth.

The explanation of accompanying drawing drawing:

Fig. 1 is the main body schematic diagram of the utility model for plantation

Fig. 2 is a fragmentary cross-sectional view of the present utility model

Fig. 3 does the basin body view sub-anatomy for the utility model

Fig. 4 is the utility model pipeline and annex map

Fig. 5 is the view of the utility model pipeline delivery port porous head

Fig. 6 A, 6B, 6C are the utility model pipeline current and bubble flow schematic diagram

Now contrasting accompanying drawing is described in detail as follows the utility model:

Main structure of the present utility model (Fig. 1, Fig. 2, Fig. 3) comprises in basin body 4, endocyclic tube 6, loam cake 9, water dish 14, the storage area one group of

water pipe

16,20,23 and regulates annex etc.; Its basin body 4 is circle or polygon hollow, mostly be inserted in a hollow endocyclic tube 6 in it and cement in basin body inner side edge wall with ring bottom surface 7, become a storage area (Fig. 1) between the limit wall 8 that makes endocyclic tube and basin body 4 inner edge walls, then institute's complementary spaces are soil district 2 serikes in the basin body 4; A loam cake 9 is covered in basin body 4 tops, and there is a big aperture in loam cake 9 central authorities, leaves one or many

little ventilation holes

10,11 on 9 of the loam cakes, and the water in the storage area can be flowed down smoothly; Basin body 4 bottoms leave one or many osculums 12,13, when soil moisture is too much, run underneath in the water dish 14 thus, water dish 14 is a tazza body, its epimere is put basin body 4 for frame, basin body 4 bottoms and water dish 14 floor space are the district 3 that is filled with water, the district that is filled with water 3 establishes a discharge outlet, tried to get to the heart of a matter three or many legs 15, (Fig. 4) one group of water pipe is housed in the storage area 1 and regulates annex, wherein 16,20,23 is water pipe, the water inlet of first section water pipe is plugged with a porous Bubbled stone 17, make after the water filtration in the inflow pipe, in order to avoid foreign material block, each water pipe is with two three-

way pipes

18,21 interconnect, the vertical tube of its three-way pipe 18 is for passing basin body 4 limit walls and in sealed against leakage on every side, this manage again lock set adjusting knob (valve) 19 make can be outside basin regulating pondage; Be with a wireway 22 on the vertical tube of another three-way pipe 21, wireway 22 upper orifices (Fig. 2) surpass the water surface of storage area 1, make air can enter in the pipe; The ring bottom surface 7 that rear water pipe 23 passes endocyclic tube 6 is stretched in the soil district 2 and is attached to below, ring bottom surface, porous draining of rear water pipe 23 afterbody fork clips 24, be working of plastics (Fig. 5), one end is a fork clip head 25, can fill in water pipe, the other end is a ducted body, its two side is formed with many

little apopores

26,27 etc., water in the water pipe falls into soil, the water yield of regulating water pipe can be through adjusting knob (valve) (Fig. 6 A) 19 controls, and accumulate gradually in second section water pipe 20, the vertical tube of the three-way pipe 21 that water pipe 20 tail ends link passes to the top and exceeds the water surface that stores water, so the atmospheric pressure in the vertical tube will be stopped (vapour lock) to the water in second section water pipe, (Fig. 6 B) flow through three-way pipe 21 when the hydraulic pressure for the treatment of this section water pipe surpassed pressure in bubbles (atmospheric pressure), and the part air is pressed in the rear water pipe became bubble; Then, second section water flow pressure alleviates (Fig. 6 C) slightly, continue past airway 22 directions of current into, simultaneously the current in the afterbody water pipe enter in the soil district and the water level that will the airway 22 in rising raises is left behind through delivery port, return back to the situation of (Fig. 6 A) again, so go round and begin again and reach slowly the purpose of automatic water-supply and air (bubble) gradually.

The utility model is simple in structure, utilize the tension force of hydraulic pressure, air pressure and water that the water and the air that prestore are imported in the flowerpot soil gradually, reach the function that nature supplies water and waters, and be and be set to the several months automatic-watering and for soil suitable air (bubble), the maintenance soil loosening can be not stiff, very favourable to plant growing, provide convenience to travelling outdoors for a long time, going on business.

Claims

1, a kind of pot plant nature waterworks is characterized in that: comprise basin body, endocyclic tube, loam cake, water dish and storage area in one group of water pipe and adjusting annex; Basin body is circle or polygon hollow, wherein go up and be inserted in a hollow endocyclic tube mostly, the ring bottom surface adheres to the basin body madial wall, become a storage area between endocyclic tube wall and basin body limit wall, institute's complementary space is the soil district in the basin body, cover one loam cake on the basin body, there is a big aperture in loam cake central authorities, capping leaves one or more ventilation hole, basin bottom is provided with one or more osculum, water dish is a tazza body, and its basin underframe is in the water dish epimere, and the water dish bottom is provided with and is filled with water the space, district and establishes a discharge outlet, first section water pipe water inlet is plugged with a porous Bubbled stone, each water pipe interconnects with two three-way pipes, and the vertical tube of an one three-way pipe passes basin body limit and sealing around, and this pipe is with adjusting knob (valve) again; Be with an airway on the vertical tube of another three-way pipe, the airway upper orifice is higher than the storage area water surface; The rear water pipe passes the endocyclic tube bottom surface and stretches in the soil district, pipe tail end and fork clip one porous draining head.