ELogs/MechanicalEngineering: Difference between revisions
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=== Radiotherapy === | === Radiotherapy === | ||
== Completed == | |||
=== 2022 === | |||
; September : Machine a patch panel complete with 10 smaller panels that can be swapped between on the main patch panel to allow for various electrical feedthroughs | |||
; August : Created CAD cross hair for Peli Case to be printed. Also created small printed windows to clamp Mylar smooth over the beam entry point. | |||
; June : Initiated design of large Peli Case. Received Lab scissor jack used to mount camera. | |||
; May : CAD Prototype a sliding system to mount multiple scintillator holders into a case | |||
; February : Create CAD model for small Peli Case so ideas on how to install the holder into the case can be prototyped | |||
; July : Created CAD models for internal components including: | |||
:* Scintillator holder. | |||
- 2x Side Vice faces. | - 2x Side Vice faces. | ||
| Line 38: | Line 51: | ||
Tapped all holes on Scintillator holder to take m5 nylon screws to allow vice faces to travel. | Tapped all holes on Scintillator holder to take m5 nylon screws to allow vice faces to travel. | ||
=== 2021 === | === 2021 === | ||
; November : Design initial prototype of a new holder that will clamp scintillator sheets together. Will supersede previous adhesive idea | |||
; June : Prepare scintillator sheets to be adhered together using standard primer | ; June : Prepare scintillator sheets to be adhered together using standard primer | ||
Revision as of 15:35, 20 September 2022
Electronic Log for Mechanical Engineering
To Do
Proton Therapy
June 2021 - Prepare scintillator sheets to be adhered together using standard primer
November 2021 - Design initial prototype of a new holder that will clamp scintillator sheets together. Will supersede previous adhesive idea
February 2022 - Create CAD model for small Peli Case so ideas on how to install the holder into the case can be prototyped
May 2022- CAD Prototype a sliding system to mount multiple scintillator holders into a case
August 2022 - Created CAD cross hair for Peli Case to be printed. Also created small printed windows to clamp Mylar smooth over the beam entry point.
September 2022 - Machine a patch panel complete with 10 smaller panels that can be swapped between on the main patch panel to allow for various electrical feedthroughs
Radiotherapy
Completed
2022
- September
- Machine a patch panel complete with 10 smaller panels that can be swapped between on the main patch panel to allow for various electrical feedthroughs
- August
- Created CAD cross hair for Peli Case to be printed. Also created small printed windows to clamp Mylar smooth over the beam entry point.
- June
- Initiated design of large Peli Case. Received Lab scissor jack used to mount camera.
- May
- CAD Prototype a sliding system to mount multiple scintillator holders into a case
- February
- Create CAD model for small Peli Case so ideas on how to install the holder into the case can be prototyped
- July
- Created CAD models for internal components including:
- Scintillator holder.
- 2x Side Vice faces.
- 1x Front Vice face.
- Cover for beam entry point.
These were printed soon after.
Beam entry point was cut out of the case, piece was sent for testing with Adam Gibson.
Machined two special 1/4-20 UNC screws for camera mount.
Tapped all holes on Scintillator holder to take m5 nylon screws to allow vice faces to travel.
2021
- November
- Design initial prototype of a new holder that will clamp scintillator sheets together. Will supersede previous adhesive idea
- June
- Prepare scintillator sheets to be adhered together using standard primer