1 / 88

2014 Skyfall Base RFQ ME Proposal-0822

2014 Skyfall Base RFQ ME Proposal-0822. Contents. Non Envy (Hinge is Rotate only) Foot print update Dimension analysis Hinge Structure Proposal Stacking high Z, Y analysis (8/20 update) Rotate interfere check (8/20 update) Open Question Tipping Analysis (8/20 update)

efuru
Download Presentation

2014 Skyfall Base RFQ ME Proposal-0822

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. 2014 Skyfall Base RFQ ME Proposal-0822

  2. Contents • Non Envy(Hinge is Rotate only) • Foot print update • Dimension analysis • Hinge Structure Proposal • Stacking high Z, Y analysis (8/20 update) • Rotate interfere check (8/20 update) • Open Question • Tipping Analysis (8/20 update) • Weight Data (8/20 update) • USB & HDMI connector interference (update) • Guide Pin Strength analysis (update) • Wobble Analysis (update) • Envy(Hinge is Rotate & slide) • Foot Print Update Version

  3. 11.6”Form Factor • Form Factor : 11.6” Dock • Base line Non Envy for non-sliding hinge • Scenario Envy for sliding hinge X Z1 Y Z2 Version

  4. 13.3”Form Factor • Form Factor : 13.3” Dock • Base line Non Envy for non-sliding hinge • Scenario Envy for sliding hinge X Z1 Y Z2 Version

  5. Non Envy

  6. Non Envy 11.6” Placement with battery under the keyboard 8/20 update Scenario audio jack will be here Docking Board I/O Board USB Board Main Board Battery CARD READ Board TP Module Version 6

  7. Non Envy 11.6” Cable Routing 8/20 update 3 • FFC*2,FPC*1, Cable*3 2 1 FFC&FPC:1.MB to Card read PCB 2.MB to TP Module 3.MB to KB Module(FPC, include in KB) Cable: 1.Dock_R 2.Dock_L 3. Battery(include in battery) 2 3 1

  8. Non Envy 11.6 ” Baseline- X with battery under the keyboard Hinge Block Logic up Hinge ends Hinge plate brk. MB brk Magnet Hinge + cable brk wall ID guide pin hinge fixer cable wall Gap &stroke (PAD need) IDGap Gap Gap RFQ target : 11.6”X=TBD (slate=287.6mm) Compal Proposal : 11.6” X=287.6mm Version 8

  9. Non Envy 11.6 ” Baseline- Y with battery under the keyboard 11.6 Slate Y=193.5 11.6 Base Y=230.1 Critical item 36.3 193.5(Slate) 230.1-36.3-0.3(gap)=193.5 230.1

  10. Non Envy11.6 ” Baseline- Z with battery under the keyboard 8/20 update Critical item

  11. Battery Z Stack Height Analysis Base line with battery under the keyboard 8/20 battery z change A A Version

  12. Non Envy 13.3” Placement 8/20 update. Docking Board I/O Board USB Board Main Board 2Cell Battery CARD READ Board TP Module Version 12

  13. Non Envy 13.3” Cable Routing 8/20 update • FFC*2,FPC*1, Cable*3 2 3 1 FFC&FPC:1.MB to Card read PCB 2.MB to TP Module 3.MB to KB Module(FPC, include in KB) Cable: 1.Dock_R 2.Dock_L 3. Battery (include in battery) 3 1 2

  14. Non Envy 13.3 ” Baseline- X with battery under the keyboard Hinge Block Logic up Hinge ends Hinge plate brk. MB brk Magnet Hinge + cable brk wall ID guide pin hinge fixer cable wall Gap &stroke (PAD need) IDGap Gap Gap RFQ target : 13.3”X=322.0mm Compal Proposal : 13.3” X=322.0mm Version 14

  15. Non Envy 13.3 ” Baseline- Y with battery under the keyboard 13.3 Slate Y=216.6 13.3 Base Y=253.24 Critical item 216.6(Slate) 36.3 253.24-36.3-0.3(gap)=216.64 253.24

