待補完
編輯歷史
| 時間 | 作者 | 版本 |
|---|---|---|
| 2015-07-24 09:43 – 09:44 | r3122 – r3126 | |
顯示 diff（96 行未修改）
參考資料
(外部連結)
-
- This pad text is synchronized as you type, so that everyone viewing this page sees the same text. This allows you to collaborate seamlessly on documents!
|
||
| 2015-07-23 14:02 – 15:26 | r1587 – r3121 | |
顯示 diff 待補完
+ https://www.facebook.com/groups/openlab.taipei/1029398563745792/?notif_t=like
*PS1. 可以的話麻煩補充詳細設計的計算方式或資訊，但是請避免透露過多專業知識影響到個人權益，尺度請自行拿捏
*PS2. 本設計的基本概念為容易製作的設計，所以過高技術門檻的建議有很大機會導致實際無法執行或僅成為備案
*PS3. 專利? 那好吃嗎? 放在這裡的東西已經破壞了專利的未公開基本原則
*PS4. Why so serious?
- *介紹
+ *介紹(Introduction)
因為沒有筆電，所以想做一個功能不強的文書機
+ Because I have no laptop, I wanted to compose my own low performance computer to handle some easy document work.
*
- *軟體
+ *軟體(Software)
*ubuntu mate
*https://ubuntu-mate.org/raspberry-pi/
*operating system image writer (reference from raspberry pi usage)
- *硬體
- LCD monitor
+ *硬體(Hardware)
+ LCD monitor
*LCD controller board (with HDMI interface)
- *LCD panel
+ *LCD panel (Important : You must confirm the LCD controller board vendor with your LCD panel model name. In other to make sure the LCD panel is compatible with the controller board !! )
+ *LCD panel spec table
+ https://www.facebook.com/download/1001731033193347/%E6%B6%B2%E6%99%B6%E8%9E%A2%E5%B9%95%E8%A6%8F%E6%A0%BC%E6%95%B4%E7%90%86.xlsx
*LVDS to eDP signal converter board (optional, according to the LCD panel was chosen )
*LCD panel to "LVDS to eDP signal converter board" FPCB connector
（15 行未修改）
*Choose the one you like and portable.
- *機構
+ *機構(Mechanism)
The design of mechanism is very free. You can use any material you like and easy to be processed.
http://www.fablabshibuya.org/archives/3960
The material I was used is aluminum. But I didn't draw any specific mechanism design.......I just drew the draft on my note and then went to buy the material. The main mechanism is composed by aluminum extrusion, plate, and triangle stick. All the components were fixed together by stainless internal hex screws.
- *材料來源
+ *材料來源(Material Source)
LCD monitor
+ *LCD panel:
+ *https://item.taobao.com/item.htm?spm=a1z09.2.9.480.Qy4mAg&id=43164740981&_u=n27bf8429794
+ *LCD control board suite
+ *https://item.taobao.com/item.htm?spm=a1z09.2.9.12.yQJbow&id=42004429603&_u=n27bf8425ffe
Computer
+ *Raspberry Pi 2
+ *http://twcn.rs-online.com/web/p/processor-microcontroller-development-kits/832-6274/
Peripheral
*USB wifi dongle
（2 行未修改）
*http://goods.ruten.com.tw/item/show?21437148827377
*http://goods.ruten.com.tw/item/show?21502253984157
-
-
-
- *製作過程
+ *5V Power adapter
+ *https://item.taobao.com/item.htm?spm=a1z10.3-c.w4002-4620265689.19.35uSLd&id=17916331364
+ *https://item.taobao.com/item.htm?spm=a230r.1.14.8.1BMCHs&id=17025444646&ns=1&_u=n27bf8426fe1&abbucket=14#detail
+ Mechanism Material
+ Aluminum plate, extrusion, tainless inner hex bolt.... all bought from the stores on "太原路".
+ *製作過程(The Test and Some Record)
+ I tested the LCD panel with LCD control board. The supply voltage of the board was originally 12V. After the test, the board was modified to be supplied by 5V voltage. The total power consumption of LCD monitor is about 7W. The power supply was chosen to support the operation of both LCD monitor and computer board. The problem is a 5V compact switching power supply with more than 3A output is not easy to be found. The final power adapter I chose is Dell 5V 2.6A.
*
https://www.facebook.com/photo.php?fbid=10152765182142919&set=o.286242531394736&type=3
-
-
- *
- https://instagram.com/p/4b8oKXNpih/
-
-
+ https://www.facebook.com/photo.php?fbid=10152832804841375&set=a.10152092316591375.1073742128.628761374&type=3&permPage=1
- *
+ The first prototype with an LCD panel stuck on a aluminum plate by magic clay.
https://www.facebook.com/photo.php?fbid=10152834855626375&set=a.10152092316591375.1073742128.628761374&type=3&permPage=1
-
+ The back of the first prototype. The raspberry pi 2 was not stuck on the aluminum board....The power adapter of LCD monitor is HP 5V 2A.
