PHP-微信智能宠物健康管理平台
·
功能介绍
这是一个基于微信生态的宠物全生命周期健康管理系统,具备以下高级功能:
-
宠物身份识别:AI图像识别与微芯片绑定
-
健康档案:区块链存证的宠物健康档案
-
智能问诊:宠物症状分析与兽医建议
-
营养管理:个性化饮食推荐与食谱生成
-
行为分析:AI驱动的异常行为识别
-
社交网络:宠物社交与活动组织
-
智能设备:可穿戴设备数据整合
-
紧急救援:一键联系附近宠物医院
-
保险服务:宠物医疗保险智能推荐
系统架构
graph TB
A[微信小程序] --> B[宠物档案]
A --> C[健康监测]
A --> D[社交网络]
B --> E[身份识别]
C --> F[健康分析]
D --> G[社区互动]
E --> H[区块链存证]
F --> I[健康预警]
G --> J[活动组织]
H --> K[数据看板]
I --> K
J --> K
B --> L[智能设备]
C --> M[兽医服务]
D --> N[保险服务]
L --> O[实时数据]
M --> P[在线问诊]
N --> Q[保险推荐]
O --> K
P --> K
Q --> K
核心代码实现
<?php
namespace App\PetCare;
use Symfony\Component\HttpFoundation\Request;
use Symfony\Component\HttpFoundation\Response;
use Symfony\Component\HttpFoundation\JsonResponse;
use Doctrine\ORM\EntityManagerInterface;
use Redis;
use Elasticsearch\Client;
use AMQPConnection;
use EasyWeChat\Factory;
use Firebase\JWT\JWT;
use Ramsey\Uuid\Uuid;
use Aws\S3\S3Client;
use OpenCV\Image;
use OpenCV\Face\FaceRecognizer;
use Phpml\Classification\MLPClassifier;
use Phpml\Regression\SVR;
use Phpml\Dataset\ArrayDataset;
use Web3\Web3;
use Web3\Contract;
use Web3\Providers\HttpProvider;
use Web3\RequestManagers\HttpRequestManager;
class SmartPetPlatform
{
private $em;
private $redis;
private $esClient;
private $wxApp;
private $s3Client;
private $cv;
private $petRecognizer;
private $mlModels;
private $web3;
public function __construct(
EntityManagerInterface $entityManager,
Redis $redis,
Client $elasticsearch,
$wechatApp,
S3Client $s3Client
) {
$this->em = $entityManager;
$this->redis = $redis;
$this->esClient = $elasticsearch;
$this->wxApp = $wechatApp;
$this->s3Client = $s3Client;
// 初始化计算机视觉
$this->initComputerVision();
// 加载机器学习模型
$this->loadMachineLearningModels();
// 初始化区块链
$this->web3 = new Web3(new HttpProvider(new HttpRequestManager('http://localhost:8545')));
}
private function initComputerVision()
{
$this->cv = new Image();
$this->petRecognizer = new PetRecognizer();
}
private function loadMachineLearningModels()
{
// 健康预测模型
$this->mlModels['health_predictor'] = new SVR(SVR::KERNEL_RBF);
// 行为分析模型
$this->mlModels['behavior_analyzer'] = new MLPClassifier(3, ['hidden' => [5]]);
// 营养推荐模型
$this->mlModels['nutrition_recommender'] = new SVR(SVR::KERNEL_LINEAR);
}
/**
* 宠物身份识别
*/
public function petIdentification(Request $request): JsonResponse
{
$data = json_decode($request->getContent(), true);
$imageData = $data['image'];
$ownerId = $data['owner_id'];
// 处理图像
$image = $this->processPetImage($imageData);
// 提取特征
$features = $this->extractPetFeatures($image);
// 识别宠物
$petIdentity = $this->recognizePet($features);
// 绑定主人
if ($petIdentity) {
$this->bindOwner($petIdentity['id'], $ownerId);
} else {
// 新宠物注册
$petIdentity = $this->registerNewPet($features, $ownerId);
}
// 区块链存证
$txHash = $this->blockchainNotarization($petIdentity['id'], $features);
return new JsonResponse([
'pet_id' => $petIdentity['id'],
'identity_data' => $petIdentity,
'tx_hash' => $txHash,
'recognition_score' => $petIdentity['confidence'],
'processed_at' => date('Y-m-d H:i:s')
]);
}
private function recognizePet(array $features): ?array
{
// 查询宠物数据库
$params = [
'index' => 'pets',
'body' => [
'query' => [
'more_like_this' => [
'fields' => ['features'],
'like' => $features,
'min_term_freq' => 1,
'max_query_terms' => 12
]
]
]
];
$results = $this->esClient->search($params);
if ($results['hits']['total']['value'] > 0) {
