WO2021181421A1

WO2021181421A1 - Sprinkler assembly with stabilizing base unit and system

Info

Publication number: WO2021181421A1
Application number: PCT/IN2021/050243
Authority: WO
Inventors: Ajit Bhavarlal Jain; Abhijit Bhaskar JOSHI; Appasaheb RANSING
Original assignee: Jain Irrigation Systems Limited
Priority date: 2020-03-11
Filing date: 2021-03-11
Publication date: 2021-09-16
Also published as: MX2022011085A

Abstract

According to the present disclosure, a sprinkler assembly for use with a hose pipe and a sprinkler system are disclosed. The sprinkler assembly (100) comprises a base unit (200) and a sprinkler section coupled with the base unit. The base unit comprises an adaptor (608) connected with the sprinkler section, a footrest (607) connected with the adaptor, a plurality of stabilising spikes (601) connected with the footrest and a male take-off adaptor (604) connected with the adaptor and the foot rest. The sprinkler assembly (100) is configured to mount on the hose pipe through a female take-off adaptor (603), and the female take-off adaptor is securely inserted into a hole of a hose pipe and connected with the male take-off adaptor (604) through mating. In the sprinkler system, a plurality of sprinkler assemblies are configured to mount on the single hose pipe (602) at a predetermined distance.

Description

SPRINKLER ASSEMBLY WITH STABILIZING BASE UNIT AND

SYSTEM

TECHNICAL FIELD

[001] The present disclosure described herein, in general, relates to irrigation systems, more particularly to a sprinkler assembly with a unit connected to a vertical riser pipe and/or a rotating sprinkler head for stabilization.

BACKGROUND

[002] A conventional sprinkler assembly consists of sprinkler head, sprinkler holding adaptor, a flexible plastic riser tube/vertical riser pipe, a male take-off adaptor connected to the flexible plastic riser tube, and a female take-off adaptor suitable to adopt the male adaptor. Further the female adaptor is securely fitted on a flexible plastic hose. The Sprinkler head is positioned above the ground at a specified height using a metal spike support. One end of metal spike support is connected to sprinkler holding adaptor and the other end inserted in the ground at a longer length to stabilise the assembly. Further female take-off adaptor is inserted into plastic hose and the male take-off adaptor which is connected to flexible plastic tube is connected to each other to form a watertight joint. The conventional system enables easy detachment and attachment of the sprinkler unit with hose pipe. However, the conventional system requires multiple components to be attached or connected to each other to form the complete assembly.

[003] The other limitation of the conventional sprinkler system is attaching the sprinkler head to a metal spike through sprinkler holding adaptor. Since, the metal spikes are inserted in the ground surface, over a period the surface of the soil may get loose due to the torque and vibrations generated due to rotation of the sprinkler head and wetness of the soil, thus resulting in tilting or falling of the sprinkler and damaging of the crops. Further the metal spikes corrode over long period of use due humidity during irrigation and salinity of soil and water. [004] Various systems were developed to overcome certain limitations of the conventional sprinkler. In some systems, the sprinkler head is mounted on a rigid riser pipe and other end of the rigid riser pipe is connected to a saddle. The saddle is used for stabilization on the ground surface. Saddle is connected to the hose pipe through multiple connectors. However, the said sprinkler requires breaking the hose pipe into several pieces for the connections. The pieces of the hose pipe are then connected or disconnected to the saddle that involves time and efforts. Further the said system is costlier than the conventional systems described earlier as said sprinkler involves additional fittings.

[005] In some other systems, the system comprises a stabilized base unit and a sprinkler head mounted on the stabilized base unit. The system was aimed to provide a separation of the stabilising unit and the sprinkler head. However, said system has a limitation that only one sprinkler head unit can be attached to the stabilising unit and the system does not allow the installation of multiple such sprinkler devices on a single hose pipe. In other words, such systems require a dedicated hose pipe for each sprinkler device.

SUMMARY

[006] This summary is provided to introduce concepts related to a sprinkler system and the concepts are further described below in the detailed description. This summary is not intended to identify essential features of the claimed subject matter nor is it intended for use in determining or limiting the scope of the claimed subject matter.

