Melt-cast explosive digital development and manufacturing method

A technology of melting and casting explosives and manufacturing methods, which is applied in the direction of aromatic nitration composition, compressed gas generation, offensive equipment, etc., can solve the problems of low level of explosive control, low level of explosive product R&D and design, and single product types, etc., to achieve optimization Process parameters and product performance, improve the level of R & D design, the effect of data integrity

Active Publication Date: 2017-12-26
XIAN MODERN CHEM RES INST
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  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, the level of research and design of explosive products targeted by this method is relatively low, and the product types are relatively single, and the level of control over the production and preparation of explosives is relatively low.
[0006] However, the level of research and design of explosive products targeted by this method is relatively low, and the product types are relatively single, and the level of control over the production and preparation of explosives is relatively low.

Method used

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  • Melt-cast explosive digital development and manufacturing method
  • Melt-cast explosive digital development and manufacturing method
  • Melt-cast explosive digital development and manufacturing method

Examples

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Embodiment 1

[0032] A method for digital R&D and manufacturing of fused and cast explosives, wherein the name of fused and cast explosives is Ex1, and the formula consists of TNT (TNT) 30 / Octogen (HMX) 62 / aluminum powder (Al) 5 / insensitive agent 3.

[0033] Step 1, run the comprehensive allocation module, and determine 2 R&D and design personnel to be responsible for R&D and design, and 4 manufacturing control personnel to be responsible for the production and manufacture of casting explosives. It is determined that the name code of the melt-cast explosive that needs to be developed and manufactured is Ex1, and the formula is composed of TNT (TNT) 30 / Octogen (HMX) 62 / Aluminum powder (Al)5 / Desensitizing agent 3. Record the total weight of raw material weighing as 1.4kg, of which 1.0kg is the effective target charge mass, and 0.4kg is the spare riser feeding charge mass. The composition of each component is calculated and recorded according to the total weight. Record and save the process d...

Embodiment 2

[0041] A method for digital R&D and manufacturing of melt-cast explosives, wherein the name of the melt-cast explosives is Ex2, and the formula consists of TNT (TNT) 30 / Octokin (HMX) 69 / microcrystalline wax (W) 1.

[0042] Step 1, run the comprehensive deployment module, and determine 2 R&D and design personnel to be responsible for R&D and design, and 3 manufacturing control personnel to be responsible for the production and manufacture of casting explosives. It is determined that the name code of the melt-cast explosive that needs to be developed and manufactured is Ex2, and the formula composition is TNT (TNT) 30 / Octokin (HMX) 69 / Microcrystalline Wax (W) 1. Record the total weight of raw material weighing as 1.3kg, of which 1.0kg is the effective target charge mass, and 0.3kg is the spare riser feeding charge mass. The composition of each component is calculated and recorded according to the total weight. Record and save the process data such as melting temperature, mixing...

Embodiment 3

[0050] A method for digital R&D and manufacturing of fused and cast explosives, wherein the name of the fused and cast explosive is Ex3, and the formula consists of 2,4-dinitroanisole (DNAN) 29 / RDX 52 / aluminum powder (Al) 17 / surface Active Agent (SA)2.

[0051] Step 1, run the comprehensive deployment module, and determine 2 R&D and design personnel to be responsible for R&D and design, and 5 manufacturing control personnel to be responsible for the production and manufacture of casting explosives. It is determined that the name code of the melt-cast explosive that needs to be developed and manufactured is Ex3, and the formula is composed of 2,4-dinitroanisole (DNAN) 29 / RDX 52 / aluminum powder (Al) 17 / surfactant ( SA) 2. Record the total weight of raw material weighing as 1.5kg, of which 1.0kg is the effective target charge mass, and 0.5kg is the spare riser feeding charge mass. The composition of each component is calculated and recorded according to the total weigh...

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Abstract

The invention provides a melt-cast explosive digital development and manufacturing method, which comprises an integrated deployment module, a development design module, and a manufacturing control module, wherein the integrated deployment module comprises a personnel dispatching unit, a logistics monitoring unit and a data maintenance unit, the development and design module comprises an explosive performance estimation unit and a technological process optimization unit, the manufacturing control module comprises an operation preparation unit, a material melting and mixing unit, a slurry casting unit and a product molding unit. The method of the invention is based on the idea and method of a digital manufacturing technology, and can greatly improve the development and design level, and technical control level of melt-cast explosive products.

Description

technical field [0001] The invention belongs to the field of digital manufacturing of melting and casting explosives, and in particular relates to a digital R&D and manufacturing method of melting and casting explosives. Background technique [0002] Digital manufacturing technology is an emerging technology resulting from the integration of digital technology and manufacturing technology. The consistent conversion of information resources presented by various media into abstract data forms is a distinctive feature of the digitization process. The process of product manufacturing involves design drawings, technical documents, process cards, bills of materials, management information and many other technical documents. These documents that are kept and processed manually can be converted into digital forms, so that The manufacturing execution cycle of the product is greatly shortened, thereby improving production efficiency. With the continuous innovation of data processing...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C06B25/04C06D5/06
CPCC06B25/04C06D5/06
Inventor 刘瑞鹏贾宪振王永顺谢中元王红星
Owner XIAN MODERN CHEM RES INST
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