$bestMatch = $results['hits']['hits'][0];
return [
'id' => $bestMatch['_id'],
'name' => $bestMatch['_source']['name'],
'type' => $bestMatch['_source']['type'],
'breed' => $bestMatch['_source']['breed'],
'confidence' => $bestMatch['_score']
];
}
return null;
}
/**
* 宠物健康监测
*/
public function petHealthMonitoring(Request $request): JsonResponse
{
$data = json_decode($request->getContent(), true);
$petId = $data['pet_id'];
$healthData = $data['health_data'];
// 验证宠物
$pet = $this->verifyPet($petId);
if (!$pet) {
return new JsonResponse(['error' => '宠物验证失败'], 401);
}
// 处理健康数据
$processedData = $this->processHealthData($healthData);
// 健康评估
$healthAssessment = $this->assessHealth($petId, $processedData);
// 异常检测
$anomalies = $this->detectHealthAnomalies($processedData);
// 保存记录
$recordId = $this->saveHealthRecord(
$petId,
$processedData,
$healthAssessment,
$anomalies
);
// 区块链存证
$txHash = $this->blockchainNotarization($petId, $processedData);
// 预警通知
if (!empty($anomalies)) {
$this->sendHealthAlerts($pet['owner_id'], $anomalies);
}
return new JsonResponse([
'record_id' => $recordId,
'pet_id' => $petId,
'health_assessment' => $healthAssessment,
'health_score' => $this->calculateHealthScore($healthAssessment),
'anomalies' => $anomalies,
'tx_hash' => $txHash,
'monitored_at' => date('Y-m-d H:i:s')
]);
}
private function assessHealth(string $petId, array $healthData): array
{
// 获取历史数据
$history = $this->getHealthHistory($petId);
// 提取特征
$features = $this->extractHealthFeatures($healthData, $history);
// 使用模型预测健康状态
$healthStatus = $this->mlModels['health_predictor']->predict($features);
// 生成评估报告
return [
'status' => $healthStatus > 0.7 ? 'excellent' : ($healthStatus > 0.4 ? 'good' : 'needs_attention'),
'indicators' => $this->analyzeHealthIndicators($healthData),
'trends' => $this->identifyHealthTrends($healthData, $history),
'recommendations' => $this->generateHealthRecommendations($healthStatus, $features)
];
}
/**
* 智能宠物问诊
*/
public function intelligentPetConsultation(Request $request): JsonResponse
{
$data = json_decode($request->getContent(), true);
$petId = $data['pet_id'];
$symptoms = $data['symptoms'];
$ownerObservations = $data['observations'] ?? '';
// 验证宠物
$pet = $this->verifyPet($petId);
if (!$pet) {
return new JsonResponse(['error' => '宠物验证失败'], 401);
}
// 获取宠物健康档案
$healthProfile = $this->getPetHealthProfile($petId);
// 症状分析
$symptomAnalysis = $this->analyzeSymptoms($symptoms, $healthProfile);
// 相似病例检索
$similarCases = $this->findSimilarCases($symptomAnalysis);
// 生成初步建议
$preliminaryAdvice = $this->generatePreliminaryAdvice($symptomAnalysis, $similarCases);
// 兽医匹配
$vetRecommendations = $this->recommendVets($symptomAnalysis['urgency']);
// 保存问诊记录
$consultationId = $this->saveConsultationRecord(
$petId,
$symptoms,
$symptomAnalysis,
$preliminaryAdvice
);
return new JsonResponse([
'consultation_id' => $consultationId,
'pet_id' => $petId,
'symptom_analysis' => $symptomAnalysis,
'preliminary_advice' => $preliminaryAdvice,
'vet_recommendations' => $vetRecommendations,
'emergency_level' => $symptomAnalysis['urgency'],
'consulted_at' => date('Y-m-d H:i:s')
]);
}
/**
* 宠物营养管理
*/
public function petNutritionManagement(Request $request): JsonResponse
{
$data = json_decode($request->getContent(), true);
$petId = $data['pet_id'];
$dietData = $data['diet_data'];
$goals = $data['goals'] ?? [];
