Automatic watering device using speed bump

Abstract

The invention relates to an automatic irrigation device controlled by an artificial deceleration strip and used for trees and public gardens. The device consists of the following units: a unit for conveying water from a sea water desalination plant or a water distillation device to a water tank by means of an artificial deceleration strip, which facilitates the control of the water conveying process and fills the water tank with the aid of a group of units located within an artificial tree when the vehicle passes through it, the group of units comprises a water tank, a floating piece, a pump and a group of valves; and means for controlling water and air pressure. The invention aims to save water.

Description

Background Art

[0001] The present invention relates to an automatic irrigation device for irrigating sidewalks and parks by driving cars over artificial speed bumps. The present invention helps to rationalize the consumption of water that is unintentionally wasted in daily life. It greatly helps to save water and reduce the cost and carbon emissions of irrigation vehicles, so that sidewalks and parks can be irrigated using the pressure lost unintentionally by artificial speed bumps as an irrigation source (rather than using any additional irrigation source).

[0002] 1- The technical cases closest to the present invention are as follows:

[0003] A-A personal generator using speed bumps, WO / 2013 / 162138, application number PCT / KR2012 / 009498, which generates electricity through artificial speed bumps. As for the present invention, it is used to irrigate trees on sidewalks, parks and facilities located therein.

[0004] B- Automatic bird drinking machine, No. 201710318762. It uses a water storage bottle made in China to give water to the birds. The difference between the present invention and that invention is that the latter requires external intervention because it needs to fill the bottle from time to time, while the present invention does not require external intervention. It only requires an inadvertent loss of pressure to give water to the birds. Summary of the invention

[0005] The present invention relates to an automatic irrigation device for irrigating sidewalks and public gardens, such as Figure 1-A As shown, by driving cars over artificial speed bumps, water from desalination is pumped at a certain speed to fill the water tank inside the artificial tree, as shown in Figure 1-B As shown, the trees are irrigated by distilling water from the pavement on the road by having cars drive over artificial speed bumps to fill the water tanks in the artificial trees, so that water flows from the artificial trees to the pipes. Figure 1-C As shown, it is used to irrigate gardens and farms.

[0006] The present invention is very suitable for rational use of water, including:

[0007] 1. Greatly reduced water consumption.

[0008] 2. Irrigating trees through speed bumps is almost permanent.

[0009] 3. Irrigation does not require intervention, but relies on pressure lost unintentionally.

[0010] 4. It helps to replace irrigation vehicles with modern vehicles that are far from carbon sources.

[0011] 5. It reduces the risk of blocking irrigation vehicles and maintenance personnel from traveling between roads and sidewalks.

[0012] 6. It can be added to the NEOM project.

[0013] 7. One reason to spread awareness is to conserve water usage. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] Figure 1-A : Front view of an open artificial speed bump and the pipe containing the valve connected to the speed bump.

[0015] Figure 1-B : A view of the artificial tree, with the bottom part being the floats that are attached to the posts to raise and lower the pipes as the tanks are filled and lowered, and the top part being the valves that use mercury inside to open and close to pump the water using compressed air. It is a closed cylinder (empty in the middle) and uses artificial speed bumps filled with air to push the water.

[0016] Figure 1-C : View of the emptied artificial tree and the pipe from the artificial speed bump, on top of which is a floating piece connected to a blocking piece and on the side is a bird drinker.

[0017] Figure 1-D : A view of the artificial tree that operates the water pump after pushing the floating piece connected to the column when the pipe at the top is filled with water to move the mercury inside to operate the water pump.

[0018] Figure 1-E : Schematic diagram of the mercury pipeline.

[0019] Figure 2-A : Schematic diagram of a small speed bump or group of small speed bumps pumping air into an opposing cylinder after a car passes over it.

[0020] Figure 2-B : View of a cylinder with a float inside and an air pump on top that pumps water as the float rises and pushes it out through the irrigation pipe. DETAILED DESCRIPTION

