CN203435433U

CN203435433U - Pot structure of active water supply device

Info

Publication number: CN203435433U
Application number: CN201320455421.4U
Authority: CN
Inventors: 黄智贤; 黄原福
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-07-29
Filing date: 2013-07-29
Publication date: 2014-02-19
Anticipated expiration: 2023-07-29

Abstract

The utility model relates to an active water supply installation plant basin structure, but this plant is planted is refered in particular to bottom of the planting basin of plant form one can supply with the water installation holding or through a water installation hold and establish the space, and give for the water installation can see through one inlay solid in planting the support piece of bottom of the basin and combine both, hold and establish space top surface department at the water installation who plants the basin simultaneously, establish one and supply the piece that absorbs water to insert and stretch out the aqueduct portion outside both ends, and its lower extreme of aqueduct portion can insert and close into water supply installation, so can let plant the basin and can directly place subaerial, need not put up via basin frame or other devices, and then let water installation and the operation of laying of water installation more simplify, also can avoid simultaneously planting the basin and receive blowing of strong wind and empty.

Description

The cultivation basin structure of active waterworks

Technical field

The utility model relates to the cultivation basin structure of the active supply water resource system of a cooperation, be make the bottom of this cultivation basin be concaved with two ends penetrating in its wall portion, make can for waterworks setting or for hydraulic pipeline by and water source is imported waterworks in the soil of planting basin bottom part be installed with that space and this end face middle, space be provided with can be for the aqueduct portion of absorbent member installing, and then simplify the operation of water system device.

Background technology

General existing cultivating pot device roughly has the structure that is round peviform person or long groove shape person, and no matter be the cultivation basin of circle peviform or long groove shape, except the wall portion of surrounding, also there is a bottom that is provided with a plurality of osculums, when with sprinkler when planting basin watering, this water can infiltrate into soil bottom by the top layer of soil in basin, and the water that flow to cultivation basin bottom part can be discharged by osculum.

But the mode of watering of above-mentioned plant setting, can be because the water that pours into be after the water of soil absorption portion, after remaining water can be drained by osculum fast, the person of watering can only and water the water yield by the wettability of soil surface, slightly approximately estimate possible moisture content in soil, but still grasp that cannot be correct or have sufficient information to know; While is possibility misestimating because of the person of watering also, in soil water absorption rate deficiency and again at interlude, fail make-up water source, cause plant hydropenia and undergrowth or even withered, also or soil water suction too saturated, and watering of interval time more of a specified duration, causes plant root immersion and generation perish again.

So, for fear of looking after potted plant person, because lacking experience, water dilutional hyponatremia or not enough problem, and the water trouble of work of regular intervals of time, be just like bulletin I379628, M281404, M282489 ... etc. can actively supply water to each potted plant water system device shown in patent simultaneously, its main gimmick is will plant after basin frame height at the basin frame seeing through one by one, the predetermined space of transferring to other use out, the below that basin is respectively planted in order, making can be for the hydraulic pipeline arranging, or the water delivery unit of the conduit that catchments is connected setting continuously, and middle the wearing in its insertion bottom, one end soil in bottom of basin respectively planted in order, and the other end inserts the absorbent member in the water in water delivery unit, as long as maintain water therefore allow in water delivery unit, just can utilize the siphonage of absorbent member, allow and respectively plant that the soil of basin is normal protects suitable wettability, and reach the object of the moistening soil that initiatively supplies water.

But, above-mentioned active waterworks, must have the high basin frame of respectively planting basin of support in when installing, not only cause trouble on erection construction and be difficult for, and basin frame is again necessary installing assembly or device, and the cost relatively setting up also can be higher; In addition, after frame height, respectively plant basin outdoor while being subject to the blowing of high wind, the problem of also easily toppling over.

Utility model content

Trouble while installing in order to improve aforementioned active waterworks, and be easily subject to high wind and blow and the problem such as topple over, the utility model provides a kind of and is provided with and can be installed with or the waterworks that pass through are installed with space for waterworks planting basin bottom part, and on this space, establish again one and can stretch out in for absorbent member plugs the aqueduct portion at two ends, make to reach to planting outside the object that in basin, soil waters, and plug together through this aqueduct portion the support member being embedded at the bottom of waterworks and basin, waterworks are limited to limit in waterworks are installed with space, and then avoid planting the generation that basin may be toppled over.

The utility model solves the technical scheme that its technical problem adopts: this cultivation basin with bottom and surrounding surrounding wall portion, this cultivation basin bottom part is at least arranged with one or more and is spaced and its two ends are penetrating in the formed waterworks of wall portion, is installed with space, and the end face place that makes these waterworks be installed with space at least establishes the penetrating aqueduct portion in one or more two ends.

In such scheme, the waterworks of this cultivation basin are installed with space and are under shed shape.

In such scheme, the aqueduct portion of this cultivation basin can wear and stretch out in outside two ends for absorbent member.

In such scheme, the waterworks of this cultivation basin are installed with space opening part and are laterally embedded with support member.

In such scheme, the waterworks of this cultivation basin are installed with space opening part and are provided with and can supply the chimeric caulking groove of support member.

