CN209283933U - A kind of self-water-supplying flower basin cultivation cultivation apparatus - Google Patents

Abstract

The utility model relates to potting irrigation technique fields more particularly to a kind of self-water-supplying flower basin to plant cultivation apparatus.Including main body, intubation, water bottle, main body includes main body rack, the circular hole inner cavity for installing water bottle is arranged in main body rack top, and lower connector of the main body rack lower part setting for fixed intubation, the first through hole for penetrating through circular hole inner cavity and lower connector inner circular aperture is arranged in main body rack centre；Flow regulator for adjusting limbers openings of sizes is set on limbers, and the top inner cavity for connecting lower connector inner circular aperture is arranged in intubation top, the setting water outlet extraneous for inner cavity at the top of connecting and intubation on cannula outer wall.It can be adapted for any native cultivating flowerpot plantation, can be inserted directly into the soil of flowerpot, it is easy to use.Due to using closed water bottle, it is possible to reduce moisture evaporation loss micro for a long time can voluntarily supply water.Due to being directly used in root water supply, reducing moisture loss, improving water utilization rate using tank form is dripped.

Description

A kind of self-water-supplying flower basin cultivation cultivation apparatus

Technical field

The utility model relates to potting irrigation technique fields more particularly to a kind of self-water-supplying flower basin to plant cultivation apparatus.

Background technique

Existing potting is typically all to use artificial growth and nursing, and centre needs man-made irrigation at any time, and irrigates and use It is common to shine sailor's section, therefore waste of manpower and water resource will be very big cost consumptions, especially particularly with large-scale potting field Its highlands for water shortage, waste water resource.Although existing some patents provide self-supplying water flowerpot, but water system and Flowerpot integration, when use, will purchase complete equipment simultaneously, and use cost is big.As Patent No. CN201220650275.6 from Suction self-supplying flower pot.

Summary of the invention

To solve the above-mentioned problems, the utility model proposes a kind of self-water-supplying flower basins to plant cultivation apparatus.

A kind of self-water-supplying flower basin cultivation cultivation apparatus, its main feature is that, including main body, intubation, water bottle, main body include main body branch The circular hole inner cavity for installing water bottle, lower part of the main body rack lower part setting for fixed intubation is arranged in frame, main body rack top The first through hole for penetrating through circular hole inner cavity and lower connector inner circular aperture is arranged in connector, main body rack centre；In first through hole Flow regulator for adjusting first through hole openings of sizes is set, and intubation top is arranged for connecting lower connector inner circular The top inner cavity in hole, the setting water outlet extraneous for inner cavity at the top of connecting and intubation, the setting of intubation bottom end on cannula outer wall For facilitating the top of insertion soil.In use, directly confession water installations can be inserted into flowerpot to be watered, for for a long time Small flow is that flowerpot provides water source.Plug and play, it is easy to use.Pour water speed speed can by flow regulator into Row is adjusted.It is supplied water in the form of water clock to flowerpot, is on the one hand supplied water according to the water requirement of the very little of flower plants and nursery stock, avoid water resource Waste；On the other hand it can supply water for a long time to flowers wooden seedling.Due to horizontal seal, it is possible to reduce the loss of moisture evaporation, especially It is suitble to the use of plateau water-deficient area.

Preferably, base channel is arranged in circular hole intracavity bottom, and the flow regulator includes being pacified in the form of being slidably connected The threaded rod that sliding block and sliding block in base channel are connected with rotary movement, threaded rod and setting are outside main body rack Threaded adjusting bore on wall is coupled；The pressing plate for pushing down sliding block is installed in circular hole intracavity bottom.Pass through rotating threaded rod Band movable slider slides back and forth, and realizes the step-less adjustment of openings of sizes.Movable part only has threaded rod and sliding block, and connection is reliable, operation It is more stable.

Preferably, fixing threaded hole is set in base channel, fixed hole is set on the corresponding position of pressing plate, in fixing threaded hole With fixed screw is installed on fixed hole, first through hole corresponding with first through hole is also set up on pressing plate.It is realized by pressing plate Convenient fixation and disassembly to sliding block, are arranged fixed hole on pressing plate, convenient for the installation and removal of pressing plate, are arranged on pressing plate Fixed hole passes through convenient for the water flow in water bottle.

