CN2118398U

CN2118398U - Flowerpot with water feeding channel

Info

Publication number: CN2118398U
Application number: CN 92208179
Authority: CN
Inventors: 范德顺
Original assignee: Individual
Current assignee: Individual
Priority date: 1992-04-30
Filing date: 1992-04-30
Publication date: 1992-10-14

Abstract

The utility model relates to a flowerpot with a water filling channel. A baffle plate is clamped in a flowerpot casing without bottom holes, the flowerpot with a water filling channel is divided into an upper and a lower cavity chambers by the baffle plate, a capillary water absorbing object which protrudes downwards is arranged on the lower part of the baffle plate, and a water filling channel is arranged on the circumferential direction of the flowerpot casing; the water filling channel is composed of an inner and an outer interlayers, and is communicated with a water storage chamber which is arranged on the lower part of the baffle plate; venting holes are arranged on the inner layer wall of the water filling channel, and water can be conveniently filled from the water filling channel. Due to the blockage of the wall of the outer channel, the water filling channel can not be excessively exposed outside, and water filling space and entire aesthetic feeling are simultaneously increased.

Description

Flowerpot with water feeding channel

The utility model relates to a kind of plantation container, particularly a kind of flowerpot that has waterflood path.

All have an infiltration hole at the bottom of the common employed flowerpot basin, its effect is that unnecessary infiltration is discharged by bottom outlet, be making dirty of solving that unnecessary draining causes get wet the problem and the problem ventilative and that liquid manure runs off on ground, occurred the flowerpot of several employing capillary water sucting principles designs in recent years.

Disclose a kind of automatic Absorbent flower-pot in No. 85200199 patents, its design feature is to place the dried up plate that a bottom has a plurality of hollow pipes in a no bottom outlet flowerpot, has intilted ventilation open-work on the contour flowerpot peripheral wall of dried up plate.Flowers and soil place dried up plate top, and the water that is poured into by top then converges and stays in dried up plate bottom.But the problem of its existence still will be watered from the top of basin, in the process of watering, superfluous water then leaks into dried up plate bottom, and in the water flow event, earth and fertilizer also can with and his like be seeped into the bottom, and it is full or hollow pipe plug is dead lower space can be become silted up very soon, does not have water sorption capillaceous on the contrary and prevents the effect that liquid manure runs off.

88204825.2 disclosed automatic adjusting water-supply flowerpot of number patent and the former difference circumferentially have clear opening at tub wall exactly, make water annotate the bottom that is added to dividing plate, water is drawn in the soil on dividing plate top by hydroscopic substance then, its weak point is, the clear opening of the usefulness of watering is vertical with tub wall inwardly open-minded, like this, inwardly very inconvenient during water filling, and, outside the water hole is directly exposed to, neither attractive in appearance, also be unfavorable for controlling what of injected water volume, more be not suitable for high-grade flowerpot and use.

The purpose of this utility model is to be realized by following technical scheme, card is placed with a dividing plate in the flowerpot housing of a no bottom outlet, dividing plate is separated into two chambers up and down with flowerpot, the lower partition is provided with down protruding capillary water absorption thing, circumferentially offer a waterflood path at the flowerpot housing, waterflood path is made of inside and outside interlayer and connects with the storage chamber of the lower partition, on the inner layer wall of waterflood path, have ventilation hole, water can be injected by waterflood path easily, because the shield of outer tunnel wall is arranged, so waterflood path is unlikely too be exposed to outside, also increased simultaneously the overall aesthetic of water filling space and flowerpot.

Therefore remarkable result of the present utility model is:

Simple in structure, pouring is convenient, both can ventilate, and has increased the water filling volume of flowerpot again, does not particularly influence the overall appearance aesthetic feeling of flowerpot.

Structure of the present utility model is realized by the following examples and accompanying drawing thereof:

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

Fig. 2 is the A-A profile of Fig. 1.

Fig. 3 is that the E of Fig. 1 is to view.

Fig. 4 is second kind of embodiment of the present utility model.

Fig. 5 is the B-B profile of Fig. 4.

Fig. 6 is the third embodiment of the present utility model.

Fig. 7 is the C-C profile of Fig. 6.