The beneficial effects of the utility model are, see through the set waterworks of above-mentioned the utility model cultivation basin bottom part and be installed with space, allow the laying of feedwater apparatus system more simplify and to save beyond the unnecessary setting of basin frame, more allow cultivation basin directly place stably on the ground, and see through the bottom bracing sheet of planting basin bottom part build-in, allow respectively plant between basin and waterworks combine, make respectively to plant basin and be subject to firm location, and then avoid suffering blowing of high wind and topple over.

Accompanying drawing explanation

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

Fig. 1 is the schematic perspective view that the utility model peviform is planted basin structure.

Fig. 2 is that the utility model groove shape is planted basin structural upright schematic diagram.

Fig. 3 is the side sectional view that the utility model is planted basin.

Fig. 4 is the schematic diagram that the utility model is planted basin and waterworks laying.

Fig. 5 is that the utility model waterworks are the embodiment schematic diagram of groove shape.

Fig. 6 is that the utility model waterworks are the embodiment schematic diagram of bottle.

In figure:

1. plant basin,

11. bottoms, 12. wall portions, 13. waterworks are installed with space, 14. aqueduct portions, 15. caulking grooves,

2. waterworks, 3. absorbent member, 4. support member.

Embodiment

Refer to shown in Fig. 1 or Fig. 2, the structure of cultivation basin 1 of the present utility model, to comprise by bottom 11 and the formed peviform of wall portion 12 all around or the planting container production of groove shape, and make its 11 places, bottom be concaved with and be under shed shape, and the penetrating waterworks in wall portion 12 places in its two ends are installed with space 13, and make these waterworks be installed with space 13 can be single setting, or be interval multiple row setting according to the size and shape of this cultivation basin 1, making these waterworks be installed with space 13 can arrange or pass through for waterworks 2, with season, the waterworks of this cultivation basin 1 are installed with 13 middle top surface places, space, be provided with and can watering import and its upper end protrudes out slightly, and its lower end can plug together the aqueduct portion 14 in waterworks 2, simultaneously this aqueduct portion 14 also visual waterworks be installed with the length in space 13 and be single or many places and be spaced setting.

Separately, be installed with at the waterworks of planting basin 1 and be installed with these waterworks 2 in space 13, except the water-supply-pipe of circular tube shaped as shown in Figure 1 to Figure 3, groove shape aqua storage tank or or even general bottle as shown in Figure 6 that also can be as shown in Figure 5.

Again, please coordinate shown in Fig. 3 and Fig. 4, on this cultivation basin 1 bottom 11, in set aqueduct portion 14, wear an absorbent member 3, and the one end that makes this absorbent member 3 is stretched in the soil or cultivation medium containing in cultivation basin 1, the other end is inserted in the water containing in waterworks 2, enable to see through siphon (or capillary) effect and the water in waterworks 2 is drawn in the soil or cultivation medium sucking in cultivation basin 1, make soil or cultivation medium remain predetermined wettability, and then reach the object that active feedwater is watered.

Simultaneously, the lower end of this above-mentioned aqueduct portion 14 plug together waterworks 2 interior after, this plants the effect that between basin 1 and waterworks 2, generation links, enable to contribute to plant the firm of basin 1, and make again set waterworks on this cultivation basin 1 be installed with 11 places, bottom of the opening part in space 13, be provided with the caulking groove 15 that can wear for support member 4, allow the waterworks 2 that are installed with or are installed with space 13 by these waterworks, can be limited limit within it, make to plant combining that basin 1 and waterworks 2 more can be firm, or produce each other the effect mutually pining down, and then order cultivation basin 1 is subject to waterworks 2, with and inner water source and increase the weight of its weight, while allowing cultivation basin 1 be subject to blowing of high wind, can more firmly be difficult for having the problem of toppling over to occur.

Secondly, the upper end of this above-mentioned aqueduct portion 14 convexedly stretches in and plants in basin 1, make its upper end in the slightly eminence of soil, enable to avoid the plant root of plantation in basin, grow in this aqueduct portion 14 or even extend in waterworks 2, and then avoiding the effect of initiatively feedwater to be subject to blocking or plant cannot being separated from waterworks 2.

In addition, see through set waterworks on cultivation basin 1 and be installed with space 13, allow and respectively plant basin 1 and can directly place on the ground stably, and then the laying operation that makes waterworks 2 more simplify with easily, save the facility of unnecessary basin frame or other stringer, make the installing cost of this active water supply system more meet economical and practical benefit.

Claims

1. A plant pot structure of an active water supply device, which is a plant pot with a bottom and surrounding walls, characterized in that: the bottom of the plant pot is at least recessed with one or more intervals, and its two ends The accommodating space of the water supply device formed by the wall part is penetrated, and at least one or more water guide pipe parts arranged at intervals are arranged on the top surface of the accommodating space of the water supply device.

2 . The plant pot structure of the active water supply device according to claim 1 , wherein the space for accommodating the water supply device of the plant pot is downwardly open. 3 .

3 . The plant pot structure of the active water supply device according to claim 1 , characterized in that: the aqueduct portion of the plant pot can be used for water-absorbing parts to pass through and protrude from both ends. 4 .

4. The plant pot structure of the active water supply device according to claim 2, characterized in that: the opening of the water supply device accommodating space of the plant pot is laterally embedded with a support member.

5 . The plant pot structure of the active water supply device according to claim 4 , characterized in that: the opening of the water supply device accommodating space of the plant pot is provided with an embedding groove for the support member to fit into. 6 .