  16. Non Envy 13.3 ” Baseline- Z with battery under the keyboard 8/20 update Critical item

  17. Hinge Structure Proposal 1.Stacking high Z, Y analysis 2.Rotate interfere check

  18. Hinge Z Stack Height Hinge frame • Current ID not enough space for Docking PCB design • Study Hinge block side of Z Hinge plate A PCB Hinge frame A Hinge plate Version

  19. Hinge Z Stack Height • Current ID not enough space for Docking PCB design • Study Dock side of Z A A 19.7mm Version

  20. Hinge Stack Height in Y A • Current ID not enough space for Docking PCB design • Study Dock side of Y PCB A Hinge frame Hinge plate slate PCB Hinge frame AL 4.75mm(HP ID) plastic 11.5mm upper Version Docking Conn mating high fix PCB Y location

  21. Rotate interfere check • When slate in 0° position, Slate will interfere with Dock in A position A Current ID in 0° A 1.2mm Propose ID in 0° 8/20 update

  22. Rotate interfere check • When slate in 60° position, Slate will interfere with Dock in A & B position B A Current ID in 60° B-B B A A-A Propose ID in 60° 8/20 update A-A B-B

  23. Rotate interfere check • When slate in 125° position, Slate will interfere with Dock in A & B position B A Current ID in 125° B-B A-A B A Propose ID in 125° 8/20 update B-B A-A

  24. Rotate interfere check • Base on current ID Hinge shaft center will interfere with hinge housing 6.66 A Current ID AXIS Hinge shaft interfere with hinge block 6.5 A 7.25 Propose ID AXIS 3.6 8/20 update

  25. Tipping Test analysis To make system not tilt, it should satisfy the equation : WB x DB + WAdd x DAdd > WL x DL + FT x DT 17mm HP ID Propose ID 30.6mm **quotation base is SECC.

  26. 11.6” Docking Weight Analysis Weight save plan: IF change KB support brk material from SGCC to AL, it can reduce 60g. (SGCC/129.0g to AL/ 69.0g) But it also bring tipping issue. AL will cost up and delta not in the final quote. Version 26

  27. 13.3” Docking Weight Analysis Weight save plan: Change KB support brk material from SGCC to AL can reduce 70g. (SGCC/145.0g to AL/ 75.0g) But AL also bring tipping issue. AL will cost up and delta not in the final quote.

  28. Interference-USB and HDMI Issue : It need spring travel distance around 0.7mm on connecter when Plug insert. But the space is not enough in current ID, It need keep 1.5mm thickfor inject the jetting . But the space is not enough in current ID, Suggestion Move down the Conn location from 1.15mm to 1.7mm ( All of Conn on rear side) 2.16mm Current ID Suggest 1.7=T1.5mm+ gap0.2 1.5mm 1.15mm interference USB conn USB conn Version 28

  29. Interference-USB and HDMI USB & HDMI One side of the shrapnel 1.When one side of the shrapnel lack of clamping force is generated and will be satisfied CONN association SPEC 2.HP SVTP 5-27 test is high risk will fail CONN association SPEC

  30. Strength analysis of hinge & Guide pin 8/20 update 3 simulate date Guide pin Material = MIM (TSUS316) Combine guide pins with hinge frame, the material is Zn-Alloy Combine guide pins with hinge frame & cover frame, the material is Zn-Alloy Suggestion: Suggest to keep guide pin by TSUS316, when change guide pin to Zn-Alloy, it fail on Hinge SVTP test. CAE Analysis Report

  31. Wobble Test analysis WobbleAnalysis Report

  32. Docking Conn & Guide pin overlap Dim Dock connector 8/20 update B A Section A-A A B 11.5mm 7.95mm Guide pin Section B-B 11.5mm 14.5mm

  33. Envy

  34. Envy 11.6” Placement Scenario with battery under the keyboard Scenario audio jack will be here Docking Board USB Board I/O Board Main Board Battery TP Module CARD READ Board Version 34

