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SPLIT CORES 贊助三 EXAMPLE 17 (UNDERIBED TYPE MOULD II) shaft plate (C14)-26 mm (1.0 in) thick (note that the mould backing plate may be used for this purpose). 16.21 EXAMPLE 17 (UNDERFEED TYPE MOULD 1) 16.21.1 Problem A Design a two-impression injection mould to produce the linked-shaped cover shown in Figure 16.108. A small centre gate into the base of the component is required. The cover is to be manufactured in HDPE. The drawing should include a plan view of the moving mould half, a plan view of the fixed mould half, and a side-sectional view of both mould halves. Drawing references: Plan view of the moving half (Figure 16.109); side- sectional view of both mould halves (Figure 16.110); plan view of the fixed mould half (Figure 16.111); isometric view of the moving half for reference purposes (Figure 16.112); isometric view of the fixed mould half for reference purposes (Figure 16.113); coolant flow-way circuit for the moving mould half (Figure 16.114); coolant flow-way circuit for the fixed mould half (Fines In 115) mould opening sequence (Figure 12.2). (Figure 16.110 is repeated and it is printed on the page facing Figure 16.111 for the reader's convenience.) PL 50 (2) -X XA EX Rad. S 18 To.71 1.5 SECTION (0.06) X-X Figure 16.108-Example 17: Link-shaped cover for which a two impression injection mould is required 689

SPLIT CORES 贊助三 EXAMPLE 17 (UNDERIBED TYPE MOULD II) shaft plate (C14)-26 mm (1.0 in) thick (note that the mould backing plate may be used for this purpose). 16.21 EXAMPLE 17 (UNDERFEED TYPE MOULD 1) 16.21.1 Problem A Design a two-impression injection mould to produce the linked-shaped cover shown in Figure 16.108. A small centre gate into the base of the component is required. The cover is to be manufactured in HDPE. The drawing should include a plan view of the moving mould half, a plan view of the fixed mould half, and a side-sectional view of both mould halves. Drawing references: Plan view of the moving half (Figure 16.109); side- sectional view of both mould halves (Figure 16.110); plan view of the fixed mould half (Figure 16.111); isometric view of the moving half for reference purposes (Figure 16.112); isometric view of the fixed mould half for reference purposes (Figure 16.113); coolant flow-way circuit for the moving mould half (Figure 16.114); coolant flow-way circuit for the fixed mould half (Fines In 115) mould opening sequence (Figure 12.2). (Figure 16.110 is repeated and it is printed on the page facing Figure 16.111 for the reader's convenience.) PL 50 (2) -X XA EX Rad. S 18 To.71 1.5 SECTION (0.06) X-X Figure 16.108-Example 17: Link-shaped cover for which a two impression injection mould is required 689

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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SPLIT CORES 贊助三 EXAMPLE 17 (UNDERIBED TYPE MOULD II) shaft plate (C14)-26 mm (1.0 in) thick (note that the mould backing plate may be used for this purpose). 16.21 EXAMPLE 17 (UNDERFEED TYPE MOULD 1) 16.21.1 Problem A Design a two-impression injection mould to produce the linked-shaped cover shown in Figure 16.108. A small centre gate into the base of the component is required. The cover is to be manufactured in HDPE. The drawing should include a plan view of the moving mould half, a plan view of the fixed mould half, and a side-sectional view of both mould halves. Drawing references: Plan view of the moving half (Figure 16.109); side- sectional view of both mould halves (Figure 16.110); plan view of the fixed mould half (Figure 16.111); isometric view of the moving half for reference purposes (Figure 16.112); isometric view of the fixed mould half for reference purposes (Figure 16.113); coolant flow-way circuit for the moving mould half (Figure 16.114); coolant flow-way circuit for the fixed mould half (Fines In 115) mould opening sequence (Figure 12.2). (Figure 16.110 is repeated and it is printed on the page facing Figure 16.111 for the reader's convenience.) PL 50 (2) -X XA EX Rad. S 18 To.71 1.5 SECTION (0.06) X-X Figure 16.108-Example 17: Link-shaped cover for which a two impression injection mould is required 689
Transcribed Image Text:SPLIT CORES 贊助三 EXAMPLE 17 (UNDERIBED TYPE MOULD II) shaft plate (C14)-26 mm (1.0 in) thick (note that the mould backing plate may be used for this purpose). 16.21 EXAMPLE 17 (UNDERFEED TYPE MOULD 1) 16.21.1 Problem A Design a two-impression injection mould to produce the linked-shaped cover shown in Figure 16.108. A small centre gate into the base of the component is required. The cover is to be manufactured in HDPE. The drawing should include a plan view of the moving mould half, a plan view of the fixed mould half, and a side-sectional view of both mould halves. Drawing references: Plan view of the moving half (Figure 16.109); side- sectional view of both mould halves (Figure 16.110); plan view of the fixed mould half (Figure 16.111); isometric view of the moving half for reference purposes (Figure 16.112); isometric view of the fixed mould half for reference purposes (Figure 16.113); coolant flow-way circuit for the moving mould half (Figure 16.114); coolant flow-way circuit for the fixed mould half (Fines In 115) mould opening sequence (Figure 12.2). (Figure 16.110 is repeated and it is printed on the page facing Figure 16.111 for the reader's convenience.) PL 50 (2) -X XA EX Rad. S 18 To.71 1.5 SECTION (0.06) X-X Figure 16.108-Example 17: Link-shaped cover for which a two impression injection mould is required 689
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