TWM535937U - Reclaimed water irrigation system - Google Patents

Description

Water irrigation system

This creation involves the field of recycling and reuse of water resources, especially a medium water irrigation system.

Water is one of the precious resources of nature, and only fresh water is suitable for people to drink. Most of the freshwater reserves are in the snow or snow in the south and north poles, and a small part falls in the rivers, rivers and lakes, so the fresh water volume is less than 1% of the total water volume of the earth. Due to the increase in urbanization and the development of agriculture and industry, the demand for fresh water continues to increase.

Water shortage is one of the challenges that Taiwan must face, but it is quite difficult to develop new water sources. Therefore, in addition to encouraging people to save water, it is also necessary to improve the utilization of water resources, not to discharge wastewater directly, but to treat it as a precious water resource.

For example, campuses, parks or sightseeing spots, etc., the planting area is very large. In order to support plants, in addition to sufficient sunlight, a large amount of water is needed for irrigation to grow normally, and to avoid water shortage and death.

There is an automatic sprinkler on the market, which is mostly composed of a sprinkler head and a rotating seat. The rotating base is connected to the water jet head and a water tap, and the water pressure of the tap water flowing out of the tap makes the water jet head automatically rotate 360° (or the circumferential direction) to perform spraying work around the sprinkler.

However, the height of each place is different, so the water pressure is unstable, and it is prone to the situation that the sprinkler cannot spray water. And tap water is cheap and convenient, but it is a waste of water resources.

Therefore, how to make good use of the water to enhance the value of irrigation has become a necessity for this creation. The problem to be solved.

In view of this, the present invention provides a medium water irrigation system whose main purpose is to connect the sewage recycling and utilization device and the human pressure boosting mechanism with a pipeline, and convert the waste water into recycled water by the sewage recycling device, and increase the manpower. The pressing mechanism draws reclaimed water through the pipeline to irrigate, which is environmentally friendly, water-saving and fitness equivalent.

Due to the above object, the water-in-water irrigation system of the present invention comprises: a pipeline having an input end and an output end, the pipeline guiding the reclaimed water to flow from the input end to the output end; a human pressurization mechanism, The utility model comprises: two cranks, the cranks are pivotally connected to a main frame and can be staggered, each crank has a free end moving in a circumferential direction; a pressure cylinder having a cylinder connecting the pipeline and a cylinder reciprocating The piston couples a piston rod between the piston and the free end of the crank.

Reclaimed water, also referred to herein as reclaimed water, refers to the conversion of waste water into reusable water.

Therefore, in the creation of the middle water irrigation system, when the two cranks are staggered, the pressure cylinder can be increased and decompressed, and the required regeneration water is taken through the pipeline and flows to the output end. Of course, the reclaimed water required for the medium-water irrigation system is not limited to the sewage recovery and reuse device of the present invention, and can also be irrigated with the reclaimed water produced by the remaining recycling devices.

Specifically, the sewage recycling device of the present invention has a sewage tank, a water filter tank and a regeneration tank connected to the input end of the pipeline, and the sewage tank is connected with the water tank, the water tank and the regeneration tank by some connecting pipes, each of which The connecting tube can be configured with a filter. In this way, the sewage inflow recovery and reuse device is converted into reclaimed water for irrigation use.

Secondly, the middle water irrigation system also has a sprinkler sprayer, a first one-way Valve and a second check valve. The sprinkler sprayer is installed at the output of the pipeline to aid in the execution of the irrigation operation. These one-way valves are arranged between the input and output ends of the pipeline, so that the pressure cylinder is connected to the pipeline and is located between the two check valves.

Cut from the fitness aspect, the two cranks are pivotally connected to the main frame by a shaft, and the shaft is configured with a wheel that acts as a motion damping. The human pressurization mechanism also has a pad, and a seat post mounted on the main frame is fastened underneath, so that a user can sit on the main frame for fitness exercise.

When the two cranks are stepped on and staggered, the crank pushes the piston rod, and the piston reciprocates in the cylinder to pressurize the pipeline to extract the reclaimed water. The wheel is driven by the shaft to perform a circular motion, forming a resistance to the cranks of the staggered motion, resulting in a strong body.

