阅读说明：本技术 一种基于红外成像的gsp温度监控方法 (GSP temperature monitoring method based on infrared imaging ) 是由 任永强 张来卿 庞严冬 于 2018-09-05 设计创作，主要内容包括：本发明涉及红外成像领域,特别涉及一种实现红外成像GSP温度监控的方法。本发明的步骤如下：一、在药店安装红外摄像头；二、在自主研发的浏览器中集成驱动并开发红外监控接口；三、在系统中开发一套红外成像接受函数；四、设定符合GSP规定的正常温度范围；五、当温度发生异常时发出报警。本发明解决了药店特殊药品因温度异常导致变质的问题。(The invention relates to the field of infrared imaging, in particular to a method for realizing GSP temperature monitoring of infrared imaging. The method comprises the following steps: firstly, installing an infrared camera in a pharmacy; secondly, integrating a drive and developing an infrared monitoring interface in an independently developed browser; thirdly, developing a set of infrared imaging acceptance functions in the system; setting a normal temperature range meeting GSP regulations; and fifthly, giving an alarm when the temperature is abnormal. The invention solves the problem that special medicines in a pharmacy deteriorate due to abnormal temperature.)

1. A method for realizing infrared imaging GSP temperature monitoring is characterized in that: firstly, mounting an infrared camera; secondly, integrating a drive and developing an infrared monitoring interface in an independently developed browser; thirdly, developing a set of infrared imaging acceptance functions in the system; fourthly, setting a normal temperature range; fifthly, alarming for temperature abnormity; the invention solves the problem that special medicines in a pharmacy deteriorate due to abnormal temperature.

2. The method for realizing infrared imaging GSP temperature monitoring based on the pharmacy system platform as claimed in claim 1, wherein: by means of a custom browser, integrating infrared camera drive and developing and calling an interface, temperature monitoring through infrared imaging is achieved, and when the temperature exceeds the GSP management specified temperature, automatic alarming is achieved; the method specifically comprises the following steps:

firstly, a camera with an infrared function is installed in a pharmacy;

secondly, integrating a drive and developing an infrared monitoring interface in an independently developed browser;

thirdly, developing a set of infrared imaging acceptance functions in the system;

setting a normal temperature range meeting GSP regulations;

and fifthly, sending out an alarm signal when the temperature is abnormal.

Technical Field

The invention relates to the field of infrared imaging, in particular to a method for realizing GSP temperature monitoring of infrared imaging.

Background

At present, special medicines in a pharmacy are all placed in an ice chest and are kept by setting the temperature of the ice chest, and when the ice chest breaks down or is powered off, the special medicines cannot be processed in time, so that the special medicines are deteriorated and invalid due to abnormal temperature; in order to solve the problem that special medicines in a pharmacy deteriorate due to abnormal temperature, a camera with an infrared function is installed in a store, an infrared camera is integrated in an independently researched and developed browser to drive and realize an external interface, and therefore the purposes of monitoring the temperature by the infrared camera and giving an alarm when the temperature is abnormal are achieved.

Disclosure of Invention

The invention solves the technical problem of a method for monitoring the GSP temperature by infrared imaging; solves the problem of special medicine deterioration caused by abnormal temperature.

The technical scheme for solving the technical problems is as follows:

firstly, installing an infrared camera in a pharmacy; secondly, integrating a drive and developing an infrared monitoring interface in an independently developed browser; thirdly, developing a set of infrared imaging acceptance functions in the system; setting a normal temperature range meeting GSP regulations; and fifthly, giving an alarm when the temperature is abnormal. The invention solves the problem that special medicines in a pharmacy deteriorate due to abnormal temperature.

The method specifically comprises the following steps:

firstly, a camera with an infrared function is installed in a pharmacy;

secondly, integrating a drive and developing an infrared monitoring interface in an independently developed browser;

thirdly, developing a set of infrared imaging acceptance functions in the system;

setting a normal temperature range meeting GSP regulations;

and fifthly, sending out an alarm signal when the temperature is abnormal.

The invention has the beneficial effects that: through independently researching and developing the browser, the infrared camera drive and the development of the external camera interface are integrated in the browser, the situation that the pharmacy system running at the server end can monitor the environment temperature of special medicines is achieved, and the purpose that the environment temperature of the special medicines using the pharmacy accords with GSP regulations is achieved. Effectively solves the problem of special medicine deterioration caused by abnormal temperature.

Drawings

The invention is further described below with reference to the accompanying drawings:

FIG. 1 is a flow chart of the present invention.

Detailed Description

As shown in fig. 1, the present invention employs the following steps:

firstly, a camera with an infrared function is installed in a pharmacy;

secondly, integrating a drive and developing an infrared monitoring interface in an independently developed browser; such as:

public class GspRoomTemperatureRecordServiceImpl implementsGspRoomTemperatureRecordService {

@Resource

private GspRoomTemperatureRecordDAO gspRoomTemperatureRecordDAO;

private static final Logger logger = LoggerFactory.getLogger(GspRoomTemperatureRecordServiceImpl.class);

@Override

public GspRoomTemperatureRecord insert(GspRoomTemperatureRecord model){

model.setCreateDate(new Date());

model.setModifyDate(new Date());

gspRoomTemperatureRecordDAO.insert(model);

return model;

}

@Override

public GspRoomTemperatureRecord findById(String modelId) {

return gspRoomTemperatureRecordDAO.findById(modelId);

}

@Override

public List<GspRoomTemperatureRecord>listByPage(Map<String, Object>paramMap) {

// adding the storeId author: XC, date:20180806

paramMap.put("storeId", SessionUtil.getLocalUser().getStoreId());

returngspRoomTemperatureRecordDAO.listByPage(paramMap);

}

@Override

public DataGrid listByPage(QueryParams queryParams, LocalUsercurrentUser) {

Map<String, Object>map = BaseUtil.getPageMap(queryParams,currentUser, true);

// adding the storeId author: XC, date:20180806

map.put("storeId", SessionUtil.getLocalUser().getStoreId());

List list = gspRoomTemperatureRecordDAO.listByPage(map);

PageInfo pageInfo = new PageInfo(list);

return new DataGrid(pageInfo.getTotal(), pageInfo.getList());

}

@Override

public Integer deleteById(String modelId) {

return gspRoomTemperatureRecordDAO.deleteById(modelId);

}

Thirdly, developing a set of infrared imaging acceptance functions in the system;

function getTempInfo($temp) { $temp_info = getTempsize($temp); switch ($temp_info[2]) { case 1: $temptype = "low"; break; case 2: $temptype = "high";break; case 3: $temptype = "normal"; break; } $temp_type = $temptype."wendu";$temp_size = ceil(filesize($temp)/1000)."k"; $new_temp_info = array ( "low"=>$temp_info[0], "high"=>$temp_info[1], "type"=>$temp_type "size"=>$temp_size }return $new_temp_info; }

setting a normal temperature range meeting GSP regulations in a store system;

and fifthly, sending out an alarm signal when the temperature is abnormal.