esp8266 ir

Uart-wifi Module ESP8266 Because it is only a module, not a complete development board, so you need to connect the peripheral circuit. The trial process encountered a lot of trouble, here all record. 1. Confirm Hardware Version Since the ESP8266 version has been updated, so you need to confirm the PCB version. Features: The middle four IO ports are wired to connect out. 2. Hardware connection If confirma

I. business background In general, the gr/IR account must be balanced, but in some special cases, the gr/IR account may be unbalanced. Therefore, you need to adjust the gr/IR account. The first case: "GR is smaller than IR", which means that the system will expect further GR or balance the gr/

Previously found on the forum a ESP8266 can control the GPIO0 firmware and app, but do the home AV lighting system is required to control multiple IO to control the STM32. Learn about Gpio control methods by watching Daming's video.The data is received in the APP\USER\AT_IPCMD.C of the firmware. By identifying the sent over is the string G P I O 0 = 0 and then the corresponding Gpio settings.A number of workarounds are shown in the GPIO4 operation. Th

id_datapoints =Datastreams.createnestedobject (); id_datapoints["ID"] =sensor_id_temp; Jsonarray datapoints = Id_datapoints.createnestedarray ("datapoints"); Jsonobject value =Datapoints.createnestedobject (); value["value"] =Thisdata; Charp[ the]; Myjson.printto (P,sizeof(p)); Packet.sethostaddress (Onenetserver); Packet.setdevid (device_id_temp); //device_idPacket.setaccesskey (api_value_temp);//Api_key /*Create the HTTP message about add Datapoint*/Packet.createcmdpacket (POST, Type_data

The entire tutorial makes an HTTP client for uploading Yeelink data points.1 Get Account http://www.cnblogs.com/imfanqi/p/4419915.html2 Code Tutorial http://www.windworkshop.cn/?p=1217#include 　　Arduino IDE for ESP8266 Tutorial (iii) HTTP client

"The hottest discovery" free cloud service Platform, AP pass through, Web Pass, esp8266,hex format data, Android One-click ConfigurationToday, leisure, release a free cloud server for everyone to test, first, see how to use it.1. Download the Esp8266 firmware and its download tools from the attachment first, asLink: Http://pan.baidu.com/s/1jI8iIwA Password: q6yz2. Open the Burn-write tool, select 0x0000 and

Set the name and password of the WiFi module (AP mode)At+cwsap= "ESP8266", "1234567890", 5,3 This module can operate in three modes: 1. STA 2. AP 3. Ap+sta, factory set to the third type STA mode: Station, similar to the wireless terminal, the STA itself does not accept wireless access, it can connect to the AP, the general wireless network card is working in the mode. At+cwmode=1/2/3 The following is an example of establishing a TCP server as a

Previous blog: http://www.cnblogs.com/bentuwuying/p/6681943.html briefly introduced the basic principles of learning to rank, and also talked about learning to Rank's several common methods: Pointwise,pairwise,listwise. This blog is an introduction to the pairwise methods commonly used by many companies in practice, and first we introduce relatively simple RANKSVM and IR SVM.1. RANKSVMThe basic idea of RANKSVM is to transform the sorting problem into

Always want to engage in smart home aspects of things, smart home can not be separated from the network control, before a period of time arduino+esp8266 solution, found that this way stability is poor, often appear communication errors and transmission problems, access to some information, Discover the ESP8266 module inside itself can do some simple processing, and then began the

Test using tools:WiFi Module Model: ESP8266https://item.taobao.com/item.htm?spm=a1z10.1-c.w137712-175513579.2.btbD9Xid=520305709648Usb-ttl Debug Tool: CP2102https://item.taobao.com/item.htm?spm=a1z10.3-c.w4002-175517240.14.8HGQU4id=39481188174Connection method:(Here is the TTL directly debug ESP8266, do not need to connect the Arduino main control board, then may affect the communication)CP2102 ESP8266 Expa

(such as to obtain effective distance ah, etc., are based on gourd painting), Microsoft lazy, we also lazy We can combine examples to see Effect: "Little hero. I see you yintang black, it seems to have the disaster of blood light ah. " "Nonsense, did not see my side a red." " See from the image, incredibly does not have the green, Microsoft is lazy. There's no blue. Micro... Well, this is my dorm room is too small. Also noteworthy is the red around the object, indicating that the laser incid

