Pipe spacing system

Abstract

A pipe spacing system comprises a mounting plate 12 configured to be secured to a surface. The mounting plate has at least two recesses 18 for receiving a part of respective pipe mounts. Each pipe mount has a first part 14 configured to be received by a receptacle of the mounting plate, and a second part 16 configured to selectively engage with the first part. It further comprises a pipe clip 22 which forms part of the second part of the pipe mount. Removable blanks can be provided to be inserted into each recess. The first part of each pipe mount can comprise a tubular member which is thin walled and has an internal threaded portion 14b, and which is received by a receptacle of the mounting plate. The second part of each pipe mount can comprise a tubular member with an external threaded portion that is received by the internal threaded portion of the tubular member of the first part. The first and second parts of the pipe mount can comprise a frangible portion to enable their length to be adjusted through removal of a portion of the part.

Description

TECHNICAL FIELD The invention relates to a pipe spacing system. BACKGROUND The field of pipe-spacing systems is a critical aspect of construction, plumbing, and various other industries that require the mounting of pipes and other structures to surfaces. These systems are integral to the secure and efficient installation of pipes, ensuring their proper alignment, spacing, and stability. The systems are typically used in a variety of settings, including residential, commercial, and industrial environments. Historically, pipe-spacing systems have been designed to provide a means of securing pipes to walls, ceilings, and other surfaces. These systems generally comprise a series of adjustable brackets and mounting plates. The brackets are typically adjustable to accommodate pipes of various sizes and to allow for the precise positioning of the pipes. The mounting plates, on the other hand, are used to secure the brackets to the desired surface. The mounting plates in traditional pipe-spacing systems are typically designed to be secured to a surface using screws or other fastening means. Once secured, the mounting plates provide a stable base for the attachment of the brackets. The brackets, in turn, are designed to receive and secure the pipes. The brackets are typically adjustable, allowing for the precise positioning of the pipes relative to the mounting plate and the surface to which the plate is secured. Despite the widespread use of these traditional pipe-spacing systems, they are not without their shortcomings. For instance, the process of adjusting the brackets to accommodate different pipe sizes and positions can be time-consuming and labour-intensive. Moreover, the securement of the pipes to the brackets often requires the use of additional fastening means, such as screws or clamps, which can further complicate the installation process. Furthermore, traditional pipe-spacing systems often lack flexibility. Once the mounting plates and brackets are secured, adjusting the position of the pipes can be difficult and may require the complete disassembly and reassembly of the system. This lack of flexibility can be particularly problematic in situations where the pipes need to be repositioned or replaced. In addition, traditional pipe-spacing systems often fail to provide a secure and stable mounting for the pipes. The pipes may shift or move over time, particularly in situations where the pipes are subjected to vibrations or other external forces. This can lead to the misalignment of the pipes, potentially compromising the integrity of the system and leading to leaks or other issues. Improvements are desired to overcome shortcomings of existing implementations. SUMMARY In general terms, the present disclosure is directed to a system for spacing pipes, which includes a mounting plate that can be secured to a surface and has recesses to receive pipe mounts. Each pipe mount has two parts - a first part that fits into the mounting plate and a second part that can engage with the first part, which includes a pipe clip. Advantageously, the invention provides a more secure and adjustable solution for mounting pipes to surfaces, solving the problem of instability and inflexibility in current pipe-spacing systems. According to an aspect of the invention, there is provided a pipe spacing system. The pipe spacing system comprises a mounting plate configured to be secured to a surface. The mounting plate comprises at least two recesses for receiving a part of respective pipe mounts. The system also comprises at least two pipe mounts, each pipe mount comprising a first part configured to be received by a receptacle of the mounting plate, and a second part configured to selectively engage with the first part. Furthermore, the system comprises a pipe clip forming part of the second part of the pipe mount. Optionally, the mounting plate is provided with a removable blank inserted into each recess. Optionally, the first part of each pipe mount comprises a tubular member configured to be received by a receptacle of the mounting plate. Optionally, the tubular member is thin-walled and comprises an internal threaded portion. Optionally, the second part of each pipe mount comprises a tubular member having an external threaded portion that is configured to be received by the internal threaded portion of the tubular member of the first part of the pipe mount. Optionally, each receptacle of the base plate comprises a recess in a body of the base plate having a fixing hole positioned within said recess. The fixing hole is configured to enable a fixing to engage against an internal surface of the recess and secure the base plate against the surface. Optionally, the tubular member of the first part of the pipe mount has a closed end and an open end, wherein the closed end has a fixing hole for receiving a fixing to enable the first part of the pipe mount to be secured to the base plate via the fixing hole of the base plate. Optionally, the closed end of the tubular member of the first part of the pipe mount comprises a base flange having a diameter slightly less than that of the diameter of the recess of the base plate. Optionally, the length of the pipe mount is adjustable by threading the second part of the pipe mount into and engaging it with the first part of the pipe mount. Optionally, one or both of the first part and second part of the pipe mount comprises at least one frangible portion to enable the length thereof to be adjusted through removal of part of the first and / or second part of the pipe mount. Optionally, the at least two recesses in the base plate comprise more than two recesses, and the recesses are equally spaced apart. Optionally, at least two of the recesses in the base plate are of differing diameter. Optionally, each recess in the base plate is colour coded to identify a size or type of pipe mount it is intended to receive. Optionally, the more than two recesses are arranged in a linear array. Optionally, the more than two recesses are arranged in a non-linear array. Optionally, the pipe clip comprises a deformable structure configured to receive and retain a pipe. BRIEF DESCRIPTION OF THE DRAWINGS These and other aspects will now be described in relation to the Figures in which: Figure 1 illustratively shows a pipe spacing system according to the present disclosure. DETAILED DESCRIPTION Figure 1 illustratively shows a pipe spacing system (10) according to the present disclosure. The system (10) comprises a mounting plate (12) configured to be secured to a surface, at least two pipe mounts (14), and at least two pipe clips (16). The mounting plate (12) has at least