mirror of
https://github.com/whowechina/musec_pico.git
synced 2026-09-22 22:37:55 +03:00
Caution and markdown cleanup
This commit is contained in:
whowechina
@@ -14,7 +14,7 @@ Features:
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Thanks to many respectful guys/companies who made their tools or materials free or open source (KiCad, OnShape, InkScape, Raspberry things).
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Special thanks to community projects and developers.
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And also these projects:
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* RP_Silicon_KiCad: https://github.com/HeadBoffin/RP_Silicon_KiCad
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* Type-C: https://github.com/ai03-2725/Type-C.pretty
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@@ -77,7 +77,7 @@ If you're interested in some kind of commercial use, please contact me (Discord,
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* 7x Kailh Choc v1. Choose heavy ones (70gf), I think the yellow with 70g force is the best.
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<img src="doc/choc_v1_heavy.jpg" width="70%">
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* 1x MX-compatible switch, I personally use Gateron POM CJ BOX.
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* 1x Plate-mounting stabilizer for the MX switch, 6.25U.
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* 1x Plate-mounting stabilizer for the MX switch, 6.25U.
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https://www.amazon.com/GATERON-Stabilizer-Mechanical-Keyboard-Satellite/dp/B0C137DG5Q/
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* This is how it looks after soldering.
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@@ -87,29 +87,29 @@ If you're interested in some kind of commercial use, please contact me (Discord,
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<img src="doc/pcb_solder_usb_txrx.jpg" width="60%">
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### Test the PCB
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* You can test the PCB now, put the firmware in.
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* All RGB LEDs should light up in a rainbow pattern.
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* LEDs responds to the button presses.
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* Musec Pico should be recognized as a USB HID device, here's the test page.
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https://greggman.github.io/html5-gamepad-test/
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* Move a magnetic screwdriver tip close to the TMAG5273 sensor, you'll notice the corresponding axis move in the test page. Please check all 5 sensors.
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* You can test the PCB now, put the firmware in.
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* All RGB LEDs should light up in a rainbow pattern.
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* LEDs responds to the button presses.
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* Musec Pico should be recognized as a USB HID device, here's the test page.
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https://greggman.github.io/html5-gamepad-test/
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* Move a magnetic screwdriver tip close to the TMAG5273 sensor, you'll notice the corresponding axis move in the test page. Please check all 5 sensors.
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### Sensor PCB Separation
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* If everthing works fine, you can cut off (or even bend and snap) the 5 small sensor boards from the main board.
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<img src="doc/pcb_cut.jpg" width="80%">
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* If everthing works fine, you can cut off (or even bend and snap) the 5 small sensor boards from the main board.
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<img src="doc/pcb_cut.jpg" width="80%">
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### 3D Printing
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#### Printing parameters
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* PLA or PETG.
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* Layer height: 0.2mm
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* Support: Yes, always.
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* Glue on bed: Yes, it prevents corner warping.
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* Files are always in milimeter unit, not inch.
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* PLA or PETG.
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* Layer height: 0.2mm
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* Support: Yes, always.
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* Glue on bed: Yes, it prevents corner warping.
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* Files are always in milimeter unit, not inch.
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#### 5x Spinner Parts
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<img src="doc/print_orientation_1.jpg" width="30%"><img src="doc/print_orientation_2.jpg" width="40%">
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<img src="doc/print_orientation_1.jpg" width="30%"><img src="doc/print_orientation_2.jpg" width="40%">
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* Keycap: `Production\3DPrint\musec_pico_keycap.stl`, white. If you have multi-color system, print the 4 triangle marks on the top in gray.
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* Keycap: `Production\3DPrint\musec_pico_keycap.stl`, white, 5 walls or >=90% infill. If you have multi-color system, print the 4 triangle marks on the top in gray.
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* Bearing Fixer: `Production\3DPrint\musec_pico_bearing_fixer.stl`, clear transparent.
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* Shaft End: `Production\3DPrint\musec_pico_shaft_end_xxx.stl`, clear transparent, choose the one matches your magnet size.
