FunMove Hand(Electronic Prosthetic Hand)假肢模型分享

展翼计划
2018
11/07
09:57
模型
分享
评论
该假肢模型名称为FunMove Hand(Electronic Prosthetic Hand) - (1 or 3) Servo Motorization + Movable Thumb_ver.Chang(该模型仅用于公益,不可用于商业用途)
4a47a0db6e60853dedfcfdf08a5ca249_preview_featured.jpg
是FunMove在2016年1月18日上传至Thingiverse网站的目前项目还在更新中。原文地址为(有可能被墙):https://www.thingiverse.com/thing:1275967
数据文件下载链接:https://pan.baidu.com/s/1qeqF7k-94RaELqFsX8VWSQ     提取码:42r6
以下为谷歌机翻,不喜勿喷~原文后附
10fb15c77258a991b0028080a64fb42d_preview_featured.jpg fb5c81ed3a220004b71069645f112867_preview_featured.jpg 0f8d3eab67776af17ffc924527a61de3_preview_featured.jpg
摘要
■基于Gyrobot的Flexy-Hand设计。
■新款[长手套,手掌+电机外壳,可移动拇指]由Changseok Kim设计
■FunMove重新设计和修改以使用电子修复手。
■准备(1伺服电动)
3D打印FunMove假肢手身
1(Arduino nano)或(Arduino Pro - mini)
1 FSR(压力传感器)
1伺服电机(MG945或MG946R)
电阻(10K和1K)和电容(220uf)
电池(5V)或(USB端口)
FunMove_Arduino指令:https://goo.gl/ImGJRc
●FunMove是韩国的NPO。
我们相信人类最简单的快乐来自身体活动。
根据我们的信念,我们通过利用3D打印机和Arduino的Opensource硬件制作假肢。
●您可以从下面看到我们正在做什么。
开发3D打印电子假肢
将3D打印的假肢捐赠给残疾人
向残疾人捐赠开源教育,以便他们可以建立和修改自己的假肢。
建立捐赠生态系统。 (受益人必须向另一名残疾人捐赠假肢和开源教育)
○网站:http://www.fun-move.org
○Facebook:https://goo.gl/Ofiq7I
○社区:https://www.facebook.com/groups/FunMove/

○FunMove纪录片:https://youtu.be/ABJw2ARsiVE
○FunMove的功能(英文):https://www.youtube.com/watch?v = 2CJTqFPWdG4
○FunMove做什么(韩国):https://youtu.be/00PBz9IoKB8
○FunMove UCC:https://youtu.be/vR-SyuV6CWM

打印设置
打印机:可创建D2
筏子:不重要
支持:是
腾空:25
笔记:
切片采用Cura 15.04 /使用PLA或ABS /喷嘴尺寸:0.4 /层高:0.2 /壳厚:0.8 /底,顶厚:0.8(层高x 4)/打印速度:40 /喷嘴温度:210 /床温 :50 /灯丝直径:1.75 /流量:100%


原文:
Summary
■ design based on Flexy-Hand by Gyrobot.
■ New [ gauntlet, Palm + Motor housing, Movable Thumb ] Design by Changseok Kim
■ FunMove redesign and modify to use Electronic Prosthetic Hand.
■ PREPARATION(1 servo Motorization)
3D Printed FunMove Prosthetic Hand body
1 (Arduino nano) or (Arduino Pro - mini)
1 FSR(Pressure sensor)
1 Servo Motor (MG945 or MG946R)
resister( 10K & 1K ) and capacitor ( 220uf )
battery ( 5V ) or ( USB Port )
FunMove_Arduino instruction : https://goo.gl/ImGJRc
● FunMove is a NPO in Korea.
We believe that human's the simplest happiness come from physical activity.
According to our belief, we are making prosthetic limb by utilizing Opensource hardware which are 3D printer and Arduino.
● You can see what we are doing from below.
Developing 3D printed electronic prosthetic limb
Donating 3D printed prosthetic limb to disabled
Donating Opensource education to disabled so that they can build and modify their own prosthetic limb.
Building up donation ecosystem. (Beneficiaries has to donate a prosthetic and opensource education to another disabled)
○ website : http://www.fun-move.org
○ Facebook : https://goo.gl/Ofiq7I
○ Community : https://www.facebook.com/groups/FunMove/
● 펀무브는 "인간은 신체활동을 통해 즐거움을 느낀다"라는 믿음으로 주변에 활동의 즐거움을 잃어버리신분들에게 즐거움을 찾아드리기위해
3D 프린터, 아두이노 등 오픈소스 하드웨어를 활용해 3D 프린팅 FunMove Hand를 만들어 기부하는 비영리 단체입니다.
● 펀무브는 아래와 같이 활동하고있습니다.
3D 프린팅 전자의수 개발
장애인에게 전자의수 기부
오픈소스 하드웨어 교육 제공
나눔의 선순환 기부생태계 조성
○ FunMove documentary : https://youtu.be/ABJw2ARsiVE
○ What FunMove Does (English) : https://www.youtube.com/watch?v=2CJTqFPWdG4
○ What FunMove Does (Korea) : https://youtu.be/00PBz9IoKB8
○ FunMove UCC : https://youtu.be/vR-SyuV6CWM
Print Settings
Printer:
Creatable D2
Rafts:Doesn't Matter
Supports:Yes
Infill:25
Notes:
Sliced by Cura 15.04 / Use PLA or ABS / Nozzle size : 0.4 / Layer height : 0.2 / shell thickness : 0.8 / bottom,top thickness : 0.8 (Layer height x 4) / Print speed : 40 / Nozzle temperature : 210 / Bed temperature : 50 / Filament Diameter : 1.75 / Flow : 100%


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