23 results about "Gunpowder" patented technology

The present application relates to the technical field of tunnel blasting, in particular to a kind of energy-gathering tube smooth blasting tool and construction process.The tool includes tool main body, and the tool main body includes installation strip;Explosive roll is equipped at the side wall of installation strip;Explosive roll includes sleeve, and sleeve inside is equipped with energy-gathering tube;The one end of energy-gathering tube that extends sleeve is equipped with energy-gathering cover;Energy-gathering tube side wall is equipped with strip-shaped hole;The distance between the side wall of both ends of strip-shaped hole gradually increases from the one end of energy-gathering tube close to energy-gathering cover to the other end of energy-gathering tube.The process includes S1, mark installation hole position;S2, drill installation hole;S3, energy-gathering tube assembly;S4, middle explosive roll production;S5, bottom explosive roll production;S6, explosive roll installation;S7, hole drilling;S8, connection, detonation;For the defects in the prior art, the present application can solve the problem that the amount of powder is reduced after the energy-gathering tube is loaded into the emulsified explosive shell, and the explosion power of emulsified explosive can be improved under the condition that the amount of powder is not convenient.

This utility model relates to a fireworks assembly production line, comprising: a conveyor bus, and a firing gunpowder filling unit, a bottom paper pressing unit, an inner tube filling unit, and a top paper pressing unit arranged sequentially along the conveyor bus; the inner tube filling unit includes a material sorting device, a conveying device, a pushing device, a guiding device, and a pressing device; the material sorting device is used to remove the binding straps from the inner tube of the fireworks and push the inner tubes of the fireworks layer by layer into the conveying device; the conveying device is used to transport the inner tubes of the fireworks to the pushing device; the pushing device is located on one side of the conveying device and is used to push the inner tubes of the fireworks into the guiding device located on the other side of the conveying device; the pressing device is used to press the inner tubes of the fireworks in the guiding device into the outer tube of the fireworks. This application provides a fireworks assembly production line that can realize the automatic untying of the inner tubes of fireworks and the automatic assembly of the inner and outer tubes of fireworks, thereby reducing manual intervention and improving production safety.

The present invention relates to a method for improving flight stability, effective range, accuracy, and destructive force by moving the center of gravity of a bullet (shell) forward, and the bullet (shell). To this end, the front part of a counterweight jacket of the bullet (shell) is designed to be thicker or higher in density than the rear part thereof, so that the center of gravity is naturally moved forward. This structural feature stabilizes the trajectory by minimizing the yaw angle during flight, and increases the force of impact transmission to the target. In addition, a material having a low specific gravity is used inside a gunpowder contact part and the rear part to further strengthen the effect of moving the center of gravity to the front part. The present invention can maintain a stable flight trajectory in both ground and underwater environments, and maximizes the performance of a bullet (shell) to increase an effective range, destructive force, and accuracy.

The utility model relates to fireworks production technical field especially relates to a material distribution and mixing device with explosion -proof function, the utility model provides a material distribution and mixing device with explosion -proof function can discharge dust in time in the mixing process, effectively avoid the dust accumulation produces the security risk, a material distribution and mixing device with explosion -proof function, including the placing table, telescopic column, first spring and material collecting hopper etc. The utility model under the negative pressure suction effect of the air pump makes the dust in the explosion -proof cover and material collecting hopper discharge in turn through the connecting cover and connecting pipe, and the gunpowder particles in the explosion -proof cover and material collecting hopper in the intercepting net are intercepted and filtered, which can discharge dust in time in the mixing process, effectively avoid the dust accumulation produces the security risk.

The utility model relates to a nail shooting gunpowder granulation technical field especially relates to a kind of special gunpowder granulation device for shooting nail.Its technical scheme includes: support frame and granulator body, the top of support frame is fixedly installed with installation cylinder, the sidewall of installation cylinder is fixedly inserted with feed cover, and the feed cover is connected with the discharge port of granulator body, the inside rotation of installation cylinder is provided with rotating stand assembly, the sidewall of installation cylinder is provided with the drive assembly for driving rotating stand assembly rotation, the inside of drive assembly is clamped with screening assembly, the bottom of installation cylinder is fixedly inserted with discharge cover, and collecting box is placed on the bottom inner wall of support frame, and collecting box is located the directly below of discharge cover.The utility model not only can select the specification of gunpowder particle, avoid the gunpowder particle that does not meet specification is used, but also can let the over-specification particle accumulated to centralized cleaning after shutdown, avoid frequent interruption production.

