The present invention relates to a fastening apparatus for musical instruments and particularly to a fast disassembly fastening apparatus for musical instruments.
A conventional musical instrument fastening apparatus, such as one for fixing cymbals as shown in
While the aforesaid structure can generate sound by striking the cymbal 3, in the event that removing the cymbal 3 is desired, the fastening nut 4 has to be unfastened first, more time and efforts are needed for unfastening and refastening again, hence it cannot fully meet use requirements. Moreover, the fastening nut 4 is fastened by wrenching, hence is prone to wearing off and loosening after repetitive fastening and unfastening, and cannot securely hold the felts 2 and cymbal 3 and result in forming gaps between them and not effective vibration absorption. The timbre of the cymbal 3 could also be changed and become undesirable upon striking. There are still rooms for improvement.
Therefore, the primary object of the present invention is to provide a fast disassembly fastening apparatus for musical instruments to meet requirements of fast changing the musical instruments.
To achieve the foregoing object, the fast disassembly fastening apparatus of the invention is mounted onto a bracing post and includes a mounting seat, a latch portion, an elastic portion and a press portion. The mounting seat has a housing compartment with an aperture run through by the bracing post. The latch portion is hinged in the housing compartment and has a fixed position intruding into the aperture and a release position escaping from the aperture. The elastic portion is compressed inside the housing compartment to push the latch portion to the fixed position. The press portion is inserted into the housing compartment from an exterior of the mounting seat to contact the latch portion and is depressible to push the latch portion to reach the release position.
Thus, by pressing the press portion, the latch portion can be pushed to move to the release position with the bracing post running through the aperture; and after the press portion is released, the elastic force of the elastic portion can push the latch portion to reach the fixed position, and then the latch portion can latch the bracing post so that the mounting seat can be securely held on the bracing post to fix a musical instrument. The fastening structure thus formed is operable by pushing the press portion, thus can perform fastening and unfastening quickly to meet use requirements.
The foregoing, as well as additional objects, features and advantages of the invention will be more readily apparent from the following detailed description, which proceeds with reference to the accompanying drawings.
Please refer to
The latch portion 30 is hinged in the housing compartment 21 and has a fixed position intruding into the aperture 22 and a release position escaping from the aperture 22. The latch portion 30 includes two clamp jaws 31 hinged in the housing compartment 21 and located at two sides of the aperture 22.
The elastic portion 40 is compressed inside the housing compartment 21 to push the latch portion 30 to the fixed position. The elastic portion 40 may include two elastic elements 41 corresponding to the two clamp jaws 31 for pushing thereof so that the latch portion 30 is moved to the fixed position. The housing compartment 21 and each clamp jaw 31 have respectively a recess 211 and a cavity 311 to hold one elastic element 41. Each clamp jaw 31 has an arched latch basin 312 facing one side of the aperture 22 and having a latch thread 313 formed thereon to enhance clamping strength on the bracing post 10.
The press portion 50 is inserted through the notch 204 into the housing compartment 21 from an exterior of the mounting seat 20 to contact the latch portion 30 and is depressible to push the latch portion 30 to the release position. The press portion 50 has a latch flange 51 on each of two ends, and the housing compartment 21 has two latch recesses 212 mating the latch flanges 51 to increase pressing precision. The press portion 50 also may have a guide slot 52 while the mounting seat 20 has a guide strut 23 mating and inserting into the guide slot 52 to slide therein to guide moving direction of the press portion 50.
Referring to
As a conclusion, by pushing the press portion 50 clamping of the latch portion 30 (latch jaws 31) on the bracing post 10 can be controlled. The fastening structure thus formed provides fast disassembly and assembly with simple operation, thus an instrument 60 (referring to