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* Lever: `Production\3DPrint\musec_pico_lever.stl`, clear transparent.
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@@ -125,55 +125,59 @@ If you're interested in some kind of commercial use, please contact me (Discord,
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### Assembly
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#### Other components needed
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* 5x **M2.5\*6mm screws** for fixing the keycap to the bearing.
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* 30x **M2\*(6-8mm) screws** for fixing the bearing and the sensor PCB to the lever.
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* 15x **M3\*8mm screws** for fixing button pads to the bottom housing.
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* 16x **M3\*(10-12mm) screws** for fixing the top and bottom housing and the pedal board to the bottom housing.
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* 5x 6700zz (10x15x4mm) bearings for the spinner, just buy cheapest ones.
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https://www.amazon.com/uxcell-6700ZZ-Groove-Bearings-Shielded/dp/B082PPYZQX/
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* 5x round magnets, 5-7mm diameter (3mm or 4mm also works if you stick it well), 1.5mm or 2mm tall, MUST be radially/diametrically magnetized (N-S poles on the curved side).
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https://wargameportal.com/products/special-diametrically-magnetized-50pcs-5mm-x-2mm-3-16-x-1-16-disc-magnets?variant=49014932209942
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* 5x 25mm length 2mm diameter steel shafts for the lever.
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https://www.walmart.com/ip/Unique-Bargains-RC-Toy-Car-Frame-Part-Stainless-Steel-Round-Rod-Shaft-25mm-x-2mm-40-Pcs/108734138?wmlspartner=wlpa&selectedSellerId=571
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* Some good tape (such as acetate tape or high-temp teflon tape) to fix the magnets in place.
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* PTFE or UHMW tape for the sliding surfaces.
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* Silicone anti-slip pads for the bottom.
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<img src="doc/anti_slip_pads.jpg" width="60%">
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* 5x **M2.5\*6mm screws** for fixing the keycap to the bearing.
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* 30x **M2\*(6-8mm) screws** for fixing the bearing and the sensor PCB to the lever.
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* 15x **M3\*8mm screws** for fixing button pads to the bottom housing.
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* 16x **M3\*(10-12mm) screws** for fixing the top and bottom housing and the pedal board to the bottom housing.
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* 5x 6700zz (10x15x4mm) bearings for the spinner, just buy cheapest ones.
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https://www.amazon.com/uxcell-6700ZZ-Groove-Bearings-Shielded/dp/B082PPYZQX/
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* 5x round magnets, 5-7mm diameter (3mm or 4mm also works if you stick it well), 1.5mm or 2mm tall, MUST be radially/diametrically magnetized (N-S poles on the curved side).
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https://wargameportal.com/products/special-diametrically-magnetized-50pcs-5mm-x-2mm-3-16-x-1-16-disc-magnets?variant=49014932209942
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* 5x 25mm length 2mm diameter steel shafts for the lever.
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https://www.walmart.com/ip/Unique-Bargains-RC-Toy-Car-Frame-Part-Stainless-Steel-Round-Rod-Shaft-25mm-x-2mm-40-Pcs/108734138?wmlspartner=wlpa&selectedSellerId=571
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* Some good tape (such as acetate tape or high-temp teflon tape) to fix the magnets in place.
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* PTFE or UHMW tape for the sliding surfaces.
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* Silicone anti-slip pads for the bottom.
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<img src="doc/anti_slip_pads.jpg" width="60%">
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* Optional but good to have: A digital piano or music keyboard sustain pedal or a sewing machine pedal with 3.5mm jack. If it comes with 6.25mm jack, you also need a 6.25mm to 3.5mm adapter.
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* Optional but good to have: A digital piano or music keyboard sustain pedal or a sewing machine pedal with 3.5mm jack. If it comes with 6.25mm jack, you also need a 6.25mm to 3.5mm adapter.
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#### Steps
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1. We'll start with the spinner part.