Preferably, intracavitary in the circular hole of main body rack to also set up venthole, in pressing plate corresponding position, the second through-hole is set, The external interconnection for connecting with venthole is also set up on main body rack outer wall, is installed outside air on external interconnection Pipe.By the way that air outer tube is arranged in water bottle, extraneous air is introduced in water bottle, so that water easily flows out in water bottle.

Preferably, the base channel is located on first through hole and venthole, and passes through simultaneously with first through hole, venthole It is logical, partition is set between first through hole and venthole, for base channel to be divided into the first slideway and the second slideway；In sliding block Between setting for and the partition cooperation sliding slot.By the way that venthole is arranged in base channel, so that sliding block also covers venthole. To which the size of first through hole and venthole when passing through rotating threaded rod, can be adjusted simultaneously, and then increasing first through hole It is also possible to synchronous increase venthole, so that water outlet adjusting is more smooth.

Preferably, intracavitary installation rubber ring in the circular hole, water bottle are inserted into rubber ring.Facilitate water bottle and main body branch Frame is tightly connected, and avoids water bottle leak.

Preferably, intracavitary setting internal screw thread in the top, the setting of lower connector outer wall and interior spiral shell intracavitary in top The external screw thread that line matches, at top, sealing ring is arranged in intracavity bottom.Main body rack is connected through a screw thread with intubation, is connected firmly Reliably.At top, sealing ring is arranged in intracavity bottom, guarantees that main body rack and intubation are tightly connected, avoids leak.

The beneficial effects of the utility model are: the utility model relates to a kind of self-water-supplying flower basins to plant cultivation apparatus, it can be with It plants, can be inserted directly into the soil of flowerpot suitable for any native cultivating flowerpot, it is easy to use.It, can due to using closed water bottle To reduce moisture evaporation loss, micro for a long time can voluntarily supply water.Due to being directly used in root water supply, subtracting using tank form is dripped Few moisture loss, improves water utilization rate.

Detailed description of the invention

Fig. 1 is the utility model confession water installations application scenarios oblique view.

Fig. 2 is the utility model self-water-supplying apparatus structure oblique view.

Fig. 3 is the utility model self-water-supplying apparatus structure exploded view.

Fig. 4 is the utility model self-water-supplying apparatus structure main view.

Fig. 5 is the utility model self-water-supplying apparatus structure left view.

Fig. 6 is the A-A view of Fig. 5.

Fig. 7 is the utility model self-water-supplying apparatus main body structure oblique view.

Fig. 8 is the utility model self-water-supplying apparatus main body structural front view.

Fig. 9 is the B-B view of Fig. 8.

Figure 10 is the utility model self-water-supplying apparatus main body supporting structure oblique view.

Figure 11 is the utility model self-water-supplying apparatus main body supporting structure main view.

Figure 12 is the C-C view of Figure 11.

Figure 13 is the D-D view of Figure 12.

Figure 14 is the utility model confession water installations cannula structures oblique view.

Figure 15 is the utility model confession water installations cannula structures main view.

Figure 16 is the E-E view of Figure 15.

Wherein: 1- confesses water installations；2- flowerpot；11- main body；12- intubation；13- water bottle；14- sealing ring；111- main body branch Frame；112- air outer tube；113- sliding block；114- threaded rod；115- pressing plate；116- fixed screw；117- rubber ring；In 118- Pipe；Inner cavity at the top of 121-；122- water outlet；123- is top；1111- circular hole inner cavity；1112- base channel；1113- fixing threaded hole； 1114- threaded adjusting bore；The external interconnection of 1115-；1116- lower connector；1131- sliding slot；1151- fixed hole；1152- First through hole；The second through-hole of 1153-；The first slideway of 11121-；The limbers 11122-；The second slideway of 11123-；11124- ventilation Hole.

Specific embodiment

The utility model is described further with reference to the accompanying drawing.