A kind of artillery barrel defect detection robot, including cleaning module, drive module and defect detection module, the drive module is the structure of variable diameter helical drive, its front end is connected the cleaning module, rear end is connected defect detection module, drive module movement brings cleaning module and defect detection module synchronous movement, it can carry out defect detection to the wear degree of artillery barrel internal rifling and barrel straightness, while robot carries cleaning brush, can simultaneously clean artillery barrel internal rifling, remove gunpowder residue, water vapor and other pollutants.

This invention belongs to the field of oil recovery and pressure relief technology, and specifically relates to an oil recovery and pressure relief device. During the cold spray test of a certain type of military product, the oil in the oil bottle is sprayed out under the pressure generated by the combustion of gunpowder. If effective measures are not taken in time to collect the sprayed semi-fluid oil, it will cause pollution to the surrounding environment and pose a fire safety hazard. This invention designs a rapid oil recovery and pressure relief device to solve the problem of rapid recovery and pressure relief of semi-fluid oil in the cold spray test procedure of the product. The device is convenient for oil recovery, fast for pressure relief, simple in structure, easy to operate, and safe to use.

The utility model discloses a kind of charge structures for boulder swelling and resolving small processing, including base, the surface of the base is fixedly equipped with slide bar, slide cylinder is sleeved on the outer wall upper end of the slide bar, the outer wall diameter of the compacting plate is same with the inner wall diameter of the limiting cylinder, matched with the opening needing charge by the effect of limiting cylinder, it is inserted therein, press lifting handle, and compacting plate is driven by handle and vertical rod, the gunpowder of batch charging is compacted in batches, guarantee the effect of compaction, by the cooperation of slide bar and slide cylinder and connecting plate, the displacement trajectory of vertical rod and compacting plate can be limited, so that it remains fixed vertical movement, and accurately enter into limiting cylinder, the position of limiting cylinder is limited by clamping block, avoid falling into opening, by limiting plate better limit the displacement trajectory of connecting plate, so that movable component is more stable when displacement.

This utility model relates to a fireworks assembly line comprising: a conveyor bus, and sequentially arranged on the conveyor bus are a firing gunpowder filling unit, a bottom paper pressing unit, an inner cylinder filling unit, and a top paper pressing unit; wherein, the inner cylinder filling unit includes a first working unit and a second working unit, the first working unit and the second working unit being separated by a first explosion-proof wall; the first working unit is used to feed the inner cylinder into the second working unit through a feeding port on the first explosion-proof wall; the second working unit is used for filling the inner cylinder. This application provides an assembly line that effectively isolates the feeding process from the filling process during the inner cylinder filling process, and improves the safety and automation level of the filling process.

The utility model discloses a gunpowder drying machine. Comprising a drying box, a wet powder belt conveying mechanism arranged at the front end of the drying box, a belt set mechanism arranged in the drying box and connected with the wet powder belt conveying mechanism, a heat exchange mechanism, a hot air mechanism and a dry powder belt conveying mechanism arranged at the tail end of the drying box and connected with the wet powder belt conveying mechanism. The drying device is simple in structure, safety is improved through water flow heat exchange and hot air double drying, and the drying effect is good; a belt set mechanism is adopted in the drying box, the production line is short, the occupied area is small, the production takt is few, and the operation efficiency of equipment is effectively improved.

The utility model relates to a kind of detection devices, especially a kind of fireworks quality detection classification device.The technical implementation scheme of the utility model is:a kind of fireworks quality detection classification device, including frame, first transmission group, second transmission group, microwave sensor and controller etc., first transmission group is fixedly connected with the frame one side, first transmission group is set to inclined state, i. e., first transmission group left low right high, second transmission group is symmetrically fixedly connected with the frame middle part both sides, microwave sensor is fixedly connected with the frame inner top, controller is fixedly connected with the frame other side, first transmission group, second transmission group and microwave sensor are electrically connected with controller.The utility model cooperates with first transmission group and second transmission group, and fireworks is transported to third transmission group top, microwave sensor detects the density of fireworks internal gunpowder, and whether the quality of fireworks meets standard value range is judged according to the displayed microwave signal amplitude variation, to realize the effect of accurately detecting fireworks quality.

This breaker device includes: a casing; a pusher located inside the casing and including a recessed portion; an igniter storing gunpowder, including a lid portion between the gunpowder and the pusher, being disposed in the recessed portion, and being configured to generate gas; a protective portion provided to the casing or the igniter and located inside the recessed portion; and a conductor including a separating portion located below the pusher. When the pusher receives pressure of the gas generated by the igniter, the pusher moves the separating portion downward. The lid portion includes an opening portion configured to open by receiving the pressure of the gas. The lower end of the protective portion is located at a level below the lower end of the lid portion.