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<img src="doc/assemble_1.jpg" width="80%">
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2. Put the bearing into the bearing fixer, you'll need to bend the fixer a little bit to insert the bearing. Don't worry if the small connection part of the fixer breaks, it's fine. Then screw the bearing fixer to the lever.
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<img src="doc/assemble_2.jpg" width="80%">
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3. Screw the keycap using M2.5 screws mentioned earlier.
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<img src="doc/assemble_3.jpg" width="80%">
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4. Now insert the magnet into the slot at the center. It will be attracted to the screw head. But we still need some tape to fix it in place.
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<img src="doc/assemble_4.jpg" width="45%"><img src="doc/assemble_5.jpg" width="45%">
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5. Screw the sensor PCB to the lever and put a small piece of thin PTFE/UHMW tape on the surface. And lastly insert the shaft into the lever.
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<img src="doc/assemble_6.jpg" width="80%">
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6. Connect 5 SH1.0 cables to the main PCB. Install the main PCB and the pedal PCB to the bottom housing. Use another SH1.0 cable to connect the pedal PCB and the main PCB. The screwholes on pedal board is adjustable. Normally you need to install the pedal board a little higher.
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<img src="doc/assemble_7.jpg" width="80%">
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7. Connect the SH1.0 cables which are already connected to the main board to the sensor PCBs. And then push the lever shafts into the stands on the bottom housing. If you have keyboard lubricant, you can apply some to the shaft and the stand.
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<img src="doc/assemble_lub.jpg" width="60%">
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Optional: a pair of plastic ring pads will be helpful to prevent the level from moving. It's 0.5mm thick, 2.1~2.5mm inner diameter, 5-10mm outer diameter.
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<img src="doc/assemble_limiter.jpg" width="60%">
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<img src="doc/assemble_8.jpg" width="80%">
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1. We'll start with the spinner part.
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<img src="doc/assemble_1.jpg" width="80%">
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8. Install the button pads using M3*8mm screws.
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<img src="doc/assemble_9.jpg" width="80%">
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2. Put the bearing into the bearing fixer, you'll need to bend the fixer a little bit to insert the bearing. Don't worry if the small connection part of the fixer breaks, it's fine. Then screw the bearing fixer to the lever.
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<img src="doc/assemble_2.jpg" width="80%">
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9. Install the top housing, you need to screw many M3 screws.
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<img src="doc/assemble_10.jpg" width="80%">
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3. Screw the keycap using M2.5 screws mentioned earlier.
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<img src="doc/assemble_3.jpg" width="80%">
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10. Put the anti-slip pads on the bottom, right on top of the screws.
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4. Now insert the magnet into the slot at the center. It will be attracted to the screw head. But we still need some tape to fix it in place.
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<img src="doc/assemble_4.jpg" width="45%"><img src="doc/assemble_5.jpg" width="45%">
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5. Screw the sensor PCB to the lever and put a small piece of thin PTFE/UHMW tape on the surface. And lastly insert the shaft into the lever.
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<img src="doc/assemble_6.jpg" width="80%">
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6. Connect 5 SH1.0 cables to the main PCB. Install the main PCB and the pedal PCB to the bottom housing. Use another SH1.0 cable to connect the pedal PCB and the main PCB. The screwholes on pedal board is adjustable. Normally you need to install the pedal board a little higher.
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<img src="doc/assemble_7.jpg" width="80%">
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7. Connect the SH1.0 cables which are already connected to the main board to the sensor PCBs. And then push the lever shafts into the stands on the bottom housing. If you have keyboard lubricant, you can apply some to the shaft and the stand.
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<img src="doc/assemble_lub.jpg" width="60%">
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Optional: a pair of plastic ring pads will be helpful to prevent the level from moving. It's 0.5mm thick, 2.1~2.5mm inner diameter, 5-10mm outer diameter.
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<img src="doc/assemble_limiter.jpg" width="60%">
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<img src="doc/assemble_8.jpg" width="80%">
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8. Install the button pads using M3*8mm screws.