[007] In an aspect of the present disclosure, a sprinkler assembly for use with a hose pipe is disclosed. The sprinkler assembly comprises a base unit having a first end and a second end, and a sprinkler section coupled with the base unit at the first end. The base unit comprises an adaptor connected with the sprinkler section at the first end, a footrest connected with the adaptor, a plurality of stabilising spikes connected with the footrest at the second end and a male take- off adaptor connected with the adaptor and the foot rest. The sprinkler assembly is configured to mount on the hose pipe through a female take off adaptor, wherein the female take off adaptor is securely inserted into a hole of the hose pipe and connected with the male take-off adaptor through mating.

[008] In another aspect of the present disclosure, a sprinkler system is disclosed. The sprinkler system comprises a hose pipe (602) and a plurality of sprinkler assemblies configured to mount on the single hose pipe (602) at a regular intervals or at a predetermined distance. Each sprinkler assembly comprises a base unit having a first end and a second end, and a sprinkler section coupled with the base unit at the first end. The base unit comprises an adaptor connected with the sprinkler section at the first end, a footrest connected with the adaptor, a plurality of stabilising spikes connected with the footrest at the second end and a male take-off adaptor connected with the adaptor and the foot rest. Each sprinkler assembly is configured to mount on the hose pipe through a female take off adaptor, wherein the female take off adaptor is securely inserted into a hole of the hose pipe and connected with the male take-off adaptor through mating.

[009] In one implementation of the present disclosure, a sprinkler assembly is disclosed. The sprinkler assembly may comprise a base unit, a vertical rigid riser pipe and a sprinkler head. The sprinkler may be connected to hose pipe through a female take off adaptor. The female take off adaptor which is securely mounted on the hose pipe at one end, may be connected with a male take off adaptor on the other end. The male take-off adaptor may be an integral part of the base unit and can be connected to one end of the vertical rigid riser pipe through a mating adaptor. The base unit may further comprise a plurality of stabilising spikes. The stabilising spikes may further comprise soil stoppers, wherein soil stopper can be at bottom part of a footrests of base unit or it can be a separate part positioned at certain distance from bottom of the footrest of the base unit. [0010] The sprinkler assembly may further comprise a tube holder arrangement that may hold the flexible hose pipe from outer major diameter and prevent the flexible hose pipe from collapsing down during engagement of the male take off adaptor with the female take off adaptor.

BRIEF DESCRIPTION OF THE DRAWINGS

[0011] Figure 1 illustrates a sprinkler assembly in accordance with the present disclosure.

[0012] Figure 2 illustrates an exploded view of the sprinkler assembly and its connection with flexible hose pipe in accordance with the present disclosure. [0013] Figure 3 illustrates exemplary embodiment with stabilising spikes at an angle of 70 degree to the bottom of the footrest.

[0014] Figure 4 illustrates another exemplary embodiment with stabilising spikes formed at an angle of 100 degree to the bottom of the footrest.

[0015] Figure 5 illustrates exemplary embodiment wherein stabilising spike are externally connected to the base unit.

[0016] Figure 6 illustrates another exemplary embodiment wherein stabilising spikes and tube holders are combined together as a single unit.

[0017] Figure 7 illustrates yet another exemplary embodiment wherein base unit has four stabilising spikes.

[0018] Figure 8 illustrates a method for installation of the sprinkler in accordance with the present disclosure.

