CN203801373U - Automatic water suction flower pot - Google Patents
Automatic water suction flower pot Download PDFInfo
- Publication number
- CN203801373U CN203801373U CN201420039172.5U CN201420039172U CN203801373U CN 203801373 U CN203801373 U CN 203801373U CN 201420039172 U CN201420039172 U CN 201420039172U CN 203801373 U CN203801373 U CN 203801373U
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- Prior art keywords
- water
- automatic water
- drainage
- fixed part
- chassis
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Abstract
The utility model discloses an automatic water suction flower pot, which comprises an inner pot, an isolating part placed into the inner pot, and a water level measuring assembly arranged on the isolating part, wherein the isolating part comprises a bottom tray and a drainage part connected to the bottom tray; support legs and flow guide parts project downwards from the lower end face of the bottom tray; flow guide grooves extending downwards are formed in the bottom tray corresponding to the support legs and the flow guide parts; flow guide holes are formed outwards through the groove bottom walls and the side walls of the flow guide grooves; the bottom of the inner pot is a certain distance away from the upper surface of the bottom tray, thereby forming a water storage space; the lower part of the water level measuring assembly extends into the water storage space. Water in the water storage space is injected into the flow guide grooves through the flow guide holes in the bottom tray and permeates into soil, so that sufficient moisture is kept in soil. The water amount of the water storage space is displayed in time by the water level measuring assembly to determine the water replenishing time and water replenishing amount, so that convenience is brought to flower and plant management, the watering time is prolonged, and the overall practicability is high.
Description
Technical field
The utility model relates to a kind of flowerpot, relates to more specifically a kind of automatic water-sucking flower-pot.
Background technology
Existing potted landscape (comprising flowers) generally all adopts the mode of soil cultivation, in a flowerpot, be set up earth, again plant or flowers etc. are implanted wherein, with earth cultivation potted landscape, breeding person's managerial skills are had relatively high expectations, for the people who likes flowers but can not plant and cultivate, the water yield of watering and number of times are often difficult to grasp, not usually water very few and cause flowers dehydration withered, because again and again watering, make basin soil excessively wet exactly, cause plant plant and flower growth bad, an even rotten death.The root system of fertilising overrich meeting grievous injury flowers, affects plant and absorbs normally, thereby cause fertilizer damage.In addition, existing potted landscape needs often to take care of, and has increased plantation burden, if grower goes out for a long time, the flowers no one of plantation takes care of, and makes the soil of planting flowers lack moisture, causes the death of flowers.
Utility model content
Based on this, the purpose of this utility model is, the automatic water-sucking flower-pot of the convenient management of a kind of flowers is provided.
A kind of automatic water-sucking flower-pot, comprise interior basin, be positioned over the isolation part in interior basin and be installed in the level measuring assembly on isolation part, described isolation part comprises a chassis and is connected in the drainage part on chassis, lower surface, described chassis convexes with some feets and diversion division downwards, the corresponding feet of described chassis upper surface and diversion division offer the guiding gutter to downward-extension, the bottom land wall of described guiding gutter and sidewall outwards penetratingly offer pod apertures, the bottom of described interior basin and the upper surface on chassis are separated by a distance, form water space, described level measuring assembly bottom is stretched in water space.
Further, described level measuring assembly comprises mounting rod, lower cover, upper cover, cover body, part and indicator tube drift along, described mounting rod, upper cover and lower cover are hollow structure, described upper cover and lower cover are sheathed on respectively mounting rod two ends, described cover body is sheathed on the free end of upper cover, and described lower cover, mounting rod, upper cover and cover body inside are connected, and forms a receiving space, described part and the indicator tube of drifting along is installed in receiving space, and indicator tube one end is connected with the part that drifts along.
Further, described lower cover bottom offers some perforates around lower cover lateral surface, and described receiving space is connected with outside by perforate.
Further, described cover body is transparent tubular structure, and the lateral surface of described cover body is provided with some marks from top to bottom.
Further, described upper cover comprises the lower fixed part of a lid shape and is connected in lower fixed part one end and is the upper fixed part of circular setting, the inside of fixed portion and lower fixed part is interconnected, and the external diameter of lower fixed part is greater than the external diameter of fixed part, described cover body is sheathed on outside fixed part, and described mounting rod one end is connected with lower fixed part.
Further, described drainage part comprises support portion and one-body molded the drainage portion that is connected in upper end, support portion, the upper surface of described drainage portion penetratingly offers spacing hole downwards, level measuring assembly is arranged in spacing hole, described lower cover stretches in water space, lower fixed part is provided with fixture block near one end convex of upper fixed part, and on this, the fixture block of fixed part is arranged in the upper surface of drainage portion.