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<img src="doc/assemble_9.jpg" width="80%">
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9. Install the top housing, you need to screw many M3 screws.
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<img src="doc/assemble_10.jpg" width="80%">
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10. Put the anti-slip pads on the bottom, right on top of the screws.
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#### Caution
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* Each 3D printer and filament has its own tolerance. If you find the stem holes on the pedal keycap are too tight, use some needle or knife to enlarge them a little bit.
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* Screws are easy to break the 3D printed parts. So don't screw them too tight. When you notice the resistance suddenly increases, stop screwing.
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### Firmware
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* UF2 file is in `Production\Firmware` folder.
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@@ -182,7 +186,6 @@ If you're interested in some kind of commercial use, please contact me (Discord,
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* To access the command line, you can use this Web Serial Terminal to connect to the USB serial port of the Musec Pico. (Note: "?" is for help)
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https://googlechromelabs.github.io/serial-terminal/
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### Usage
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* It's very simple. Just plug it in and play.
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* You can set spin sensivity by "spin rate" command.
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+61
-57
@@ -13,7 +13,7 @@
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感谢许多尊敬的爱好者和公司将他们的工具或材料免费或开源（KiCad，OnShape，InkScape，Raspberry 相关工具, 嘉立创，等）。
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特别感谢社区项目和开发者的帮助。
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特别感谢社区项目和开发者的帮助，还有如下项目：
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* RP_Silicon_KiCad: https://github.com/HeadBoffin/RP_Silicon_KiCad
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* Type-C: https://github.com/ai03-2725/Type-C.pretty
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@@ -65,7 +65,7 @@
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* 2x 0603 5.1kohm 电阻（R1, R2）用于 USB。
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* 2x 0603 10ohm 电阻（1-20ohm 都可以）（R3, R4）。
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* 2x PJ-313 3.5mm 音频插口直插插座（J2, J3）。
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* 12x JST-SH1.0 4P 贴片插座（JA1 到 JA5, JB1 到 JB5, Pedal, 踏板板上的 J1）。
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* 12x JST-SH1.0 4P 贴片插座（JA1 到 JA5, JB1 到 JB5, Pedal, 踏板板上的 J1）。
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https://www.amazon.com/Kidisoii-Connector-Mounting-Vertical-SH1-0-SMT-Ver/dp/B0CXMZ3J1Y?th=1
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* 6x JST-SH1.0 双头 4P 电线，50-100mm 长度（55-60mm 最佳）。
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PCB 上的连接器封装也支持手工焊接。所以如果你找不到连接器或电线，你可以直接将导线焊接到 PCB 上。
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@@ -83,29 +83,29 @@
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<img src="doc/pcb_solder_usb_txrx.jpg" width="60%">
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### 测试 PCB
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* 现在你可以测试 PCB 了，把固件烧录进去。
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* 所有 RGB LED 应该会呈现彩虹效果。
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* 按键按下时 LED 会有反应。
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* Musec Pico 应该被识别为 USB HID 设备，这里是测试页面。
|
||||
https://greggman.github.io/html5-gamepad-test/
|
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* 将磁性螺丝刀头靠近 TMAG5273 传感器，你会看到测试页面上对应的轴会有反应。所有 5 个传感器都要试一下。
|
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* 现在你可以测试 PCB 了，把固件烧录进去。
|
||||
* 所有 RGB LED 应该会呈现彩虹效果。
|
||||
* 按键按下时 LED 会有反应。
|
||||
* Musec Pico 应该被识别为 USB HID 设备，这里是测试页面。
|
||||
https://greggman.github.io/html5-gamepad-test/
|
||||
* 将磁性螺丝刀头靠近 TMAG5273 传感器，你会看到测试页面上对应的轴会有反应。所有 5 个传感器都要试一下。
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||||
### 传感器 PCB 分离
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* 如果一切正常，你可以把 5 个小传感器板从主板上切下来（甚至直接掰下来）。
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||||
<img src="doc/pcb_cut.jpg" width="80%">
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* 如果一切正常，你可以把 5 个小传感器板从主板上切下来（甚至直接掰下来）。
|
||||
<img src="doc/pcb_cut.jpg" width="80%">
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|
||||
### 3D 打印
|
||||
#### 打印参数
|
||||
* PLA 或 PETG.
