Patent Application
20250057305
The present invention relates to pool maintenance equipment with a magnetic ring lock mechanism, specifically a detachable pool brush designed to effectively clean dirt and debris from the edges of a pool and other similar structures. The invention aims to provide a multi-purpose pool brush with a magnetic ring lock mechanism, as a solution to the challenges of efficiently removing debris from pool edges while protecting the pool's surface from damage but not limited to pool structures. By incorporating detachable ends and a magnetic locking system, the invention offers improved functionality, ease of use, and enhanced pool maintenance.
The maintenance of pools and similar structures involves the challenging task of cleaning the submerged surfaces, including the walls, floors, and the connecting edges and corners where walls and floors come together, areas where different planar walls intersect. Various tools and devices, such as brushes, scrubbers, and pool vacuums, are employed to effectively remove dislodged dirt during the cleaning process. Multiple brush types are often used to clean different areas of the pools. In the past, several patents have been granted for pool cleaning brushes that aim to improve the cleaning efficiency in these hard-to-reach areas.
U.S. Pat. No. 4,733,427 to Conrad; U.S. Pat. No. 4,637,087 to Feinberg; U.S. Pat. No. 3,296,643 to Fortune, each describes brushes with elongated handle connected to brush head having bristles oriented generally downward, and are not capable of adequately cleaning all edges and corners where walls or walls and floors come together.
Recognizing this limitation, other inventors have sought to address the problem by developing alternative brush designs. U.S. Pat. No. 6,148,466 to Smitelli; and U.S. Pat. No. 8,707,503 discloses pool brushes with cylindrical body and rounded ends with plurality of bristles extend about 280 and 360 degrees respectively around the cylindrical body suitable for cleaning all side surfaces and corners where walls and floors come together, areas where different planar walls intersect and other edged areas.
These patented pool brushes with cylindrical bodies and rounded ends offer significant advantages over previous designs. The bristle configuration allows for more thorough cleaning in areas that were previously difficult to reach. By extending the bristles around the cylindrical body, these brushes can effectively clean the connecting edges and corners where walls and floors meet, as well as other edged areas and intersections of planar walls. This innovative approach improves the overall cleaning performance and helps maintain the cleanliness and hygiene of pools and similar structures.
The advancements in pool cleaning technology, as exemplified by these patents, have made the task of pool maintenance more efficient and effective. The detachable pool brush with a magnetic ring lock mechanism represents an innovative solution to the challenges faced in effectively cleaning the edges of pools and similar structures.
Its versatile design, ease of use, and enhanced functionality provide pool owners with an efficient tool for maintaining a clean and visually appealing pool. By incorporating detachable ends and a magnetic locking system, this invention offers significant advantages over traditional pool cleaning equipment, improving the pool maintenance experience for users. The development and patenting of these inventions demonstrate the commitment to innovation and problem-solving in the field of pool maintenance, leading to improved user experiences and healthier swimming environments.
The present invention addresses the limitations of existing pool brushes by introducing a pool brush with detachable ends, fastened through a magnetic ring locking mechanism. The primary objective of the present invention is to provide multi-purpose pool brush as effective and efficient tool for removing dirt from the edges of a pool while the curved/rounded ends prevents scratches or abrasions to the pool's surface or liner, ensuring the longevity and aesthetic appeal of the pool. The second objective of this invention is to provide novel pool brush with brush ends and brush handle that can be easily detached from the brush head, allowing for compact storage and transportation.
The brush can also be used as a straight brush with downward oriented bristles on detaching of brush ends. The magnetic ring lock mechanism is a crucial feature of this invention. The magnetic force ensures a firm and stable connection, preventing accidental detachment during use while allowing for easy switching between brush heads.
A preferred embodiment of the pool brush include brush head, detachable brush ends but not limiting to curved/rounded ends. The brush head is specifically designed with detachable ends to enable thorough and gentle cleaning of the pool edges without causing any damage. The magnetic ring locking system is integrated within the brush head and detachable ends.
The peg ejector inserted to push the metal peg contained in the brush head downwards detaching the peg from the magnetic ring contained in the detachable ends. The magnetic ring and metal peg create a secure and reliable connection, allowing for quick and effortless assembly and disassembly of the pool brush. The present invention provides a straight brush head with downward oriented bristles, thus eliminating the need to purchase different brushes for cleaning pool.
