초록 ▼

An electronic high-hat circuitry system allows the drummer to manually choose the sounds that an electronic high-hat makes when the drummer's foot is off of the pedal and the high-hat instrument is struck. When the pedal is at or near the top of its travel, a primary circuitry switch disables normal

An electronic high-hat circuitry system allows the drummer to manually choose the sounds that an electronic high-hat makes when the drummer's foot is off of the pedal and the high-hat instrument is struck. When the pedal is at or near the top of its travel, a primary circuitry switch disables normal foot-controlled positioning circuitry and enables a secondary circuit that sends a manually selected positioning signal to a drum module. When the pedal is again pressed down, the primary circuitry switch returns control to the primary, pedal controlled circuit. An optional tertiary circuit allows for the choosing of a different sound when the secondary circuit is activated and the high-hat cymbal is tilted, and is used primarily for accent notes. A control panel is used by the drummer to select the desired high-hat sounds of the secondary and tertiary circuits.

대표청구항 ▼

What I claim as my invention is: 1. An electronic high-hat circuitry system comprising: an impact sensitive cymbal or other electronic triggering device which is struck by a drummer; an electronic drum module used to convert the signals from said triggering device into musical instrument sounds; a

What I claim as my invention is: 1. An electronic high-hat circuitry system comprising: an impact sensitive cymbal or other electronic triggering device which is struck by a drummer; an electronic drum module used to convert the signals from said triggering device into musical instrument sounds; a foot pedal which has an at-rest position that is at the top of its travel length; a primary control circuit which sends electrical signals to said drum module based upon the position of said foot pedal, said signals being used by the drum module to determine the tonal qualities of a high-hat instrument, whenever said foot pedal is not at or near the top of its travel length; a secondary control circuit which sends electrical signals to said drum module based upon a manually selected control signal, said signal being used by the drum module to determine the tonal qualities of a high-hat instrument, whenever said foot pedal is at or near the top of its travel length; a primary circuitry switch which electrically disables said primary control circuit, and activates said secondary control circuit when said foot pedal is at or near the top of its travel length, and disables said secondary control circuit and activates said primary control circuit at all other times, said secondary control circuit comprising; a means of manually varying the electrical signals supplied to said drum module utilizing a switch, resistors, a potentiometer, or a combination thereof; a control panel comprising a knob, switch or slider device which allows the drummer to manually vary the control current supplied to said drum module when said secondary circuit is activated. 2. An electronic high-hat circuitry system according to claim 1, wherein: the foot pedal is part of an assembly that houses and directly controls the primary control circuit. 3. An electronic high-hat circuitry system according to claim 1, wherein: the foot pedal is connected to a rod that connects to a device that controls the primary control circuit. 4. An electronic high-hat circuitry system according to claim 1, wherein: the primary circuitry switch is activated by the foot pedal itself when it reaches the top of its travel. 5. An electronic high-hat circuitry system according to claim 1, wherein: the primary circuitry switch is activated by the movements of a device that controls the primary control circuit, said device linked to the foot pedal using a rod. 6. An electronic high-hat circuitry system according to claim 1, wherein: the primary circuitry switch is activated by a cam that is connected to a rod that is connected to the foot pedal. 7. An electronic high-hat circuitry system according to claim 1, wherein: a tertiary circuitry switch electrically disables the secondary control circuit, and activates a tertiary control circuit whenever the primary control circuit is not in use and said impact sensitive cymbal or other electronic triggering device has been tilted, and said tertiary circuitry switch disables said tertiary control circuit and activates said secondary control circuit whenever said triggering device is not tilted and said primary control circuit is not in use, said tertiary circuit comprising: a means of manually varying the electrical signals supplied to said drum module utilizing a switch, resistors, a potentiometer, or a combination thereof, said signals being used by the drum module to determine the tonal qualities of a high-hat instrument; a control panel comprising a knob, switch or slider device which allows the drummer to manually vary the control current supplied to said drum module when said tertiary circuit is activated. 8. An electronic high-hat circuitry system according to claim 7, wherein: a tertiary circuit cymbal platform is used to support said impact sensitive cymbal or other electronic triggering device, said cymbal platform comprising: a central support post that enables cymbal tilting. 9. An electronic high-hat circuitry system according to claim 8, wherein: said cymbal platform includes a tertiary circuitry switch that is activated when the cymbal is tilted. 10. An electronic high-hat circuitry system according to claim 8, wherein: a return spring or other elastic device is used to restore said cymbal to an at-rest position that is not tilted. 11. An electronic high-hat circuitry system according to claim 10, wherein: said return spring has an adjustment device that allows the drummer to vary the return spring tension. 12. An electronic high-hat circuitry system according to claim 8, wherein: support arms define a fulcrum line for the cymbal to tilt in a direction facing the drummer. 13. An electronic high-hat circuitry system according to claim 12, wherein: said support arms can be adjustably positioned relative to the central support post. 14. An electronic high-hat circuitry system according to claim 12, wherein: said support arms have stanchions that support and guide said cymbal. 15. An electronic high-hat circuitry system according to claim 14, wherein: said stanchions are adjustable in height.