In some embodiments of the medium water irrigation system, the pipeline may be provided with a first one-way valve between the input and output ends, the first one-way valve being connected to an accumulator via a check valve, the pressure accumulator A second check valve is connected between the device and the pressure cylinder. Wherein, the first one-way valve and the check valve are connected with a venturi, a venturi is connected with a hose, a hose is connected with a gardening spray gun, and a switch is arranged in the pipeline, and the switch determines whether the garden spray gun is Spray reclaimed water to perform irrigation operations.

With regard to the techniques, means and functions of the present invention, a preferred embodiment is described in detail with reference to the drawings, and it is believed that the above objects, structures and features of the present invention can be obtained from an in-depth and specific understanding. .

10‧‧‧Water Irrigation System

11‧‧‧Sewage

12‧‧‧ pipeline

13‧‧‧Reclaimed water

14‧‧‧Sprinkler sprayer

15, 17, 19‧‧ arrows

16‧‧‧First check valve

18‧‧‧Second check valve

20‧‧‧Sewage recycling and reuse equipment

21‧‧‧Filter tank

22‧‧‧Sewage tank

23‧‧‧Regeneration tank

24‧‧‧First filter

26‧‧‧Connecting tube

28‧‧‧Second filter

30‧‧‧Manpower booster

31‧‧‧ seatpost

32‧‧‧Main frame

33‧‧‧ Chair cushion

34‧‧‧Axis

35‧‧‧ round

36‧‧‧ crank

37‧‧‧ pole

38‧‧‧ pedal

39‧‧‧Handrails

40‧‧‧pressure cylinder

41‧‧‧Export

42‧‧‧ cylinder

43‧‧‧ rise

44‧‧‧Piston

45‧‧‧decline

46‧‧‧ piston rod

48‧‧‧ Entrance

50‧‧‧ accumulator

51‧‧‧Garden spray gun

52‧‧‧ pressure gauge

53‧‧‧ Venturi tube

54‧‧‧Check valve

56‧‧‧ switch

58‧‧‧Hose

60‧‧‧ pedal blower

61‧‧‧ input

62‧‧‧Airbag

63‧‧‧ Output

64‧‧‧Export

66‧‧‧ entrance

68‧‧‧ pedaling

Figure 1 is a plan view of a first embodiment of a water irrigation system in the present creation.

Fig. 2 is an operation diagram of the pressure cylinder.

Figure 3 is a plan view of a second embodiment of the water irrigation system of the present invention.

Figure 4 is a plan view of a third embodiment of the water irrigation system of the present invention.

Please refer to Figures 1 and 2 to illustrate the specific knot of the first embodiment of the Chinese water irrigation system 10. A sewage recycling device 20 is coupled to a human pressurized mechanism 30 by a line 12.

In the figure, the pipe 12 has an input end and a plurality of output ends for guiding the reclaimed water 13 to flow from the input end to the output end. A sprinkler sprayer 14 is installed at each output to aid in the execution of the irrigation operation. In some embodiments, the number of the conduit 12 with respect to the input and output ends is adjusted as needed.

The sewage recovery and reuse device 20 has a sewage tank 22, and the sewage tank 22 is coupled to a water tank 21 by a connecting pipe 26, and a first filter 24 can be disposed in the connecting pipe 26.

When the sewage 11 flows into the sewage tank 22, impurities such as vegetable residue, sediment and earth and stone in the sewage 11 are deposited on the bottom of the sewage tank 22 due to gravity, and the water quality on the water surface is cleaner than the water quality at the bottom of the tank, and can pass through the first filter. 24 and the connecting pipe 26 flow into the water filter tank 21.

The sewage recovery and recycling device 20 further has a regeneration tank 23, and the water tank 21 and the regeneration tank 23 are coupled together by other connecting pipes 26. A second filter 28 is disposed at the open end of the connection pipe 26 to the water filter tank 21, and the water quality of the water filter tank 21 flowing into the regeneration tank 23 is again filtered.

If the first and second filters 24, 28 are all screens, the mesh (or lattice opening) can be intercepted by the first filter 24 with the first filter 24 being larger than the second filter 28. The bulky impurities are combined with the second filter 28 to block a small volume of impurities, so that the sewage 11 is converted into the reclaimed water 13 for irrigation.

Reclaimed water 13, also referred to herein as reclaimed water, refers to the conversion of discarded water resources into reusable water. In addition to the sewage recovery and recycling device 20 described above, the reclaimed water 13 produced by the remaining recycling device can be used for irrigation.