+ https://www.facebook.com/photo.php?fbid=10152834856586375&set=a.10152092316591375.1073742128.628761374&type=1
+ The right side is the board to be modified to make it thinner by lying down the capacitor and inductor. But the board was broken by my poor soldering technique....
+ https://www.facebook.com/photo.php?fbid=10152832638531375&set=a.10152092316591375.1073742128.628761374&type=3&permPage=1*
+ Because of the ARM architecture of the BCM2836 on raspberry pi 2, the only remote desktop software you can use directly is the chrome desktop. The speed is not fast.
*
- https://www.facebook.com/photo.php?fbid=10152832804841375&set=a.10152092316591375.1073742128.628761374&type=3&permPage=1
-
+ https://www.facebook.com/photo.php?fbid=10152826636157919&l=8ce3ca1202
- *
- https://www.facebook.com/photo.php?fbid=10152832638531375&set=a.10152092316591375.1073742128.628761374&type=3&permPage=1
+ The Dell 5V 2.6A.
+ https://instagram.com/p/4b8oKXNpih/
（11 行未修改）
|
||
| 2015-07-16 13:31 – 13:31 | r1584 – r1586 | |
顯示 diff（57 行未修改）
*
https://www.facebook.com/photo.php?fbid=10152765182142919&set=o.286242531394736&type=3
+
*
- https://www.facebook.com/photo.php?fbid=10153007684266375&set=a.10152092316591375.1073742128.628761374&type=3&permPage=1
+ https://instagram.com/p/4b8oKXNpih/
+
（23 行未修改）
|
||
| 2015-07-10 14:41 – 14:58 | r1171 – r1583 | |
顯示 diff（7 行未修改）
*
*軟體
- *ubuntu mate https://ubuntu-mate.org/raspberry-pi/
+ *ubuntu mate
+ *https://ubuntu-mate.org/raspberry-pi/
*operating system image writer (reference from raspberry pi usage)
（5 行未修改）
*LCD panel to "LVDS to eDP signal converter board" FPCB connector
*LVDS signal cable used to connect "LCD controller board" and "LVDS to eDP signal converter board"
+
Computer(with HDMI interface and 5V operating voltage are the main concern)
*Raspberry Pi 2 (Raspberry Pi One is really too slow to meet common computer requirement, and it wasn't designed to do that.)
（10 行未修改）
*mouse, keyboard, USB hub
*Choose the one you like and portable.
+
*機構
- The design of mechanism is very free.
+ The design of mechanism is very free. You can use any material you like and easy to be processed.
http://www.fablabshibuya.org/archives/3960
-
+ The material I was used is aluminum. But I didn't draw any specific mechanism design.......I just drew the draft on my note and then went to buy the material. The main mechanism is composed by aluminum extrusion, plate, and triangle stick. All the components were fixed together by stainless internal hex screws.
*材料來源
+ LCD monitor
+ Computer
+ Peripheral
+ *USB wifi dongle
*The one I am using is the "EW-7811Un 150M NANO"
*http://www.savagehomeautomation.com/raspi-edimax-ew-7811un
（4 行未修改）
*製作過程
- ANC基礎實驗:
- Feed-forward 架構:
- 雙音箱實驗: 驗證干涉相消現象，驗證波長與相消之關聯
- 附注意事項(安全、小撇步)
+
*
https://www.facebook.com/photo.php?fbid=10152765182142919&set=o.286242531394736&type=3
+
*
https://www.facebook.com/photo.php?fbid=10153007684266375&set=a.10152092316591375.1073742128.628761374&type=3&permPage=1
+
*
https://www.facebook.com/photo.php?fbid=10152834855626375&set=a.10152092316591375.1073742128.628761374&type=3&permPage=1
+
*
https://www.facebook.com/photo.php?fbid=10152832804841375&set=a.10152092316591375.1073742128.628761374&type=3&permPage=1
+
*
https://www.facebook.com/photo.php?fbid=10152832638531375&set=a.10152092316591375.1073742128.628761374&type=3&permPage=1
-
- *專業主題聊天報名區
- *第一次聊天
- * 時間: 6/29(一) 晚上，總共長度約一小時
- * 主題: Greg Tsai 要跟大家分享 ANC的技術經驗
- * 內容: 暫定: overview, 基本實驗架構,...
- * 人數募集區(七點前能到場的請備註): 張權峰,
- * 有其他想法嗎: 1. 來罐啤酒? 2.Gogoro加ANC?
*討論資料雜草區
- Basic concept about ANC with practical experiment by using OP to implement the circuit.