DETAILED DESCRIPTION

[0019] The present disclosure discloses a sprinkler assembly with a stabilizing base unit for use with a fluid carrying hose pipe. The stabilizing base unit is made of a frame with a plurality of stabilising spikes configured to insert into a ground surface above the hose pipe. The sprinkler assembly may comprise a base unit, a vertical rigid riser pipe and a sprinkler head. The sprinkler assembly may be connected to a hose pipe through a female take-off adaptor. Further in another embodiment, the present disclosure discloses a sprinkler system with a plurality of sprinkler assemblies mounted on a single fluid carrying hose pipe, across the length of the hose pipe at a pre-determined distance. Further in accordance with the present disclosure, the sprinkler assembly may comprise a male take-off adaptor, wherein the male take-off adaptor may be an integral part of the base unit. The base unit may be connected to one end of the vertical rigid riser pipe through a mating adaptor, and the other end to the hose pipe by snap-on mating connection with the female take-off adaptor which is securely mounted on the hose pipe. The female take-off adaptor is designed to remain in close vicinity of the hose pipe so that it will not be a hindrance or will not get entangled while coiling or recoiling the hose pipe. The base unit may further comprise a plurality of stabilising spikes. The plurality of stabilising spikes may be configured or adopted to be inserted into the ground surface to a substantial length suitable to stabilise the sprinkler.

[0020] The male take-off adaptor of the base unit may be positioned over the female take-off adaptor installed on the hose pipe, that may be fabricated from plastic, and the plurality of stabilising spikes are inserted forcefully to a specific length inside the ground surface. The pressure applied to insert the plurality of stabilising spikes can be applied through foothold space mounted or integrated on the base unit, wherein the pressure can be applied by leg press and / or hand push of rigid riser pipe. While the plurality of stabilising spikes are inserted into the ground surface, the male take-off adapter is connected/inserted in to the female take-off adaptor to give a watertight joint.

[0021] The base unit of the sprinkler assembly as disclosed may further comprise a tube holder arrangement configured to hold the flexible hose pipe from outer major diameter and to prevent the flexible hose pipe to collapse down while male take-off adaptor gets inserted into female take-off adaptor. The plurality of stabilising spikes may have soil stoppers that resists the spikes insertion beyond the pre-defined position. The soil stopper can be a bottom part of footrests of base unit or it can be a separate part positioned at certain distance from bottom of the footrest of the base unit. The distance between soil stopper and male take-off adapter can be adjusted in such a way that while pressing the base unit down, the flexible hose pipe shall not get pinched off or shall not collapse down.

[0022] In an embodiment of the present disclosure, a sprinkler assembly for use with a hose pipe is disclosed. The sprinkler assembly comprises a base unit having a first end and a second end, and a sprinkler section coupled with the base unit at the first end. The base unit comprises an adaptor connected with the sprinkler section at the first end, a footrest connected with the adaptor, a plurality of stabilising spikes connected with the footrest at the second end and a male take off adaptor connected with the adaptor and the foot rest. The sprinkler assembly is configured to mount on the hose pipe through a female take off adaptor, wherein the female take off adaptor is securely inserted into a hole of the hose pipe and connected with the male take-off adaptor through mating. The male take-off adaptor is configured to communicate with the adapter connected to the sprinkler section. The adaptor of the base unit may comprise integral threads to couple with the sprinkler section.

[0023] In one implementation of the present invention, the sprinkler section may comprise a rigid riser pipe having a top section and a bottom section, connected with a sprinkler head. The bottom section of the rigid riser pipe is coupled with the base unit at the first end through the adaptor and the sprinkler head is coupled at the top section of the rigid riser pipe. In another implementation of the present invention, the sprinkler section may comprise a sprinkler head coupled with the base unit at the first end through the adaptor. The female take-off adaptor may be securely inserted into the hole of the hose pipe by applying force.

[0024] The base unit is made of a frame and configured to be inserted into a ground surface by applying a force through a leg press and / or a hand push on the assembly. The base unit further may comprise a soil stopper formed at a pre determined length on each stabilising spike. In one implementation of the present invention, the base unit is a moulded component. The plurality of stabilising spikes are integrally connected with the base unit. The base unit is internally formed with the adaptor, the footrest with a plurality of supporting surfaces connecting the adaptor and the plurality of stabilising spikes. In some implementation, a plurality of tube holders integrally connected with the plurality of stabilising spikes (601) thereto form a single unit of stabilising spikes or a base unit.