|
||||
* 层高: 0.2mm
|
||||
* 支撑: 总是需要。
|
||||
* 热床上涂胶水: 是的，可以防止角部翘曲。
|
||||
* 文件都是以毫米为单位，不是英寸。
|
||||
* PLA 或 PETG.
|
||||
* 层高: 0.2mm
|
||||
* 支撑: 总是需要。
|
||||
* 热床上涂胶水: 是的，可以防止角部翘曲。
|
||||
* 文件都是以毫米为单位，不是英寸。
|
||||
|
||||
#### 5x 转盘按钮部分
|
||||
<img src="doc/print_orientation_1.jpg" width="30%"><img src="doc/print_orientation_2.jpg" width="40%">
|
||||
<img src="doc/print_orientation_1.jpg" width="30%"><img src="doc/print_orientation_2.jpg" width="40%">
|
||||
|
||||
* 键帽: `Production\3DPrint\musec_pico_keycap.stl`，白色。如果你有多色打印系统，可以用灰色打印顶部的 4 个三角标记。
|
||||
* 键帽: `Production\3DPrint\musec_pico_keycap.stl`，白色，5 层墙或者 90% 以上填充率。如果你有多色打印系统，可以用灰色打印顶部的 4 个三角标记。
|
||||
* 轴承固定器: `Production\3DPrint\musec_pico_bearing_fixer.stl`，透明。
|
||||
* 轴端: `Production\3DPrint\musec_pico_shaft_end_xxx.stl`，透明，选择与你的磁铁大小匹配的那个。
|
||||
* 平衡杆: `Production\3DPrint\musec_pico_lever.stl`，透明。
|
||||
@@ -121,54 +121,58 @@
|
||||
|
||||
### 组装
|
||||
#### 需要的其他部件
|
||||
* 5x **M2.5\*6mm 螺丝** 用于将键帽固定到轴承上。
|
||||
* 30x **M2\*(6-8mm) 螺丝** 用于将轴承和传感器 PCB 固定到平衡杆上。
|
||||
* 15x **M3\*8mm 螺丝** 用于将按键托底固定到底壳上。
|
||||
* 16x **M3\*(10-12mm) 螺丝** 用于将顶壳和底壳以及踏板板固定到底壳上。
|
||||
* 5x 6700zz (10x15x4mm) 轴承用于转盘，买最便宜的就行。
|
||||
https://www.amazon.com/uxcell-6700ZZ-Groove-Bearings-Shielded/dp/B082PPYZQX/
|
||||
* 5x 圆形磁铁，直径 5-7mm（3mm 或 4mm 也可以，只要你有办法粘住就好），高度 1.5mm 或 2mm，必须是径向/直径磁化的（N-S 极在弧面一侧）。
|
||||
https://wargameportal.com/products/special-diametrically-magnetized-50pcs-5mm-x-2mm-3-16-x-1-16-disc-magnets?variant=49014932209942
|
||||
* 5x 长 25mm 直径 2mm 的钢轴用于平衡杆。
|
||||
https://www.walmart.com/ip/Unique-Bargains-RC-Toy-Car-Frame-Part-Stainless-Steel-Round-Rod-Shaft-25mm-x-2mm-40-Pcs/108734138?wmlspartner=wlpa&selectedSellerId=571
|
||||
* 一些好的胶带（如醋酸胶带或高温聚四氟乙烯胶带）用于固定磁铁。
|
||||
* 用于滑动表面的 PTFE 或 UHMW 胶带。
|
||||
* 底部的硅胶防滑垫。
|
||||
<img src="doc/anti_slip_pads.jpg" width="60%">
|
||||