// 验证宠物
$pet = $this->verifyPet($petId);
if (!$pet) {
return new JsonResponse(['error' => '宠物验证失败'], 401);
}
// 分析当前饮食
$dietAnalysis = $this->analyzeCurrentDiet($dietData);
// 获取健康数据
$healthData = $this->getPetHealthProfile($petId);
// 生成营养建议
$nutritionPlan = $this->generateNutritionPlan(
$pet['type'],
$pet['breed'],
$healthData,
$dietAnalysis,
$goals
);
// 保存营养计划
$planId = $this->saveNutritionPlan($petId, $nutritionPlan);
return new JsonResponse([
'plan_id' => $planId,
'pet_id' => $petId,
'nutrition_plan' => $nutritionPlan,
'shopping_list' => $this->generateShoppingList($nutritionPlan),
'meal_schedule' => $this->generateMealSchedule($nutritionPlan),
'generated_at' => date('Y-m-d H:i:s')
]);
}
/**
* 宠物行为分析
*/
public function petBehaviorAnalysis(Request $request): JsonResponse
{
$data = json_decode($request->getContent(), true);
$petId = $data['pet_id'];
$behaviorData = $data['behavior_data'];
// 验证宠物
$pet = $this->verifyPet($petId);
if (!$pet) {
return new JsonResponse(['error' => '宠物验证失败'], 401);
}
// 处理行为数据
$processedData = $this->processBehaviorData($behaviorData);
// 行为模式识别
$behaviorPatterns = $this->identifyBehaviorPatterns($processedData);
// 异常行为检测
$abnormalBehaviors = $this->detectAbnormalBehaviors($behaviorPatterns);
// 生成训练建议
$trainingSuggestions = $this->generateTrainingSuggestions($abnormalBehaviors);
// 保存分析结果
$analysisId = $this->saveBehaviorAnalysis(
$petId,
$behaviorPatterns,
$abnormalBehaviors,
$trainingSuggestions
);
return new JsonResponse([
'analysis_id' => $analysisId,
'pet_id' => $petId,
'behavior_patterns' => $behaviorPatterns,
'abnormal_behaviors' => $abnormalBehaviors,
'training_suggestions' => $trainingSuggestions,
'behavior_score' => $this->calculateBehaviorScore($behaviorPatterns),
'analyzed_at' => date('Y-m-d H:i:s')
]);
}
/**
* 宠物社交网络
*/
public function petSocialNetwork(Request $request): JsonResponse
{
$data = json_decode($request->getContent(), true);
$action = $data['action'];
$petId = $data['pet_id'];
$content = $data['content'] ?? null;
switch ($action) {
case 'create_post':
$result = $this->createPetPost($petId, $content);
break;
case 'find_friends':
$result = $this->findPetFriends($petId);
break;
case 'join_event':
$result = $this->joinPetEvent($petId, $content);
break;
default:
return new JsonResponse(['error' => '无效操作'], 400);
}
return new JsonResponse([
'action' => $action,
'result' => $result,
'social_points' => $this->calculateSocialPoints($petId),
'processed_at' => date('Y-m-d H:i:s')
]);
}
/**
* 宠物智能设备
*/
public function petSmartDevices(Request $request): JsonResponse
{
$data = json_decode($request->getContent(), true);
$deviceId = $data['device_id'];
$petId = $data['pet_id'];
$deviceData = $data['device_data'];
// 验证设备
$device = $this->verifyDevice($deviceId);
if (!$device) {
return new JsonResponse(['error' => '设备验证失败'], 401);
}
// 验证宠物
$pet = $this->verifyPet($petId);
if (!$pet) {
return new JsonResponse(['error' => '宠物验证失败'], 401);
}
// 处理设备数据
$processedData = $this->processDeviceData($device['type'], $deviceData);
// 保存设备数据
$recordId = $this->saveDeviceData(
$deviceId,
$petId,
$processedData
);
// 触发相关服务
$services = [];
if ($device['type'] === 'activity_tracker') {
$services['activity_analysis'] = $this->analyzePetActivity($petId, $processedData);
} elseif ($device['type'] === 'smart_feeder') {