two recesses (18) for receiving a part of respective pipe mounts (14). Each pipe mount (14) has a first part (14a) configured to be received by a recess (18) of the mounting plate (12), and a second part (14b) configured to selectively engage with the first part (14a). The second part (14b) of the pipe mount (14) includes the pipe clip (16). Advantageously, the mounting plate (12) provides a robust and reliable foundation. The mounting plate (12) is designed to be affixed to a variety of surfaces, including but not limited to concrete walls, wooden beams, or even metallic structures. The mounting plate (12) comprises a plurality of recesses therein, each designed to receive a part of a pipe mount (14). These recesses secure fit for the pipe mounts (14). The pipe mounts (14) are composed of two distinct parts. The first part (14a) comprising a cylindrical or tubular member (20) is designed to fit into a recess (18) of the mounting plate (12). The second part (14b) of the pipe mount is designed to selectively engage with the first part (14a). This engagement can be achieved through various mechanisms, such as screw threading, bayonet mounting, or even a simple push-fit connection, depending on the specific requirements of the system. The second part (14b) of the pipe mount (14) includes the pipe clip (22) to secure a pipe in place. The pipe clip (22) is designed to accommodate a range of pipe diameters. It may feature a hinged or snap-fit design for easy installation and removal of the pipes, or it may incorporate a clamping mechanism for enhanced grip. This two-part design of the pipe mount (14) introduces a high degree of flexibility and adjustability into the system (10). It allows for the accommodation of pipes with a wide range of sizes and configurations, from small-diameter conduits for electrical wiring to large-diameter pipes for water or gas supply. The adjustability of the system is further enhanced by the ability to selectively engage the first (14a) and second (14b) parts of the pipe mount (14), allowing for fine-tuning of the pipe position even after installation. The inclusion of the pipe clip (22) as part of the second part (14b) of the pipe mount (14) provides a secure hold on the pipe, preventing it from moving or slipping once installed. The pipe clip (22) ensures that the pipe remains securely in place even under conditions of high flow velocity or vibration. The design of the pipe clip (22) may also incorporate features such as rubber or silicone lining for enhanced grip and to prevent damage to the pipe surface. In some embodiments the mounting plate (12) is provided with a removable blank (not shown) inserted into each recess (18). Advantageously, the removable blanks provide additional flexibility in the system. They can be removed when a pipe mount needs to be installed and replaced when the recess is not in use, protecting the recess from dust and debris. The removable mounts may also be removed and discarded. In some embodiments the longitudinal length of the pipe mount (14) is adjustable by way of how far the second part (14b) of the pipe mount (14) is threaded into and engaged by the first part (14a) of the pipe mount (14). The ability to adjust the length of the pipe mount (14) allows for precise control over the length of the pipe mount, accommodating pipes of various diameters. It also simplifies the installation process, as the pipe mount (14) can be adjusted on-site to fit the specific requirements of the installation. In some embodiments the pipe spacing system (10) comprises at least one frangible portion (not shown) on one or both of the first part (14a) and second part (14b) of the pipe mount (14), which enables the length thereof to be adjusted through removal of part of the first (14a) and / or second (14b) part of the pipe mount (14). Advantageously, the inclusion of a frangible portion on the pipe mount (14) provides an additional method of adjusting the length of the pipe mount (14). The length of the pipe mount may be shortened by simply removing a part of the pipe mount (14), providing a quick and easy method of customization. In some embodiments the pipe spacing system (10) comprises more than two recesses (18) in the base plate (12), which are equally spaced apart. Advantageously, the inclusion of more than two equally spaced recesses (18) in the base plate (12) allows for the installation of multiple pipe mounts (14), increasing the capacity of the system (10). This arrangement also for the organized and efficient arrangement pipes, facilitating easy access and maintenance. In some embodiments at least two of the recesses (18) in the base plate (12) are of differing diameter. Advantageously, having recesses (18) of differing diameters in the base plate (12) allows for the accommodation of pipe mounts (14) of various sizes. In some embodiments each recess (18) in the base plate (12) is colour coded to identify a size or type of pipe mount (14) it is intended to receive. Advantageously, the colour coding of the recesses (18) provides a simple and effective method of identifying the size or type of pipe mount (14) intended for each recess. This simplifies the installation process, as the appropriate pipe mount (14) can be easily identified and installed in the correct recess (18). It also reduces the risk of errors, ensuring the correct fit and function of the system (10). In some embodiments the more than two recesses (18) are arranged in a linear array. Advantageously, arranging the recesses (18) in a linear array facilitates easy installation and maintenance of the pipes. It also provides a clear and unobstructed path for the pipes, reducing the risk of damage or interference. In some embodiments the more than two recesses (18) are arranged in a non-linear array. Advantageously, arranging the recesses (18) in a non-linear array provides flexibility in the layout of the pipe mounts (14), accommodating complex or irregular pipe configurations. This design facilitates easy access and maintenance of the pipes, regardless of their configuration. In some embodiments the pipe clip (22) comprises a deformable structure configured to receive and retain a pipe. Advantageously, the inclusion of a deformable structure in the pipe clip (22) allows for a secure and adaptable hold on the pipes. This allows for the accommodation of pipes of various sizes and shapes, ensuring a snug and secure fit. It also simplifies the installation process, as the pipe clip (22) can be easily deformed to allow the pipe to be secured. It will be understood that the term frangible portion as used herein may refer to a breakable or fragile section of the pipe mount system (10), designed to separate under application of force. It will be understood that the term deformable structure as used herein may refer to a component of the system (10) that is capable of changing its shape or form, such as the pipe clip (22), under certain conditions or forces, while still maintaining its functionality in securing or spacing the pipes. It will be understood that the term mounting plate (12) as used herein may refer to a component that is designed to be affixed to a surface and features recesses (18) designed to securely accommodate pipe mounts (14) as part of a pipe spacing system (10). It will be understood that the term pipe clip (22) as used herein may refer to a component, typically made of plastic, that is designed to securely hold and position a pipe within the system (10), often by engaging with another part of a pipe mount (14). It will be appreciated by the person of skill in the art that various modifications may be made to the above-described examples without departing from the scope of the invention as defined by the appended claims.