[0025] Figure 1 illustrates a sprinkler assembly in accordance with the present disclosure. The sprinkler assembly (100) may comprise a base unit (200) having a first end (201) and a second end (202). The sprinkler assembly (100) may further comprise a rigid riser pipe assembly (300) having a top section (301) and a bottom section (302), positioned above the base unit (200). Further a sprinkler head (400) may be mounted on the rigid riser pipe assembly (300). The rigid riser pipe assembly (300) may further comprise integral threads at the top section (301), and at the bottom section (302). The integral thread at the top section (301) may be configured to engage/connect with the sprinkler head (400), and the integral threads at the bottom section (302) may be configured to engage/connect with the base unit (200). In an exemplary embodiment the length of the rigid riser pipe assembly (300) may vary based on the requirement and the purpose of the sprinkler assembly (100). Further the rigid riser pipe assembly (300) can have constant diameter throughout its length or a gradually varying diameter through the length. In yet another exemplary embodiment the rigid riser pipe assembly (300) may be telescopic type.

[0026] In an exemplary embodiment at least one threaded adaptor may be mounted on the rigid riser pipe assembly (300) at the top section and at the bottom section. Further in an alternate configuration of the sprinkler assembly (100) may comprise the base unit (200) and the sprinkler head (400) directly mounted on the base unit (200) without the rigid riser pipe assembly (300). [0027] Figure 2 illustrates an exploded view of the sprinkler and its connection with flexible hose pipe in accordance with the present disclosure. The sprinkler assembly (100) in an exemplary embodiment may comprise a first threaded adaptor (610). The first threaded adaptor (610) may be positioned at the top section (301) of the rigid riser assembly (300), wherein the first threaded adaptor (610) may provide connection/coupling between the rigid riser assembly (300) and the sprinkler head (400). The sprinkler assembly (100) may further comprise a second threaded adaptor (611), wherein the second threaded adaptor (611) may be positioned at the bottom section (302) of the rigid riser assembly (300). Further the second threaded adaptor (611) may provide connection/coupling between the rigid riser assembly (300) and the base unit (200).

[0028] The base unit (200) may further comprise a plurality of stabilising spikes (601), wherein the plurality of stabilising spikes (601) provide stability to the sprinkler assembly (100). The plurality of stabilising spikes (601) may be formed as an integral part of the base unit (200). In an exemplary embodiment the plurality of stabilising spikes (601) may be manufactured from plastic, or metal, or alloys of metals, or combination thereof. Further length of the plurality of stabilising spikes (601) may vary between 25 mm to 400 mm. Further each stabilising spike from the plurality of stabilising spikes (601) may have an angle alpha (613), wherein the angle alpha (613) may be defined as the angle made by at least one spike from the plurality of spikes (601) with the horizontal plane. The angle alpha (613) in accordance with the exemplary embodiment may vary between 70 degree to 100 degree. In another exemplary embodiment the angle alpha (613) with minimum 70 degree to the horizontal plane (615) is illustrated in Figure 3. In yet another exemplary embodiment of the present disclosure the angle alpha (613) with maximum 100 degree to the horizontal plane (615) is illustrated in Figure 4. [0029] Further the plurality of stabilising spikes (601) can be inserted into the ground surface up to a pre-determined length, wherein at the pre-determined length a soil stopper (612) may be provided. The soil stopper (612) can be positioned in such a way that the plurality of stabilising spikes are inserted into a soil surface to provide a gap (614) between the base unit (200) and a hose pipe (602) laid on the soil surface. In exemplary embodiment after the insertion of the plurality of stabilising spikes (601) into the soil surface, the gap (614) of distance A is configured to accommodate the hose pipe (602) between a male take off adaptor (604) and ground surface and further prevent the hose pipe (602) to pinch off or collapse during insertion of the base unit (200). In another exemplary embodiment, a footrest (607) can also act as a soil stopper. The distance A, i.e., the gap (614) is more than or equal to maximum outside diameter of the hose pipe (602).

[0030] The base unit (200) may further comprise an adaptor (608) connected with at least one of a rigid riser pipe (300) and a sprinkler head (400), at the first end (201). The second bottom section of the rigid riser pipe (300) is coupled with the base unit (200) at the first end (201) through the adaptor (608). In an embodiment, the footrest (607) is connected with the adaptor (608) and the male take-off adaptor (604) is connected with the adaptor (608) and the foot rest (607). The footrest (607) comprises a plurality of supporting surfaces (609) connected with the adaptor (608), and the footrest (607) is configured to insert into a ground surface by applying a force through leg/hand push.