The human pressure boosting mechanism 30 includes a two crank 36 and a pressure cylinder 40. These cranks 36 are pivotally coupled to a main frame 32 by a shaft 34 for staggered movement. Each crank 36 has a free end, and a pedal 38 is assembled at the free end and moved in the circumferential direction. The shaft 34 is configured with a wheel 35 that is interleaved in two cranks 36 When moving, the wheel 35 acts as a damping of the motion. The main frame 32 is mounted with a rod 31 which is fastened under a cushion 33. The seat cushion 33 has a vertical rod 37 in front of it. The vertical rod 37 is combined with a pair of handrails 39 to facilitate a user sitting on the main frame 32. It is possible to hold the balance of the armrest 39 for fitness exercise.

The cylinder 40 has a cylinder 42 and a piston 44 that reciprocates in the cylinder 42. A piston rod 46 is coupled between the piston 44 and the free end of the crank 36. The cylinder block 42 is disposed between the input and output ends of the pipeline 12, and connects the cylinder 40 to the pipeline 12 between a first one-way valve 16 and a second one-way valve 18.

When the wheel 35 is moved in a circular motion along the arrow 19 of Fig. 2, it is assumed that the pedal 38, the crank 36, and the piston rod 46 are in the a position of Fig. 2 . At this point, the piston rod 46 with the piston 44 stays in the A position of the cylinder 42.

The pedal 38 is forced to move to the c position through the b position, as in the lowering 45 of Fig. 2, driving the piston rod 46 to move the piston 44 through the B position to the C position, compressing the density of the fluid to increase the pressure of the cylinder 42. . Under the control of the second check valve 18, the pressurized pressure cylinder 40 will discharge a certain pressure of the reclaimed water 13 through the outlet 41 in the direction of the arrow 17 of Fig. 1, and flow to the sprinkler sprayer 14 through the output end of the line 12, thereby Perform irrigation work.

When the pedal 38 is moved back to the a position via the d position, as with the rise 43 of FIG. 2, the piston rod 46 urges the piston 44 to move relatively from the C position of the cylinder 42 to the D and A positions to cause suction. Under the control of the first check valve 16, the reclaimed water 13 of the sewage recovery and reuse device 20 flows into the inlet 48 of the cylinder 42 via the input end of the pipe 12 in the direction of the arrow 15 of Fig. 1 to complete the extraction operation.

In this way, the crank 36 drives the piston 44 to re-start the movement, and not only can the reclaimed water 13 be smoothly recovered to complete the irrigation operation. Moreover, the wheel 35 is driven by the shaft 34 to perform a circular motion, forming a resistance to the crank 36 which is staggered, resulting in the action of a strong body.

Fig. 3 is a second embodiment of the medium water irrigation system 10, the structure of which is substantially the same as that of the first embodiment, the difference being that, first, the output end of the line 12 is connected to the pressure cylinder 40.

Next, the first check valve 16 is disposed between the input and output ends of the line 12 in the same manner as the second check valve 18. However, the first check valve 16 is connected to an accumulator 50 via a check valve 54, which is connected between the accumulator 50 and the pressure cylinder 40.

Furthermore, a venturi 53 is engaged between the first check valve 16 and the check valve 54. A venturi 53 is coupled to a gardening spray gun 51 by a hose 58 and a switch 56 is disposed in the conduit 12. In the present embodiment, the switch 56 is between the garden spray gun 51 and the venturi 53. In some embodiments, the switch 56 is between the venturi 53 and the check valve 54.

When the two cranks 36 are staggered, the second check valve 18 determines that the fluid compressed by the pressure cylinder 40 enters the accumulator 50 but cannot flow back to the pressure cylinder 40. Therefore, a pressure gauge 52 is disposed outside the accumulator 50 to understand the value of the fluid pressure, such as air pressure, accumulated in the accumulator 50.

The switch 56 is activated to release the high pressure gas of the accumulator 50 and quickly pass through the venturi 53. Under the Venturi effect, the venturi 53 is reduced in pressure due to the high-speed flowing gas, and the suction is regenerated by the sewage recycling device 20, and the horticultural spray gun 51 is sprayed with the reclaimed water 13 to perform the irrigation operation.

Fig. 4 is a third embodiment of the medium water irrigation system 10, the structure of which is substantially the same as that of the first embodiment, the difference being that, firstly, the line 12 of the medium water irrigation system 10 does not have a second one-way valve.

