The shell frame is manufactured by the inner mould transfer printing method, and the appearance of the shell frame has no seam.
本发明壳体框件使用所述模内转印方法制成，其外观不具有接缝。
Compared with a shell frame which is manufactured by a traditional inner mould transfer printing technology and provided with a seam, the shell frame is more attractive.
因此，与利用传统中的模内转印工艺所制造的具有接缝的壳体框件相比，本发明的壳体框件较为美观。
Furthermore, the inner mould transfer printing method can effectively reduce the cost and the time of the shell frame, thereby enhancing the competitive strength of products.
另外，由于本发明的模内转印方法可有效地减少壳体框件的成本与时间，因此，提高了产品的竞争力。
The rule for pressure transfer during the process of filling mould and its influence on the quality of die castings are revealed.
指出了金属液充型时压力传递的规律及其对压铸件质量的影响。
In the design of the plastic mould, a latch_lock mechanism was designed to transfer the machine driving force from the moving half to the fixed half to make the ejection system of the fixed half work.
在塑料模具设计中，设计一种延时脱开机构将机床动力由动模传递给定模，使定模顶出机构工作；在侧抽芯机构中设计出一种顶出机构，改善塑件的成型质量，防止塑件脱模时的变形。
The hot metal flow and heat transfer in the mould are studied by computer emulation method and therefor the solidification behavior of liquid steel in the mould determined.
用计算机仿真的方法研究结晶器内钢液流动与传热，从而了解钢液的凝固行为。
The heat transfer conditions in initial shells in mould can be improved and the surface cracks can be controlled by using good workability powders.
使用性能合适的保护渣可以改善结晶器内初始坯壳的传热条件，控制表面裂纹的产生。
The heat transfer of steel fluid in continuous casting mould is a stable process and can be depicted with three-dimensional stable heat conduction equation depending on tension speed.
连铸结晶器内钢液的传热可视为一个稳态过程，可用依赖于拉坯速度的三维稳态热传导方程描述。
Conversely, an environment that is too humid may lead to the transfer of moisture from the air to the product, with possible damage, formation of mould, etc.
相反，如果环境过于潮湿，将导致空气中的水分转移到产品里，并可能损坏产品，发霉等。
Thermal transfer in the mould is of one of the most complex and important phenomena in the course of continuous cast.
结晶器传热是连铸过程中最为复杂和重要的现象之一。
There are many factors affecting the thermal transfer in the mould, such as casting speed, composition of steel and structure of the mould.
影响结晶器传热的因素很多，如铸坯的拉速、钢的成分以及结晶器的结构等。
Mould heat transfer in continuous casting affects directly slab surface quality and productivity.
连铸结晶器的传热直接影响铸坯的表面质量和生产率。
The rate of heat transfer in mould affects significantly on the surface quality of slab and protection of steel breaking in continuous casting.
在连铸过程中结晶器的传热速率对铸坯的表面质量和防止漏钢都具有十分重要的影响。
Based on the heat exchange characteristic of permanent mould casting, the thermal resistance of coating level becomes the main thermal resistance of the heat transfer.
基于金属型铸造热交换的特点，涂料层的热阻成为传热的主要热阻。
An inverse problem model of mould heat transfer in slab continuous casting is researched and built aiming at the installation characteristics of thermocouples in slab mould.
针对板坯结晶器热电偶的排布特点，研究并建立板坯连铸结晶器传热反问题的数学模型。
Heat transfer in the mould and the performance of casting powder were improved. the stabilization of casting conditions were enhanced.
从改善结晶器传热，改进保护渣性能，稳定的浇注条件等方面开展工作。
Do not transfer unstored mould parameters!
请勿调入未存储过的模具参数！
Do not transfer unstored mould parameters!
请勿调入未存储过的模具参数！
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