44results about How to "Short ignition time" patented technology

The invention provides a composite incendiary agent for destroying ammunitions and a preparation method of the composite incendiary agent. The composite incendiary agent is prepared from the following components in percentage by weight: 60%-70% of a main reaction medicament, 1%-5% of a diluent, 5%-10% of a gas making agent and 20%-30% of an auxiliary medicament, wherein the main reaction medicament is prepared from 0.3-1.5 parts of iron sesquioxide, 1.6-2.9 parts of ferroferric oxide and 1 part of powdered aluminum; the dilute is alumina powder; the gas making agent is prepared from 0-5 parts of silicon carbide powder and 6 parts of potassium nitrate powder; the auxiliary medicament is prepared from 6 parts of copper oxide powder, 4 parts of powdered aluminum, 1-3 parts of silicon dioxide powder, 5 parts of nickel powder, 0-3 parts of calcium fluoride powder and 0-3 parts of calcium carbonate powder. The composite incendiary agent is stable, the combustion pressure is uniform, the fluidity of generated metal melt is good, the jet velocity meets incendiary requirements of the ammunitions, and the composite incendiary has strong capacity for smelting shells of projectiles the strong capacity for igniting explosives and does not detonate the explosives. When applied to the destroying of the ammunitions, the composite incendiary agent is low in dosage, high in action speed, relatively safe, efficient and convenient.

The invention provides an ignition destroy bomb and a preparation method thereof. The ignition destroy bomb comprises an outer shell body, a jet nozzle, a tubular powder column and a seal cap, wherein the jet nozzle, the tubular powder column and the seal cap are sequentially arranged inside the outer shell body from bottom to top. The outer shell body includes an upper cylindrical portion and a lower conical frustum portion. The jet nozzle is arranged inside the conical frustum portion of the outer shell body. Furthermore, the external surface of the jet nozzle abuts against the internal wall of the conical frustum portion. A cylinder-shaped inner shell body is arranged inside the cylindrical portion of the outer shell body and abuts against the internal wall of the cylindrical portion. The powder column is loaded inside the inner shell body. The powder column includes a main powder charging column and an igniting powder column, wherein the bottom end face of the main powder charging column is a conical surface protruding outwards, and the conical surface is attached to the top portion of the jet nozzle closely; the igniting powder column is loaded in an inner cavity of the main powder charging column, and the length of the igniting powder column is equal to that of the main powder charging column; and two pieces of seal paper are stick on the upper end face of the main powder charging column and the lower end face of the igniting powder column respectively. By means of the ignition destroy bomb, unexploded bombs can be destroyed fast, safely and efficiently.

The invention relates to an ignition device for a biomass gasification furnace and a using method thereof. In the device, an ignition bar formed by a heating wire and a ceramic tube element is vertically arranged in a three-way inlet tube of the biomass gasification furnace; the upper end of the ceramic tube element wound with the heating wire is positioned above a grate; the biomass gasificationfurnace are filled by granular biomass materials and compacted; the biomass materials are closely contacted with the heating wires; after the ignition bar is electrified, the biomass materials at theperiphery of the ignition bar is directly heated; a draught fan is opened after 10 to 20 seconds of heating, air is introduced to the bottom of the gasification furnace from the lateral side of the upper section of the ignition bar; the power supply of the ignition bar is closed after the electrification lasts for 10 to 20 seconds; and the ignition bar is twitched downwards and is rotated to ensure that the ignition bar is retracted inside the three-way inlet tube, the ignition bar is separated from the biomass material subjected to high-temperature gasification reaction with the ignition bar, and the air is introduced into the biomass gasification furnace from clearance between the upper end of the ignition bar and the inlet tube to maintain constant performance of the gasification reaction. The ignition device has the advantages of high success rate of ignition, short ignition time, simple and convenient operation and safe use.

The invention relates to an ignition control system of a cold-rolling continuous annealing furnace. An ignition station is connected with a main control programmable logic controller and an ignition observing disc respectively; the main control programmable logic controller is bi-directionally connected with a field operation box; the ignition observing disc is bi-directionally connected with a field ignition disc; after being connected in parallel with a nitrogen pipe, a gas pipe is connected with an ignition nozzle; an air pipe is connected with the ignition nozzle; a pneumatic shutoff valve and a valve station are arranged on the gas pipe; the pneumatic shutoff valve is arranged on the nitrogen pipe; the valve station is arranged on the air pipe; the main control programmable logic controller is respectively connected with and controls the pneumatic shutoff valve; the ignition observing disc is connected with and controls the valve station; the main centre of the ignition observingdisc is the ignition observing disc consisting of a flame detection unit and a programmable logic controller (PLC) control unit; and ultraviolet flame detectors are uniformly arranged on the ignitionnozzle and are connected with the ignition observing disc. The system has few solenoid valves, low engineering cost, low maintenance cost, short ignition time, low debugging workload, high safety anda relatively independent ignition system.

An energy-saving stove with digital display consists of one, at least, burner installed on supporting rack in its chamber, and a display panel installed on the outer surface of the stove and connected with a digital controlling-circuit. Its advantages include combustion efficiency at 99.8%, quick starting, reliable digital display, and convenient in use.

The present invention relates to an ignition method and an ignition device, which are applied to the baking porcelain grain production line. The ignition method: the temperature of the ignition device is increased to pre-determined temperature, generally 800 to 1350 DEG C, a baking box that is fully provided with the baking raw materials is close to the ignition device at high temperature to reach the closed state, and then to be preheated; the baking box is ventilated with air or other combustion-assistant gas to assist the combustion, so that the surface of the raw materials can be combusted adequately; the temperature in the ignition device is introduced downwards by the guiding air so as to increase the thickness of the ignition layer; the air introduction is stopped after the ignition, and the ignited baking box is moved to a next position, and simultaneously the next baking box that is fully provided with the baked raw materials is moved to the ignition position. With the present invention, the ignition efficiency at the surface of the baking box is high, thereby greatly reducing the heat waste and shortening the ignition time; moreover, the porcelain grain that is arranged on the surface of the baking box is combusted adequately without breaking or dust; the particle is complete, thus improving the rate of the finished product of the production line. The ignition devicehas simple structure, not only has low production cost, but also greatly reduces the running operation compared with the traditional ignition system.