Next, the human pressure boosting mechanism 30 is a foot blower 60 having an air bag 62 and two pedals 68. The air bag 62 is connected to the duct 12 through the two outlets 64 and 66 of the pedal blower 60. These pedals 68 are on both sides of the airbag chamber 62 and can be stepped on by the user.

When the two pedals 68 are moved toward each other, the airbag 62 is compressed by the pedal 68, and the reclaimed water 13 is diverted from the input end 61 of the duct 12 through the inlet 66 of the pedal blower 60 to the outlet 64, thereby flowing out of the output end 63 of the conduit 12. The sprinkler sprayer 14 is capable of both exercising and performing irrigation operations.

10‧‧‧Water Irrigation System

11‧‧‧Sewage

12‧‧‧ pipeline

13‧‧‧Reclaimed water

14‧‧‧Sprinkler sprayer

15, 17‧‧‧ arrows

16‧‧‧First check valve

18‧‧‧Second check valve

20‧‧‧Sewage recycling and reuse equipment

21‧‧‧Filter tank

22‧‧‧Sewage tank

23‧‧‧Regeneration tank

24‧‧‧First filter

26‧‧‧Connecting tube

28‧‧‧Second filter

30‧‧‧Manpower booster

31‧‧‧ seatpost

32‧‧‧Main frame

33‧‧‧ Chair cushion

34‧‧‧Axis

35‧‧‧ round

36‧‧‧ crank

37‧‧‧ pole

38‧‧‧ pedal

39‧‧‧Handrails

40‧‧‧pressure cylinder

Claims (11)

A medium water irrigation system comprising: a pipeline having an input end and an output end, the pipeline guiding regenerative water flowing from the input end to the output end; a human pressure boosting mechanism comprising: two cranks, the cranks being pivotally connected In a main frame, it can be staggered, each crank has a free end moving in the circumferential direction; a pressure cylinder having a cylinder connecting the pipeline and a piston reciprocating in the cylinder, at the free end of the piston and the crank A piston rod is coupled; when the two cranks are staggered, the pressure cylinder changes pressure, and the regeneration water flows from the input end of the pipeline to the output end. The medium water irrigation system according to claim 1, wherein the input end is connected to a sewage recycling device for converting sewage into reclaimed water. The medium water irrigation system according to claim 2, wherein the sewage recycling device has a sewage tank, a water filter tank and a regeneration tank connected to the input end of the pipeline, and the sewage tank and the water tank are connected by some connecting pipes. The filter tank is coupled to the regeneration tank. The medium water irrigation system of claim 4, wherein each of the connecting pipes is configured with a filter. The medium water irrigation system of claim 1, wherein a sprinkler sprayer for irrigation is installed at the output end of the pipeline. The medium water irrigation system of claim 1, wherein a first check valve and a second check valve are disposed between the input and output ends of the pipeline to connect the pressure cylinder to the pipeline. Located between the two check valves. The medium water irrigation system according to claim 1, wherein the pipeline is provided with a first one-way valve between the input and output ends, and the first one-way valve is connected via a check valve. One a pressure device, the second check valve is connected between the pressure accumulator and the pressure cylinder. The medium water irrigation system of claim 7, wherein the first one-way valve and the check valve are connected to a venturi, the venturi is connected to a hose, and the hose is coupled with a gardening spray gun. The medium water irrigation system according to claim 8, wherein a switch disposed in the pipeline is used to determine that the gardening spray gun sprays the reclaimed water to perform the irrigation operation. The medium water irrigation system according to claim 1, wherein the cranks are pivotally connected to the main frame by a shaft, the shaft is configured to serve as a wheel for motion damping; and a pad is fastened to be mounted on the main Seatpost for the frame. A medium water irrigation system comprising: a pipeline having an input end and an output end, the pipeline guiding regenerative water flowing from the input end to the output end; a human pressure boosting mechanism comprising: a pedal blower having an airbag And two pedals, the airbag is connected to the pipeline through the outlet and the inlet of the pedal blower, and the pedals are on both sides of the airbag chamber; when the two pedals move toward each other, the airbag is compressed by the pedal, and the reclaimed water is from the pipeline. The input passes through the inlet of the pedal blower and turns to the output of the outlet outlet line.