专利检索_ 烟火即娱乐展示照明或信号用的烟火装置专利检索_ 烟火即娱乐展示照明或信号用的烟火装置专利检索查询

子分类：

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
81	Rotating fireworks	EP87310732.0	1987-12-07	EP0274227A2	1988-07-13	Marsh, William Nigel Keeble
A rotating firework characterised in that it comprises a support, which may be centrally-pivoted, having a pyrotechnic composition applied thereto in a generally circular arrangement with a discontinuity is disclosed. The production thereof, preferably by stencilling or screen printing, is also disclosed. The accompanying illustrative drawing depicts a preferably stencilled or screen printed wheel viewed from the front when in firing position. A discontinuous strip of pyrotechnic composition (1) has been applied to a support board (2) which is provided with a centre pivot boss (3). This is a simple one-direction wheel. Ignition at A by ignition means (not shown) would result in anticlockwise rotation, while ignition at B would give clockwise movement.
82	PYROTECHNIC LAUNCHING SYSTEM WITH RIFFLED MORTAR	US15858259	2017-12-29	US20180188003A1	2018-07-05	Kevin Wu
A fireworks launcher assembly can include a sleeve having a cavity defined therethrough, and a firing tube at least partially received within in the cavity of the sleeve. The firing tube can comprising a passage defined therethrough and plurality of riffling features defined about an interior surface thereof. The plurality of riffling features can cause one or more aerial shells loaded into and launched from the firing tube to rotate as the one or more aerial shells move along the firing tube during launching thereof. A wadding insert further can be received at least partially within the passage of the firing tube, and a base portion can be connected to a lower end of the firing tube to maintain the launching assembly in a generally upright orientation before, during, and/or after launching of the one or more aerial shells therefrom.
83	FIREWORKS SAFETY IGNITER	US14712324	2015-05-14	US20150330758A1	2015-11-19	BILLY R. DEAN
A firework safety igniting device includes a housing having a hollow interior and an open end, the open end sized to receive a firework fuse therethrough; A first electrode is mounted within the hollow interior on an interior surface of the housing. A second electrode is also mounted within the hollow interior on the interior surface in a spaced apart relationship with the first electrode. A source is provided to generate and supply, through wires, an electric charge to the first and second electrodes, whereby the first electrode is being negatively charged and the second electrode is being positively charged. The firework fuse, being inserted into the hollow interior through the open end, is positioned in a contact with the first and second electrodes, the contact transferring the electric charge to the firework fuse causing an ignition thereof.
84	PRECISION PYROTECHNIC DISPLAY SYSTEM AND METHOD HAVING INCREASED SAFETY AND TIMING ACCURACY	US14011119	2013-08-27	US20150260489A1	2015-09-17	George Bossarte; Paul R. McKinley
A system and method are disclosed for controlling the launch and burst of pyrotechnic projectiles in a pyrotechnic, or “fireworks”, display.
85	Colored Pyrotechnic Smoke-Producing Composition	US13776767	2013-02-26	US20140238258A1	2014-08-28	Lucian Stoenescu
A colored pyrotechnic smoke-producing composition has an oxidizer, a fuel, a flame retardant, a dye, a coolant, and a binder. The oxidizer may be potassium chlorate. The fuel may be starch, dextrose, lactose, and/or sucrose. The coolant may be sodium bicarbonate or magnesium carbonate. The binder may be nitrocellulose or a halogen-free thermoplastic. The flame retardant may be one or more nitrogen-rich compounds. The composition may be in pelletized form or in the form of a solid charge. The composition may consist of on a mass basis oxidizer 20-35%, fuel 15-25%, flame retardant 5-15%, dye 27-40%, coolant 8-18%, and binder 1-2%. The invention may be a device consisting of a body filled with the composition and a first fire starter composition, and an attached squib igniter. The body may be a grenade. A process for producing the composition is also disclosed.
86	System and method for designing and simulating a fireworks show	US12844767	2010-07-27	US08600712B1	2013-12-03	William Harvey
A system and method for enabling computer users to design and simulate a fireworks show is disclosed. A particular embodiment includes storing firework data in a database, the firework data including firework specification data including parameters corresponding to attributes of a particular firework; using a processor to automatically construct in a user interface a visual firework simulation from the firework data, the visual firework simulation including visual elements that are also part of the user interface, the visual firework simulation depicting a sky field representing a location of a fireworks show and the spatial location of visual elements therein, the visual elements including fireworks, launch positions, and trajectories being simulated by the visual firework using the user interface to directly manipulate the visual elements of the visual firework simulation, including dragging the visual elements in the sky field of the visual firework simulation: using the processor to automatically adjust the firework data according to the user's direct manipulation of the visual elements; and using the processor to automatically update the visual firework simulation and the visual elements in real time in response to the user's direct manipulation of the visual elements and the adjustment of the firework data.
