怎么用Python语言控制壁挂式红外雷达二合一传感器

2026-03-20 发布浏览：717 次

本文介绍了如何用 Python 对接智能人体存在传感器[壁挂] 的方法：可以通过接口实现人体存在状态检测、人体感应信号输出、人走断电联动控制、照明设备电源控制、设备电源开关控制、安全节能场景联动、红外/雷达双检测、自定义联动操作、人体存在感应监测、人体移动探测、人员活动状态反馈、人体存在联动控制、多设备联动控制、自定义人体感应联动逻辑、远程人体存在状态监测、远程感应参数配置、感应灵敏度调节、感应延时设置、设备运行状态监控、故障告警通知、定时状态上报、场景联动控制、智能照明控制、节能模式联动、存在感应数据上报。

智能人体存在传感器[壁挂]

配置1个红外传感模块，双模版本还配置有1个雷达传感模块（可探测5米内人体微动）；

双模版本提供更高可靠性，红外与雷达均探测无人时才认定无人状态；

带1路电源输出，可接照明等电器，实现有人接通/无人断开（可自定义）；

人体存在探测发生变化时，实时上报状态到自定义服务器；

可与其他设备实现联动：

如探测到有人时，语音喇叭播报相关警示；

或探测到无人时，关闭相关插座电源等；

支持HTTP接口远程控制，支持自定义联动操作；

更多...

适用场景

智能家居人体感应控制、共享场所安全节能管理、智能办公人体存在检测、安全节能场景、门店人走断电控制、设备机房人体感应管理、弱电间安全联动、无人值守空间人体存在检测、共享自习室人体存在检测、共享棋牌室人走断电控制、共享茶室安全节能管理、智能家居人体感应照明、智能办公人体存在监测、共享自习室人走断电控制、共享台球厅人体感应联动、共享茶室人体存在感应、共享棋牌室自动照明控制、共享充电场所人体感应、无人值守空间人体监测、店铺人体感应照明、设备机房人员活动监测、弱电间人体感应联动、智能化改造人体感应场景、酒店客房人体存在感应、民宿房间人体感应照明、共享健身房人体存在监测、共享充电站人体感应控制、智慧教室人体存在监测、培训机构教室人体感应、图书馆自习室人体存在感应、创客工坊人体活动监测、学校活动室人体感应照明、培训教室人体存在监测、餐厅包厢人体感应控制、便利店人体感应照明、银行网点人体存在监测、医院病房人体感应联动、展会现场人体感应照明、活动现场人体存在监测、工厂车间人体活动监测、仓储仓库人体感应控制、园区公共区域人体感应、写字楼办公室人体存在监测、商场店铺人体感应照明、社区公共区域人体感应、实验室人体存在监测、办公设备人体感应联动

支持命令

雷达模块	radar_enable
红外模块	infrared_enable
线路	power

产品手册

版本	对应产品手册
红外	《智能人体存在红外传感器[壁挂]产品手册》

HTTP接口控制以设备控制（向设备下发命令）为例

# First you need to prepare the following values
# 1. AppID (in your console development settings)
# 2. AppSecret (in your console development settings)
# 3. ts (timestamp of the current time, seconds)
# 4. YourSign = md5(md5(AppSecret)ts);(md5 is an encryption method, AppSecret is the AppSecret prepared above, ts is the timestamp prepared above, concatenate the string after the AppSecret after md5 encryption)
# In simple terms, the signature is md5(md5(your developer password)concatenate the above ts timestamp value); ts is the timestamp of the current timestamp; that is, to perform one MD5 on the developer password (AppSecret), then concatenate the timestamp, and then perform one MD5 on the entire concatenated string
# Core request address: api.thingboot.com/AppID/device/control/?sign=YourSign&&ts=ts;
# Request needs to pass two parameters device and order:
# device[string]: unique device ID, can pass multiple [separated by ,], can be viewed in the console, or pulled through the interface
# order[json string]: the command to be issued, for example:
# {"power":1}, usually to connect the circuit of the switch
# {"power3":0}, usually to close the third line of the switch or controller
# {"play:gbk:16":"hello, welcome to visit"}, let the voice speaker report the specified content
# The same type of product, the command is the same, different product types of commands, please view the product manual page of each product
# Note: you must replace the formal AppID and AppSecret with real-time timestamp calculation of the signature, the request must have device device ID and order command

import hashlib
import json
import http.client
import time
from urllib.parse import urlencode

def calculate_md5(s):
    return hashlib.md5(s.encode()).hexdigest()

def send_request():
    app_id = "开发者ID"  # 替换为实际的 AppID
    app_secret = "开发者密码"  # 替换为实际的 AppSecret
    ts = int(time.time())  # 获取当前时间戳（秒）

