A fireworks artillery launch system comprised of individual support housing units that are capable of being quickly connected together to permit a sequential array of artillery launchers. Each individual support housing unit comprises a base member for supporting a plurality of silo cavities for receiving mortar tubes. A platform support member for the housing unit has a configuration to enable a male/female connection between adjacently placed support housing units to permit an assembly of a series of support housing units. The male/female connection configuration enables a quick and simple connection together of multiple units to permit connection of additional base units in either a parallel arrangement or a serial arrangement to create an enhanced artillery shell launch system.

A fireworks artillery launch system comprised of individual support housing units that are capable of being quickly connected together to permit a sequential array of artillery launchers. Each individual support housing unit comprises a base member for supporting a plurality of silo cavities for receiving mortar tubes. A platform support member for the housing unit has a configuration to enable a male/female connection between adjacently placed support housing units to permit an assembly of a series of support housing units. The male/female connection configuration enables a quick and simple connection together of multiple units to permit connection of additional base units in either a parallel arrangement or a serial arrangement to create an enhanced artillery shell launch system.

A pyrotechnics support apparatus includes a base structure with side walls connected to end walls to define an internal cavity. A tab member extends at an angle from each of the end walls across a width of the end walls. The tab members each include a plurality of slots. A plurality of dividers are selectively connectable to the base structure in the slots in the tab members and between the end walls. The support apparatus provides a sturdy foundation for the safe and precise firing of an array of pyrotechnic devices and is specifically configured to increase efficiency and safety.

A pyrotechnics support apparatus includes a base structure with side walls connected to end walls to define an internal cavity. A tab member extends at an angle from each of the end walls across a width of the end walls. The tab members each include a plurality of slots. A plurality of dividers are selectively connectable to the base structure in the slots in the tab members and between the end walls. The support apparatus provides a sturdy foundation for the safe and precise firing of an array of pyrotechnic devices and is specifically configured to increase efficiency and safety.

A cold spark fire electronic eruptive apparatus characterized in that the erupting apparatus is comprised of an ejecting unit, an activation unit, a power unit, and a storage unit, wherein, the storage unit stores a cold fireworks material for discharge, the power unit is connected to the storage unit and also is connected with a heating unit, the power unit transmitting the cold fireworks material in the storage unit to the heating unit, and the heating unit activating the cold fireworks raw material, sending it to the air removal unit for eruption.

A cold spark fire electronic eruptive apparatus characterized in that the erupting apparatus is comprised of an ejecting unit, an activation unit, a power unit, and a storage unit, wherein, the storage unit stores a cold fireworks material for discharge, the power unit is connected to the storage unit and also is connected with a heating unit, the power unit transmitting the cold fireworks material in the storage unit to the heating unit, and the heating unit activating the cold fireworks raw material, sending it to the air removal unit for eruption.

The present invention concerns a coupling and power transmission system for an electric igniter, in particular for single-shot type fireworks (10), the system comprising a casing (11), in which the pyrotechnic components are housed, said casing having a first side that is open and a second side with a shaped connector (12), said shaped connector (12) comprising a channel (15) for connecting to said pyrotechnic components and adapted to removably receive an electric igniter (16), said electric igniter (16) being rigidly coupled to a printed circuit (18) on a PCB support (17), the printed circuit comprising two concentric tracks which are short-circuited via a connection track on a break-away tab (19) of the PCB support (17), whereby removal of the tab (19) eliminates the short-circuit, said shaped connector (12) being couplable, in a removable manner and with freedom of rotation with respect to an axis, to a docking base (13), said docking base (13) comprising the electronic components for transmission of an electrical signal to said electric igniter (16) and in particular three contacts (20), aligned with each other and dimensioned in relation to said printed circuit (18), ensuring connection between the tracks of said printed circuit (18) and the contacts (20) independently of the angular position of said shaped connector (12) with respect to said docking base.

The present invention concerns a coupling and power transmission system for an electric igniter, in particular for single-shot type fireworks (10), the system comprising a casing (11), in which the pyrotechnic components are housed, said casing having a first side that is open and a second side with a shaped connector (12), said shaped connector (12) comprising a channel (15) for connecting to said pyrotechnic components and adapted to removably receive an electric igniter (16), said electric igniter (16) being rigidly coupled to a printed circuit (18) on a PCB support (17), the printed circuit comprising two concentric tracks which are short-circuited via a connection track on a break-away tab (19) of the PCB support (17), whereby removal of the tab (19) eliminates the short-circuit, said shaped connector (12) being couplable, in a removable manner and with freedom of rotation with respect to an axis, to a docking base (13), said docking base (13) comprising the electronic components for transmission of an electrical signal to said electric igniter (16) and in particular three contacts (20), aligned with each other and dimensioned in relation to said printed circuit (18), ensuring connection between the tracks of said printed circuit (18) and the contacts (20) independently of the angular position of said shaped connector (12) with respect to said docking base.

A portable, disposable, fireworks launch platform device that has a base member that includes an adhesive for securing one or more fireworks in a desired launching position as fireworks are launched.

A portable, disposable, fireworks launch platform device that has a base member that includes an adhesive for securing one or more fireworks in a desired launching position as fireworks are launched.