CN203523417U

CN203523417U - Flower pot

Info

Publication number: CN203523417U
Application number: CN201320678939.4U
Authority: CN
Inventors: 林智良
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-10-30
Filing date: 2013-10-30
Publication date: 2014-04-09
Anticipated expiration: 2023-10-30

Abstract

The utility model relates to the technical filed of floriculture equipment and discloses a flower pot. The flower pot comprises an outer box, a bearing plate, a water absorption part and an inner box; the outer box comprises a water accommodating space and the outer box opening which is formed upward; the bearing plate is assembled on the end portion of the outer box opening of the outer box and comprises a plurality of water adding holes which are used for enabling the liquid to flow into the water accommodating space of the outer box to be stored; the water absorption part is assembled on the bearing plate; the upper end of the water absorption part extends out of the bearing plate; the lower end of the water absorption part extends into the water accommodating space of the outer box; the water absorption part comprises a water absorption core which is used for absorbing the liquid; the liquid in the water accommodating space of the outer box is absorbed upward to the upper end to be discharged through the water absorption core; the inner box is assembled on the bearing plate and comprises an accommodating space and the inner box opening which is formed upward; the bottom of the inner box comprises a circular hole for the water absorption part to penetrate and extend into; the absorbed liquid is discharged to the soil which is contained in the accommodating space through the water absorption part. According to the flower pot, the water can be added to the soil and plants timely, the structure is simple, and the cost is low.

Description

A kind of flowerpot

Technical field

The utility model relates to floriculture equipment technical field, especially relates to a kind of flowerpot.

Background technology

The benefit of planting is a lot, can greening environment, purify air, more can see through abundant branches and leaves, flower in full bloom, make that people is pleasing, mood is comfortable, therefore, no matter be family, office, or some public places all cultivate kind be implanted with potted plant; But in potted plant cultivation, watering is a knowledge, very little or too much all bad, must make in good time, in right amount the certain humidity of potted plant interior soil conservation, plant just can look, can be because crossing wet or the too dry growth that affects plant root.At present, on the market, all have as seen multiple automatic water-supply structure on patent gazette, although can improve the trouble of manually watering, because complex structure and the high shortcoming of cost are not general.

Utility model content

The purpose of this utility model is to provide a kind of flowerpot, can be in good time to soil and plant, add water, and simple in structure, cost is lower.

The flowerpot that the utility model embodiment provides, comprising:

One outter box, an outer box mouth that there is a water space capacity and offer upward;

One tray, is assembled in the outer box mouth end of described outter box, has a plurality of water inlets that store in the water space capacity that flows into for liquid described outter box;

One absorbent member, be assembled on described tray, stretch out outside described tray the upper end of described absorbent member, the water space capacity inside of described outter box is stretched in the lower end of described absorbent member, described absorbent member comprises the water suction stamen core body of a fluid-absorbing, and described water suction stamen core body is upwards drawn to upper end by the liquid in the water space capacity of described outter box and discharges;

One inner box, has an inner box mouth that is installed in space and offers upward, is assembled in described tray, and the bottom of described inner box has a circular hole stretching through for described absorbent member, and described absorbent member drains into the liquid of absorption to be installed in the soil taking up in space.

Preferably, described absorbent member also comprises absorbent member body and revolving part, wherein, the lower end that the center of described absorbent member body provides a hollow hole and described absorbent member body has external thread section, described external thread section has at least one fluting, described water suction stamen core body is arranged in described hollow hole, described revolving part and described external thread section threaded engagement.

Optionally, described absorbent member body is ceramic absorbent member or die casting absorbent member, and described water suction stamen core body is elasticity natural water suction stamen core body or artificial water-absorption fiber water suction stamen core body.

Preferably, described flowerpot also comprises at least one prompting part, described in each, remind part to be assembled on described tray, comprise a ball float, described ball float is positioned at the water space capacity of described outter box, described ball float drives and passes the upper and lower action of a connecting rod outside described tray, can be to external diffusion and the bouquet folding moulder to open or to close one.

Preferably, described tray center has wholeheartedly hole, and described absorbent member is assembled in described heart hole, and described tray also has each and reminds the corresponding perforation of part, and the connecting rod of described prompting part is through corresponding described perforation.

Preferably, remind part also to comprise the floating drum of inner hollow described in each, the both sides of described floating drum are provided with the side opening being in communication with the outside, and it is inner that described ball float is positioned at described floating drum, with height upper and lower floating in described floating drum of liquid in described water space capacity.