This invention has broad applications beyond pool brushes, including toys, medical devices, electronics, and industrial equipment. The magnetic ring/pin locking mechanism offers advantages of secure attachment, ease of use, durability, safety, convenience, and ergonomics, making it a versatile and effective solution.
The present invention provides a brush head with detachable ends but not limiting to curved/rounded ends with perpendicular bristles suitable to clean side surface and corners where walls and floors come together, areas where different planar walls intersect and other edged areas.
The present invention provides for magnetic ring locking mechanism to quickly attach or detach brush ends from the brush head. The peg ejector removably attached to the brush head can be removed and inserted through bristle side of the brush head thereby releasing the peg from magnetic ring by pushing the peg downwards.
The magnetic ring/pin locking mechanism comprises a magnetic ring and a magnetic metal pin/plunger. The magnetic ring is a ring-shaped component made of a magnetic material, installed on one part, such as a brush head or a pool cleaning tool. The magnetic metal pin/plunger is a pin-shaped component made of a magnetic metal, installed on an adjoining part, such as a detachable brush end or handle.
When the two parts are brought together, the magnetic force between the magnetic ring and the pin creates an attraction that draws the pin into the hole within the magnetic ring. This interaction results in a secure attachment between the two parts, preventing accidental separation.
Further objects and advantages of this invention will be apparent from the following detailed description of a presently preferred embodiment which is illustrated schematically in the accompanying drawings.
The detachable pool brush designed and equipped with magnetic ring/pin locking mechanism that provides a secure attachment between two parts. The invention is effectively applicable to a detachable pool brush designed to effectively clean dirt and debris from the edges of a pool while protecting the pool's surface from damage. However, it should be understood that the magnetic ring/pin locking mechanism can have broader applications in various fields.
The magnetic ring/pin locking mechanism comprises a magnetic ring and a magnetic metal pin/plunger. The magnetic ring is a ring-shaped component made of a magnetic material and is installed on one part, such as a brush head or a pool cleaning tool. The magnetic metal pin/plunger is a pin-shaped component made of a magnetic metal and is installed on an adjoining part, such as a detachable brush end or/and a handle.
When the two parts are brought together, the magnetic force between the magnetic ring and the pin creates an attraction that draws the pin into the hole within the magnetic ring. This interaction results in a secure attachment between the two parts. The magnetic attraction ensures that the two parts cannot be separated as long as the pin remains inserted within the ring.
To detach the two parts, a tool can be inserted through a hole or opening in the first part, which allows access to the pin. Wherein the tool here is the peg ejector and by pushing the peg free of the magnetic ring, the magnetic force is disengaged, allowing for the separation of the two parts. In the case of the detachable pool brush, a peg ejector is provided to facilitate the disengagement of the metal pin from the magnetic ring. The peg ejector is removably attached to the brush head and can be inserted through the bristle side of the brush head to push the pin downwards, detaching it from the magnetic ring in the detachable brush end.
The present invention provides several advantages over existing pool brushes. Firstly, the detachable brush ends, secured by the magnetic ring/pin locking mechanism, allow for thorough and gentle cleaning of the pool edges without causing any damage. The curved/rounded ends of the brush ends prevent scratches or abrasions to the pool's surface or liner, ensuring the longevity and aesthetic appeal of the pool.
Secondly, the brush head of the present invention can also be used as a straight brush by detaching the brush ends. The brush head includes downward-oriented bristles, eliminating the need to purchase different brushes for cleaning different areas of the pool. This feature enhances convenience and versatility for pool owners.
Furthermore, the magnetic ring locking mechanism enables quick and effortless attachment and detachment of the brush ends from the brush head. The magnetic force provides a secure and reliable connection, ensuring stability during use. The peg ejector simplifies the disengagement process, allowing for efficient removal of the brush ends from the brush head.
The present invention also facilitates compact storage and transportation. With detachable brush ends and handle, the pool brush can be easily disassembled, reducing its overall size. This feature is particularly beneficial for pool owners with limited storage space or for professionals who need to transport the brush to different locations. Referring to the accompanying drawings, a detailed description of the detachable pool brush equipped with a magnetic ring locking mechanism will now be provided.