Below in conjunction with accompanying drawing 1-7 concrete structure of the present utility model is described in detail:

The utility model is made of the dividing plate 2 that flowerpot housing 1 and card are placed in the housing 1, the hydroscopic substance 3 that on dividing plate 2, has test, it is characterized in that: on flowerpot housing 1 hypomere shell wall, have a waterflood path 4, waterflood path 4 is by constituting for the inwall 5 of the indent of one with folder chamber between its corresponding outer wall of being separated by 6 with housing 1, have the ventilation hole seam 7 that connects with flowerpot housing 1 bottom storage chamber 1A on the inwall 5 of waterflood path 4, waterflood path 4 connects with storage chamber 1A.Referring to Fig. 1, Fig. 4 and Fig. 6.

Architectural feature of the present utility model also is:

The inwall 5 of waterflood path 4 and outer wall 6 are an overall structure with flowerpot housing 1 all, waterflood path 4 is independent or symmetry is opened in the gap that a part on basin body housing 1 hypomere periphery or the sidewall is opened wide, the height of projection of the outer wall 6 of waterflood path is higher than the lower end of the inwall 5 of the indent corresponding with it, outer wall 6 or summary evagination concordant with flowerpot housing 1 outside wall surface.Referring to Fig. 4 and Fig. 6.

Architectural feature of the present utility model also is:

The top edge of the ventilation hole seam 7 on the inwall 5 of the indent of waterflood path 4 is close to the place, bottom surface of basin body inner chamber median septum 2, crack in the inwall 5 indent test disconnections or the both sides of indent, the outer wall 6 and the 1 outside wall surface transition of flowerpot housing of waterflood path 4 are linked as an overall structure.Referring to Fig. 2, Fig. 3 and Fig. 5 and Fig. 7.

Shown in Figure 1 is that waterflood path is only offered one structure, and shown in Figure 4 is the structure that symmetry is offered, and for not influencing moulding, the concordant not evagination of outer wall 6 with the flowerpot outer wall, but because inwall 5 is inner concavity, so can not influence inside water filling.Can be designed to have the tap or the frog mouth pattern of decorative effect at outer wall 6 places, to increase aesthetic feeling, simultaneously, part is held in taking that also conduct of the waterflood path of available indent moves to take.

Fig. 6 and shown in Figure 7 be that the another kind of waterflood path is opened method, at this moment, inwall 5 bottoms of waterflood path 4 link to each other with outer wall 6, and just one of middle part indent is held the notes space, a seam is identical with storage chamber 1A and split in inwall width both sides, and this structure can increase the bulk strength of flowerpot.

Claims

1, the flowerpot that has waterflood path, the dividing plate 2 that is placed in the housing 1 by flowerpot housing 1 and card constitutes, the hydroscopic substance 3 that on dividing plate 2, has test, it is characterized in that: on flowerpot housing 1 hypomere shell wall, have a waterflood path 4, waterflood path 4 is by constituting for the inwall 5 of the indent of one with folder chamber between its corresponding outer wall of being separated by 6 with housing 1, have the ventilation hole seam 7 that connects with flowerpot housing 1 bottom storage chamber 1A on the inwall 5 of waterflood path 4, waterflood path 4 connects with storage chamber 1A.

2, according to the described flowerpot that has waterflood path of claim 1, it is characterized in that: the inwall 5 of waterflood path 4 and outer wall 6 are an overall structure with flowerpot housing 1 all, waterflood path 4 is independent or symmetry is opened in the gap that a part on basin body housing 1 hypomere periphery or the sidewall is opened wide, the height of projection of the outer wall 6 of waterflood path is higher than the lower end of the inwall 5 of the indent corresponding with it, outer wall 6 or summary evagination concordant with flowerpot housing 1 outside wall surface.

3, according to claim 1 or the 2 described flowerpots that have waterflood path, it is characterized in that: the top edge of the ventilation hole seam 7 on the inwall 5 of the indent of waterflood path 4 is close to the place, bottom surface of basin body inner chamber median septum 2, crack in the inwall 5 indent test disconnections or the both sides of indent, the outer wall 6 and the 1 outside wall surface transition of flowerpot housing of waterflood path 4 are linked as an overall structure.