Preferably, the outer box mouth perisporium inner side of described outter box is provided with a plurality of group connecting parts, and the dish edge of described tray is provided with for the involutory a plurality of joining holes that snap in of described a plurality of group connecting parts.

Preferably, described in each, joining hole is long rectangular opening, described in each group connecting part be for long rectangular-shaped and oblique under raised line.

Preferably, the bottom of described inner box has the prominence that is taper, and described circular hole is positioned at described prominence, and described circular hole upper end is arranged with a water imbibition cover body, and the liquid that described cover body is discharged water suction stamen core body drains into and is installed in space.

In technical solutions of the utility model, by siphon principle, liquid absorption up and is outwards drained into inner box for soil and plant, what this flowerpot not only can be in good time adds water to soil and plant, and simple in structure, and cost is lower.Further, remind part can make along with the height of the water yield in water space capacity its ball float increase and sink, its bouquet moulder of interlock is and then opened and closure, can remind user water space capacity to be added to water in good time.

Accompanying drawing explanation

Fig. 1 is the flowerpot perspective view of the utility model embodiment;

Fig. 2 is the flowerpot decomposition texture schematic diagram of the utility model embodiment;

Fig. 3 is the flowerpot plan structure schematic diagram of the utility model embodiment;

Fig. 4 A be in Fig. 3 A-A to cutaway view;

Fig. 4 B be in Fig. 3 C-C to cutaway view;

Fig. 5 is for reminding part sectional structure schematic diagram;

Fig. 6 is that the flowerpot of the utility model embodiment is applied to flower platform schematic diagram;

Fig. 7 is the sectional structure schematic diagram of water leg in Fig. 6.

Critical piece Reference numeral:

1-outter box; 11-water space capacity; The outer box mouth of 12-; 13-group connecting part; 2-tray;

21-joining hole; 22-water inlet; 23-heart hole; 24-perforation; 3-absorbent member;

31-hollow hole; 32-water suction stamen core body; 33-location division; 34-external thread section;

35-fluting; 36-inner bolt hole; 37-revolving part; 4-reminds part; 41-floating drum;

42-side opening; 43-ball float; 44-connecting rod; 45-bouquet moulder; 5-inner box;

51-is installed in space; 52-inner box mouth; 53-circular hole; 54-prominence; 55-cover body;

56-osculum; 61-water leg; 62-hairbrush.

Embodiment

As shown in Figure 1, Figure 2, shown in Fig. 4 A and Fig. 4 B, the flowerpot that the utility model embodiment provides, comprising:

One outter box 1, an outer box mouth 12 that there is a water space capacity 11 and offer upward;

One tray 2, is assembled in outer box mouth 12 ends of described outter box 1, has a plurality of water inlets 22 that store in the water space capacity that flows into for liquid described outter box 1;

One absorbent member 3, be assembled on described tray 2, stretch out outside described tray 2 upper end of described absorbent member 3, water space capacity 11 inside of described outter box 1 are stretched in the lower end of described absorbent member 3, described absorbent member 3 comprises the water suction stamen core body 32 of a fluid-absorbing, and described water suction stamen core body 32 is upwards drawn to upper end by the liquid in the water space capacity of described outter box 1 and discharges;

One inner box 5, there is an inner box mouth 52 that is installed in space 51 and offers upward, be assembled in described tray 2, the bottom of described inner box 5 has a circular hole 53 stretching through for described absorbent member 3, and described absorbent member 3 drains into the liquid of absorption to be installed in interior the taken up soil in space 51.

In technical solutions of the utility model, by siphon principle, liquid absorption up and is outwards drained into inner box for soil and plant, what this flowerpot not only can be in good time adds water to soil and plant, and simple in structure, and cost is lower.Below with specific embodiment and be described with reference to the accompanying drawings the utility model.

Refer to Fig. 1 to Fig. 3, the flowerpot that the utility model embodiment provides, mainly includes an outter box 1, a tray 2, an absorbent member 3, prompting part 4 and an inner box 5; Wherein:

Described outter box 1 has a suitable water space capacity 11, described outter box 1 offers an outer box mouth 12 in the upper end of described water space capacity 11, the perisporium inner side of described outer box mouth 12 is provided with group connecting part 13, group connecting part described in the present embodiment 13 for long rectangle and oblique under raised line, described outter box 1 is cylindrical shape, and it also can be designed as rectangle or other geometry certainly;

