Pedal operated cymbal stand for holding cymbals with adjustable elevation angle and position

The present invention relates to a pedal operated cymbal stand and particularly to a pedal operated cymbal stand for holding cymbals with adjustable elevation angle and position to meet different use habits of drummers.

In general, music performers, especially the drummers who have to operate many different types of musical instruments, often are surrounded by percussion instruments of varying acoustic effect. Some have a microphone stand or a side drum stand around the drum stand. To achieve versatility during performance the drummers usually have to move hands and feet to strike various types of instruments. Hence aid by a pedal operated cymbal stand driven by foot is required. References of pedal operated cymbal stand are available in U.S. Pat. Nos. 6,049,032, 6,215,056 B1, 6,528,714 B1, etc. They generally have a foot pedal located below the pedal operated cymbal stand to be stepped by a drummer's foot to actuate a pair of cymbals located on the upper side of the stand so that the cymbals strike each other to generate sound as desired.

The present conventional pedal operated cymbal stands allow the elevation angle of the cymbals to be adjusted only slightly. The drummers have to compromise their physical condition to suit the limited operation angle and position during performance. If a drummer wants to move the cymbal stand to a desired angle and position to suit his/her habit to achieve the optimal performance effect, the pedal operated cymbal stand has to be custom-made according to a special specification. It is expensive and cannot meet the requirements of different users.

Therefore the primary object of the present invention is to provide a pedal operated cymbal stand for holding cymbals with adjustable angle and position to meet different use habits of drummers so that the angle and position of the cymbals can be adjusted as desired to suit the optimal position and habits of individual performers.

The pedal operated cymbal stand according to the invention includes a foot pedal, a first post, a second post, two spherical joints, a connection bar and a linkage means. The two spherical joints have respectively a first distal end and a second distal end. The first distal end has a parallel cross section with degree of freedom for rotation relative to the second distal end, and can receive a force to alter the position relative to the second distal end.

The first post is located above the foot pedal. The second post holds a pair of cymbals. The connection bar has one end connecting to the first distal end of one spherical joint and the first post is connected to the second distal end of the one spherical joint. The connection bar has other end connecting to the first distal end of another spherical joint and the second post is connected to the second distal end of the another spherical joint. The linkage means has one end connecting to the foot pedal and another end connecting to the cymbals. Thus when the foot pedal is stepped, the linkage means can actuate the cymbals to strike each other to generate sound.

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.

FIG. 1 is a perspective view of the invention.

FIG. 2 is an exploded view of a spherical joint of the invention.

FIG. 3 is a fragmentary sectional view of the invention.

FIG. 4 is a fragmentary schematic view of the invention with the first post and the second post in a condition of altering position.

Please refer to FIG. 1 , the invention includes a foot pedal 10 , a first post 20 , a second post 30 , two spherical joints 40 , a connection bar 50 and a linkage means 60 . Each of the two spherical joints 40 has a first distal end 41 and a second distal end 42 . The first distal end 41 has a degree of freedom for rotation relative to the second distal end 42 about a parallel cross section, and can receive a force to alter the relative position with the second distal end 42 .

The first post 20 is located above the foot pedal 10 . The second post 30 holds a pair of cymbals 70 . The connection bar 50 has one end connecting to the first distal end 41 of one spherical joint 40 and the first post 20 is connected to the second distal end 42 of the one spherical joint 40 . The connection bar 50 has other end connecting to the first distal end 41 of another spherical joint 40 and the second post 30 is connected to the second distal end 42 of the another spherical joint 40 .

The linkage means 60 has one end connecting to the foot pedal 10 and another end connecting to the cymbals 70 . Thus when the foot pedal 10 is stepped, the linkage means 60 can actuate the cymbals 70 to strike each other to generate sound.

Referring to FIG. 2 , each of the spherical joins 40 includes four quarter spherical elements 43 to jointly form a sphere. The surface of the sphere has a first annular troughs 44 a and a second annular trough 44 b crossing each other in a normal manner. The first annular trough 44 a is coupled with a first circular ring 45 a to form the sphere. The second annular trough 44 b is coupled with a second circular ring 45 b . The second circular ring 45 b consisting of two half rings 451 fastened together by screwing. The two circular rings 45 a and 45 b have respectively one end extended outwards to form the first distal end 41 and the second distal end 42 to be fastened to the first post 20 , second post 30 and connection bar 50 .

Among the four quarter spherical elements 43 , two in the diagonal location are fastened together through a screw fastening element 46 . The fastening tightness of the fastening element 46 can be adjusted to alter the tightness of the spherical joint 40 . Namely, the force required to alter the relative position of the first distal end 41 and the second distal end 42 can be changed as desired.

Referring to FIG. 3 , the linkage means 60 includes a first drawing bar 61 , a drawing cord 62 and a second drawing bar 63 . The first drawing bar 61 and the second drawing bar 63 are located respectively in the first post 20 and the second post 30 . The first drawing bar 61 is connected to the foot pedal 10 . The second drawing bar 63 is connected to an upper cymbal of the cymbals 70 . The drawing cord 62 has two ends fastened to the first drawing bar 61 and the second drawing bar 63 . Each of the two ends of the drawing cord 62 has a fastening strut 621 with screw threads formed on a distal end thereof. The first drawing bar 61 and the second drawing bar 63 have respectively one end with screw threads formed thereon. The fastening strut 621 , first drawing bar 61 and second drawing bar 63 have respectively one end fastened by a nut 64 which has internal screw threads. There is a returning spring 80 located between the first drawing bar 61 and the first post 20 to keep them at a fixed relative position. Similarly, another returning spring 80 is located between the second drawing bar 63 and the second post 30 to keep them at a fixed relative position to return the linkage means 60 to an original condition.

The drawing cord 62 may be a steel cable, and is located between the first post 20 and the second post 30 . It also may be encased in a rubber sleeve 90 which has two ends fastened to one end of the first post 20 and second post 30 through a fastening portion 95 to anchor the rubber sleeve 90 .

Refer to FIG. 4 , as the two spherical joints 40 can be rotated, the relative position of the first post 20 and the second post 30 can be changed according to the desire and habits of drummers. Hence the cymbals 70 on the second post 30 can be moved to required positions to suit the individual need of the drummers to achieve optimal performance effect.