【正文】 Else element consists of the production capacity demand 、 Usable floor area 、 Capital cost 。 6 、 Element considering that the vase embryo is designed (Vase embryo which on the basis of the initial paring model employd in the system along with cycling and designs the eperiment which do to different as of jar of embryos in the interest of accelerating the use indexing means to decrease the indexing 。Research to improve this the respect cycle performance opportunity 。s pressure and effect turning on standard velocity 。 Being cool to achieve the pattern in second to elucidate the pressure , yet the technology at the moment need to be bee cool seconds , and the cycle is subjected to the finished piece on takeing shape the sunken limit at the moment 。s pressure time about act as 9 seconds 。 At this moment does not there is remainder is held up time , cycles like this to accept the stud performance limit 。 The cycle velocity being living is leted drop to attain seconds , in the way of 2280 be able to injecting amount 39。 The machinery of seconds at the moment empties to cycle sufficiently to optimize , and the margin of modification is very little 。 The pattern need not turned on so manyly ,in order to permit the indexing to circle , such as the tradition systematically by permits themanipulator gos into the pattern district demand , thereby decreases turns on the standard with shuts the standard time 。 (5)The vase embryo greats quantity of peak when eing out being living warm that the face creating warms up along with warm up regeneration , in order to avert the followup handle perioc finished piece is fleeced the injury either is possess viscosity 。 (3)The demand is getting near in the interest of averting the finished piece that bees cool to take shape sunken guarantor 。 4 、 The injection mould design process requirementanalysis An injection mould design is posed of two steps: theinitial design and the detailed design. The initial design isposed of decisions made at the early stage of themould design, such as the type of mould configuration,the number of cavities, the type of runner, the type of gate and the type of mould base. The detailed design isposed of the insert (core/cavity) design, the ejectionsystem design, the cooling and venting ponent design,the assembly analysis and the final drafting. To develop a good CAIMDS, an analysis of ‘whatthey have’ and ‘what they want’ needs to be they have: – The customer’s requirements for the product. Thisincludes the detailed geometry anddimension requirementsof the product. – An existing mould design library. This library coversthe standard or previously designedponents andassemblies of the mould design, for example, themould base (the fixed half and the moving half) andthe pocket (the fixed half and the moving half). – An expert knowledge in injection mould design. Expertknowledge of both initial and detailed designs forthe injection mould is obtained mainly from experiencedmould designers. Such knowledge includesmaterial selection, shrinkage suggestion, cavity layoutsuggestion and others. What they want: – An intelligent and interactive mould design design is often posed of a series ofdesign procedures. These procedures usually requirecertain mould parts to be created and existing mouldparts to be assembled. Such a mould design environmentneed not be fully automatic, especially forplicated products with many undercuts. Anintelligent and interactive environment will be a goodchoice to integrate some useful automation algorithms,heuristic knowledge and onlineinteraction by the experienced mould designer. – Standard/previous designed ponents/assemblies(productindependent parts) management. Apart from the core and cavity, an injection mould hasmany other parts that are similar in structure and geometrical shape that can be used in other injectionmould designs. These parts are independent of the plastic mould products. They are mostly standardponents that can be reused in different mould designs and mould sets. – Useful tools (including solid design and analysiscalculation) in the core and the cavity (productdependentparts) design. Geometrical shapes and thesizes of the core and cavity system are determineddirectly by the mould product. All ponents insuch a system are product dependent. Also, theseparts are the critical ponents in the mould design Their geometrical requirements may be , some tools develo