Further, the upper surface of described drainage portion offers drainage trough, and the bottom land wall of drainage trough further runs through downwards and forms a plurality of conduction holes.
Further, described chassis and drainage part are one-body molded, and the lateral surface on chassis upwards expands outwardly, and form side plate, and described side plate dual-side is connected with drainage part, and side plate and drainage part surround a cavity body structure,
Further, also comprise an outer basin, knob and choked flow piece, described interior basin is placed in outer basin, described outer basin bottom part is offered osculum, and the hole wall of this osculum is provided with screw thread, and this knob spiral shell is located on osculum, to seal outer basin bottom part, described interior basin bottom part offers perforation, and the hole wall of this perforation is provided with this choked flow piece spiral shell of screw thread and is located at perforation above, to seal interior basin bottom part.
In sum, the utility model is by convexing with diversion division downwards in lower surface, chassis, the bottom of interior basin and the upper surface on chassis are separated by a distance, form water space, upper surface corresponding diversion division in described chassis offers the guiding gutter to downward-extension, water in water space injects in guiding gutter by the pod apertures on chassis and infiltrates soil, thereby make the moisture of soil conservation abundance, for the growths of flowers provides good environment, and, level measuring assembly shows the water yield of water space in time, determine moisturizing time and rate of water make-up, facilitate flowers management, extend watering time, overall utility is strong.
Accompanying drawing explanation
Fig. 1 is the exploded view of the first embodiment of the utility model automatic water-sucking flower-pot.
Fig. 2 is the vertical view of the isolation part of automatic water-sucking flower-pot shown in Fig. 1.
Fig. 3 is the front view of the level measuring assembly of automatic water-sucking flower-pot shown in Fig. 1.
Fig. 4 is the exploded view of Fig. 3 level measuring assembly.
Fig. 5 is the exploded view of the second embodiment of the utility model automatic water-sucking flower-pot.
Embodiment
For the technical solution of the utility model can more clearly be showed, below in conjunction with accompanying drawing, the utility model is described in further detail.
Please refer to Fig. 1, it is the first embodiment of the utility model automatic water-sucking flower-pot, this automatic water-sucking flower-pot comprises an outer basin 10, place interior basin 20 in outer basin 10, be positioned over the isolation part 30 in interior basin 20 and be installed in the level measuring assembly 60 on isolation part 30, wherein, for the material of cultivating flowers, be positioned in interior basin 20 as soil etc., this automatic water-sucking flower-pot is made by plastic cement material.
Osculum (not shown) is offered in described outer basin 10 bottoms, and the hole wall of this osculum is provided with screw thread, and the utility model automatic water-sucking flower-pot also comprises a knob (not shown), and this knob spiral is fixed on osculum, to seal outer basin 10 bottoms.
The setting that is square of described interior basin 20, described interior basin 20 bottoms offer perforation (not shown), and the hole wall of this perforation is provided with screw thread, and the utility model automatic water-sucking flower-pot also comprises a choked flow piece (not shown), it is upper that this choked flow piece spiral shell is located at perforation, to seal interior basin 20 bottoms.
See also Fig. 2, described isolation part 30 comprises a chassis 40 and drainage part 50, and described drainage part 50 is installed in a side on chassis 40 removably by snap-in structure, and 40 surfaces, described chassis offer many group water-guiding holes 41, accelerate draining.40 lower surfaces, described chassis convex with a plurality of feets 43 and diversion division 42 downwards, the corresponding feet 43 of described chassis 40 upper surfaces and diversion division 42 offer the guiding gutter 45 to downward-extension, the bottom land wall of described guiding gutter 45 and sidewall outwards penetratingly offer pod apertures 44, thereby make current flow into guiding gutter 45 in pod apertures 44, the upper surface on the bottom of interior basin 20 and chassis 40 is separated by a distance, forms water space.
Described drainage part 50 comprises support portion 51 and one-body molded the drainage portion 52 that is connected in 51 upper ends, support portion, the cross section of described support portion 51 is " U " type, the upper surface of described drainage portion 52 penetratingly offers spacing hole 521 downwards, simultaneously, the upper surface of described drainage portion 52 also offers drainage trough 522, the bottom land wall of drainage trough 522 is inclined to set, and the bottom land wall of drainage trough 522 further runs through a plurality of conduction holes 523 of formation downwards.