Embodiment 1

If Fig. 1 is the utility model confession water installations application scenarios oblique view.Fig. 2 is the utility model confession water installations knot Structure oblique view.Fig. 3 is the utility model self-water-supplying apparatus structure exploded view.Fig. 4 is the utility model self-water-supplying apparatus structure master View.Fig. 5 is the utility model self-water-supplying apparatus structure left view.Fig. 6 is the A-A view of Fig. 5.Figure 10 be the utility model from Water supply device main body rack structure oblique view.Figure 11 is the utility model self-water-supplying apparatus main body supporting structure main view.Figure 12 It is the C-C view of Figure 11.Figure 13 is the D-D view of Figure 12.Figure 14 is the utility model confession water installations cannula structures oblique view. Figure 15 is the utility model confession water installations cannula structures main view.Figure 16 is the E-E view of Figure 15.A kind of self-water-supplying flower basin Cultivation apparatus, including main body 11, intubation 12, water bottle 13 are planted, main body 11 includes main body rack 111, the setting of 111 top of main body rack For installing the circular hole inner cavity 1111 of water bottle 13, the setting of 111 lower part of main body rack is used for the lower connector 1116 of fixed intubation 12, Limbers 11122 for penetrating through 1116 inner circular aperture of circular hole inner cavity 1111 and lower connector is set among main body rack 111.It is logical Flow regulator for adjusting 11122 openings of sizes of limbers is set on water hole 11122, and 12 top of intubation is arranged for connecting The top inner cavity 121 for connecing 1116 inner circular aperture of lower connector, setting for inner cavity 121 at the top of connecting and is inserted on being intubated 12 outer walls The extraneous water outlet 122 of pipe 12, the setting of 12 bottom ends of intubation is for facilitating top the 123 of insertion soil.Use the confession of the application When water installations 1, directly confession water installations 1 can be inserted into flowerpot 2 to be watered, it can be voluntarily for a long time to nursery stock in flowerpot 2 Grass is supplied water.Wherein, flowerpot 2 can be any native cultivating flowerpot.Wherein, water bottle 13 is transparent material, can be glass or PVC plastic Material, it is possible thereby to observe the SEA LEVEL VARIATION in water bottle 13 at any time.Because water bottle 13 tips upside down on main body rack 111 in the application, The outflow channel of water is smaller in water bottle 13, so that the moisture evaporation loss in water bottle 13 is small.Using also easily, will be in water bottle 13 Main body rack 111 is installed after filling water, then by 12 insertion floral disc 2 of intubation.Water in water bottle 13 passes sequentially through water flowing Hole 11122,1116 inner circular aperture of lower connector, top inner cavity 121, water outlet 122 flow out in the soil of flowerpot 2, to give Flowers wooden shoot root portion watering in flowerpot 2.When intubation 12 is inserted into flowerpot 2, the outlet of water outlet 122 can be located on soil Inside side or soil.The speed for pouring water speed can be adjusted by flow regulator.Generally using this product to drip The form of leakage supplies water to flowerpot 2, is on the one hand supplied water according to the water requirement of the very little of flower plants and nursery stock, avoids water resource waste；It is another Aspect can supply water to flowers wooden seedling for a long time.

Embodiment 2

If Fig. 3 is the utility model self-water-supplying apparatus structure exploded view.Fig. 4 is the utility model self-water-supplying apparatus structure master View.Fig. 5 is the utility model self-water-supplying apparatus structure left view.Fig. 7 is the utility model self-water-supplying apparatus main body structure diagonal View.Fig. 8 is the utility model self-water-supplying apparatus main body structural front view.Figure 10 is the utility model self-water-supplying apparatus main body branch Frame structure oblique view.Figure 11 is the utility model self-water-supplying apparatus main body supporting structure main view.Figure 12 is the C-C view of Figure 11 Figure.Figure 13 is the D-D view of Figure 12.Further, on the basis of embodiment 1.Base channel is arranged in 1111 bottom of circular hole inner cavity 1112, the flow regulator includes the sliding block 113 and sliding block being mounted in base channel 1112 in the form of being slidably connected 113 threaded rods 114 connected with rotary movement, threaded rod 114 are adjusted with the screw thread being arranged on 111 outer wall of main body rack Hole 1114 is coupled；The pressing plate 115 for pushing down sliding block 113 is installed in 1111 bottom of circular hole inner cavity.In the application, base channel 1112 are located at 11122 top of limbers, and penetrate through with limbers 11122.By can be manually rotated threaded rod 114, threaded rod 114 exists Elastic movement is done in threaded adjusting bore 1114, to be moved forward and backward with movable slider 113.Pass through the back-and-forth motion of sliding block 113 Adjust 11122 openings of sizes of limbers.Wherein thinner polished rod is arranged in 114 front end of threaded rod, and screw thread is arranged in polished rod front end, in spiral shell Plain cushion and primary nut are installed in rasp bar front end, and to lock threaded rod 114 and sliding block 113, wherein sliding block 113 is matched with polished rod gap It closes, successively achieving the purpose that can mutually rotary motion.