    # 计算签名  md5(md5(开发者密码)拼接上面的ts参数)
    sign = calculate_md5(calculate_md5(app_secret) + str(ts))

    # 构建 URL
    base_url = f"https://api.thingboot.com/{app_id}/device/control/"
    params = {
        "sign": sign,
        "ts": ts
    }

    # 构建请求体数据
    device = "1878"  # 替换为实际的设备ID；可传多个[用,间隔]
    order = {"power1": 1}  # 替换为实际的命令

    request_body = {
        "device": device,
        "order": order
    }

    json_body = json.dumps(request_body)

    # 创建请求
    conn = http.client.HTTPSConnection("api.thingboot.com")
    headers = {
        "Content-Type": "application/json"
    }

    # 发送请求
    conn.request("POST", f"/{app_id}/device/control/?{urlencode(params)}", json_body, headers)

    # 获取响应
    response = conn.getresponse()
    response_data = response.read().decode('utf-8')

    print("Response Status Code:", response.status)
    print("Response Body:", response_data)

    conn.close()

# 调用函数
send_request()

# First you need to prepare the following values
# 1. AppID (in your console development settings)
# 2. AppSecret (in your console development settings)
# 3. ts (timestamp of the current time, seconds)
# 4. YourSign = md5(md5(AppSecret)ts);(md5 is an encryption method, AppSecret is the AppSecret prepared above, ts is the timestamp prepared above, concatenate the string after the AppSecret after md5 encryption)
# In simple terms, the signature is md5(md5(your developer password)concatenate the above ts timestamp value); ts is the timestamp of the current timestamp; that is, to perform one MD5 on the developer password (AppSecret), then concatenate the timestamp, and then perform one MD5 on the entire concatenated string
# Core request address: api.thingboot.com/AppID/device/control/?sign=YourSign&&ts=ts;
# Request needs to pass two parameters device and order:
# device[string]: unique device ID, can pass multiple [separated by ,], can be viewed in the console, or pulled through the interface
# order[json string]: the command to be issued, for example:
# {"power":1}, usually to connect the circuit of the switch
# {"power3":0}, usually to close the third line of the switch or controller
# {"play:gbk:16":"hello, welcome to visit"}, let the voice speaker report the specified content
# The same type of product, the command is the same, different product types of commands, please view the product manual page of each product
# Note: you must replace the formal AppID and AppSecret with real-time timestamp calculation of the signature, the request must have device device ID and order command

import hashlib
import json
import requests
import time
from urllib.parse import urlencode

def calculate_md5(s):
    return hashlib.md5(s.encode()).hexdigest()

def send_request():
    app_id = "开发者ID"  # 替换为实际的 AppID
    app_secret = "开发者密码"  # 替换为实际的 AppSecret
    ts = int(time.time())  # 获取当前时间戳（秒）

    # 计算签名 md5(md5(开发者密码)拼接上面的ts参数)
    sign = calculate_md5(calculate_md5(app_secret) + str(ts))

    # 构建 URL
    base_url = f"https://api.thingboot.com/{app_id}/device/control/"
    params = {
        "sign": sign,
        "ts": ts
    }

    # 构建请求体数据
    device = "1878"  # 替换为实际的设备ID；可传多个[用,间隔]
    order = {"power1": 1}  # 替换为实际的命令

    request_body = {
        "device": device,
        "order": order
    }

    # 发送请求
    response = requests.post(
        base_url,
        params=params,
        json=request_body,
        headers={"Content-Type": "application/json"}
    )

    # 输出响应
    print("Response Status Code:", response.status_code)
    print("Response Body:", response.text)

# 调用函数
send_request()

说明：{AppID}为您的应用ID（由平台生成），免费注册登录后，可在控制台查看；sign和ts的取值，请参考文档。