JPH0194033U - - Google Patents

Description

[Brief explanation of the drawing]

Figure 1 is a cross-sectional view of the main plan. 1... Inner container (for placing a pot in the center of the container, a water storage part on the outer ring for a light pot, and a water storage plastic bag attached to the bottom of the container for pouring water) and a water injection nozzle), 2... Water injection tap (provided as a stopper on the outer ring of the inner container and connected to the water storage plastic bag inlet 3 below), 3... Water storage plastic bag Inlet (connected from inlet stopper 2 for water storage), 4
...Plastic bag attachment part (a part that attaches by inserting the water storage plastic bag into the circular protrusion at the bottom of the inner container), 5...Water storage plastic bag (a bag that stores water for pouring water when it is crushed by weight) By making a difference in the amount of water stored depending on whether it is thick or thin, you can change the water injection period), 6... Drain port (
(a part where water is pushed out by heavy pressure), 7...outer container (corrugations 10 and 11 are provided on the inner wall for moving the inner container 1 vertically downward by weight and for automatically opening and closing the water volume). 8... Drain pipe (pipe connecting the drain port 6 and water injection nozzle inlet 13), 9... Automatic water volume adjustment gear (the gear serves to cover the entire inner container 1) The left waveform 10 provided on the inner wall of 7
The water volume adjustment screw loosens when it comes in contact with the waveform 1 on the right.
(When the automatic water volume adjustment gear comes into contact with this part, the water volume adjustment screw closes, the automatic water volume opening/closing part), 10...Left waveform (When the automatic water volume adjustment gear comes into contact with this part, the water volume adjustment screw loosens and the water volume becomes continuous), 11... Right waveform (when the automatic water volume adjustment gear touches this part, the water volume adjustment screw closes and the water volume becomes a drip), 12...Water injection nozzle (
The water pushed out from the inlet 13 is adjusted using the water volume adjustment screw 1.
4, the part that injects water into the potting soil is optimally adjusted and moves left and right around the inlet 13), 13... Inlet (inlet of water injection nozzle 12, continuous with pipe 8), 14... Water volume adjustment screw (The part that opens and closes the water volume with the adjustment screw), 15...Water inlet (The part that injects the optimum amount of water into the potted soil), 16...Inlet plug (The part that is installed on the outer ring of the inner container to replenish the weight of the lightweight pot.) 17... water storage container (water storage container provided on the outer ring of the inner container 1 to replenish the weight of the lightweight pot), 18... protrusion (inner container provided on the outer wall of the inner container) and the inner wall of the outer container), 19... clasp (
to prevent the inner container from moving downward when pouring water into the water storage plastic bag), 20... broken line (water storage container 17
21... broken line (indicates the part where the flower pot is placed). Fig. 2 is a partial sectional view of the invention, Fig. 3 is a plan view of the invention, Fig. 4 is a bottom view of the invention, and Fig. 5 is a front view of the invention.

Claims (1)

[Scope of Claim for Utility Model Registration] (a) A water storage plastic bag inlet 3 connected to a water inlet stopper 2 provided on the outer ring of the inner container 1 of the flowerpot stand and attached to the plastic bag attachment part 4. By filling the water storage plastic bag 5 with water and placing the flower pot in the center, the weight of the flower pot itself can be reduced, or even if the flower pot is light, the weight of the lightweight pot can be reduced by injecting water into the water storage container 17 from the inlet stopper 16 provided on the outer ring. Since it can be refilled, the lower water storage plastic bag 5 is crushed by the weight and the stored water is discharged from the drain port 6 to the pipe 8. (b) The amount of water drained into the pipe 8 can be adjusted by the following two methods and then injected into the pot soil from the water inlet 15 of the water injection nozzle 12. The first method is to leave the water volume adjustment screw 14 fully open, and when the automatic water volume adjustment gear 9 attached to the pipe 8 moves downward due to its weight and comes into contact with the left waveform 10, the adjustment screw loosens and the right waveform is formed. It stops when it touches the waveform of 11. This is a method of injecting water into the potted soil from the water inlet 15 by changing the amount of water into drip, continuous, drip, and continuous. The next method is to remove the automatic water volume adjustment gear 9 from the corrugated portion, fully open the automatic water volume adjustment gear 9, adjust the water volume to the optimum level with the water volume adjustment screw 14 of the water injection nozzle 12, and supply a constant amount of water from the water injection port 15. A part that can be watered in two ways: by pouring water into the potting soil. An inner container 1 consisting of (a) and (b). (C) Waveforms 10 and 11 are provided on the inner wall of the outer container 7 to allow the inner container 1 to move vertically downward, and to automatically open and close the water volume, and the inner container 1
an outer container 7 that serves to cover the entire area. A pot stand with an automatic water filling device using the weight of the pot configured as described above.