Mechanical, self-releasing bracket for a spare regulator (octopus) of a diving apparatus for attachment to a buoyancy compensator.

Abstract

1. Detachable bracket for a spare breathing regulator of a diving apparatus, comprising • a first mounting part that can be attached to a buoyancy compensator and has at least one locking element with a holding area, • a second mounting part that can be attached to the hose of the reserve regulator, characterized in that • that the second mounting part has one or more holding elements that are movable relative to the first, • that at least one elastic preloading element generates a preload force which forces the retaining elements into a locking position, • that the retaining elements form a releasable locking connection with the retaining area of ​​the locking element, • and that the locking connection releases automatically when a predetermined separating load is applied.

Description

Title of the invention

[0001] Mechanical, self-releasing bracket for a spare regulator (octopus) of a diving apparatus for attachment to a buoyancy compensator. Description Technical area

[0002] The invention relates to a mechanical, self-releasing holder for a spare breathing regulator (octopus) of a diving apparatus for attachment to a buoyancy compensator. State of the art

[0003] It is common practice for scuba divers to carry an additional regulator (often called an "octopus") that can be made available to a dive buddy in an emergency. This reserve regulator must be securely attached to a designated location for quick access in an emergency. It must also be easily detachable without complicated release procedures.

[0004] Common mounting systems use magnetic connections, hook-and-loop fasteners, or mechanical clips. Magnetic systems may contain components that are susceptible to corrosion or can be magnetized. Hook-and-loop fasteners can detach unintentionally or be affected by contamination. Rigid clips can damage the hose or require high operating forces.

[0005] Therefore, there is a need for a holder that securely fixes the spare regulator, but can be released in an emergency without additional steps, is attached to the hose in a way that protects the material and does not contain any corrosion-prone or magnetic materials. Task

[0006] Providing a bracket that • ensures a defined positioning, • provides a secure locking mechanism without any additional operating action, • releases automatically when a predetermined separating movement is applied, • an adjustable release force allows, • can be attached to the hose in a way that is gentle on the material, • can be implemented in a corrosion-resistant manner. Solution

[0007] The bracket includes: • a first mounting part with a locking element, • a second mounting part with several movable holding elements, • at least one elastic prestressing element for applying pressure to the holding elements.

[0008] The retaining elements are movably mounted relative to the second retaining part and can be moved between a locking position and a release position.

[0009] The locking mechanism is created by the interaction of the retaining elements with at least one retaining area of ​​the locking element.

[0010] The connection is designed so that it automatically releases when a predetermined breaking load, determined by the preload characteristic, is exceeded.

[0011] The locking effect can be based on positive locking, force locking, or a combination thereof.

[0012] The retaining elements can: • swiveling, • tilting, • radially displaceable, • translationally flexible, • elastically deformable be trained.

[0013] The elastic prestressing element can: • as a closed ring, • as a segmented element, • as a single or multiple spring elements, • as an elastomeric molded body, • as an integral elastic region of a component be trained.

[0014] The release force can be adjusted by geometric and / or material-related parameters of the prestressing element and / or the retaining elements. Example of implementation

[0015] In a preferred embodiment, the lower part has four retaining clips evenly distributed around its circumference. Each retaining clip is designed as an elongated element guided in a vertical slot. The slots are contoured such that the retaining clips execute a defined tilting movement.

[0016] The upper part's pin has a widened head section, the diameter of which is larger than the clear distance between the inwardly pre-tensioned retaining clips. During insertion, the retaining clips slide outwards over the pin's conical transition surface and snap into place behind the head section.

[0017] The holding force can be adjusted by replacing the O-ring without having to make any structural changes to the upper or lower part.

[0018] Exemplary embodiments of the invention are described with reference to the Fig. explained. It shows: Fig. : Holder for a spare breathing regulator - closed Fig. : Holder for a spare regulator - attachment to the regulator hose Fig. : Bracket for a spare regulator - open Fig. : Bracket for a spare breathing regulator -holding element(s) Key features • Multi-part, detachable bracket • Circumferentially distributed movable retaining elements • Elastically generated radial preload • Locking connection with defined release force • Automatic release without a user mechanism • Adjustable holding / releasing force • Purely mechanical holding function without magnets • Determined movement guidance of the retaining elements • Automatic disconnection when a defined load is exceeded • Saltwater resistant • Tool-free assembly Advantages of the utility model: • Increased safety: Automatic disconnection when a defined load is exceeded offers a combination of safety hold and emergency release. • Improved handling: Thanks to the tool-free assembly, the mount can be easily and safely modified or replaced, for example during diving trips. • Compact design: The compact design allows for easy and space-saving storage. • Saltwater resistance: The use of saltwater-resistant and environmentally neutral plastics and elastomers prevents the holding device from rusting. • Magnet-free: Due to the purely mechanical holding function, no magnets are required. Summary:

[0019] The compact holding device according to the invention for spare breathing regulators made of plastic and elastomers is ideal for divers who value reliable and user-friendly equipment. Additional Information: • The holding device can be made of various saltwater-resistant materials such as [material name]. This compact spare regulator holder makes diving even safer, more comfortable, and more efficient! Reference list 1 carabiner for attaching, for example, to a buoyancy compensator vest 2 Mounting bracket top part - assembled 3 retaining element(s) in the lower part - closed 4 clamping element(s) for generating the holding force 5 Circumferential groove for O-ring for attachment to the regulator hose 6 O-rings for attaching to the regulator hose - closed 7. Regulator hose 8 O-rings for attaching to the regulator hose - open 9. Upper bracket - removed 10 retaining element(s) in the lower part - open

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