Embodiment 3

If Fig. 3 is the utility model self-water-supplying apparatus structure exploded view.Figure 10 is the utility model self-water-supplying apparatus main body Supporting structure oblique view.Further, on the basis of embodiment 2.Fixing threaded hole 1113 is set in base channel 1112, in pressing plate Fixed hole 1151 is set on 115 corresponding positions, fixed screw is installed on fixing threaded hole 1113 and fixed hole 1151 116, it is also set up on pressing plate 115 and the corresponding first through hole 1152 in limbers 11122.It is realized by pressing plate 115 to sliding block 113 Fixation and disassembly, on pressing plate 115 be arranged fixed hole 1151, convenient for the installation and removal of pressing plate 115, on pressing plate 115 Fixed hole 1151 is set, is passed through convenient for the water flow in water bottle 13.

Embodiment 4

If Fig. 3 is the utility model self-water-supplying apparatus structure exploded view.Fig. 6 is the A-A view of Fig. 5.Fig. 8 is that this is practical new Type self-water-supplying apparatus main body structural front view.Fig. 9 is the B-B view of Fig. 8.Figure 10 is the utility model self-water-supplying apparatus main body branch Frame structure oblique view.Figure 11 is the utility model self-water-supplying apparatus main body supporting structure main view.Figure 12 is the C-C view of Figure 11 Figure.Further, on the basis of embodiment 2.Venthole 11124 is also set up in the circular hole inner cavity 1111 of main body rack 111, is being pressed The second through-hole 1153 is arranged in 115 corresponding position of plate, is also set up on 111 outer wall of main body rack for connecting with venthole 11124 External interconnection 1115, on external interconnection 1115 install air outer tube 112.Water bottle 13 tips upside down on master in the application On body support frame 111, with the decline of water level in water bottle 13, the air pressure at 13 top of water bottle reduces, and is easy to cause in water bottle 13 Water do not flow out.By the way that air outer tube 112 is arranged in water bottle 13, the outlet of air outer tube 112 is higher than the bottom of bottle of water bottle 13, from And introduce extraneous air in water bottle 13, so that water easily flows out in water bottle 13.It can also be installed on the second through-hole 1153 Inner tube 118, so that inner tube 118 is located at the inside of water bottle 13.Air pressure when the liquid level decline in water bottle 13, in water bottle 13 Reduce, so that outside air enters water bottle 13 from air outer tube 112, to facilitate the outflow of water in water bottle 13.

Embodiment 5

If Fig. 3 is the utility model self-water-supplying apparatus structure exploded view.Figure 10 is the utility model self-water-supplying apparatus main body Supporting structure oblique view.Figure 11 is the utility model self-water-supplying apparatus main body supporting structure main view.Figure 12 is the C-C view of Figure 11 Figure.Further, on the basis of embodiment 4.The base channel 1112 is located on limbers 11122 and venthole 11124, And penetrated through simultaneously with limbers 11122, venthole 11124, partition is set between limbers 11122 and venthole 11124, is used In base channel 1112 is divided into the first slideway 11121 and the second slideway 11123.Among sliding block 113 setting for and it is described every The sliding slot 1131 of plate cooperation.Wherein partition is connected with 1112 a side of base channel, and retains distance, i.e. partition with another side It is shorter in length than the side edge length of its extending direction base channel 1112.Sliding block 113 is mounted in base channel 1112, and and base channel 1112 bottom surfaces are fitted close, and partition is also fitted close with sliding slot 1131.To adjust simultaneously when passing through rotating threaded rod 114 The size of limbers 11122 and venthole 11124 is saved, and then while increasing limbers 11122, the increase that can also be synchronized Venthole 11124, so that water outlet adjusting is more smooth.

Embodiment 6

If Fig. 3 is the utility model self-water-supplying apparatus structure exploded view.Fig. 6 is the A-A view of Fig. 5.Fig. 7 is that this is practical new Type self-water-supplying apparatus main body structure oblique view.Fig. 8 is the utility model self-water-supplying apparatus main body structural front view.Fig. 9 is Fig. 8 B-B view.Rubber ring 117 is installed, water bottle 13 is inserted into rubber ring 117 in the circular hole inner cavity 1111.Outside rubber ring 117 Diameter is slightly larger than the internal diameter of circular hole inner cavity 1111, and the internal diameter of rubber ring 117 is slightly less than 13 bottleneck outer diameter of water bottle.Pass through rubber ring 117 Flexible deformation avoid 13 leak of water bottle so that water bottle 13 and main body rack 111 are tightly connected.