$services['diet_adjustment'] = $this->adjustDietPlan($petId, $processedData);
}
return new JsonResponse([
'device_id' => $deviceId,
'pet_id' => $petId,
'record_id' => $recordId,
'processed_data' => $processedData,
'related_services' => $services,
'recorded_at' => date('Y-m-d H:i:s')
]);
}
/**
* 宠物紧急救援
*/
public function petEmergencyRescue(Request $request): JsonResponse
{
$data = json_decode($request->getContent(), true);
$petId = $data['pet_id'];
$emergencyType = $data['emergency_type'];
$location = $data['location'];
// 验证宠物
$pet = $this->verifyPet($petId);
if (!$pet) {
return new JsonResponse(['error' => '宠物验证失败'], 401);
}
// 获取宠物医疗档案
$medicalProfile = $this->getPetMedicalProfile($petId);
// 查找附近医院
$nearbyHospitals = $this->findNearbyHospitals(
$location,
$emergencyType,
$pet['type']
);
// 通知医院
$notifications = [];
foreach ($nearbyHospitals as $hospital) {
$notifications[$hospital['id']] = $this->sendEmergencyAlert(
$hospital,
$pet,
$emergencyType,
$location
);
}
// 通知主人
$ownerNotification = $this->notifyOwner(
$pet['owner_id'],
$emergencyType,
$nearbyHospitals
);
// 保存紧急记录
$emergencyId = $this->saveEmergencyRecord(
$petId,
$emergencyType,
$location,
$nearbyHospitals
);
return new JsonResponse([
'emergency_id' => $emergencyId,
'pet_id' => $petId,
'emergency_type' => $emergencyType,
'nearby_hospitals' => $nearbyHospitals,
'notifications' => $notifications,
'owner_notified' => $ownerNotification,
'initiated_at' => date('Y-m-d H:i:s')
]);
}
/**
* 宠物保险服务
*/
public function petInsuranceService(Request $request): JsonResponse
{
$data = json_decode($request->getContent(), true);
$petId = $data['pet_id'];
$serviceType = $data['service_type'];
$additionalData = $data['additional_data'] ?? [];
// 验证宠物
$pet = $this->verifyPet($petId);
if (!$pet) {
return new JsonResponse(['error' => '宠物验证失败'], 401);
}
// 获取宠物健康档案
$healthProfile = $this->getPetHealthProfile($petId);
switch ($serviceType) {
case 'insurance_recommendation':
$result = $this->recommendInsurance($pet, $healthProfile);
break;
case 'claim_assistance':
$result = $this->assistClaim($petId, $additionalData);
break;
case 'coverage_check':
$result = $this->checkCoverage($petId, $additionalData);
break;
default:
return new JsonResponse(['error' => '无效服务类型'], 400);
}
return new JsonResponse([
'service_type' => $serviceType,
'pet_id' => $petId,
'result' => $result,
'processed_at' => date('Y-m-d H:i:s')
]);
}
// 私有辅助方法...
private function verifyPet(string $petId): ?array
{
// 实现宠物验证逻辑
return [
'id' => $petId,
'name' => '宠物名称',
'type' => 'dog',
'breed' => 'golden_retriever',
'owner_id' => 'owner_123',
'birth_date' => '2020-01-01'
];
}
private function blockchainNotarization(string $petId, array $data): string
{
// 区块链存证
$contract = new Contract(
$this->web3->provider,
file_get_contents('contracts/PetHealth.json')
);
$txData = $contract->at(env('BLOCKCHAIN_CONTRACT'))
->send('recordHealthData', $petId, json_encode($data), [
'from' => env('BLOCKCHAIN_ACCOUNT'),
'gas' => 300000
]);
return $txData;
}
private function generatePetQrCode(string $petId): string
{
// 生成宠物二维码
$url = env('APP_URL').'/pet/'.$petId;
$qrCode = new QrCode($url);
$image = (new ImageManager())->make($qrCode->writeString());
$path = 'pet_qr/'.$petId.'.png';
$this->s3Client->putObject([
'Bucket' => env('AWS_BUCKET'),
'Key' => $path,
'Body' => $image->encode(),
'ACL' => 'public-read'
]);
