Simon Standoff
Jagoran Jagora
Simon Standoffe
by Paola Solorzano Bravo
Aikin wasan wasa ne na 'yan wasa biyu wanda ke kwaikwayon wasan ƙaunataccen, Simon. Mun so mu yi wasan da ya ƙunshi hulɗa da abinmu amma kuma tare da wani mutum don haka wannan zai zama babban kuskure game da sigar gargajiya. An ajiye wasan a cikin akwati da aka buga Laser wanda ya ƙunshi dukkan abubuwan da ke cikin wasan. An yanke murfin akwatin kuma an yanke Laser kuma an haɗa shi da ramuka. Haƙiƙanin hulɗar wasan ya ƙunshi ɗan wasa 1 da ɗan wasa 2 waɗanda ke fafatawa don ganin wanda zai iya yin nisa yayin da suke fafatawa da Simon. Duk 'yan wasan biyu za su sami maɓalli 4 masu haske a cikin haɗuwa a gaban su wanda dole ne su kammala. Dan wasa na karshe da zai kara da Simon yayi nasara. Duk LEDs ash fiye da sau ɗaya don nuna cewa mai kunnawa ya shigar da haɗin ba daidai ba ko jira ya daɗe. Maɓallan hulɗar na ɗan lokaci ne kuma suna ɗaukar LED wanda ke haskakawa akan umarni. Lokacin da ba a kunna wasan ba, tunda ana iya tsara LEDs ɗin da ke cikin maɓallan don su bambanta da aikin tura maɓallin, suna kewaya ta cikin launuka masu haske don jawo hankalin mutane su yi wasa. Wannan wasa da gogewa za su sanya ƙwaƙwalwar ajiyar mutum a gwada da kuma kunna gasar. 
Kayayyaki
- 2x - Cikakken Allo
- 2x - Arduino Nano 33 IoT
- 16x - 330 Ohm Resistors
- 2x - Maɓallan turawa na ɗan lokaci mai haske 16mm shuɗi
- 2x - Maɓallan turawa na ɗan lokaci na Ja 16mm
- 2x – Rawaya 16mm Haskaka Maɓallan Turawa na ɗan lokaci
- 2x – Koren 16mm Maɓallan Turawa Masu Haskaka na ɗan lokaci
- 32x - 3 x 45mm Bututun Ƙunƙarar zafi
- Solid Core Wire
Yawan Ma'auni
- Yin amfani da guntun madaidaicin waya mai ƙarfi, haɗa daga fil ɗin 3.3 V akan Arduino zuwa ingantaccen layin allon burodi. Sa'an nan, yi amfani da wani yanki na waya don haɗa duka tabbataccen layukan allon biredi
- Haɗa daga GND, ƙasa, fil akan Arduino zuwa layin mara kyau na allon burodi. Yi amfani da wani yanki na waya don haɗa duka layuka mara kyau na allon biredi
- Yanke guda 32, 4 ga kowane maɓalli mai haske, na kusan 4 a cikin tsayin igiya mai ƙarfi.
- Cire kusan 1 ciki daga gefe ɗaya na kowane yanki na waya kuma kusan 1 cm daga wancan gefen kowace waya
- Matsa 1 a gefen waya ta ɗaya daga cikin lambobin sadarwa a bayan ɗayan maɓallan haske, kamar yadda aka nuna a hoton da ke sama.
- Maimaita matakan da suka gabata tare da duk lambobin sadarwa akan duk maɓallan haske guda 8
- Yi amfani da ƙarfe don siyar da madaidaicin madaidaicin waya zuwa lambar da aka makala da ita
- Maimaita wannan tare da duk wayoyi da aka makala
- Zafi yana raguwa ɗaya daga cikin bututun zafin zafi akan kowace lamba da wayar da aka makala, kamar yadda aka nuna a sama
- NOTE: lambar da aka yiwa alama + ita ce gefen tabbataccen LED kuma alamar da aka yiwa alama - ita ce mummunan gefen LED. Sauran lambobin sadarwa guda biyu za su zama maɓallan wayoyi
- Haɗa gefen da ke da alamar maɓalli mai haske na ja zuwa jere wanda daga nan za ku yi amfani da wani yanki na waya mai ƙarfi don haɗawa zuwa fil D18 na Arduino Nano 33 IoT
- Haɗa gefen maɓalli mai haske mara kyau na maɓalli mai haske zuwa jere kusa da layin da aka yi amfani da shi a baya wanda zaku sanya ɗaya daga cikin masu tsayayyar 330 ohm zuwa layin mara kyau na allon biredi.
- Haɗa kowane ɗayan wayoyi biyun da suka rage a kan mai raba tsakiya a jere daga inda za ku yi amfani da wani yanki na madaidaiciyar waya don haɗawa zuwa fil D9 akan Arduino.
- Daga wannan jeri ɗaya, haɗa layin da mummunan layin gurasar tare da resistor 330 ohm.
- Haɗa ragowar waya zuwa jere kusa da layin da aka yi amfani da shi a mataki na baya. Yin amfani da ƙaramin igiya mai ƙarfi mai ƙarfi, haɗa wannan jeri zuwa ingantaccen layin allon burodi
- Maimaita matakai 11-15 don sauran maɓallan haske, tare da alamar alamar alamar rawaya ta zuwa D19 da maɓallin maɓalli zuwa D3, tabbataccen alamar maballin kore yana zuwa D20 da maɓallin maɓalli. zuwa D4, alamar tabbataccen alamar maballin shuɗi mai zuwa D21 da maɓallin maɓallin da ke zuwa D7.
Tsare-tsare da Zane-zane
Kodayake zane-zanen da'irar da ke sama suna nuna maɓalli na ɗan lokaci, maɓalli, da LEDs a matsayin sassa daban-daban, ainihin kewayawa kawai tana amfani da maɓallan turawa na ɗan lokaci. Wannan saboda rashin alheri, Fritzing ba ya ƙunshi abubuwan da muka yi amfani da su. Maɓallan haske da aka yi amfani da su sun haɗa duka maɓallin maɓallin da abubuwan LED maimakon rarrabewa.
The Code
Anan shine .insole don lambar aiki na Arduino.
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https://www.instructables.com/ORIG/FAR/IBQN/KX4OZ1BF/FARIBQNKX4OZ1BF.ino | Zazzagewa |
Laser Yankan
A ƙarshe, mataki na ƙarshe shine Laser yankan akwati don rufe da'irori. Akwatin da aka yi amfani da shi don wannan takamaiman aikin shine 12 "x8" 4 ". Yi amfani da 1/8 ″ acrylic da Laser cutter da .dxf le don yanke saman, kasa, da gefen akwatin rectangular. saman akwatin dole ne ya sami ramukan madauwari na 8 15mm don maɓallan. Ana ba da shawarar haɗin yatsa don yin acrylic sauƙi tare.
Ana iya amfani da manne acrylic ko babban manne da ke aiki akan filastik don sanya acrylic ya kasance tare.
Wannan kawai ya sa ni son buga gasa Simon. Ban taba sanin cewa abu ne da nake so in yi ba.
Takardu / Albarkatu
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Abubuwan da suka dace The Simon Standoff [pdf] Jagoran Jagora Simon Standoff, Simon Standoff, Standoff |