[0031] The base unit (200) as disclosed in the exemplary embodiment may further comprise a plurality of tube holders (605). The plurality of tube holders (605) may be configured to hold the hose pipe (602), wherein the hose pipe (602) may be flexible, and may require to facilitate secure insertion of the male take off adaptor (604) in to a female take off adaptor (603). The plurality of the tube holders (605) may be configured to provide support at outside major diameter of the hose tube (602) and further prevent the hose pipe (602) from pinching down while mating of the male take off adaptor (604) to female take off adaptor (603). The plurality of tube holders (605) can be two or multiple of two positioned in such a way that hose tube (602) is held securely. Further a distance between a pair of tube holders (605) matches an outer diameter of the hose tube pipe (602).

[0032] The male take-off adaptor (604) may be provided such that they match an inner profile of the female take-off adaptor (603) to allow snap on, water-tight mating. The hose pipe (602) may be configured to carry water and transfer the same to the sprinkler assembly (100) through/via mating of male take-off adaptor (604) and female take-off adaptor (603). The male take-off adaptor (604) may be further configured to communicate to an adaptor (608). The adaptor (608) may be connected to the rigid riser pipe assembly (300).

[0033] Figure 5 illustrates exemplary embodiment wherein stabilising spikes (601) are externally connected to the base unit. The plurality of stabilising spikes (601) in exemplary embodiment can be externally connected to the base unit (200) at pre-determined position. Further the plurality stabilising spikes (601) may be connected to the footrest (607). The external connection of the plurality of stabilising spikes (601) can be through a hole made on the base unit (200) with a plurality of locking arrangements (620) to securely lock the plurality of stabilising spikes (601) with the base unit (200).

[0034] Figure 6 illustrates another exemplary embodiment wherein stabilising spikes (601) and tube holders are combined together as a single unit. The plurality of stabilising spikes (601) act as tube holder provides stabilising function. Thereby, eliminating the requirement of tube holders.

[0035] Figure 7 illustrates yet another exemplary embodiment wherein base unit has four stabilising spikes. The base unit (200) wherein four individual spikes contribute to the plurality of stabilising spikes (601). [0036] In yet another embodiment of the present disclosure, a sprinkler system is disclosed. The sprinkler system comprises a hose pipe and a plurality of sprinkler assemblies configured to mount on the single hose pipe at a regular intervals or at a predetermined distance. The system uses the sprinkler assembly of one or more previous embodiments discussed above. Each sprinkler assembly comprises a base unit having a first end and a second end, and a sprinkler section coupled with the base unit at the first end. The system uses the stabilizing base unit of one or more previous embodiments discussed above. The base unit comprises an adaptor connected with the sprinkler section at the first end, a footrest connected with the adaptor, a plurality of stabilising spikes connected with the footrest at the second end and a male take-off adaptor connected with the adaptor and the foot rest.

[0037] Each sprinkler assembly is configured to mount on the hose pipe through a female take off adaptor, wherein the female take off adaptor is securely inserted into a hole of the hose pipe and connected with the male take-off adaptor through mating. In one implementation, the system comprises the plurality of sprinkler assemblies mounted at a regular intervals or at a predetermined distance across a predetermined length of the hose pipe (602). In another implementation, the plurality of sprinkler assemblies mounted at a regular intervals or at a predetermined distance across an entire length of the hose pipe (602) in an irrigation area.

