CN202364642U

CN202364642U - Automatic watering device

Info

Publication number: CN202364642U
Application number: CN2011205367432U
Authority: CN
Inventors: 王明宗
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-08-23
Filing date: 2011-12-20
Publication date: 2012-08-08
Anticipated expiration: 2021-12-20
Also published as: TWM420980U

Abstract

The utility model discloses an automatic watering device, which comprises a water storage unit capable of storing water liquid; the liquid level control unit is arranged in the water storage unit and is used for controlling the water level of water liquid in the water storage unit; the flow dividing unit is correspondingly connected with the liquid level control unit and can be connected with other water storage units in a flow dividing manner; the flow control unit is correspondingly connected with the water storage unit and used for controlling the output water quantity; the water delivery pipeline is correspondingly connected with the flow control unit and is used for delivering the output water quantity to the planting pot. The water of the plant can be automatically supplied by the components, the water storage units can be mutually connected, and the water of the water storage units is supplied by one water supply source, so that the effective and good efficiency is provided; the flow rate can be adjusted by the flow control unit according to the requirement, so as to be suitable for various plants or plant pots with different sizes, and be suitable for greening in water shortage or desert areas by drip irrigation.

Description

Automatic sprinkler

Technical field

The utility model relates to vegetation watering apparatus field, relate in particular to a kind of can supply automatically to plant plant thing moisture, and can the interconnective sprinkler structure of a plurality of sprinklers.

Background technology

Seeing through automatic sprinkler replaces manpower and waters to supply to plant and plant thing moisture; Be the present common practice; Existing automatic sprinkler such as Taiwan Patent Office invention disclosed patent on January 1st, 2011 " active potted plant water supply installation " (application number: TW200900120402); In order at least one holding there is the potted plant supply water liquid of cultivation medium and plant culturing; This device comprises that a water cell, is communicated in this water cell and water delivery unit that water supply liquid is carried, and at least one suction unit that is communicated in this water delivery unit and this cultivation medium, is the structure of an air-tight state between this suction unit and the water delivery unit; When being full of water liquid in this water cell and the water delivery unit; Can make between this water cell and suction unit and form an isobaric phenomenon, when this cultivation medium is drawn water liquid via this absorbent member, can cause and form a negative pressure state in this water delivery unit; Make in this water cell water liquid by be lower than this place, water delivery unit towards the water delivery unit and the suction unit flow, and reach the function of effective lifting water level and transporting water liquid.Yet the water cell of preceding case only can independently be used, and can not a plurality of water cell be mutually combined and a shared watering (like tap); To such an extent as to each water cell all need connect a watering, and be not easy to use, in addition; The water liquid almost fixed that the water delivery unit of preceding case was supplied in the unit interval, and the plant in the cultivating pot is different, or cultivating pot is not of uniform size; Needed moisture is all inequality; And the water liquid that might give cultivating pot is very few or too much, hinders to plant and plants the thing growth, therefore is necessary to improve again.

Summary of the invention

For addressing the above problem, the utility model proposes a kind of can the supply automatically and plants the sprinkler of planting thing moisture, and can a plurality of sprinklers be interconnected, and sees through a watering again and offers this a plurality of sprinkler water liquid, has preferable efficient.

For achieving the above object, the technical scheme that the utility model provides is: automatic sprinkler comprises: water cell includes a water space and water transport port that at least one communicates with this water space; The liquid level control module is arranged in the said water space, and this liquid level control module is provided with a water inlet, and it is outside to be positioned at said water space; Dividing cell includes a water intake end and a plurality of water side that communicates with this water intake end, and wherein a water side correspondence is connected in the water inlet of said liquid level control module; Flow controlling unit, correspondence are connected in the water transport port of said water cell; Waterline, correspondence are connected in said flow controlling unit.

Further, also comprise a pipeline fixed cell, connect said waterline.

Further, comprise that also one is used to seal the lid of said water cell.

Further, said water cell also is provided with a carrying handle.

Further, said flow controlling unit comprises that one connects the runner of water cell water transport port and the knob that a spiral shell is located at this runner; This knob includes the outlet that communicates with said flow, and between this outlet and runner, be provided with one be used to open and close this outlet elastomeric pad, the outlet other end connects said waterline.