Claims

1. A pipe spacing system comprising:a mounting plate configured to be secured to a surface, the mounting plate comprising at least two recesses for receiving a part of respective pipe mounts;at least two pipe mounts, each pipe mount comprising a first part configured to be received by a receptacle of the mounting plate, and a second part configured to selectively engage with the first part; anda pipe clip forming part of the second part of the pipe mount.

2. A pipe spacing system according to claim 1, wherein the mounting plate is provided with a removable blank inserted into each recess.

3. A pipe spacing system according to claim 1 or claim 2, wherein the first part of each pipe mount comprises a tubular member configured to be received by a receptacle of the mounting plate.

4. A pipe spacing system according to claim 3, wherein the tubular member is thin walled and comprises an internal threaded portion.

5. A pipe spacing system according to claim 4, wherein the second part of each pipe mount comprises a tubular member having an external threaded portion that is configured to be received by the internal threaded portion of the tubular member of the first part of the pipe mount.

6. A pipe spacing system according to any preceding claim, wherein each receptacle of the base plate comprises a recess in a body of the base plate having a fixing hole positioned within said recess, the fixing hold being configured to enable a fixing to engage against an internal surface of the recess and secure the base plate against the surface.

7. A pipe spacing system according to claim 6, wherein the tubular member of thefirst part of the pipe mount has a closed end and an open end, wherein the closed end comprises a fixing hole for receiving a fixing to enable the first part of the pipe mount to be secured to the base plate via the fixing hole of the base plate.

8. A pipe spacing system according to claim 8, wherein the closed end of the tubular member of the first part of the pipe mount comprises a base flange having a diameter slightly less than that of the diameter of the recess of the base plate.

9. A pipe spacing system according to claim 5, wherein the longitudinal length of the pipe mount is adjustable by way of how far the second part of the pipe mount is threaded into and engaged by the first part of the pipe mount.

10. A pipe spacing system according to claim 5 wherein one or both of the first part and second part of the pipe mount comprises at least one frangible portion to enable the length thereof to be adjusted through removal of part of the first and / or second part of the pipe mount.11 .A pipe spacing system according to any preceding claim, wherein the at least two recesses in the base plate comprise more than two recesses, and wherein the recesses are equally spaced apart.

12. A pipe spacing system according to claim 11, wherein at least two of the recesses in the base plate are of differing diameter.

13. A pipe spacing system according to claim 12, wherein each recess in the base plate is colour coded to identify a size or type of pipe mount it is intended to receive.

14. A pipe spacing system according to claim 11, wherein the more than two recesses are arranged in a linear array.

15. A pipe spacing system according to claim 11, wherein the more than two recesses are arranged in a non-linear array.

16. A pipe spacing system according to any preceding claim, wherein the pipe clipcomprises a deformable structure configured to receive and retain a pipe.

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