87	Integrated electric match initiator module with isolated lift and burst function for a pyrotechnic device	US11800621	2007-05-07	US20100258022A1	2010-10-14	Paul McKinley; Phillip Martinez
Electric match assembly for initiating a pyrotechnic device in response to a signal, the assembly comprising a first element for connection to a leader carrying the signal; a first electric match component for connection to the lift charge of the pyrotechnic device, the first electric match component being connected to the first element such that when the first element is connected to the leader and the first electric match component is connected to the lift charge, the signal is applied to the lift charge; a second electric match component for connection to the time fuse connected to the burst charge of the pyrotechnic device, the second electric match component being connected to the first element such that when the first element is connected to the leader and the second electric match component is connected to the time fuse, the signal is applied to the time fuse of the burst charge.
88	SYSTEM AND METHOD FOR ZERO LATENCY DISTRIBUTED PROCESSING OF TIMED PYROTECHNIC EVENTS	US12366518	2009-02-05	US20090145321A1	2009-06-11	David Wayne Russell
A method for achieving zero latency timed pyrotechnic events by utilizing distributed processing is presented. A list of timed events may be used to synchronize a pyrotechnic firing sequence with music or other external events. This list is distributed over a series of embedded microprocessors. Each microprocessor is then synchronized to a master controller clock, and enabled such that each processor may then fire independently as required by the master list. This distributed process removes the split-second timing requirement from the main controller enabling the achievement of zero latency and providing significantly more timing events to be processed simultaneously while alleviating problems such as wireless radio interference delays. Each module is capable of forwarding information to other modules, which may be in a position that prevents wireless communication directly with the master controller. A wireless pyrotechnics ignition device which utilizes this distributed processing technique is also presented.
89	Fireworks ignition system for 1.4 fireworks	US11214305	2005-08-29	US20060164787A1	2006-07-27	James Deye
An ignition system for 1.4 g or consumer fireworks includes a base to which the fireworks are secured to prevent tipping thereof during shooting. The base is secured to the ground or other surface for stability. Preferably, the base is part of a container which encloses the fireworks in a pre-mounted fashion to protect the fireworks from the elements. Electrical matches or E-matches are used to ignite the fireworks and are controlled by an electrical control at a safe distance from the fireworks during the firing thereof.
90	Device for generating pyrotechnic effects	US11297975	2005-12-08	US20060162602A1	2006-07-27	Thomas Garms; Oliver Schultz; Arthur Zahn
A simple device for generating pyrotechnic effects, in which an enveloping body (11) is formed from a plurality of interconnected plate-like layers between which the pyrotechnic charges (10) as well as the igniter means (12) are embedded. A configuration of the igniter means (12) as heating resistors, in particular as heating resistors whose conductors run in a meandering path. Such igniter means (12) are particularly suitable for use in the formation of a plate-like enveloping body consisting of a plurality of layers. By virtue of this enveloping body, the device assumes a shape comparable to that of a credit card or bank card.
91	Precision pyrotechnic display system and method having increased safety and timing accuracy	US10958721	2004-10-05	US20060027119A1	2006-02-09	George Bossarte; Glenn Dillon; Paul Mckinley; Wayne Haase; Larry Nelson
A system and method are disclosed for controlling the launch and burst of pyrotechnic projectiles in a pyrotechnic, or “fireworks”, display.
92	Decorative candle	US11024155	2004-12-27	US20050207155A1	2005-09-22	Chi-Sik Jian
A candle set providing visual and audio effects with burning candles for celebration depending on the occasion includes holder, pistil barrel, powder barrel, spring, pull cord, multiple supports each in the form of a petal, rotation device, candle, and music IC control circuit; the support being hinged to the bottom of the pistil barrel; the powder barrel being placed in the pistil barrel; the candle being disposed at the distal end of the support; the rotation device includes upper cover, lower cover, torsion coil and turntable; a circular slot on the upper cover being filled up with viscose material to slow down and maintain consistent rotation; light emitting, music disconnection, and ignition devices.
93	Binary exploding target, package process and product	US10274464	2002-10-17	US06848366B1	2005-02-01	Daniel Jeremy Tanner
A binary exploding target package, a process of forming an exploding target from the contents of the binary exploding target package, and the exploding target formed therefrom. The binary exploding target package includes a first, target container and a second container. An oxidizer composition is contained within one of the containers and a catalyst composition is contained within the other container. An exploding target is formed by mixing the oxidizer and catalyst compositions, and introducing the mixture into the target container to form an exploding target just prior to using the exploding target as a target for a shooting exercise.
94	Precision pyrotechnic display system and method having increased safety and timing accuracy	US10313879	2002-12-06	US20030116048A1	2003-06-26	George Bossarte; Glenn W. Dillon; Paul R. McKinley; Wayne C. Haase; Larry G. Nelson
A system and method are disclosed for controlling the launch and burst of pyrotechnic projectiles in a pyrotechnic, or nullfireworksnull, display.
