Connecting Buckle for Obstacle Slackline

The invention relates to the technical field of connecting buckle, in particular to a connecting buckle for obstacle slackline.

In sports training, rehabilitation medicine and entertainment activities, the obstacle slackline and related equipment thereof are widely applied to a plurality of aspects such as balance training, agility training and space perception training. These training devices challenge the participants' physical coordination abilities and response speeds by setting up different types of obstacles and pathways. Although the prior slackline device has certain effects in practical application, it still has some remarkable limitations.

First, the conventional slackline apparatus lacks flexibility and convenience in connection and adjustment of function modules. When training difficulty needs to be adjusted or the training mode needs to be changed, it needs to be completed through a complicated dismounting process, which not only consumes time, but also reduces training efficiency.

Secondly, the existing devices often do not fully meet requirements in terms of connection strength and stability. When high-strength or high-dynamic-change training is carried out, the connecting part may be loosened or displaced, which will further influences training effect and even threaten safety of a user.

Furthermore, many slackline devices are only suitable for specific training environments and purposes due to design and structural limitations, and lack expandability and versatility. This means that, in order to meet different training needs, the user may need to purchase and store multiple sets of equipment, thereby placing a burden on cost and space.

Therefore, there is an urgent need for a connecting buckle for obstacle slackline to improve flexibility and convenience of connection, ensure strength and stability of connection, and have good expandability and versatility to support a wide range of training requirements and application scenarios.

In order to solve the above mentioned problems, the invention provides a connecting buckle for obstacle slackline, which can effectively solve deficiencies in prior art.

The invention is realized by following technical solutions: a connecting buckle for obstacle slackline, which comprises

As a preferred technical scheme, the slackline connecting buckle comprises a connecting buckle body, wherein an accommodating cavity is formed in the connecting buckle body, and a connecting groove connected with the accommodating cavity is formed at bottom of the slackline connecting buckle;

As a preferred technical scheme, the connecting piece on the function module piece is provided with at least one opening, a sealing piece is arranged at the opening position, when the opening is closed by the sealing piece, a closed connecting cavity is formed in the middle of the connecting piece, and after the slackline is snap-fitted into the connecting cavity from the opening on one side of the connecting piece, the opening is closed by the sealing piece.

As a preferred technical scheme, two sides of the connecting groove are respectively provided with a yielding notch, and two sides of the connecting piece of the function module piece are respectively positioned in the yielding notches.

As a preferred technical scheme, an arc-shaped broadening portion is formed on each of two sides of the slackline connecting buckle.

As a preferable technical scheme, top position of each slackline connecting buckle is provided with an operating opening connected with the accommodating cavity.

As a preferred technical scheme, the sealing piece adopts a threaded connecting piece, and two sides of opening of the threaded connecting piece are respectively provided with a threaded connecting section; when the sealing piece closes the opening, the threaded connecting sections of the threaded connecting piece are in threaded engagement with two sides of the threaded connecting piece.

As a preferred technical scheme, each function module piece comprises a module body, a connecting strap and a connecting piece; one end of the module body is connected with the connecting strap, and other side of the connecting strap is connected with the connecting piece.

As a preferable technical scheme, after the slackline is connected with all function module pieces, two sides of the slackline are tensioned and fixed, and at the moment, top surface of the slackline forms a balanced contact surface.

A method for integrating function module pieces of an obstacle slackline is performed of the invention is as follows:

The invention has following advantageous effects: the invention adopts a novel slackline connecting buckle, so that each function module can be connected with slackline connecting buckles more quickly, strength is high after connection, and dismounting efficiency can be greatly improved; the structure is simple and required activities can be performed on the whole device by combining various different function modules to save space layout; after the whole slackline is connected, a balanced contact surface can be formed at top thereof for balance training, etc., greatly expanding use functions.

All features disclosed in the specification, or all steps in disclosed method or process, may be combined in any manner except for mutually exclusive features and/or steps.

Any feature disclosed in this specification (including any claims, abstract and drawings), may be replaced by alternative features serving equivalent or similar purposes, unless expressly stated otherwise. That is, unless expressly stated otherwise, each feature is only an example of a generic series of equivalent or similar features.