* 可选，但很有用：数字钢琴或音乐键盘的延音踏板或带有 3.5mm 插孔的缝纫机踏板。如果带的是 6.25mm 插头，那你还需要一个 6.25mm 到 3.5mm 的转接头。
|
||||
* 5x **M2.5\*6mm 螺丝** 用于将键帽固定到轴承上。
|
||||
* 30x **M2\*(6-8mm) 螺丝** 用于将轴承和传感器 PCB 固定到平衡杆上。
|
||||
* 15x **M3\*8mm 螺丝** 用于将按键托底固定到底壳上。
|
||||
* 16x **M3\*(10-12mm) 螺丝** 用于将顶壳和底壳以及踏板板固定到底壳上。
|
||||
* 5x 6700zz (10x15x4mm) 轴承用于转盘，买最便宜的就行。
|
||||
https://www.amazon.com/uxcell-6700ZZ-Groove-Bearings-Shielded/dp/B082PPYZQX/
|
||||
* 5x 圆形磁铁，直径 5-7mm（3mm 或 4mm 也可以，只要你有办法粘住就好），高度 1.5mm 或 2mm，必须是径向/直径磁化的（N-S 极在弧面一侧）。
|
||||
https://wargameportal.com/products/special-diametrically-magnetized-50pcs-5mm-x-2mm-3-16-x-1-16-disc-magnets?variant=49014932209942
|
||||
* 5x 长 25mm 直径 2mm 的钢轴用于平衡杆。
|
||||
https://www.walmart.com/ip/Unique-Bargains-RC-Toy-Car-Frame-Part-Stainless-Steel-Round-Rod-Shaft-25mm-x-2mm-40-Pcs/108734138?wmlspartner=wlpa&selectedSellerId=571
|
||||
* 一些好的胶带（如醋酸胶带或高温聚四氟乙烯胶带）用于固定磁铁。
|
||||
* 用于滑动表面的 PTFE 或 UHMW 胶带。
|
||||
* 底部的硅胶防滑垫。
|
||||
<img src="doc/anti_slip_pads.jpg" width="60%">
|
||||
* 可选，但很有用：数字钢琴或音乐键盘的延音踏板或带有 3.5mm 插孔的缝纫机踏板。如果带的是 6.25mm 插头，那你还需要一个 6.25mm 到 3.5mm 的转接头。
|
||||
|
||||
#### 步骤
|
||||
1. 我们从转盘部分开始。
|
||||
<img src="doc/assemble_1.jpg" width="80%">
|
||||
|
||||
2. 将轴承放入轴承固定器中，你需要稍微弯曲固定器才能将轴承插入。不用担心固定器的小连接部分断裂，没关系的。然后将轴承固定器螺丝到平衡杆上。
|
||||
<img src="doc/assemble_2.jpg" width="80%">
|
||||
|
||||
3. 使用 M2.5 螺丝将键帽固定到轴承上。
|
||||
<img src="doc/assemble_3.jpg" width="80%">
|
||||
|
||||
4. 现在将磁铁插入到中心的槽中。它会被螺丝头吸住，但我们仍然需要一些胶带来固定它。
|
||||
<img src="doc/assemble_4.jpg" width="45%"><img src="doc/assemble_5.jpg" width="45%">
|
||||
1. 我们从转盘部分开始。
|
||||
<img src="doc/assemble_1.jpg" width="80%">
|
||||
|
||||
5. 用螺丝将传感器 PCB 固定到平衡杆上，并在表面上贴一小片薄的 PTFE/UHMW 胶带。最后将轴插入到平衡杆上。
|
||||
<img src="doc/assemble_6.jpg" width="80%">
|
||||
2. 将轴承放入轴承固定器中，你需要稍微弯曲固定器才能将轴承插入。不用担心固定器的小连接部分断裂，没关系的。然后将轴承固定器螺丝到平衡杆上。
|
||||
<img src="doc/assemble_2.jpg" width="80%">
|
||||
|
||||