[0038] Figure 8 illustrates a method for installation of the sprinkler assembly (100) in accordance with the present disclosure. A hole is made of suitable diameter matching to outer diameter of a female take-off adaptor (603). The female take-off adaptor (603) may be securely inserted into the hole. The sprinkler assembly (100) is positioned over female-take off adaptor (603) in such a way that central axis of both the male take-off adaptor (604), and the female take-off adaptor (603) are aligned and the ends of the plurality of stabilising spikes (601) are at least partially inserted into the ground surface. A user may apply a force either on a footrest (607) or by hand pushing the rigid riser pipe assembly (300) or combination of both, to insert the plurality stabilising spikes (601) substantially in the ground surface. Further during the application of the force, the male take-off adaptor (604) will mate with the female take-off adaptor (603). While securing the male take-off adaptor (604) with the female take-off adaptor (603) the hose pipe is held between tube holder (605), with push of the sprinkler assembly (100), the tube holders (605) ensures that the tube is not collapsed and disable the female take-off adaptor (603) to move down with the push of the sprinkler assembly (100) and ensures secure mating of the male take-off adaptor (604) and the female take-off adaptor (603). The user may further push the sprinkler assembly (100) up to the level of soil stopper (612) ensuring the rigid riser pipe assembly (300) remains substantially vertical.

[0039] The above description along with the accompanying drawings is intended to disclose and describe the preferred embodiments of the invention in sufficient detail to enable those skilled in the art to practice the invention. It should not be interpreted as limiting the scope of the invention. Those skilled in the art to which the invention relates will appreciate that many variations of the exemplary implementations and other implementations exist within the scope of the claimed invention. Various changes in the form and detail may be made therein without departing from its spirit and scope. Similarly, various aspects of the present invention may be advantageously practiced by incorporating all features or certain sub-combinations of the features.

Claims

WE CLAIM:

1. A sprinkler assembly (100) for use with a hose pipe (602), the sprinkler assembly (100) comprising: a base unit (200) having a first end (201) and a second end (202); and a sprinkler section coupled with the base unit (200) at the first end

(201); wherein the base unit (200) comprises: an adaptor (608) connected with the sprinkler section at the first end (201); a footrest (607) connected with the adaptor (608); a plurality of stabilising spikes (601) connected with the footrest (607) at the second end (202); and a male take-off adaptor (604) connected with the adaptor (608) and the foot rest (607); wherein the sprinkler assembly (100) is configured to mount on the hose pipe (602) through a female take-off adaptor (603), wherein the female take-off adaptor (603) is securely inserted into a hole of the hose pipe (602) and connected with the male take-off adaptor (604) through mating.

2. The sprinkler assembly as claimed in claim 1, wherein the sprinkler section comprises a rigid riser pipe (300) having a top section (301) and a bottom section (302), connected with a sprinkler head (400). 3. The sprinkler assembly as claimed in claim 2, wherein the bottom section of the rigid riser pipe (300) is coupled with the base unit (200) at the first end (201) through the adaptor (608).

4. The sprinkler assembly as claimed in claim 2, wherein the sprinkler head (400) is coupled at the top section (301) of the rigid riser pipe (300).

5. The sprinkler assembly as claimed in claim 2, wherein the rigid riser pipe (300) is a vertical pipe, and comprises: a first threaded adaptor (610) at the top section (301) configured to couple with the sprinkler head (400); and a second threaded adaptor (611) at the bottom section (302) configured to couple with the base unit (200).

6. The sprinkler assembly as claimed in claim 1, wherein the sprinkler section comprises a sprinkler head (400) coupled with the base unit (200) at the first end (201) through the adaptor (608). 7. The sprinkler assembly as claimed in claim 1, wherein the base unit further comprises a plurality of tube holders (605) configured to hold the hose pipe (602).

8. The sprinkler assembly as claimed in claim 7, wherein a distance between a pair of tube holders matches an outer diameter of the hose pipe (602). 9. The sprinkler assembly as claimed in claim 1, wherein the base unit is configured to insert into a ground surface by applying a force.

10. The sprinkler assembly as claimed in claim 1, wherein the base unit further comprises a soil stopper (612) formed at a pre-determined length on each stabilising spike (601). 11. The sprinkler assembly as claimed in claim 10, wherein the plurality of stabilising spikes (601) are configured to insert into the ground surface up to the pre-determined length of the soil stopper (612) by applying a force.