  35. Envy 11.6” Cable Routing 3 • FFC*2,FPC*1, Cable*3 2 1 FFC&FPC:1.MB to Card read PCB 2.MB to TP Module 3.MB to KB Module(FPC) Cable: 1.Dock_R 2.Dock_L 3. Battery 2 3 1

  36. Envy 11.6 ” Scenario - X with battery under the keyboard Logic low Hinge Block Logic up Hinge ends Hinge plate brk. wall MB brk Magnet brk Hinge + cable Slide structure guide pin hinge fixer Gap &stroke (PAD need) IDGap Gap Gap RFQ target :11.6” X=TBD Compal Proposal :11.6” X=287.6mm Version 36

  37. Envy 11.6 ” Scenario - Y Section 1 with battery under the keyboard 11.6 Slate Y=193.5 11.6 Base Y=242.6 suggest 1.Suggest to change TP size from 55.5 to 49mm 6.4 193.5(Slate) 42.7 242.6-42.7=199.9 242.6

  38. Envy 11.6 ” Scenario - Z with battery under the keyboard Critical item

  39. Envy 13.3” Placement Scenario with battery under the keyboard Scenario audio jack will be here Docking Board USB Board I/O Board Main Board 2Cell Battery CARD READ Board TP Module Version 39

  40. Envy 13.3” Cable Routing 2 3 1 • FFC*2,FPC*1, Cable*3 FFC&FPC:1.MB to Card read PCB 2.MB to TP Module 3.MB to KB Module(FPC) Cable: 1.Dock_R 2.Dock_L 3. Battery 3 1 2

  41. Envy 13.3 ” Scenario - X with battery under the keyboard Logic low Hinge Block Logic up Hinge ends Hinge plate brk. wall MB brk Magnet brk Hinge + cable Slide structure guide pin hinge fixer Gap &stroke (PAD need) IDGap Gap Gap RFQ target : 13.3”X=322.0mm Compal Proposal : 13.3” X=322.0mm Version 41

  42. Envy 13.3 ” Scenario - Y with battery under the keyboard Section 1 13.3 Slate =216.6 13.3 Base =261.94 2.64 42.7 216.6(Slate) 261.94-42.7=219.24 261.94

  43. Envy 13.3 ” Scenario - Z with battery under the keyboard Critical item

  44. Backup 1st~ 3rd Presentation Data

  45. Interference-Daughter Board Issue : It need a re-driver IC on the daughter board for EMI issue. But the space is not enough in current ID, Conclusion & suggest Adjust the Conn degree from 20 ° to 10 ° ( All of Conn on rear side) Suggest Current interference Re-driver IC 20∘ 10∘ Daughter Board Daughter Board Version 45

  46. Slide Hinge Structure Issue : Interference between Slate & housing when open Slate 120 ° &135 ° in current ID Conclusion & suggest : 1.Adjust the slide distance from 19mm to 21.0mm for open 120 ° 2.Adjust the slide distance from 19mm to 26.5mm for open 135 ° Compal suggest Current ID Hinge block gap 0.6 slide distance 19mm Open 135 ° slide distance 26.5mm Open 120 ° slide distance 21.0mm

  47. Slide Hinge Structure Scenario 2 First pull and then turn Presume Hinge House extend 26.8mm Step 2 Open the Slate 120 ∘ Step 1 Mover front 26.8mm 120∘ 26.8mm 47.8mm Remove Rotate Structure

  48. Slide structure type1 Initial status Slide status Slide direction Section Wheel (control Z direction) Hinge Shaft Hinge Shaft Slide guide Wheel (control Y direction) Version

  49. Slide structure type 2 Initial status Slide & Rotate status Rotate Section Gear Hinge Shaft Slide Gear Rack Version

  50. Base KB Selection Follow 3D file, we place Darwin KB for 13”& Maya KB for 11.” base placement. Do we need place 13”form factor KB for 13” Base?

More Related