- http://www4.ncsu.edu/~rsmith/MA574_S15/silence.pdf
- David Chen 他最後有提到 the circuit only operates at low frequencies,so some noise is not cancelled.
- 在波長很長的低頻，較小的像位移可以被忽略，但是高頻下位移可能就會造成正相疊加，不減反增
- 所以分析要過濾的 Noise 頻率範圍很重要
-
- TI上面找到一個像沒啥用的DSP ANC Block Diagram
- Johnson Huang TI DSP在十幾年前就有ANC的Solution了,只是不知在半開放或全開放的環境中現在是否有更好的解決方案?http://www.ti.com/solution/active_noise_cancellation_anc
- (和DC找到的是同一個連結)
- Johnson Huang 適應性濾波器的演算法似乎對密閉式的環境做ANC具有功效,對於多噪音源的開放環境效果不彰.
-
-
- Mach Ma 啊…latency 能解嗎？
- David Chen 訊號經過系統的相位延遲~
- 張權峰 今天是講到Cortex M新的有DSP在裡面，所以談到是否利用這個來做數位運算處理的ANC
-
- Philip Zheng http://worldwide.bose.com/electroforce/en_us/web/noise_cancelling_technology/page.html
-
- Noah Chen 很多智慧型手機，藍牙耳麥、助聽器都有支援ANC，但不一定會特別的標示出來，因為已經變成一種必要的規格，但實作的方法不一定用特別的DSP，也可能RC線路就有簡單的效果。
- 兩年前有搶到一支黃色鬼屋會招在特價飛利浦降噪耳機 SBC-HN050 199元，記得原價999還是1千多，有效果但沒有很理想，因為聲音運算後一定會影響原本音質，
-
- Philip Zheng 我印象中，麥克風的方式似乎是ICA演算法。經典問題是「雞尾酒會問題」（cocktail party problem）。
- https://zh.wikipedia.org/wiki/%E7%8B%AC%E7%AB%8B%E6%88%90%E5%88%86%E5%88%86%E6%9E%90
-
- Noah Chen 除了ANC之外，建議主動和被動的方法都要用到，以前曾經聽過某些去噪耳機，單獨的去噪效果不錯，但實際上配合環境的噪音的時候，因隔音沒做好，變成從耳機聽到的環境噪音有變小，但外面的噪音還是清楚的透過耳機傳進來
-
- Philip Zheng 剛好翻到以前的文章。
- https://blog.everfine.com.tw/ecbosee/
*紀錄
（6 行未修改）
|
||
| 2015-07-10 03:38 – 04:56 | r12 – r1170 | |
顯示 diff- Untitled
+ 待補完
+ *PS1. 可以的話麻煩補充詳細設計的計算方式或資訊，但是請避免透露過多專業知識影響到個人權益，尺度請自行拿捏
+ *PS2. 本設計的基本概念為容易製作的設計，所以過高技術門檻的建議有很大機會導致實際無法執行或僅成為備案
+ *PS3. 專利? 那好吃嗎? 放在這裡的東西已經破壞了專利的未公開基本原則
+ *PS4. Why so serious?
+ *介紹
+ 因為沒有筆電，所以想做一個功能不強的文書機
+ *
+ *軟體
+ *ubuntu mate https://ubuntu-mate.org/raspberry-pi/
+ *operating system image writer (reference from raspberry pi usage)
+
+ *硬體
+ LCD monitor
+ *LCD controller board (with HDMI interface)
+ *LCD panel
+ *LVDS to eDP signal converter board (optional, according to the LCD panel was chosen )
+ *LCD panel to "LVDS to eDP signal converter board" FPCB connector
+ *LVDS signal cable used to connect "LCD controller board" and "LVDS to eDP signal converter board"
+ Computer(with HDMI interface and 5V operating voltage are the main concern)
+ *Raspberry Pi 2 (Raspberry Pi One is really too slow to meet common computer requirement, and it wasn't designed to do that.)
+ *or
+ *computer stick
+
+ Peripheral
+ *Power supply(for LCD monitor and computer)
+ *for LCD monitor, the original design of supply voltage is 12V with power jack
+ *for computer, the common design is 5V with micro usb connector
+ *USB wifi dongle (compatible with raspberry pi)
+ *if the computer you chose is raspberry pi 2 with linux as operating system, please check the compatible wifi dongle list. The same product name can have a different IC in it, so check it carefully.
+ *http://elinux.org/RPi_USB_Wi-Fi_Adapters
+ *mouse, keyboard, USB hub
+ *Choose the one you like and portable.
+ *機構
+ The design of mechanism is very free.