Further, said flow controlling unit includes one and connects the runner of water cell water transport port and the knob that a spiral shell is located at this runner; Said runner include one connect waterline outlet, be an angle with the water transport port of said water cell; Said knob includes a flange, penetrates runner and opens and closes said runner exit.

Further, another water side of said dividing cell connects the dividing cell water intake end of another water cell.

Preferably, said flow controlling unit is spirally connected, rabbets or be fixed in the water transport port of said water cell.

The beneficial effect of the utility model: 1, a watering is supplied a plurality of sprinklers simultaneously, has preferable service efficiency; 2, see through flow controlling unit and can adjust flow on demand, plant thing to be applicable to various types of planting, or the cultivating pot that varies in size; 3, sprinkler is fit to the cultivating pot of various ornaments modes, and cultivating pot can not influence the ornaments position because of the setting that is subject to waterline; But 4, flow controlling unit be designed to spinning in general soft, hard water-supply-pipe as the greening effect of lack of water or desert area dripping irrigation.

Description of drawings

Fig. 1 is each member corresponding relation sketch map of the utility model preferred embodiment;

Fig. 2 is the utility model preferred embodiment syntagmatic sketch map;

Fig. 3 interconnects sketch map for a plurality of sprinklers;

Fig. 4 is flow controlling unit embodiment one sketch map;

Fig. 5 is flow controlling unit embodiment two sketch mapes;

Fig. 6 is the user mode sketch map of preferred embodiment;

Fig. 7 interconnects the user mode sketch map of preferred embodiment for a plurality of sprinklers.

Primary clustering label declaration: 1. water cell; 11. water space; 12. water transport port; 13. carrying handle; 2. liquid level control module; 21. water inlet; 3. dividing cell; 31. water intake end; 32. water side; 4. flow controlling unit; 41. runner; 42. knob; 421. outlet; 43. elastomeric pad; 4A. flow controlling unit; 41A. runner; 411A. outlet; 42A. knob; 421A. flange; 5. waterline; 6. pipeline fixed cell; 7. lid.

Embodiment

Below in conjunction with accompanying drawing and embodiment, the utility model is further specified.

As illustrated in fig. 1 and 2, be the preferred embodiment of the utility model automatic sprinkler, comprise a water cell 1, liquid level control module 2, dividing cell 3, flow controlling unit 4, waterline 5, pipeline fixed cell 6 and lid 7.Above-mentioned water cell 1 contains a water space 11, and at least one water transport port 12 that communicates with this water space 11; Water cell 1 also is connected with a carrying handle 13 can supply to mention this water cell 1.

Above-mentioned liquid level control module 2 is arranged in the water space 11 of water cell 1, in order to the water level of control water space 11.This liquid level control module 2 includes one and is positioned at the outside water inlet 21 of water space 11; Promptly to supply with and plant the water of planting thing and import by this water inlet 21; Input in the water space 11 and see through liquid level control module 2; When treating the water level arrival designated water level in the water space 11,2 of liquid level control modules stop water delivery, thereby are able to keep automatically the water yield in the water space 11.The structure of this liquid level control module 2 is similar to the flushing component structure in the cistern, is known technology, does not detail at this.

Above-mentioned dividing cell 3 includes a water intake end 31 and a plurality of water side 32 that communicates with this water intake end 31.This water intake end 31 can see through pipeline and connect tap; And wherein a water side 32 correspondences are connected in the water inlet 21 of liquid level control module 2; 32 of remaining water sides can see through pipeline and be connected with another water cell 1; As shown in Figure 3, all the other water sides 32 are connected with dividing cell 3 water intake ends 31 of another water cell 1, and let a tap supply a plurality of water cell 1 water yields simultaneously.