There are two types of related feedback:"Real" related feedback:1. System return Results2. Users provide some feedback3. Based on these feedback, the system returns a number of different, better resultsRelated feedback on "assumptions"1. The system obtains the result but does not return the result2. The system improves query based on these results3. Get results based on improved query and returnRocchio ' s Modified QueryModified query vector = Original query vector + Mean of relevant documents f

Digital TV-DTV is no longer a new thing for us. On-board electronics, DTV mostly exists independently in the form of modules and is configurable. In the on-board market, the customer's needs are diverse. If DTV is used as the on-board navigation main PCB, it is still not flexible. If DTV is not used, it must be different PCB boards, this is not a good solution for after-sales maintenance and development. DTV is at home, and we usually operate through the remote control. Of course, some android T

DescribeAn Apple Watch and iphone app for controlling any infrared device. The iOS app sends an HTTP request to one or more Arduino with an Ethernet board. Arduino is parsing an HTTP request and sending an infrared signal. The Arduino code is based on the Irremote Library (https://github.com/shirriff/Arduino-IRremote). I use a triple infrared emitter to send infrared signals to multiple devices.DetailedProblems encountered:I need to use 5 different remote controls to control my media device!Solu

Descriptive narrativeAn Apple Watch and iphone app for controlling random infrared devices.The iOS app sends an HTTP request to one or more Arduino with an Ethernet board. Arduino is parsing an HTTP request and sending an infrared signal. The Arduino code is based on the Irremote Library (https://github.com/shirriff/Arduino-IRremote). I use a triple infrared emitter to send infrared signals to multiple devices.DetailedProblems encountered:I need to use 5 different remote controls to control my m

Test using tools:WiFi Module Model: ESP8266https://item.taobao.com/item.htm?spm=a1z10.1-c.w137712-175513579.2.btbD9Xid=520305709648Usb-ttl Debug Tool: CP2102https://item.taobao.com/item.htm?spm=a1z10.3-c.w4002-175517240.14.8HGQU4id=39481188174Connection method:(Here is the TTL directly debug ESP8266, do not need to connect the Arduino main control board, then may affect the communication)CP2102 ESP8266 Expa

NODEMCU's documentation finally found that ESP8266 's GPIO 2 is indeed a PIN 4,gpio 0 is pin 3. Https://github.com/nodemcu/nodemcu-firmware/wiki/nodemcu_api_cn In other words, this API is not for the Earth people to see. According to the instructions, Net.createserver returns the Server, in fact, if using UDP, according to the code inside you do not work out. Finally found the answer in the Www.esp8266.com forum, the content of this article is to des

The functions implemented:led_1and theled_2can be used simultaneouslyAPPand theKEY1and theKEY2button (short press) controlsuitable for entry-level Meng Xin, big guy please skip, thank you! Features: Led_1 and led_2 can be controlled simultaneously with app and KEY1 and KEY2 keys (Short press)First, the hardware circuit and the development environment construction1. Hardware circuitFirst is from a treasure purchase WiFi module ESP8266 NODEMCU, I bought

This article is using the esp8266-07 serial to WiFi module.Hardware connectionA total of the following lines are to be received:ESP8266Tx-->rxRx-->txvcc-->3.3vGnd-->gndCh_pd--> High LevelRst--> High LevelGpio15-->gndCircuit diagram as follows, can not be as strict as the minimum system, I power directly using the USB port on the 3.3v, pull up, pull-down resistor can also be used.Start Connect the serial port to the computer, the module blue a

1, using AMS1117 to build a 3.3V output circuit2, ESP8266 ESP-01 wiringAs long as you connect the UTXD, GND, CH_PD, VCC, urxd these five pins can be used directly.Note that the CH_PD is to be connected to high level.3, using the TCP232 serial function test3.1 Open serial assistant, baud rate set to 1152003.2 When the power is restarted, the Blue lantern flashes a few times, then the serial assistant also has the information output. After the output is