Connecting buckle for obstacle slackline

Abstract

A connecting buckle for obstacle slackline, comprising slackline connecting buckles, a slackline penetrating opening penetrating from left to right being formed in each connecting buckle; a slackline, sequentially penetrating through slackline penetrating openings of slackline connecting buckles and is used for connecting all slackline connecting buckles; a plurality of same or different types of function module pieces, and each function module piece is detachably installed at bottom of slackline connecting buckle and is connected with the slackline penetrating through slackline connecting buckles. The invention adopts a novel slackline connecting buckle, so that each function module is connected with slackline connecting buckles more quickly, with high strength after connection and improved dismounting efficiency; required activities can be performed on whole device by combining various different function modules to save space layout; after whole slackline is connected, a balanced contact surface is formed at top for balance training.

1 . A connecting buckle for obstacle slackline, comprising:
 slackline connecting buckles, wherein a slackline penetrating opening penetrating from left to right is formed in each connecting buckle;   a slackline, which sequentially penetrates through slackline penetrating openings of a plurality of slackline connecting buckles and is used for connecting all slackline connecting buckles;   a plurality of same or different types of function module pieces, and each function module piece is detachably installed at bottom of the slackline connecting buckle and is connected with the slackline penetrating through slackline connecting buckles.   
     
     
         2 . The connecting buckle for obstacle slackline of  claim 1 , wherein 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;
 when connecting piece on each function module piece penetrates through the connecting groove and extends into the accommodating cavity, the slackline penetrates through the connecting piece and the whole slackline connecting buckle from the slackline penetrating opening, and at the moment, the function module piece is connected with the slackline connecting buckle and the slackline.   
     
     
         3 . The connecting buckle for obstacle slackline of  claim 2 , wherein 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. 
     
     
         4 . The connecting buckle for obstacle slackline of  claim 1 , wherein 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. 
     
     
         5 . The connecting buckle for obstacle slackline of  claim 1 , wherein an arc-shaped broadening portion is formed on each of two sides of the slackline connecting buckle. 
     
     
         6 . The connecting buckle for obstacle slackline of  claim 1 , wherein top position of each slackline connecting buckle is provided with an operating opening connected with the accommodating cavity. 
     
     
         7 . The connecting buckle for obstacle slackline of  claim 3 , wherein 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. 
     
     
         8 . The connecting buckle for obstacle slackline of  claim 1 , wherein 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. 
     
     
         9 . The connecting buckle for obstacle slackline of  claim 1 , wherein 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. 
     
     
         10 . A method for integrating function module pieces of an obstacle slackline is performed as follows:
 (1) providing a slackline with a plurality of slackline connecting buckles, wherein each slackline connecting buckle is provided with a slackline penetrating opening and at least one connecting groove at bottom, and the connecting groove is connected with the accommodating cavity within the slackline connecting buckle;   (2) selecting a plurality of same or different types of function module pieces, each function module piece comprising a module body, a connecting strap, and at least one connecting piece with a sealing piece, wherein one end of the connecting strap is connected to the module body and other end thereof is connected to the connecting piece;   (3) introducing one end of the connecting piece of the function module piece through the connecting groove of the slackline connecting buckle so that the connecting piece extends through the connecting groove into the accommodating cavity while ensuring that the slackline is snap-fitted into the connecting cavity through the opening of the connecting piece;   (4) the slackline is fixed into the connecting cavity by utilizing closing action of the sealing piece by operating the sealing piece to close opening of the connecting piece, and completing stable connection between the function module piece and the slackline;   (5) repeating steps (3) and (4) until all selected function module pieces are mounted on the slackline according to predetermined position and sequence to realize multifunctional configuration of the slackline;   (6) adjusting position of each function module piece on the slackline, optimizing distribution of function module pieces according to the use requirements or training objectives, and realizing the reasonable utilization of space and maximization of functions;   (7) tighten and fix two ends of the slackline to ensure that all function module pieces are integrated with the slackline to build a balanced contact surface to support diverse training and use scenarios.