Described tray 2 coordinates outer box mouth 12 ends that are assembled in described outter box 1, described tray 2 edge mate are provided with joining hole 21, joining hole 21 can engaging relative to corresponding group connecting part 13, can complete assembling and the location of described tray 2, described tray 2 also has a plurality of water inlets 22, and liquid flows to the interior storage of water space capacity 11 of described outter box 1 downwards from the upper end of tray 2 pours into through water inlet 22; The center of described tray 2 is provided with wholeheartedly hole 23, and assemble with absorbent member 3 in heart hole 23, is also provided with perforation 24 on described tray 2, and perforation 24 is assembled with reminding part;

The body of described absorbent member 3 can be comprised of pottery or die casting material, there is waterproof, be difficult for the effect of corrosion, the body center of described absorbent member 3 has provided a hollow hole 31, described water suction stamen core body 32 is arranged in hollow hole 31, described water suction stamen core body 32 can be made by having the water-absorbing materials such as flexible natural or artificial water-absorption fiber, the position, body stage casing of described absorbent member 3 is provided with the location division 33 of a tapered plate-like, the body lower end of described absorbent member 3 is through the heart hole 23 of described tray 2, stretch into water space capacity 11 inside of described outter box 1, described location division 33 pushes against in the upper end in described heart hole 23, so that stretch out outside described tray 2 the body upper end of described absorbent member 3, in addition, the body lower end of described absorbent member 3 is provided with an external thread section 34, described external thread section 34 has at least one fluting 35, coordinate the revolving part 37 with inner bolt hole 36, revolving part 37 can be threaded with described external thread section 34 and can be in described external thread section 34 places, lower rotation displacement is (please refer to Fig. 4 A, shown in Fig. 4 B and Fig. 5), when the described revolving part 37 of rotation moves down it and is coated more fluting 35, described water suction stamen core body 32 is tightened, therefore the water absorption of stamen core body 32 of absorbing water reduces and water absorption is less, be suitable for not needing the planting of more moisture content to use, contrary, if the plant of planting needs more moisture content, rotating described revolving part 37 moves up it, 35 openings that make to slot become large, allow the described water suction stamen core body 32 large water absorption of original volume that expands back, therefore, by adjusting described revolving part 37, adjust the size of described fluting 35, can control the amount of liquid that described water suction stamen core body 32 absorbs, make described water suction stamen core body 32 because of siphonage by the liquid absorption in the water space capacity of described outter box 1 11 up, and be expelled to outward in described inner box 5 with described absorbent member 3 upper ends from described water suction stamen core body 32,

A plurality of prompting parts 4 are assembled in the perforation 24 of described tray 2, described in each, remind part 4 to include the floating drum 41 of an inner hollow, described floating drum 41 both sides offer the side opening 42 being in communication with the outside, that is to say, when floating drum 41 immerses the water space capacity 11 of described outter box 1 when interior, liquid in described water space capacity 11 can pour into and flow in described floating drum 41, in described floating drum 41, having one can be with the unsteady ball float 43 of liquid, described ball float 43 is connected with a connecting rod 44, this connecting rod 44 passes the perforation 24 of described tray 2, when the height of described ball float 43 along with described water space capacity 11 interior liquid, low when unsteady, described in meeting interlock, connecting rod 44 is followed, lower start, the end of described connecting rod 44 is connected with one can be to external diffusion and the bouquet folding moulder 45, when described connecting rod 44 protrudes upward, described bouquet moulder 45 is pushed to and is outwards unlatching shape, when described connecting rod 44 is retracted downwards, described bouquet moulder 45 can recover to be and folds closed condition because losing the active force being pushed away outward,

Described inner box 5 has a suitable inner box mouth 52 that is installed in space 51 and offers upward, described being installed in space 51 can supply accommodating culture medium (for example soil) and serike, inner box 5 is assembled in the upper end of described tray 2, the bottom of inner box 5 offers a circular hole 53, described absorbent member 3 is arranged in this circular hole 53 and enters the suitable water supply position in outter box 1, described inner box 5 bottoms have the prominence 54 that is taper, circular hole 53 is opened in prominence 54, be combined with in addition a cover body 55 and be enclosed within described circular hole 53 upper ends, described cover body 55 is made by having absorptive fiber cloth material, so that absorbed by the water suction stamen core body 32 of described absorbent member 3 liquid of wanting outer row, can outwards appear and drain into being installed in space 51 of inner box 5, in addition, described inner box 5 lower end parts are provided with a plurality of osculums 56, can make to be installed in the interior unnecessary moisture content in space 51 and discharge, and can be flow to by the water inlet 22 of described tray 2 the interior storage of water space capacity 11, the recycling of described outter box 1 downwards,

