CN2442502Y

CN2442502Y - Flower-pot capable of keeping reasonable moisture content in soil

Info

Publication number: CN2442502Y
Application number: CN 00251464
Authority: CN
Inventors: 杨国锋
Original assignee: Individual
Current assignee: Individual
Priority date: 2000-09-08
Filing date: 2000-09-08
Publication date: 2001-08-15
Anticipated expiration: 2010-09-08

Abstract

The utility model relates to a flowerpot with reasonable moisture content in soil, which belongs to flowerpots. The flowerpot is characterized in that a supporting baffle plate is arranged between the inner wall and the outer wall of the flowerpot, and the space clamped by the inner wall and the outer wall is divided into a water injection area, a ventilation area and a water storage area; small water seepage holes and circulating flow holes are arranged in the supporting baffle plate and the inner wall, and sponge is filled in the water storage area. A drain round plate is arranged between the upper part and the lower part of the flowerpot, and a supporting plate is arranged between the round plate and a bottom plate. The bottom of the supporting plate is provided with circulating flow holes, sponge is filled between the drain round plate and the bottom plate, and a drain ventilation upright post transversely passes through the center of the round plate and the bottom plate. The utility model has the advantages of simple structure, low cost, water saving, water retention and good ventilation property.

Description

The rational flowerpot of soil aqueous vapor content

The utility model belongs to flowerpot, relates to the rational flowerpot of a kind of soil aqueous vapor content.

At present, flowerpot moisture capacity, the gas permeability used are poor, and soil aqueous vapor contradiction is comparatively serious, generally waters by upper soll layer, many if water, influence gas permeability, even not ventilative, will cause the pot plant butt rot, the environment of generation is provided to damage by disease and insect, lacked if water or owing to be busy with one's work or short-term goes on business that nobody waters, the pot plant lack of water is withered, even dead.

The purpose of this utility model is to address the above problem to provide a kind of soil aqueous vapor content rational flowerpot.

The purpose of this utility model is achieved in that the rational flowerpot of a kind of soil aqueous vapor content, it is made of two parts up and down, top is by inside and outside wall, supporting clapboard and sponge constitute, the bottom is by the draining plectane, base plate, gripper shoe, sponge, the drainage ventilation standpipe constitutes, two ones are connected as a single entity up and down, a., the equally distributed supporting clapboard vertical with inside and outside wall is set between the inside and outside wall of top, supporting clapboard is divided into symmetrical water filling district to inside and outside wall phase clip space, ventilating area, water retention zone, the inwall middle and lower part of ventilating area and water retention zone is provided with equally distributed infiltration aperture, the supporting clapboard middle and lower part that water retention zone and water filling district are separated by is provided with equally distributed infiltration aperture, each supporting clapboard bottom is provided with the circulation hole, filling sponge in water retention zone; B. be provided with the draining plectane that has uniform draining aperture at face between the top and the bottom, be connected with upper inside wall is vertical above it, draining plectane outer is connected with outer wall is inboard, be provided with equally distributed gripper shoe between draining plectane and the lower raft, each gripper shoe bottom is provided with the circulation hole, sponge is filled between draining plectane and the base plate, and the drainage ventilation standpipe crosses in draining plectane and base plate central authorities

The utility model has the advantages that: 1. moisture capacity, good permeability; Since it when watering without topsoil, the drying that keeps topsoil is with ventilative, therefore can avoid because of the routine plant roots and stems and local produce rotten in topsoil contact position that (being watered by upper soll layer) cause that water, the drying of topsoil is ventilative, can reduce the envirment factor of utilizing damage by disease and insect to take place, therefore can reduce the generation of damage by disease and insect effectively; 3. have the function of regulating water, gas, make aqueous vapor contradiction obtain alleviation, make the soil water, gas reach reasonable content, be beneficial to the growth of pot plant greatly; 4. it is provided with water retention zone and can effectively prolongs watering time, thereby can solve owing to busy or go on business that nobody waters and causes that the pot plant lack of water is wilted even dead appearance, for carrying out potted plant production flowers on a large scale, can reduce the number of times that waters greatly, save manpower and water consumption, reduce cost; 5. simple and reasonable, the cost cost is low, produces in batches easily, and market prospects are wide, and very big society and economic benefit are arranged.

