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Welcome to the PimpMyEpson wiki!

Quick description

The purpose is to build a mini wifi projector control module with a simple Wemos R1 mini (ESP8266) Module.

All starts with a virtual overview:

Features

Here are the indispensables features i have implemented:

**1.Control EPSON projector from wifi and get informations (like Lamp hour).

**2.Customs commands based on Epson documentation Here

**3.Json feedback.

**4.Custom network configuration (wifi,static dhcp..)

**5.Updateable on the air.

Installation

Just plug the box in the RS232 of your projector and bring USB power to the box.

Configuration

Very simple, at the first start, PimpMyEpson will provide a Wifi hotspot (Normally PimpMyEpson_***). Connect to the device with a wifi phone or tablet.

You could choose in network menu wifi mode (Station or AccessPoint), and dhcp or static ip adress.

Wifi profile (Station or AccessPoint)

Network profile (Static or DHCP)

Hardware

Less than 10euros, found on known electronics websites.

ESP Wemos Mini D1 mini RS232 interface

Box printed :

STL render box.

STL render cover.

This box has been printed and built with openScad, an excellent 3D software designer OPENScad. No more click, you design your model with code, 3DAC (3D as code) :) (so easy to adjust).

Click here to download the openScad box file, as you see, very simple :

/**
Boite pour PimpMyEpson avec openScad
2017 (Fred)
**/

// La boite principale
module boite()

{   

     // Intersection trapeze USB et boite

    difference() {
        // Intersection trapeze RS232 et boite
        difference() {
            // Intersection des 2 boites
            difference() {
                translate([-18,0,0]) cube ([36,44,27]);
                translate([-16,1,2]) cube ([32,41,25]);
            }
            translate([0,5,18])  rotate([90,180,0]) linear_extrude (height=10) polygon (points=[[-9,0],[9,0],[7,8],[-7,8]]);
        }
       translate([0,45,20])  rotate([90,0,0])  linear_extrude (height=10)  polygon (points=[[-5,0],[5,0],[4,4],[-4,4]]);
    }
}

// Le couvercle
module couvercle()
{
  // Intersection avec le couvercle
  rotate([180,0,0]) translate([45,-44,-29]) difference() {
                       // Couvercle
                       translate([-18,0,25]) cube ([36,44,4]);   
                       boite();
                       }
}

// La marche interne
module marche();
{
  // La marche interne
  translate([-16,36,2]) rotate([90,0,90]) linear_extrude (height=32) polygon (points=[[-4,0],[6,0],[6,10],[-2,10]]);  
}

boite();
couvercle();
marche();

Software

You can find sources here

You can find image here (just upload to your wemos with arduino IDE or other flashtool)

Utilisation

Some actions :

Custom command screen:

Json raw:

// 20171204223950 // http://<module_ip>/json

{ "version": "1.0", "starttime": 358453, "ip": "192.168.1.92", "netmask": "255.255.255.0", "gateway": "192.168.1.1", "wifimode": "ST", "ipconfig": "STATIC", "ssid": "TUSTI_WIFI", "password": "****", "lampeHours": "LAMP=495", "powerState": "PWR=01" }

Api for custom command:

Just use http://<module_ip>/command?cmd=<your_espon_command> in response, the videoprojector answer.

Wiring

Shots of reality (Proto #0)

Some Gorilla's HomeAutomate integration:

After plugin Espon added:

Insert widget:

OUn Oun !