return env('AWS_CLOUD_FRONT').'/'.$path;
}
}
// 路由配置
$routes = [
'pet_identification' => [
'path' => '/api/pet/id',
'controller' => [SmartPetPlatform::class, 'petIdentification'],
'methods' => ['POST']
],
'health_monitoring' => [
'path' => '/api/pet/health',
'controller' => [SmartPetPlatform::class, 'petHealthMonitoring'],
'methods' => ['POST']
],
'pet_consultation' => [
'path' => '/api/pet/consult',
'controller' => [SmartPetPlatform::class, 'intelligentPetConsultation'],
'methods' => ['POST']
]
];
// 应用内核
class PetKernel
{
public function handle(Request $request): Response
{
$path = $request->getPathInfo();
$method = $request->getMethod();
foreach ($routes as $route) {
if ($route['path'] === $path && in_array($method, $route['methods'])) {
$controller = new $route['controller'][0](
$entityManager,
$redis,
$elasticsearch,
$wechatApp,
$s3Client
);
return $controller->{$route['controller'][1]}($request);
}
}
return new JsonResponse(['error' => 'Not Found'], 404);
}
}
使用说明
1. 环境准备
# 安装PHP依赖
composer require symfony/http-foundation doctrine/orm predis/predis
composer require elasticsearch/elasticsearch easywechat-composer/easywechat-composer
composer require firebase/php-jwt ramsey/uuid aws/aws-sdk-php
composer require endroid/qr-code intervention/image web3/web3
composer require php-ai/php-ml opencv/opencv
# 启动支持服务
docker run -d -p 3306:3306 mysql
docker run -d -p 6379:6379 redis
docker run -d -p 9200:9200 elasticsearch
docker run -d -p 8545:8545 ethereum/client-go
docker run -d -p 9000:9000 minio/minio
2. 数据库初始化
CREATE DATABASE pet_db CHARACTER SET utf8mb4 COLLATE utf8mb4_unicode_ci;
CREATE TABLE pets (
id VARCHAR(36) PRIMARY KEY,
owner_id VARCHAR(36) NOT NULL,
name VARCHAR(100) NOT NULL,
type ENUM('dog', 'cat', 'bird', 'other') NOT NULL,
breed VARCHAR(100),
birth_date DATE,
chip_id VARCHAR(100) UNIQUE,
created_at DATETIME NOT NULL
);
CREATE TABLE pet_health (
id VARCHAR(36) PRIMARY KEY,
pet_id VARCHAR(36) NOT NULL,
health_data JSON NOT NULL,
analysis_results JSON NOT NULL,
recorded_at DATETIME NOT NULL,
FOREIGN KEY (pet_id) REFERENCES pets(id)
);
CREATE TABLE pet_devices (
id VARCHAR(36) PRIMARY KEY,
pet_id VARCHAR(36) NOT NULL,
type VARCHAR(50) NOT NULL,
mac_address VARCHAR(17) UNIQUE,
registered_at DATETIME NOT NULL,
FOREIGN KEY (pet_id) REFERENCES pets(id)
);
3. 配置系统
创建.env.pet文件:
# 数据库配置
DB_HOST=localhost
DB_NAME=pet_db
DB_USER=pet_admin
DB_PASSWORD=secure_password_123
# Redis配置
REDIS_HOST=redis
REDIS_PORT=6379
REDIS_PASSWORD=redis_password
# 微信配置
WECHAT_APPID=wx_pet_appid
WECHAT_SECRET=wx_pet_secret
WECHAT_TOKEN=pet_token
# 区块链配置
BLOCKCHAIN_PROVIDER=http://localhost:8545
BLOCKCHAIN_CONTRACT=0xYourContractAddress
BLOCKCHAIN_ACCOUNT=0xYourAccountAddress
# 文件存储
AWS_BUCKET=pet-resources
AWS_REGION=us-east-1
AWS_CLOUD_FRONT=https://your.cloudfront.net
# OpenCV配置
OPENCV_DATA_DIR=/usr/share/opencv
4. 启动系统
# 启动PHP开发服务器
php -S 0.0.0.0:8080 -t public/
# 启动队列处理器
php bin/console messenger:consume async -vv
# 启动定时任务
php bin/console schedule:run
功能扩展建议
-
宠物基因检测:整合基因检测数据提供个性化建议
-
AR训练指导:增强现实的宠物训练指导系统
-
宠物情绪识别:通过图像识别分析宠物情绪状态
-
智能宠物用品:连接智能宠物床、喂食器等IoT设备
-
宠物旅游服务:宠物友好场所推荐与旅行规划
适用场景
✅ 宠物主人健康管理
✅ 宠物医院诊疗服务
✅ 宠物店会员服务
✅ 宠物保险公司
✅ 宠物社区运营
这个系统整合了:
-
微信生态无缝连接
-
AI宠物身份识别
-
区块链健康档案
-
智能健康预警
-
兽医在线服务
-
社交化养宠
-
智能设备集成
-
紧急救援网络
-
保险金融服务
适合宠物医院、宠物店、宠物社区和宠物服务提供商使用。
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