[0021] It is a self-irrigating device used to irrigate sidewalks and public gardens by allowing cars to pass by. Figure 1-A The artificial speed bump shown is filled with water from desalination pumped at a certain speed. Figure 1-B , Figure 1-C and Figure 1-D The water tank inside the artificial tree shown. Figure 1-A When the speed bump is shown, it presses the speed bump to lower the Figure 1-A The auxiliary device (1) shown here will open Figure 1-A The water valve (3) shown is used to push it toward the artificial tree, and the water valve (3) is located at the desalination water source such as Figure 1-A The valve is connected to the desalination pipeline (2) shown in FIG. Figure 1-A The belt between the speed bump and the valve is shown as Figure 1-A The column (4) with two joints (5) is shown opened and closed. Figure 1-C , from Figure 1-C The water (6) of the speed bump shown is used to fill the Figure 1-C The water tank (7) shown in the figure makes the water rise to the level of Figure 1-C The floating member (8) shown in FIG. Figure 1-C The blocking member (10) shown in FIG. Figure 1-C The funnel (9) shown hereby retains some water on the sides to give Figure 1-C The bird feeder (11) shown is filled with water, and the remaining water is passed through Figure 1-C The water distillation (12) shown is used to irrigate trees on the sidewalk and Figure 1-B In, from Figure 1-B The water (13) of the artificial speed bump shown fills the water tank to rise as shown in FIG. Figure 1-B The floating member (14) shown is connected to the Figure 1-B The column (15) shown in FIG. Figure 1-B The pipe (16) shown in the figure makes the mercury column move to the position as shown in the figure. Figure 1-B The two poles (17) shown are separated to connect them, so it is used to open the Figure 1-B The air valve (18) shown in FIG. Figure 1-B The cylinder (24) shown is compressed, thereby operating the motor having a helical gear connected to a motor having a Figure 1-B The mercury column also opens the valve of the gear (19) shown in FIG. Figure 1-B The water valve (20) shown in FIG. Figure 1-B The motor (21) with a screw shown operates and opens the valve with a gear to pass as shown Figure 1-B The irrigation member (22) shown pumps water and the motor utilizes Figure 1-B The solar energy (23) shown is operated, and the compressed air comes from Figure 1-A The auxiliary device (1) shown in the figure has a spring around the auxiliary device to raise the speed bump. Figure 1-B Unique, and in Figure 1-D In, from Figure 1-D The water (26) from the artificial speed bump shown fills the water tank, causing the float to rise and connect to the Figure 1-D The column (27) shown, and the mercury column moves to the position as shown after the floating member column is connected thereto. Figure 1-D The two poles (30) shown in FIG. 1 and the valve is connected by a valve with a Figure 1-D The motor of the screw (28) shown is opened to open the motor connected to the Figure 1-D The motor screw (29) shown in the figure moves the gear valve, and the mercury column moves to the position as shown in the figure. Figure 1-D The second pole (31) shown in the figure allows the water pump to operate until the water pump passes through the irrigation as shown in the figure. Figure 1-D The garden (34) shown pumps water until the water in the tank is as Figure 1-D As shown in FIG. 32, the float member then drops, the pipe returns to its original state, and the mercury column moves to the other side to close the valve and Figure 1-D The water pump (33) shown in FIG. Figure 1-E In the diagram, it is a diagram of a pipe containing a column of mercury, so in Figure 1-B and Figure 1-D After the floating part shown in the figure drops, the following will appear on the right: Figure 1-E The vacuum shown in (34) is then closed by the valves pressurized with air and the valves opened for irrigation.

[0022] like Figure 1-B As shown in FIG. 1 , after the water level drops, the motor and the water pump will also be turned off, so the mercury column (35) will be as shown in FIG. Figure 1-E Move rightward to the extreme point (36) as shown to close the Figure 1-E The motor shown in the figure is moved to the position shown in the figure, and the mercury column will remain in the space (34), stopping the motor as shown in the figure. For the left side, the mercury column moves to the position shown in the figure. Figure 1-E The first pole (37) is shown, so Figure 1-D Valves in and valves for compressed air cylinders such as Figure 1-B As shown, the mercury column moves to Figure 1-E The second pole (38) shown, so the valve opens to release the compressed water to Figure 1-B The air in the tank is exhausted for irrigation and opened Figure 1-D Water pumps for irrigation.

[0023] Figure 2-B When the car passes by Figure 1-A The large speed bump shown works after that, water is passed through the pipe to fill the cylinder and through the valve that allows the water to pass, when the air is pressurized by the float and presses the air pump or any pump, it closes and does not allow the water to pass until the water comes out through the irrigation pipe or by dripping or transferring to the Figure 2-B Another pump (39) is shown, so the floating member (44) is as shown Figure 2-B As shown, it rises until the air pump connected to it presses as shown Figure 2-B The thin rubber-terminated pillars (45) are shown so that air passes through Figure 2-B After the pipe (42) shown in FIG. Figure 2-A The cylindrical body (41) shown in FIG. Figure 2-B The pump (40) shown hereby generates pressure in the cylinder, which forces the water to flow more violently through the pipe, irrigating the trees by dripping or spraying, and covering a certain distance to be transferred to the Figure 2-B As for the air, after the car passes, it is as follows Figure 2-A Shown are extracted from small speed bumps (43) which act as pistons to pump air into the cylinder (41) in Figure 2. The cylinder operates some devices that use air to cut grass and branches.

Claims

1. An automatic watering device for artificial speed bumps, consisting of the following parts: 1- Artificial speed bump, pumping water after the car passes by, and pressing the valve and the connection between it and the speed bump to pump water from desalination to the artificial tree, as shown in Figure 1-A, 2- Artificial tree, the bottom of which is a floating piece connected to a column to raise and lower the pipe after the water tank is filled and lowered, the top of which uses a mercury column inside the pipe to open and close the valve to pump water using compressed air, which is a closed cylinder that is empty in the middle and the cylinder is filled with air to push the water through an artificial speed bump, as shown in Figure 1-B, 3- Solar energy to open and close the valve, 4- Artificial tree, which is empty, with pipes coming from artificial speed bumps, on top of which is a floating piece connected to a blocking piece, and on its sides to fill the bird feeder with water, as shown in Figure 1-C, 5- Artificial tree, when water rises to the top, the artificial tree operates the water pump to push the floating piece connected to the column of the pipe at the top, thereby moving the mercury inside the pipe to operate the water pump, as shown in Figure 1-D, 6- A small speed bump or a group of small speed bumps that pump air into the outer cylinder and inner cylinder after the car passes, as shown in Figure 2-A, 7- A water pump with a float inside and an air pump on top or any air pump that pumps water after the float rises and the air pump switch is pressed to push the water out of the pump through the pipe as shown in Figure 2-B.

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