6. 使用 5 条 SH1.0 电线连接到主 PCB。将主 PCB 和踏板 PCB 安装到底壳上。使用另一条 SH1.0 电线将踏板 PCB 和主 PCB 连接起来。踏板板上的螺孔是可调的。一般来说你需要将踏板 PCB 靠上一点安装。
|
||||
<img src="doc/assemble_7.jpg" width="80%">
|
||||
|
||||
7. 将已经连接到主板的 SH1.0 电线连接到传感器 PCB 上。然后将杆轴推入底壳上的支架。如果你有键盘润滑剂，你可以涂一些在轴和支架上。
|
||||
<img src="doc/assemble_lub.jpg" width="60%">
|
||||
可选：一对塑料垫片将有助于防止平衡杆移动，合适的厚度是 0.5mm，内径是 2.1~2.5mm，外径是 5-10mm。
|
||||
<img src="doc/assemble_limiter.jpg" width="60%">
|
||||
3. 使用 M2.5 螺丝将键帽固定到轴承上。
|
||||
<img src="doc/assemble_3.jpg" width="80%">
|
||||
|
||||
4. 现在将磁铁插入到中心的槽中。它会被螺丝头吸住，但我们仍然需要一些胶带来固定它。
|
||||
<img src="doc/assemble_4.jpg" width="45%"><img src="doc/assemble_5.jpg" width="45%">
|
||||
|
||||
5. 用螺丝将传感器 PCB 固定到平衡杆上，并在表面上贴一小片薄的 PTFE/UHMW 胶带。最后将轴插入到平衡杆上。
|
||||
<img src="doc/assemble_6.jpg" width="80%">
|
||||
|
||||
6. 使用 5 条 SH1.0 电线连接到主 PCB。将主 PCB 和踏板 PCB 安装到底壳上。使用另一条 SH1.0 电线将踏板 PCB 和主 PCB 连接起来。踏板板上的螺孔是可调的。一般来说你需要将踏板 PCB 靠上一点安装。
|
||||
<img src="doc/assemble_7.jpg" width="80%">
|
||||
|
||||
7. 将已经连接到主板的 SH1.0 电线连接到传感器 PCB 上。然后将杆轴推入底壳上的支架。如果你有键盘润滑剂，你可以涂一些在轴和支架上。
|
||||
<img src="doc/assemble_lub.jpg" width="60%">
|
||||
可选：一对塑料垫片将有助于防止平衡杆移动，合适的厚度是 0.5mm，内径是 2.1~2.5mm，外径是 5-10mm。
|
||||
<img src="doc/assemble_limiter.jpg" width="60%">
|
||||
<img src="doc/assemble_8.jpg" width="80%">
|
||||
|
||||
8. 使用 M3\*8mm 螺丝将按键托底固定。
|
||||
<img src="doc/assemble_9.jpg" width="80%">
|
||||
8. 使用 M3\*8mm 螺丝将按键托底固定。
|
||||
<img src="doc/assemble_9.jpg" width="80%">
|
||||
|
||||
9. 装上外壳顶部，你需要拧很多 M3 螺丝。
|
||||
<img src="doc/assemble_10.jpg" width="80%">
|
||||
9. 装上外壳顶部，你需要拧很多 M3 螺丝。
|
||||
<img src="doc/assemble_10.jpg" width="80%">
|
||||
|
||||
10. 在底部装上防滑垫，直接遮住螺丝。
|
||||
10. 在底部装上防滑垫，直接遮住螺丝。
|
||||
|
||||
#### 特别注意
|
||||
* 不同的 3D 打印机和打印材料有不同的公差。如果你发现踏板键帽上的轴孔太紧，用针或刀片稍微扩大一点。
|
||||
* 螺丝很容易将 3D 打印件弄坏。所以不要拧得太紧。当你发现阻力突然增大时，就该停止拧了。
|
||||
|
||||
### 固件
|
||||
* UF2 文件在 `Production\Firmware` 文件夹中。
|
||||
|
||||
Reference in New Issue
Block a user