Above-mentioned flow controlling unit 4 respectively with the water transport port 12 corresponding connections of water cell 1, and is able to control the flow of output water, its connected mode can be spirally connected, interlocking or affixed etc.Be respectively two preferred embodiments of the utility model flow controlling unit 4 like Figure 4 and 5.As shown in Figure 4, first kind of flow controlling unit 4 includes one and is bolted in the runner 41 of water cell 1 water transport port 12 and the knob 42 that a spiral shell is located at this runner 41.This knob 42 includes the outlet 421 that communicates with said flow 41; And between this outlet 421 and runner 41, be provided with one be used to open and close this outlet 421 elastomeric pad 43; Export 421 other ends and connect said waterline 5; Through adjusting the size that this knob 42 is the controlled output water yield, thereby being applicable to that various types of planting plant thing, or the cultivating pot that varies in size.As shown in Figure 5, second kind of flow controlling unit 4A includes one and is bolted in the runner 41A of water cell 1 water transport port 12 and the knob 42A that a spiral shell is located at this runner 41A; Said runner 41A include one connect waterline 5 outlet 411A, be an angle with the water transport port 12 of said water cell 1; Said knob 42A includes a flange 421A; Penetrate runner 41A and open and close said runner 41A outlet 411A; Equally can be through adjusting the size that said knob 42A control the output water yield, thereby being applicable to that various types of planting plant thing, or the cultivating pot that varies in size.

Above-mentioned waterline 5 correspondences are connected in flow controlling unit 4,4A, in order to the water in the water space 11 is directed in the cultivating pot.Above-mentioned pipeline fixed cell 6 connects said waterline 5, in order to said waterline 5 is fixed on the cultivating pot.Above-mentioned lid 7 sealing water cell 1 also capable of using are in order to avoid the water in the water space 11 is polluted.

Shown in Fig. 6 and 7; The water space 11 storage full waters of water cell 1; Said waterline 5 is extended to cultivating pot and fixing with said pipeline fixed cell 6, relend, and reach the purpose of automatic watering by flow controlling unit 4, the 4A adjustment output water yield; And be able to the moisture of same tap output is flow to a plurality of water cell 1 through said dividing cell 3, and can supply more cultivating pot required moisture automatically simultaneously.

Although specifically show and introduced the utility model in conjunction with preferred embodiment; But the those skilled in the art should be understood that; In the spirit and scope of the utility model that does not break away from appended claims and limited; In form with details on various variations that the utility model is made, be the protection domain of the utility model.

Claims

1. automatic sprinkler is characterized in that, comprising:

Water cell includes a water space and water transport port that at least one communicates with this water space;

The liquid level control module is arranged in the said water space, and this liquid level control module is provided with a water inlet, and it is outside to be positioned at said water space;

Dividing cell includes a water intake end and a plurality of water side that communicates with this water intake end, and wherein a water side correspondence is connected in the water inlet of said liquid level control module;

Flow controlling unit, correspondence are connected in the water transport port of said water cell;

Waterline, correspondence are connected in said flow controlling unit.

2. automatic sprinkler as claimed in claim 1 is characterized in that: also comprise a pipeline fixed cell, connect said waterline.

3. automatic sprinkler as claimed in claim 1 is characterized in that: comprise that also one is used to seal the lid of said water cell.

4. automatic sprinkler as claimed in claim 1 is characterized in that: said water cell also is provided with a carrying handle.

5. like each described automatic sprinkler of claim 1-4, it is characterized in that: said flow controlling unit comprises that one connects the runner of water cell water transport port and the knob that a spiral shell is located at this runner; This knob includes the outlet that communicates with said flow, and between this outlet and runner, be provided with one be used to open and close this outlet elastomeric pad, the outlet other end connects said waterline.

6. like each described automatic sprinkler of claim 1-4, it is characterized in that: said flow controlling unit includes one and connects the runner of water cell water transport port and the knob that a spiral shell is located at this runner; Said runner include one connect waterline outlet, be an angle with the water transport port of said water cell; Said knob includes a flange, penetrates runner and opens and closes said runner exit.

7. like each described automatic sprinkler of claim 1-4, it is characterized in that: another water side of said dividing cell connects the dividing cell water intake end of another water cell.

8. like each described automatic sprinkler of claim 1-4, it is characterized in that: said flow controlling unit is spirally connected, rabbets or be fixed in the water transport port of said water cell.