The utility model discloses a novel environment-friendly die-casting spraying decoration outer cylinder structure which is integrally formed in a die-casting mode. The outer barrel comprises an outer barrel body, an ignition cavity and a gunpowder cavity, wherein a sealing layer and a connecting channel are arranged between the ignition cavity and the gunpowder cavity; the volume of the ignition cavity is far smaller than that of the gunpowder cavity, and the ignition cavity is located at the upper position during vertical use; an arc-shaped sealing outer wall protruding upwards is arranged above the sealing layer, an upper ignition cavity of an inverted-cone-shaped structure is arranged in the middle of the sealing outer wall, a lower ignition cavity of a cone-shaped structure is correspondingly arranged below the sealing layer, and cone-shaped heads between the two cavities are communicated. And the lower ignition cavity is downwards in smooth transition with the inner wall of the circular-arc-shaped upwards-convex sealing opening above the gunpowder cavity. In order to solve the problems, the utility model provides a novel environment-friendly die-casting firework spraying outer cylinder structure which is simple in structure, convenient to operate, capable of being integrally formed, produced in batches, good in firework setting-off effect, environment-friendly, free of pollution, free of fire hazards and stable in spraying effect.

The utility model discloses a firework processing is with gunpowder storage device, including work table, the fixedly connected with protection box body on work table, the fixedly connected with liquid storage tank on work table, the first support frame is fixedly installed with first water pump, the second support frame is fixedly installed with second water pump, and the first water pump is connected with the spiral water pipe between second water pump, and the liquid storage tank is installed with first temperature sensor in, and the liquid storage tank is installed with cooler in. The utility model discloses through first temperature sensor monitoring control cold water solution temperature, and the inside temperature of protection box is detected with second temperature sensor and triggers refrigeration cycle (first water pump, spiral water pipe, second water pump), has realized accurate, automatic regulation to firework storage environment temperature, has guaranteed its stabilization in safety threshold, and the water temperature keeps the specified range, and when inside threshold value, starts water circulation heat absorption cooling.

Improvements in a ballistic with a multi-part chamber locking assembly is disclosed to allow the casing ejection and reloading sequence to be temporarily slowed down to capture the optimum amount of ignited gun powders expanding gas, prior to the round exiting the barrel. Large slide component(s) of a firearm are replaced with a multi-part chamber locking assembly. This negates the requirement for a round to move laterally after moving vertically. The round only moves vertically thus mitigating the requirement for any forward motion. The multi-part chamber reduces the weight and materials needed to actuate all components of the ejecting and reloading process, so more energy is available to transfer movement of casing ejecting. The round is fired with a hammer or striker through impingement or a firing pin actuated action on a primer to ignite the propellant.

This utility model discloses an integrally cast environmentally friendly fireworks inner tube structure, which is made by uniformly mixing pulp, starch, and inorganic dust, and then integrally pressure casting using a hot-pressing mold. It includes an inner tube body, an effect powder chamber, and an ignition powder chamber. A bottom sealing layer is provided between the effect powder chamber and the ignition powder chamber, and a connecting channel is provided in the middle of the bottom sealing layer, connecting the effect powder chamber and the ignition powder chamber. Above the connecting channel is an upper ignition chamber with an inverted conical structure, and below the connecting channel is a lower ignition chamber with a conical structure. The conical heads of the two chambers are connected. The outer side of the lower ignition chamber is equipped with an ignition head with a downwardly protruding inverted conical trapezoidal platform. This utility model provides an integrally cast environmentally friendly fireworks inner tube structure, which is simple in structure, easy to operate, can be integrally cast, mass-produced, has good fireworks display effects, is environmentally friendly and pollution-free, does not pose a fire hazard, and is a time-saving and labor-saving integrally cast environmentally friendly fireworks inner tube.

The utility model discloses a kind of fire powder weight counting devices for spitting bead type firework production, including support plate, fire powder tank is provided in the upper portion of support plate, collecting box is installed in the bottom of fire powder tank, support frame is fixed in the side of support plate, and the support frame supports and positions collecting box, the top of fire powder tank is provided with the air pressure adjusting assembly being communicated with its inner cavity, the upper portion of the side of fire powder tank is provided with the feeding assembly being communicated with its inner cavity.The fire powder weight counting device for spitting bead type firework production, fire powder weighing process is in sealed environment, reduce the amount of fire powder floating to outside, reduce the hidden danger of production safety while avoiding fire powder waste, the device is fed and discharged by adjusting the air pressure in fire powder tank to control fire powder, convenient for the replenishment of fire powder in fire powder tank, while avoiding fire powder to be jammed in discharging assembly by static friction, ensure that fire powder is effectively discharged and weighed, facilitate the production preparation of fireworks.