See also Fig. 3 and Fig. 4, described level measuring assembly 60 comprises mounting rod 61, lower cover 62, upper cover 63, cover body 64, part 66 and indicator tube 65 drift along, described mounting rod 61, upper cover 63 and lower cover 62 are hollow structure, described upper cover 63 and lower cover 62 are sheathed on respectively mounting rod 61 two ends, described cover body 64 is sheathed on the free end of upper cover 63, described lower cover 62, mounting rod 61, upper cover 63 and cover body 64 inside are connected, form a receiving space, described part 66 and the indicator tube 65 of drifting along is installed in receiving space, and indicator tube 65 one end are connected with the part 66 that drifts along.
Particularly, described lower cover 62 bottoms offer some perforates 621 around lower cover 62 lateral surfaces, and described receiving space is connected with outside by perforate 621.Described upper cover 63 comprises the lower fixed part 631 of a lid shape and is connected in lower fixed part 631 one end and is the upper fixed part 632 of circular setting, the inside of upper fixed part 632 and lower fixed part 631 is interconnected, and the external diameter of lower fixed part 631 is greater than the external diameter of fixed part 632, described cover body 64 is sheathed on outside fixed part 632, described mounting rod 61 one end are connected with lower fixed part 631, and this lower fixed part 631 is provided with fixture block 633 near one end convex of upper fixed part 632.
Described cover body 64 is transparent tubular structure, and the lateral surface of cover body 64 is provided with some marks from top to bottom, to show the water level in outer basin 10.
The described part 66 that drifts along is made by the less plastic cement material of density, the drift along upper end of part 66 offers the jack (not shown) to downward-extension, described indicator tube 65 one end are interspersed in jack, when outside water is when the perforate 621 of lower fixed part 631 enters the receiving space of level measuring assembly 60, drift along part 66 and indicator tube 65 floats on waterborne, and indicator tube 65 one end are stretched in cover body 64, the height of indicated water level.During assembling, this level measuring assembly 60 is arranged in spacing hole 521, and described lower cover 62 stretches in water space, and the fixture block 633 of upper fixed part 632 is arranged in the upper surface of drainage portion 52.
The automatic water-sucking flower-pot of the present embodiment is applicable to the flowers that cultivated area is larger, can adopt interior basin 20 to use separately, plantation flowers; Also outer basin 10 can be sheathed on outside interior basin 20, integral body is coordinated more, increase aesthetic feeling.During plantation, the soil of plantation use is placed in 40 tops, chassis of the isolation part 30 in interior basin 20, described drainage part 50 is drawn outside soil, the outside conduction hole 523 by drainage part 50 is to water space water filling, and current enter the receiving space of level measuring assembly 60 from the perforate 621 of lower fixed part 631, and drift along part 66 and indicator tube 65 float on waterborne, and the height of indicator tube 65 indicated water levels, prevent that water filling is too much, cause the butt rot of flowers, make flowers dead.The pod apertures 44 of water in water space by chassis 40 injected in guiding gutters 45 and infiltrates soil, thereby makes the moisture of soil conservation abundance, for the growths of flowers provides good environment.When automatic water-sucking flower-pot is placed on outdoor application, if run into rainy weather, knob and choked flow piece are taken out from outer basin 10 and interior basin 20 respectively, moisture unnecessary in flowerpot is discharged from perforation and osculum.In addition, the required nutrient of flowers can directly dissolve in the water of water space, controls the absorptive amount of the Root Absorption nutrient of flowers, prevents fertilizer damage.
Refer to Fig. 5, it is the second embodiment of the present utility model, the structure of the automatic water-sucking flower-pot of the automatic water-sucking flower-pot of the present embodiment and the first embodiment is substantially similar, its difference is: described chassis 40 and drainage part 50 are one-body molded, the lateral surface on chassis 40 upwards expands outwardly, and forms side plate 46, and described side plate 46 dual-sides are connected with drainage part 50, side plate 46 surrounds a cavity body structure with drainage part 50, and the automatic water-sucking flower-pot of this example is applicable to the flowers that cultivated area is less.
In sum, the utility model is by chassis, 40 lower surfaces convex with diversion division 42 downwards, the upper surface on the bottom of interior basin 20 and chassis 40 is separated by a distance, form water space, the corresponding feet 43 of described chassis 40 upper surfaces and diversion division 42 offer the guiding gutter 45 to downward-extension, water in water space is injected in guiding gutter 45 and is infiltrated soil by the pod apertures 44 on chassis 40, thereby make the moisture of soil conservation abundance, for providing good environment, the growths of flowers facilitates flowers management, extend watering time, overall utility is strong.And level measuring assembly 60 shows the water yield of water space in time, determines moisturizing time and rate of water make-up.