The drawing of accompanying drawing is described as follows:

Fig. 1 is the utility model stereoscopic schematic diagram

Fig. 2 is the utility model superstructure schematic perspective view

Fig. 3 is the substructure schematic perspective view

Fig. 4 is the utility model schematic top plan view

Fig. 5 is a supporting clapboard 6a structural representation

Fig. 6 is the structural representation of supporting clapboard 6b

Fig. 7 is a upper interior portion structure expanded view

Below in conjunction with accompanying drawing the utility model is further described, as Fig. 1,2, shown in 3, the utility model, it is by two parts 1 up and down, 2 constitute, top 1 is by inside and outside wall 5,4, supporting clapboard 6ab and sponge 10a constitute, bottom 2 is by draining plectane 12, base plate 14, gripper shoe 13, sponge 10b, drainage ventilation standpipe 3 constitutes, two parts 1 up and down, 2 are connected as a single entity, as Fig. 2,4,5,6, shown in 7, top 1 inside and outside wall 5, be provided with and inside and outside wall 5 between 4,4 vertical equally distributed supporting clapboard 6ab, supporting clapboard 6ab is inside and outside wall 4,5 phase clip spaces are divided into symmetrical water filling district 9, ventilating area 7, water retention zone 8, inwall 5 middle and lower parts of ventilating area 7 and water retention zone 8 are provided with equally distributed infiltration aperture 15a, the supporting clapboard 6b middle and lower part that water retention zone 8 and water filling district 9 are separated by is provided with equally distributed infiltration aperture 15, and each supporting clapboard 6ab bottom is provided with circulation hole 11; Filling sponge 10a in water retention zone 8, as shown in Figure 1, 2, 3, be provided with between the top and the bottom 1,2 at the draining plectane 12 of face with uniform draining aperture, above it with top vertical connection of 1 inwall, draining plectane 12 outers and 4 inboard connections of outer wall, be provided with equally distributed gripper shoe 13 between draining plectane 12 and bottom 2 base plates 14, each gripper shoe 13 bottom is provided with circulation hole 11b, sponge 10b is filled between draining plectane 12 and the base plate 14, and drainage ventilation standpipe 3 crosses in draining plectane 12 and base plate 14 central authorities.Shown in Fig. 4,7, water retention zone 8, ventilating area 7 are provided with and seal 18, and ventilating area 7 seals 18 and is provided with equally distributed ventilative aperture 16, and 9 tops, water filling district are provided with slip capping 17.Shown in Fig. 4,6,7,1: 1: 2 pro rate is pressed in the space of water filling district 9, ventilating area 7, water retention zone 8.

To water once permeable when flowerpot uses for the first time, water later at every turn and can water by water filling district 9, when water in water filling district 9, water goes up infiltration hole 15 by supporting clapboard 6b and circulation hole 11a is absorbed by the sponge 10a in the water retention zone 8, water among the sponge 10a enters soil by the infiltration aperture 15a on the inwall 5 then, and water retention zone 8 too much water can be injected into another water retention zone 8 by the circulation hole 11a on the supporting clapboard 6b, thereby circulation successively, moisture content reaches capacity in water retention zone 8 and soil, absorbed by bottom 2 sponge 10b after the infiltration hole of many water by draining plectane 12, after bottom 2 reaches capacity, too much water just can be discharged outside the basin by drainage ventilation standpipe 3, at the infiltration hole of ventilating area 7 inwalls 15a, when dilutional hyponatremia in the soil and during unsaturated vapor, soil can be regulated automatically by the infiltration hole 15a on ventilating area 7 inwalls, water is discharged soil flow to ventilating area 7, water in the ventilating area 7 can be absorbed by water retention zone 8 by the circulation hole 11b on the supporting clapboard 13 again, thereby at utmost reduce the waste of moisture content, guaranteed the most rational content of soil aqueous vapor.

Claims

1. rational flowerpot of soil aqueous vapor content, it is made of two parts up and down, top is by inside and outside wall, supporting clapboard and sponge constitute, the bottom is by the draining plectane, base plate, gripper shoe, sponge, the drainage ventilation standpipe constitutes, two ones are connected as a single entity up and down, it is characterized in that: the equally distributed supporting clapboard vertical with inside and outside wall is set between the inside and outside wall of a. top, supporting clapboard is divided into symmetrical water filling district to inside and outside wall phase clip space, ventilating area, water retention zone, the inwall middle and lower part of ventilating area and water retention zone is provided with equally distributed infiltration aperture, the supporting clapboard middle and lower part that water retention zone and water filling district are separated by is provided with equally distributed infiltration aperture, each supporting clapboard bottom is provided with the circulation hole, filling sponge in water retention zone; B. be provided with the draining plectane that has uniform draining aperture at face between the top and the bottom, be connected with upper inside wall is vertical above it, draining plectane outer is connected with outer wall is inboard, be provided with equally distributed gripper shoe between draining plectane and the lower raft, each gripper shoe bottom is provided with the circulation hole, sponge is filled between draining plectane and the base plate, and the drainage ventilation standpipe crosses in draining plectane and base plate central authorities.

2. a kind of flowerpot according to claim 1 is characterized in that water retention zone, ventilating area are provided with to seal that ventilating area seals and is provided with uniform ventilative aperture, and top, water filling district is provided with the slip capping.

3. a kind of flowerpot according to claim 1, the space that it is characterized in that water filling district, ventilating area, water retention zone was by 1: 1: 2 pro rate.