The detachable pool brush comprises a brush head (1), detachable brush ends (2), an elongated removable handle (3), a magnetic ring locking mechanism (4), and a peg ejector (5). The brush head (1) is designed to enable thorough and gentle cleaning of the pool edges without causing any damage. The detachable brush ends (2) provide versatility in cleaning different areas of the pool and can be curved/rounded ends with perpendicular bristles suitable for cleaning side surfaces and corners where walls and floors come together, areas where different planar walls intersect, and other edged areas. The elongated removable handle (3) allows for comfortable handling and maneuverability during pool cleaning operations.
The above invention at par to an embodiment can be a detachable pool brush includes a brush head, detachable brush ends, and a magnetic ring lock mechanism. The brush head has a plurality of bristles extending from a central hub. The detachable brush ends have a plurality of bristles extending from a central hub. The magnetic ring lock mechanism includes a magnetic ring on either of the brush head or the detachable brush ends. The magnetic rings are configured to attract and latch up the metal peg/plunger, thereby securing the brush ends to the brush head.
To detach the two parts, a tool, known as the peg ejector, is inserted through a hole or opening in the first part, allowing access to the pin. The peg ejector is designed to push the pin free of the magnetic ring, disengaging the magnetic force and allowing for the separation of the two parts. In the case of the detachable pool brush, the peg ejector is removably attached to the brush head, and it can be easily inserted through the bristle side to push the pin downwards, detaching it from the magnetic ring in the detachable brush end.
In another embodiment, The detachable pool brush includes a brush head, detachable brush ends, a magnetic ring lock mechanism, and a peg ejector. The peg ejector is removably attached to the brush head. The peg ejector is configured to be inserted through the brush head and engage the magnetic ring on the detachable brush ends. When the peg ejector is inserted, the magnetic ring is disengaged from the brush head, thereby detaching the detachable brush ends from the brush head.
One a other embodiment, wherein the detachable pool brush includes a brush head, detachable brush ends, a magnetic ring lock mechanism, a peg ejector, and a handle. The handle is removable & attached to the brush head with the same magnetic ring lock. The handle is configured to provide a user with a convenient grip for holding the brush and can be of anything at par to choice of the user.
One key embodiment of the invention is that its a brush head with detachable brush ends, including curved/rounded ends and straight brush ends; and not limited to one specific shape or structure and the detachable brush ends and brush handle allowing for easy detachment from the brush head, facilitating compact storage and transportation.
In another embodiment, the magnetic ring/pin locking mechanism finds application in children's toys, where detachable components are desired for versatile play experiences. For example, a magnetic ring can be incorporated into the body of a toy car, while the detachable components such as the roof, doors, and wheels can have corresponding magnetic metal pins. When brought together, the magnetic force securely attaches the components, enabling children to play with the fully assembled toy without the risk of accidental detachment.
To disassemble the toy, a peg ejector similar to the one used in the detachable pool brush can be included in the toy set, allowing children to easily remove and rearrange the components for creative play scenarios.
Via an other embodiment, The said magnetic ring/pin locking mechanism can be incorporated into medical devices that require easy assembly and disassembly for maintenance and cleaning purposes. For instance, a medical instrument's handle may be equipped with a magnetic ring, while the detachable working end can have a magnetic metal pin. When assembled, the magnetic force ensures a firm connection, critical for precise medical procedures. To separate the components for cleaning or maintenance, a specialized peg ejector designed for medical applications can be utilized, allowing healthcare professionals to quickly and easily detach and reattach the instrument's working end.
Wherein said the applications of the invention can extent to numerous product concepts, but herein is limited to the detachable pool brush which can be used but not limited to cleaning the edges of pools, as well as other surfaces such as walls, floors, and furniture.
At par to the above application to use the detachable pool brush, the user first attaches the brush ends to the brush head. The user then inserts the peg ejector through the brush head and engages the magnetic ring on the detachable brush ends. The user then pulls the peg ejector out of the brush head, thereby detaching the detachable brush ends from the brush head. The user then uses the brush to clean the desired surface.
In summary, the magnetic ring/pin locking mechanism provides an efficient and secure attachment system for various applications. The detachable pool brush incorporating this mechanism offers improved functionality, ease of use, and enhanced pool maintenance. The magnetic ring/pin locking mechanism can also be applied to other fields where a secure and detachable connection between two parts is required.
While specific embodiments and applications of the invention have been illustrated and described, it is to be understood that the invention is not limited to the precise configuration and components disclosed herein. Various modifications, changes, and variations, which will be apparent to those skilled in the art, may be made within the scope of the appended claims.