The above embodiment has only expressed a kind of embodiment of the present utility model, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to the utility model the scope of the claims.It should be pointed out that for the person of ordinary skill of the art, without departing from the concept of the premise utility, can also make some distortion and improvement, these all belong to protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be as the criterion with claims.
Claims (10)
1. an automatic water-sucking flower-pot, it is characterized in that: comprise interior basin, be positioned over the isolation part in interior basin and be installed in the level measuring assembly on isolation part, described isolation part comprises a chassis and is connected in the drainage part on chassis, lower surface, described chassis convexes with some feets and diversion division downwards, the corresponding feet of described chassis upper surface and diversion division offer the guiding gutter to downward-extension, the bottom land wall of described guiding gutter and sidewall outwards penetratingly offer pod apertures, the bottom of described interior basin and the upper surface on chassis are separated by a distance, form water space, described level measuring assembly bottom is stretched in water space.
2. automatic water-sucking flower-pot according to claim 1, it is characterized in that: described level measuring assembly comprises mounting rod, lower cover, upper cover, cover body, part and indicator tube drift along, described mounting rod, upper cover and lower cover are hollow structure, described upper cover and lower cover are sheathed on respectively mounting rod two ends, described cover body is sheathed on the free end of upper cover, described lower cover, mounting rod, upper cover and cover body inside are connected, form a receiving space, described part and the indicator tube of drifting along is installed in receiving space, and indicator tube one end is connected with the part that drifts along.
3. automatic water-sucking flower-pot according to claim 2, is characterized in that: described lower cover bottom offers some perforates around lower cover lateral surface, and described receiving space is connected with outside by perforate.
4. automatic water-sucking flower-pot according to claim 2, is characterized in that: described cover body is transparent tubular structure, and the lateral surface of described cover body is provided with some marks from top to bottom.
5. automatic water-sucking flower-pot according to claim 2, it is characterized in that: described upper cover comprises the lower fixed part of a lid shape and is connected in lower fixed part one end and is the upper fixed part of circular setting, the inside of fixed portion and lower fixed part is interconnected, the external diameter of lower fixed part is greater than the external diameter of fixed part, described cover body is sheathed on outside fixed part, and described mounting rod one end is connected with lower fixed part.
6. automatic water-sucking flower-pot according to claim 5, it is characterized in that: described drainage part comprises support portion and one-body molded the drainage portion that is connected in upper end, support portion, the upper surface of described drainage portion penetratingly offers spacing hole downwards, level measuring assembly is arranged in spacing hole, described lower cover stretches in water space, lower fixed part is provided with fixture block near one end convex of upper fixed part, and on this, the fixture block of fixed part is arranged in the upper surface of drainage portion.
7. automatic water-sucking flower-pot according to claim 6, is characterized in that: the upper surface of described drainage portion offers drainage trough, and the bottom land wall of drainage trough further runs through downwards and forms a plurality of conduction holes.
8. automatic water-sucking flower-pot according to claim 1, it is characterized in that: described chassis and drainage part are one-body molded, and the lateral surface on chassis upwards expands outwardly, form side plate, described side plate dual-side is connected with drainage part, and side plate and drainage part surround a cavity body structure.
9. automatic water-sucking flower-pot according to claim 1, it is characterized in that: also comprise an outer basin, knob and choked flow piece, described interior basin is placed in outer basin, described outer basin bottom part is offered osculum, and the hole wall of this osculum is provided with screw thread, and this knob is installed on osculum, to seal outer basin bottom part, described interior basin bottom part offers perforation, and the hole wall of this perforation is provided with this choked flow piece spiral shell of screw thread and is located at perforation above, to seal interior basin bottom part.
10. automatic water-sucking flower-pot according to claim 1, is characterized in that: described chassis surface offers many group water-guiding holes.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420039172.5U CN203801373U (en) | 2014-01-22 | 2014-01-22 | Automatic water suction flower pot |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420039172.5U CN203801373U (en) | 2014-01-22 | 2014-01-22 | Automatic water suction flower pot |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203801373U true CN203801373U (en) | 2014-09-03 |
Family
ID=51440197
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420039172.5U Ceased CN203801373U (en) | 2014-01-22 | 2014-01-22 | Automatic water suction flower pot |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203801373U (en) |
-
2014
- 2014-01-22 CN CN201420039172.5U patent/CN203801373U/en not_active Ceased
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| IW01 | Full invalidation of patent right |
Decision date of declaring invalidation: 20210831 Decision number of declaring invalidation: 51620 Granted publication date: 20140903 |
|
| IW01 | Full invalidation of patent right |