초록 ▼

One aspect of the invention provides a firing apparatus that provides an arcuate visual effect. The firing apparatus includes a motor, an enclosure housing the motor and an arm connected to a shaft of the motor for moving a pyrotechnic device such as a gerb. Another aspect of the invention provides

One aspect of the invention provides a firing apparatus that provides an arcuate visual effect. The firing apparatus includes a motor, an enclosure housing the motor and an arm connected to a shaft of the motor for moving a pyrotechnic device such as a gerb. Another aspect of the invention provides a pyrotechnic system that includes a firing apparatus including a reciprocal motor, a firing arm having a first end connected to a shaft of the reciprocal motor and a second end adapted to emit an arcuate pyrotechnic effect, a control unit in communication with the firing apparatus for controlling operation of the reciprocal motor and an ignition unit in communication with the firing apparatus for initiating the pyrotechnic effect.

대표청구항 ▼

What is claimed is: 1. A pyrotechnic firing apparatus comprising: a motor having a rotatable shaft; a firing arm including a proximal end that is attached to the rotatable shaft, a distal end adapted to receive a pyrotechnic device and a body portion including an ignition contact; the distal end be

What is claimed is: 1. A pyrotechnic firing apparatus comprising: a motor having a rotatable shaft; a firing arm including a proximal end that is attached to the rotatable shaft, a distal end adapted to receive a pyrotechnic device and a body portion including an ignition contact; the distal end being adapted to receive a plurality of pyrotechnic devices and the body portion comprising a plurality of contacts, each contact of the plurality of contacts retaining a fuse of one pyrotechnic device of the plurality of pyrotechnic devices so that the ignition unit can fire the plurality of pyrotechnic devices at least one of sequentially and simultaneously; and a control and firing interface including a motor control input and an ignition input, wherein the motor control input is linked with the motor and receives a signal from a control unit that is located remotely from the pyrotechnic firing apparatus for controlling movement of the rotatable shaft and the ignition input is linked with the ignition contact and receives a signal from an ignition unit that is located remotely from the pyrotechnic firing apparatus for firing the pyrotechnic device. 2. The pyrotechnic firing apparatus of claim 1 wherein the motor comprises a reciprocating motor that arcuately moves the distal end back and forth through a predetermined angle. 3. The pyrotechnic firing apparatus of claim 1 wherein the predetermined angle is less than about 180��. 4. The pyrotechnic firing apparatus of claim 3 wherein the predetermined angle is approximately 90��. 5. The pyrotechnic firing apparatus of claim 3 wherein the distal end of the firing arm moves in a path through two substantially similar angles of approximately 45�� that are disposed on either side of a vertical axis bisecting the path of the arm. 6. The pyrotechnic firing apparatus of claim 1 wherein the distal end is fitted with a pyrotechnic device that is selected from the group consisting of gerbs, comets, mines and flares. 7. The pyrotechnic firing apparatus of claim 1 wherein the firing interface further comprises an output for providing the signal from the control unit to another pyrotechnic firing apparatus. 8. The pyrotechnic firing apparatus of claim 1 wherein the firing arm is adapted to emit a visual effect selected from the group consisting of smoke, fog, bubbles, confetti and light. 9. A pyrotechnic system comprising: a first firing apparatus including a reciprocal motor having a rotatable shaft, a firing arm having a first end connected to the rotatable shaft of the reciprocal motor and a second end adapted to emit a pyrotechnic effect, to receive a plurality of pyrotechnic devices, and a body portion including an ignition contact; an ignition unit in communication with the firing apparatus for initiating the pyrotechnic effect; the body portion comprising a plurality of contacts, each contact of the plurality of contacts retaining a fuse of one pyrotechnic device of the plurality of pyrotechnic devices so that the ignition unit can fire the plurality of pyrotechnic devices at least one of sequentially and simultaneously; and a control unit in communication with the firing apparatus for controlling operation of the reciprocal motor; and a control and firing interface including a motor control input and an ignition input, wherein the motor control input is linked with the motor and receives a signal from a control unit that is located remotely from the pyrotechnic firing apparatus for controlling movement of the rotatable shaft and the ignition input is linked with the ignition contact and receives a signal from the ignition unit that is located remotely from the pyrotechnic firing apparatus for firing the pyrotechnic device. 10. The pyrotechnic system of claim 9 wherein at least one of the control unit and the ignition unit communicates with the first firing apparatus over a wired connection. 11. The pyrotechnic system of claim 9 further comprising a second firing apparatus and wherein the control unit communicates with at least one of the first firing apparatus and second firing apparatus over a wireless connection. 12. The pyrotechnic system of claim 9 wherein the control unit comprises a safety means and a motor control module that provides at least one of operational power and a motor control signal to the firing apparatus. 13. The pyrotechnic system of claim 12 wherein the motor control module comprises: an arming actuator for switching the motor control module between a standby state and an active state; an indicator for identifying the current state of the motor control module; a momentary actuator for briefly activating the reciprocal motor; and an output port for coupling the firing apparatus to the control unit. 14. The pyrotechnic system of claim 13 wherein the safety means comprises the arming actuator in series with a normally open activation actuator having a protective cover. 15. The pyrotechnic system of claim 13 wherein the motor control module further comprises a means for adjusting speed of the reciprocal motor. 16. The pyrotechnic system of claim 15 wherein the means for adjusting speed of the reciprocal motor comprises one of a potentiometer and a rheostat. 17. The pyrotechnic system of claim 9 wherein the firing apparatus further comprises an output for linking at least one additional firing apparatus in series with the firing apparatus.