Please refer to Fig. 4 A, shown in Fig. 4 B and Fig. 5, while watering, can directly liquid be poured into interior (certainly can also directly the watering from described inner box 5 of water space capacity 11 of described outter box 1 by the water inlet 22 of described tray 2, unnecessary water also can drain into the interior storage of described water space capacity 11 from its osculum 56), the siphonic effect of the water suction stamen core body 32 by described absorbent member 3, automatically also constantly liquid is drunk up, and through described cover body 55, outwards drain into the soil being installed in space 51 from the upper end of absorbent member 3, supply is planted in plant wherein, now the liquid in water space capacity 11 can make ball float 43 floatings of described prompting part 4, thereby make trace up push bouquet moulder 45 open, make it be the state outwards expanding, so can pass through flowerpot outward appearance, see the bouquet moulder 45 of described prompting part 4, learn that the liquid in described water space capacity 11 is sufficient, do not need to add water, otherwise, during fluid low in described water space capacity 11, the ball float 43 of described prompting part 4 with liquid, decline and interlock trace down, described bouquet moulder 45 is and folds closed condition, at this moment user can learn and must water.Therefore, this programme can thoroughly solve manually to water and cannot control the water yield in good time and easily make the dried-up or downright bad problem of soaking of plant, and the flowerpot structure that the utility model embodiment provides simplify, assemble use all easily, with prompting priming apparatus easy to use, existing automatic water-supply complex structure, scarce fraud that cost is high have been removed, can contribute to the lifting of industry, reach the utility model object of expection;

In addition, refer to shown in Fig. 6 and Fig. 7, the absorbent member 3 of the utility model embodiment can design on the needed colored platform in large-scale plantation, and coordinate the setting of the utility model inner box 5, in a plurality of absorbent member, connect for 3 times and establish microscler water leg 61, by described a plurality of absorbent member 3, draw the interior liquid of described water leg 61 and upwards supply with soil and the plant in inner box 5; Preferably, the open end of described water leg 61 arranges a two-way Multilayer brush 62, can prevent that mosquito from invading egg reproduction, and can shading to avoid growing algae in water.

Obviously, those skilled in the art can carry out various changes and modification and not depart from spirit and scope of the present utility model the utility model.Like this, if within of the present utility model these are revised and modification belongs to the scope of the utility model claim and equivalent technologies thereof, the utility model is also intended to comprise these changes and modification interior.

Claims

1. a flowerpot, is characterized in that, comprising:

2. flowerpot as claimed in claim 1, it is characterized in that, described absorbent member also comprises absorbent member body and revolving part, wherein, the lower end that the center of described absorbent member body provides a hollow hole and described absorbent member body has external thread section, described external thread section has at least one fluting, and described water suction stamen core body is arranged in described hollow hole, described revolving part and described external thread section threaded engagement.

3. flowerpot as claimed in claim 2, is characterized in that, described absorbent member body is ceramic absorbent member or die casting absorbent member, and described water suction stamen core body is elasticity natural water suction stamen core body or artificial water-absorption fiber water suction stamen core body.

4. flowerpot as claimed in claim 1, it is characterized in that, also comprise at least one prompting part, described in each, remind part to be assembled on described tray, comprise a ball float, described ball float is positioned at the water space capacity of described outter box, and described ball float drives and passes the upper and lower action of a connecting rod outside described tray, can be to external diffusion and the bouquet folding moulder to open or to close one.

5. flowerpot as claimed in claim 4, it is characterized in that, described tray center has wholeheartedly hole, and described absorbent member is assembled in described heart hole, described tray also has each and reminds the corresponding perforation of part, and the connecting rod of described prompting part is through corresponding described perforation.

6. flowerpot as claimed in claim 4, it is characterized in that, described in each, remind part also to comprise the floating drum of inner hollow, the both sides of described floating drum are provided with the side opening being in communication with the outside, it is inner that described ball float is positioned at described floating drum, with height upper and lower floating in described floating drum of liquid in described water space capacity.

7. flowerpot as claimed in claim 1, is characterized in that, the outer box mouth perisporium inner side of described outter box is provided with a plurality of group connecting parts, and the dish edge of described tray is provided with for the involutory a plurality of joining holes that snap in of described a plurality of group connecting parts.

8. flowerpot as claimed in claim 7, is characterized in that, described in each, joining hole is long rectangular opening, described in each group connecting part be for long rectangular-shaped and oblique under raised line.

9. flowerpot as claimed in claim 1, it is characterized in that, the bottom of described inner box has the prominence that is taper, and described circular hole is positioned at described prominence, described circular hole upper end is arranged with a water imbibition cover body, and the liquid that described cover body is discharged water suction stamen core body drains into and is installed in space.