Embodiment 7

If Figure 12 is the C-C view of Figure 11.Figure 13 is the D-D view of Figure 12.Figure 14 is the utility model confession water installations Cannula structures oblique view.Internal screw thread, the setting of 1116 outer wall of lower connector and top inner cavity are set in the top inner cavity 121 Sealing ring 14 is arranged in 121 bottom of top inner cavity in the external screw thread that internal screw thread in 121 matches.Main body rack 111 and intubation 12 It is connected through a screw thread, firm and reliable connection.Sealing ring 14 is set in 121 bottom of top inner cavity, guarantees main body rack 111 and intubation 12 are tightly connected, and avoid leak.

Embodiment of above is merely to illustrate the utility model, and is not limitation of the utility model, related technology neck The those of ordinary skill in domain, in the case where not departing from the spirit and scope of the utility model, can also make a variety of changes and Modification, therefore all equivalent technical solutions also belong to the scope of the utility model, the scope of patent protection of the utility model is answered It is defined by the claims.

Claims (7)

1. a kind of self-water-supplying flower basin plants cultivation apparatus, it is characterised in that: main including main body (11), intubation (12), water bottle (13) Body (11) includes main body rack (111), and the circular hole inner cavity for installing water bottle (13) is arranged in main body rack (111) top (1111), main body rack (111) lower part, which is arranged, is used for the fixed lower connector (1116) for being intubated (12), in main body rack (111) Between limbers (11122) for penetrating through circular hole inner cavity (1111) and lower connector (1116) inner circular aperture is set；Limbers (11122) flow regulator for adjusting limbers (11122) openings of sizes is set on, and setting is used at the top of intubation (12) The top inner cavity (121) for connecting lower connector (1116) inner circular aperture, setting is for connecting in top on intubation (12) outer wall Chamber (121) and the water outlet (122) for being intubated (12) external world, intubation (12) bottom end setting is for facilitating the top of insertion soil (123).

2. a kind of self-water-supplying flower basin according to claim 1 plants cultivation apparatus, it is characterised in that: circular hole inner cavity (1111) Base channel (1112) are arranged in bottom, and the flow regulator includes being mounted in base channel (1112) in the form of being slidably connected Sliding block (113), the threaded rod (114) that is connect with sliding block (113) with rotary movement, threaded rod (114) and be arranged in master Threaded adjusting bore (1114) on body support frame (111) outer wall is coupled；It installs in circular hole inner cavity (1111) bottom for pushing down The pressing plate (115) of sliding block (113).

3. a kind of self-water-supplying flower basin according to claim 2 plants cultivation apparatus, it is characterised in that: in base channel (1112) It is arranged fixing threaded hole (1113), fixed hole (1151) is set on the corresponding position of pressing plate (115), in fixing threaded hole (1113) Fixed screw (116) are installed on fixed hole (1151), are also set up on pressing plate (115) corresponding with limbers (11122) First through hole (1152).

4. a kind of self-water-supplying flower basin according to claim 2 plants cultivation apparatus, it is characterised in that: main body rack (111) Circular hole inner cavity (1111) in also set up venthole (11124), pressing plate (115) corresponding position be arranged the second through-hole (1153), It is also set up on main body rack (111) outer wall for the external interconnection (1115) with venthole (11124) connection, external Air outer tube (112) are installed on interconnection (1115).

5. a kind of self-water-supplying flower basin according to claim 4 plants cultivation apparatus, it is characterised in that: the base channel (1112) be located on limbers (11122) and venthole (11124), and simultaneously with limbers (11122), venthole (11124) it penetrates through, partition is set between limbers (11122) and venthole (11124), for base channel (1112) to be divided into First slideway (11121) and the second slideway (11123)；Setting is for the sliding slot with partition cooperation among sliding block (113) (1131).

6. a kind of self-water-supplying flower basin according to claim 4 plants cultivation apparatus, it is characterised in that: the circular hole inner cavity (1111) rubber ring (117) are installed in, water bottle (13) is inserted into rubber ring (117).

7. a kind of self-water-supplying flower basin according to claim 6 plants cultivation apparatus, it is characterised in that: the top inner cavity (121) internal screw thread is set in, and the outer spiral shell matched with the internal screw thread in top inner cavity (121) is arranged in lower connector (1116) outer wall Sealing ring (14) are arranged in top inner cavity (121) bottom in line.