+ http://www.fablabshibuya.org/archives/3960
+
+
+ *材料來源
+ *The one I am using is the "EW-7811Un 150M NANO"
+ *http://www.savagehomeautomation.com/raspi-edimax-ew-7811un
+ *http://goods.ruten.com.tw/item/show?21437148827377
+ *http://goods.ruten.com.tw/item/show?21502253984157
+
+
+
+ *製作過程
+ ANC基礎實驗:
+ Feed-forward 架構:
+ 雙音箱實驗: 驗證干涉相消現象，驗證波長與相消之關聯
+ 附注意事項(安全、小撇步)
+
+
+ *
+ https://www.facebook.com/photo.php?fbid=10152765182142919&set=o.286242531394736&type=3
+ *
+ https://www.facebook.com/photo.php?fbid=10153007684266375&set=a.10152092316591375.1073742128.628761374&type=3&permPage=1
+
+ *
+ https://www.facebook.com/photo.php?fbid=10152834855626375&set=a.10152092316591375.1073742128.628761374&type=3&permPage=1
+
+ *
+ https://www.facebook.com/photo.php?fbid=10152832804841375&set=a.10152092316591375.1073742128.628761374&type=3&permPage=1
+
+ *
+ https://www.facebook.com/photo.php?fbid=10152832638531375&set=a.10152092316591375.1073742128.628761374&type=3&permPage=1
+
+
+
+ *專業主題聊天報名區
+ *第一次聊天
+ * 時間: 6/29(一) 晚上，總共長度約一小時
+ * 主題: Greg Tsai 要跟大家分享 ANC的技術經驗
+ * 內容: 暫定: overview, 基本實驗架構,...
+ * 人數募集區(七點前能到場的請備註): 張權峰,
+ * 有其他想法嗎: 1. 來罐啤酒? 2.Gogoro加ANC?
+
+
+ *討論資料雜草區
+ Basic concept about ANC with practical experiment by using OP to implement the circuit.
+ http://www4.ncsu.edu/~rsmith/MA574_S15/silence.pdf
+ David Chen 他最後有提到 the circuit only operates at low frequencies,so some noise is not cancelled.
+ 在波長很長的低頻，較小的像位移可以被忽略，但是高頻下位移可能就會造成正相疊加，不減反增
+ 所以分析要過濾的 Noise 頻率範圍很重要
+
+ TI上面找到一個像沒啥用的DSP ANC Block Diagram
+ Johnson Huang TI DSP在十幾年前就有ANC的Solution了,只是不知在半開放或全開放的環境中現在是否有更好的解決方案?http://www.ti.com/solution/active_noise_cancellation_anc
+ (和DC找到的是同一個連結)
+ Johnson Huang 適應性濾波器的演算法似乎對密閉式的環境做ANC具有功效,對於多噪音源的開放環境效果不彰.
+
+
+ Mach Ma 啊…latency 能解嗎？
+ David Chen 訊號經過系統的相位延遲~
+ 張權峰 今天是講到Cortex M新的有DSP在裡面，所以談到是否利用這個來做數位運算處理的ANC
+
+ Philip Zheng http://worldwide.bose.com/electroforce/en_us/web/noise_cancelling_technology/page.html
+
+ Noah Chen 很多智慧型手機，藍牙耳麥、助聽器都有支援ANC，但不一定會特別的標示出來，因為已經變成一種必要的規格，但實作的方法不一定用特別的DSP，也可能RC線路就有簡單的效果。
+ 兩年前有搶到一支黃色鬼屋會招在特價飛利浦降噪耳機 SBC-HN050 199元，記得原價999還是1千多，有效果但沒有很理想，因為聲音運算後一定會影響原本音質，
+
+ Philip Zheng 我印象中，麥克風的方式似乎是ICA演算法。經典問題是「雞尾酒會問題」（cocktail party problem）。
+ https://zh.wikipedia.org/wiki/%E7%8B%AC%E7%AB%8B%E6%88%90%E5%88%86%E5%88%86%E6%9E%90
+
+ Noah Chen 除了ANC之外，建議主動和被動的方法都要用到，以前曾經聽過某些去噪耳機，單獨的去噪效果不錯，但實際上配合環境的噪音的時候，因隔音沒做好，變成從耳機聽到的環境噪音有變小，但外面的噪音還是清楚的透過耳機傳進來
+
+ Philip Zheng 剛好翻到以前的文章。
+ https://blog.everfine.com.tw/ecbosee/
+
+ *紀錄
+ (記錄與雜項)
+
+ 參考資料
+ (外部連結)
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||
| 2015-07-10 03:36 | r11 | |
顯示 diff+ Untitled
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| 2015-07-10 03:35 – 03:35 | r1 – r10 | |
顯示 diff- Untitled
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| 2015-07-10 03:33 | r0 | |
顯示 diff+ Untitled
+ This pad text is synchronized as you type, so that everyone viewing this page sees the same text. This allows you to collaborate seamlessly on documents!
|
||