95	Method for wrapping firework shells	US09977658	2001-10-15	US06571675B2	2003-06-03	James Cowden Widmann
An apparatus for wrapping fireworks shells is provided and includes a base provided with preferably three support rollers configured to support a spherical firework shell thereon; stepper motors coupled to two of the rollers, a computer coupled to the stepper motors to control the movement of the stepper motors and thereby control the angular rotation of the shell on the rollers, and a dispenser assembly which dispenses continuous-feed tape for wrapping the shell and applies and presses the tape to the shell as the shell is rotated on the rollers. The computer instructs the stepper motors to systematically, at times, rotate the rollers at relatively different speeds, such that a shell on the rollers is subjected to angular rotation and-the tape is evenly applied to all portions of the shell such that the tape forms a very even casing of the firework shell.
96	SELF-IGNITING SPARKLER	US08825018	1997-03-26	US20020117071A1	2002-08-29	JOHN M. KALISZEWSKI
This invention is for an improved sparkler which has the feature of being self-igniting. The sparkler comprises a rod 12 having one end which functions as a handle 14. Adjacent to the handle 14 on the rod 12 and extending generally along the remaining length of the rod 12 is a pyrotechnic composition coating 16. Bonded to the pyrotechnic composition coating 16 at a point furthest from the handle 14 is a self-igniting match head tip 18. When the match head tip 18 is struck against a suitable surface, ignition occurs and the sparkler's display begins. This self-ignition feature distinguishes the invention from the sparklers currently available which require heat or flame from an external source to be applied to the sparkler to cause ignition.
97	Mechanism and method for firing caps	US24310	1998-02-17	US5937556A	1999-08-17	Timothy M. Daily; James R. Distel
A device and method for firing a cap contained within a row of caps. The device includes a base structure for retaining the row of caps so that one of the caps is set in a predetermined firing location. A hammer pin is provided that is movable with respect to the base structure and the cap held therein. The hammer pin is positioned adjacent to the cap in the predetermined firing position so that when the entire device is compressed the hammer pin strikes and fires the cap. The device is preferably compressed by locating the device either in or on the sole of a shoe. As a person stands on that shoe, the device will become compressed and the cap will fire. The device also preferably contains an advancement mechanism for automatically advancing a new cap into the firing position after a cap has been fired. In this manner, multiple caps can be fired simply by walking, running or jumping.
98	System for detonating a percussion cap in a toy projectile	US168677	1993-12-16	US5707270A	1998-01-13	Lonnie G. Johnson; John T. Applewhite
A firing post is generally positioned at the center of the top end of the body of a toy projectile to receive a percussion cap cartridge. The toy projectile has a soft outer body made of light-weight, pliable, compressible material such as polystyrene. The firing post and cartridge are covered with a nose of compressible material which generally houses a hammer and firing pin in alignment with the firing post. A spring-loaded hammer and firing pin is cocked by sliding the hammer through a housing for the hammer until a notch in the stem of the hammer is engaged by the top of the hammer housing. The trigger is a lever which is movable against the inclined top end of the hammer stem. The hammer and trigger assembly may be rotated with respect to a firing chamber placed over a multiple-cartridge mount to successively fire caps on the mount. A spring-loaded index helps facilitate alignment of the trigger-hammer assembly and holes in the firing chamber.
99	Fireworks projectile having distinct shell configuration	US471609	1995-06-06	US5627338A	1997-05-06	Kyle W. Poor; B. Thomas Craven; Bernard M. Durgin
A system and method for launching projectiles, such as fireworks projectiles, which explode in the air into a pyrotechnic display. The projectile includes a shell constructed from a binding agent and an explosive additive which explodes the shell into small particles. The explosive additive, which may be nitrocellulose, causes the exploded particles to be rapidly burned and consumed to form lightweight, inert flakes that fall harmlessly to the ground. The projectile is aimed and launched by a launcher to rapidly expel the projectile from a launching tube. Once in the air at a predetermined location in the sky, a fuse inside the projectile operates to detonate the projectile into its intended pyrotechnic display. The fuse is extremely accurate and enables detonation of the projectile at precise altitudes. An electronic control system controls launching and detonation of the projectiles in a precise and repeatable manner. The external geometry of the projectile also is configured so that the projectile tumbles when launched and follows a more predictable, repeatable and accurate path in flight.
100	Fireworks projectile having combustible shell	US098423	1993-07-27	US5526750A	1996-06-18	Kyle W. Poor; B. Thomas Craven; Bernard M. Durgin
A system and method for launching projectiles, such as fireworks projectiles, which explode in the air into a pyrotechnic display. The projectile includes a shell constructed from a binding agent and an explosive additive which explodes the shell into small particles. The explosive additive, which may be nitrocellulose, causes the exploded particles to be rapidly burned and consumed to form lightweight, inert flakes that fall harmlessly to the ground. The projectile is aimed and launched by a launcher to rapidly expel the projectile from a launching tube. Once in the air at a predetermined location in the sky, a fuse inside the projectile operates to detonate the projectile into its intended pyrotechnic display. The fuse is extremely accurate and enables detonation of the projectile at precise altitudes. An electronic control system controls launching and detonation of the projectiles in a precise and repeatable manner. The external geometry of the projectile also is configured so that the projectile tumbles when launched and follows a more predictable, repeatable and accurate path in flight.

1 2 3 4 5 6 7 8 9 10

该功能需要专业版企业版VIP权限，您可以：