As shown fromto, a connecting buckle for obstacle slackline provided by the invention comprises slackline connecting buckles, wherein a slackline penetrating openingpenetrating from left to right is formed in each connecting buckle; the slackline connecting bucklescan be connected via the slacklineand position of each slackline connecting bucklecan be viewed as a connecting point;

As shown in, the function module piecemay be a swing, a ladder, a lifting ring, etc., and different function module piecesmay be selectively installed as required, so that in the embodiment, each module piece is integrated at bottom of the slackline; reasonable utilization of the structure of the slacklinecan utilize the slacklinefor balance training, and the slacklineand slackline connecting bucklescan be utilized to complete installation of various function module pieces, thereby reasonably utilizing the space, integrating various function module pieces into a whole, and greatly widening the use functions.

With reference toand, the slackline connecting bucklecomprises a connecting buckle body, wherein an accommodating cavityis formed in the connecting buckle body, and a connecting grooveconnected with the accommodating cavityis formed at bottom of the slackline connecting buckle; when the function module pieceis connected, it extends into the accommodating cavityof the connecting buckle bodyfrom the connecting groovefor fixing;

Wherein, in order to facilitate installation of the function module piece, in the embodiment, the connecting pieceon the function module pieceis provided with at least one opening, a sealing pieceis arranged at the opening position, when the opening is closed by the sealing piece, a closed connecting cavity is formed in the middle of the connecting piece, and after the slacklineis snap-fitted into the connecting cavity from the opening on one side of the connecting piece, the opening is closed by the sealing piece.

Specifically, when it is necessary to install the functional module piece, the slacklineis first passed through the slackline connecting buckle, and then the slacklineis manually pulled down to pull the slacklinepartially out of the connecting groove, and at this time, the pulled-out part of the slacklineforms an arc-shaped raised section, at this time, the sealing pieceis loosened, so that the opening in the connecting pieceis opened, and at this time, the pulled-out part of the slacklineis manually snapped through the opening into the connecting piece; then locking the sealing piece; at this time, the slacklineon both sides of the slackline connecting buckleis manually tightened so that installation of the function module pieceis completed, which is very convenient.

With the aim of not affecting the slacklinepassing through the slackline connecting buckle, in the embodiment, two sides of the connecting grooveare respectively provided with a yielding notch, and two sides of the connecting pieceof the function module pieceare respectively positioned in the yielding notches; when the connecting pieceof the function module pieceis extended into the yielding notch, both sides of the connecting pieceare located in the yielding notch, as shown in, effectively avoiding installation of the slackline.

In order to allow the slacklineto be properly provided within the slackline connecting buckle, as well as to enhance load-bearing weight of the slackline connecting buckle, in the embodiment, an arc-shaped broadening portionis formed on each of two sides of the slackline connecting buckle.

As shown in, top position of each slackline connecting buckleis provided with an operating openingconnected with the accommodating cavity; operating openingcan facilitate operating the connecting pieceof the function module pieceto make it easier to disassemble.

In the embodiment, the sealing pieceadopts a threaded connecting piece, and two sides of opening of the threaded connecting pieceare respectively provided with a threaded connecting section; when the sealing piececloses the opening, the threaded connecting sections of the threaded connecting pieceare in threaded engagement with two sides of the threaded connecting piece.

In the embodiment, each function module piececomprises a module body, a connecting strapand a connecting piece; one end of the module body is connected with the connecting strap, and other side of the connecting strapis connected with the connecting piece; the module body can be installed according to the user's needs, and is not specifically limited here to which function module piece.

After the slacklineis connected with all function module pieces, two sides of the slacklineare tensioned and fixed, and at the moment, top surface of the slacklineforms a balanced contact surface; users can utilize the balanced contact surface on the slacklinefor balance training, rehabilitation and more.

The invention has following advantageous effects: the invention adopts a novel slackline connecting buckle, so that each function module can be connected with slackline connecting bucklesmore quickly, strength is high after connection, and dismounting efficiency can be greatly improved; the structure is simple and required activities can be performed on the whole device by combining various different function modules to save space layout; after the whole slackline is connected, a balanced contact surface can be formed at top thereof for balance training, etc., greatly expanding use functions.

The invention and its embodiments have been described above, but the description is not limited thereto; only one embodiment of the invention is shown in the drawings, and the actual structure is not limited thereto. In general, it is to be understood by those skilled in the art that non-creative design of structural forms and embodiments that are similar to the technical solutions without departing from the spirit of the invention shall all fall within the protective scope of the invention.