12. The sprinkler assembly as claimed in claim 1, wherein the plurality of stabilising spikes (601) are configured to insert into a ground surface to provide a gap (614) between the base unit (200) and the hose pipe (602) placed on the ground surface.

13. The sprinkler assembly as claimed in claim 12, wherein the gap (614) is configured to accommodate the hose pipe (602) between the male take-off adaptor (604) and the surface to prevent the hose pipe (602) to pinch off or collapse during and after insertion of the base unit (200).

14. The sprinkler assembly as claimed in claim 1, wherein the male take-off adaptor (604) is configured to match with an inner profile of the female take-off adaptor (603) for coupling.

15. The sprinkler assembly as claimed in claim 1, wherein the female take-off adaptor (603) is securely inserted into the hole of the hose pipe (602).

16. The sprinkler assembly as claimed in claim 1, wherein the base unit is a moulded component. 17. The sprinkler assembly as claimed in claim 1, wherein the plurality of stabilising spikes (601) are integrally connected with the base unit (200).

18. The sprinkler assembly as claimed in claim 1, wherein the plurality of stabilising spikes (601) are externally connected to the base unit (200).

19. The sprinkler assembly as claimed in claim 18, wherein the plurality of stabilising spikes (601) are externally connected through at least one hole made on the base unit (200) with a plurality of locking arrangements (620).

20. The sprinkler assembly as claimed in 1, wherein the footrest (607) comprises a plurality of supporting surfaces (609) connected with the adaptor (608), and the footrest (607) is configured to insert into a ground surface by applying a force.

21. The sprinkler assembly as claimed in claim 1, wherein the plurality of stabilising spikes (601) are made of a material selected from a group comprising plastic, metal, alloys of metal, and a combination thereof. 22. The sprinkler assembly as claimed in claim 1, wherein each stabilising spike (601) has a length in a range of 25 mm to 400 mm.

23. The sprinkler assembly as claimed in claim 1, wherein each stabilising spike (601) makes an angle (613) with a horizontal plane (615) in a range of 70 ⁰ to 100 °.

24. The sprinkler assembly as claimed in claim 1, wherein the adaptor (608) of the base unit comprises integral threads to couple with the sprinkler section.

25. The sprinkler assembly as claimed in claim 1, wherein the adaptor (608), the footrest (607) with a plurality of supporting surfaces (609) connecting the adaptor (608) and the plurality of stabilising spikes (601) are integrally connected with each other.

26. The sprinkler assembly as claimed in claim 1, wherein a plurality of tube holders (605) are integrally connected with the plurality of stabilising spikes (601) thereto form a single unit.

27. The sprinkler assembly as claimed in 1, wherein the male take-off adaptor (604) is configured to communicate with the adapter (608) connected to the sprinkler section.

28. A sprinkler system, comprising: a hose pipe (602); and a plurality of sprinkler assemblies configured to mount on the single hose pipe (602) at a regular intervals or at a predetermined distance, wherein each sprinkler assembly (100), comprising: a base unit (200) having a first end (201) and a second end (202); and a sprinkler section coupled with the base unit (200) at the first end (201); wherein the base unit (200) comprises: an adaptor (608) connected with the sprinkler section at the first end (201); a footrest (607) connected with the adaptor (608); a plurality of stabilising spikes (601) connected with the footrest (607) at the second end (202); and a male take-off adaptor (604) connected with the adaptor (608) and the foot rest (607); wherein each sprinkler assembly (100) is configured to mount on the hose pipe (602) through a female take-off adaptor (603), wherein the female take-off adaptor (603) is securely inserted into a hole of the hose pipe (602) and connected with the male take-off adaptor (604) through mating.

29. The sprinkler system as claimed in claim 28, wherein the plurality of sprinkler assemblies are mounted at a regular intervals or at a predetermined distance, across a predetermined length or an entire length of the hose pipe (602).

30. The sprinkler system as claimed in claim 28, wherein the sprinkler section comprises at least one of: a) a sprinkler head (400) coupled with the base unit (200) at the first end (201) through the adaptor (608); b) a rigid riser pipe (300) having a top section (301) and a bottom section (302), connected with the sprinkler head (400).