Claw-type launcher for water rocket launch and launch method of claw-type launcher

Abstract

The invention relates to a claw-type launcher for water rocket launching. The claw-type launcher is provided with an integrally formed launcher body and two claws, clamping buckle parts are arranged at the upper ends of the claws; limiting horizontal bars facing the corresponding clamping buckle portions are respectively formed at the ends of the same sides of the two clamping buckle parts; the launcher further includes a limiting mechanism that can limit and release the two limiting horizontal bars; when the limiting mechanism limits the limiting horizontal bars, the claws and the clamping buckle parts cannot move; and when the limiting mechanism releases the limiting horizontal bars, the l limiting horizontal bars, the claws and the clamping buckle parts can be opened. By adopting the structure, the limiting horizontal bars extending on the claws are used to lock and release in a limiting mode, the release stroke of the limiting mechanism is shorter and the release synchronization isbetter, and launching is facilitated; the structure of the limiting mechanism is diversified, a variety of launch methods can be achieved, such as multiple water rocket relay launches, mortar launches, and the like, different launch effects are brought, and the needs of more users can be met.

Description

Technical field: [0001] The invention belongs to the technical field of water rockets, in particular to a claw-type launcher for launching water rockets and a launching method thereof. Background technique: [0002] Existing launchers of water rockets (air rockets) usually adopt a method similar to quick connectors, and use balls and springs to realize locking positions to locate water rockets. It is realized by pulling the cable downwards. When the connecting cable is pulled down, there are disadvantages such as unbalanced tension and unsmooth movement of the movable outer ring, which causes the water rocket to launch unsmoothly. In addition, the control launch distance of existing water rocket launchers is relatively short, generally only about two meters long, and is easily splashed by the sprayed water during launch, which brings inconvenience to users. Generally, one person can only control the launch during launch. A water rocket cannot realize water rocket clusters o...

AI Technical Summary

Problems solved by technology

[0002] Existing launchers of water rockets (air rockets) usually adopt a method similar to quick connectors, and use balls and springs to realize locking positions to locate water rockets. It is realized by pulling down the cable. When the cable is pulled down, there are disadvantages such as unbalanced tension and unsmooth movement of the movable outer ring, resulting in unsmooth launch of the water rocket.

In addition, the control launch distance of existing water rocket launchers is relatively short, generally the longest is only about two meters, and it is easy to be splashed by the sprayed water during launch, which brings inconvenience to users. Generally, one person can only control the launch during launch. A water rocket cannot realize water rocket clusters or linked launches

[0003] The applicant has also developed a variety of other styles of launchers, but the structure is relatively complex, there are many parts, it is inconvenient to assemble, and specific tools are required to assist, which is not very convenient for consumers, but for producers, For the seller, in addition to the troublesome packaging of the product itself, it is also necessary to equip the buyer with various tools, and the overall cost is also high

[0004] The inventor has also developed a claw launcher, such as the "claw launcher for water rocket launch" disclosed in the patent number, which solves the problems of many and scattered launcher parts to a certain extent, but there are limitations The frame or the limiting side strips are easy to fall off and break, which brings inconvenience to the use of the water rocket. Moreover, the limit frame moves a long distance when it is released, and it is easy to deviate during the moving process, resulting in asynchronous release of the claws on both sides, which affects the launch effect.

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