The utility model relates to a kind of gunpowder material line cutting equipment, including rack and be located in the rack feeding positioning mechanism, line cutting mechanism and discharging mechanism, wherein feeding positioning mechanism is equipped with the clamping block assembly with X and Y direction movement freedom degree, and the clamping block assembly includes two positioning clamping blocks of tensioning and closing movement;Line cutting mechanism is located above feeding positioning mechanism, and the line cutting mechanism is equipped with lifting plate, and the lifting plate is equipped with driving wheel, driven wheel and cutting wire, and the cutting wire is in closed loop and passes driving wheel and driven wheel;Discharging mechanism is located below feeding positioning mechanism, and the discharging mechanism is equipped with movable discharging box.It can be suitable for more diameter specifications of gunpowder material cutting operation, and automatic continuous feeding cutting and automatic discharging of gunpowder material can be realized, and the equipment automation level is improved.

The utility model relates to the technical field of firework and cracker production, especially a charging equipment for firework and cracker production, which comprises a frame and a cross plate, the upper end of the frame is fixedly connected with the cross plate, the lower end of the frame is rotatably connected with the output shaft of a servo motor through a bearing, a pressing device is arranged on the left side of the upper end of the cross plate, and the output shaft of the servo motor is fixedly connected with a disc. The charging equipment for firework and cracker production is characterized in that the cooperation of the replacing device and the disc and the extension of the telescopic end of the multistage electric push rod through the connecting block drive the straight rod to move downward synchronously, the straight rod can be inserted into the paper tube, the gunpowder in the paper tube is compacted, the disc rotates back to the initial position after the charging operation is completed, the operator can conveniently take out the supporting plate through the opening on the surface of the disc and the groove disc, and the new supporting plate can be used for continuous processing, and the whole supporting plate can be replaced, so that the paper tube containing gunpowder can be replaced more quickly.

The application relates to a charging device for mine blasting, and relates to the field of blasting charging components. The charging device comprises a charging part, a lower supporting plate and an upper supporting plate, the charging part comprises an adjusting part, an air bag ring, a supporting plate and a charging bag, the outer part of the adjusting part is sleeved with the air bag ring, the bottom end of the adjusting part is assembled with the lower supporting plate, the top end of the adjusting part is assembled with the upper supporting plate, a plurality of sliding grooves are evenly arranged on the top horizontal surface of the lower supporting plate, a plurality of supporting plates are slidingly installed in the sliding grooves, the top surfaces of the plurality of supporting plates are vertically fixed with the charging bag, the inner wall of the charging bag is attached to the outer wall of the air bag ring, and gunpowder is filled in the charging bag. The air bag ring is inflated and expanded to top-press the charging bag to tightly adhere to the inner wall of a blast hole, the supported explosive bag is completely combined with the blast hole, the existing gap is avoided to cause energy dissipation after blasting, the problem that the mine blasting effect is affected is solved, and the mine blasting effect is improved.

The utility model relates to a kind of gunpowder automatic mixing and dispensing equipment, wherein mixing mechanism includes swingable mixing barrel, and the discharge end below of mixing barrel is equipped with material-receiving weighing mechanism;Material-receiving weighing mechanism includes material-receiving lifting plate, and material-receiving weighing device is equipped on material-receiving lifting plate, when mixing barrel discharges, material-receiving hopper upper end is aligned with mixing barrel discharge end, and lower end is equipped on material-receiving weighing device;Discharge mechanism includes movable discharge assembly, discharge guide slot and vibrating feeder, wherein movable discharge assembly is equipped with movable discharge sleeve, the discharge sleeve is equipped on discharge guide slot upper side, discharge guide slot one end is equipped with porous discharge plate and is communicated with vibrating feeder, and the other end is equipped with material ball recycling hole, after material-receiving hopper finishes receiving material, it is picked up by collaborative robot and moved to discharge sleeve, and material-receiving hopper lower part is equipped with hopper output control valve.The utility model can automatically realize the mixing, weighing and dispensing operation of gunpowder powder, improve production efficiency, operation quality and application range.

This invention discloses a method for extinguishing fires using air blasts, belonging to the field of fire protection technology. This method employs distributed air blast generation units as the core fire extinguishing means. Several paper-cased units containing gunpowder are deployed to the target area of ​​the fire scene via drone swarms, aircraft, or manual methods, forming a two-dimensional or three-dimensional air blast generation matrix. Each unit has a built-in composite fuse system, supporting multiple detonation methods such as radio remote control, time delay, thermal sensitivity, and shock wave linkage, enabling simultaneous detonation, cascaded detonation, or autonomous thermal triggering. The fire is extinguished through the superposition effect of dense air blasts. This invention also provides optional modular air cannons as auxiliary tools for clearing stubborn embers. This method is particularly suitable for large-scale firefighting of forest and grassland fires, offering advantages such as high safety, large-scale deployment, environmental friendliness, low cost, and the ability to handle three-dimensional fires.