JP2017173290A - Real time remote monitoring method of x-ray security inspection machine - Google Patents
Real time remote monitoring method of x-ray security inspection machine Download PDFInfo
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Abstract
Description
本発明は保安検査機の監視の技術分野に関し、特にX線保安検査機のリアルタイム遠隔監視方法に関する。 The present invention relates to the technical field of security inspection machine monitoring, and more particularly to a real-time remote monitoring method for an X-ray security inspection machine.
従来、X線保安検査機に対する監視プロセスは、使用機関が専任者を任命してX線保安検査機に巡回点検と定期点検を行い、X線保安検査機に動作異常が発生し、継続使用が不能になると、X線保安検査機の動作異常−関連者による異常状況フィードバック−X線保安検査機の修理員による異常原因の分析−修理員によるX線保安検査機の修理−故障除去という処理プロセスを実行し、それによりX線保安検査機が正常動作に回復する。しかしながら、上記X線保安検査機の監視方法は以下の欠陥がある。 Conventionally, the monitoring process for X-ray security inspection machines has been appointed by the using agency to conduct full-time inspections and periodic inspections for the X-ray security inspection machines. If it becomes impossible, abnormal operation of X-ray security inspection machine-abnormal condition feedback by related persons-analysis of cause of abnormality by repairman of X-ray security inspection machine-repair process of X-ray security inspection machine by repairman-process of fault removal , Thereby restoring the X-ray security checker to normal operation. However, the monitoring method of the X-ray security inspection machine has the following defects.
1、X線保安検査機の使用者は、X線保安検査機メーカーの関連装置の修理知識を有する専門家と異なり、X線保安検査機で生じる異常状態の説明が実際の状態に一致しないことがあるので、X線保安検査機の修理員はX線保安検査機の故障を迅速に点検して除去することが不能であり、修理員がX線保安検査機で生じた故障を確認してから装置の現場に行って修理を行うので、使用者がX線保安検査機装置の異常を発見してから修理員が現場に到着して装置を修理して正常動作に回復するまでの修理周期が長い。2、X線保安検査機の動作状態情報をリアルタイムに確認できない。3、様々な場所でのX線保安検査機に集中遠隔監視を行うことが不能であり、知能程度が低い。 1. The user of the X-ray security inspection machine is different from the expert who has repair knowledge of the related equipment of the manufacturer of the X-ray security inspection machine, and the explanation of the abnormal state that occurs in the X-ray security inspection machine does not match the actual state. Therefore, the repairman of the X-ray security inspection machine cannot quickly check and remove the failure of the X-ray security inspection machine, and the repairman confirms the failure that occurred in the X-ray security inspection machine. The repair cycle from when the user discovers an abnormality in the X-ray security inspection device until the repair staff arrives at the site and repairs the device to restore normal operation. Is long. 2. The operating state information of the X-ray security inspection machine cannot be confirmed in real time. 3. It is impossible to perform centralized remote monitoring on X-ray security inspection machines in various places, and the level of intelligence is low.
本発明は、上記背景技術で述べた問題を解決するために、X線保安検査機のリアルタイム遠隔監視方法を提供することを目的とする。 An object of the present invention is to provide a real-time remote monitoring method for an X-ray security inspection machine in order to solve the problems described in the background art.
この目的を達成するために、本発明の技術案は以下のとおりである。
X線保安検査機のリアルタイム遠隔監視方法であって、
S101、すべての監視対象のX線保安検査機の関連動作状態パラメータをリアルタイムに取得するステップと、
S102、前記監視対象のX線保安検査機の関連動作状態パラメータをクラウドサーバにアップロードするステップと、
S103、クライアントがターゲットX線保安検査機への遠隔監視を要求するステップと、
S104、クラウドが前記ターゲットX線保安検査機の関連動作状態パラメータをクライアントにプッシュするステップと、
S105、クライアントが前記ターゲットX線保安検査機の動作状態を表示するステップと、を含む。
In order to achieve this object, the technical solution of the present invention is as follows.
A real-time remote monitoring method for an X-ray security inspection machine,
S101, acquiring in real time the relevant operating state parameters of all monitored X-ray security inspection machines;
S102, uploading relevant operational state parameters of the X-ray security inspection machine to be monitored to a cloud server;
S103, the client requesting remote monitoring to the target X-ray security checker;
S104, the cloud pushing the relevant operating state parameters of the target X-ray security checker to the client;
S105, the client displaying the operation state of the target X-ray security inspection machine.
特に、前記ステップS101では、監視対象のX線保安検査機の関連動作状態パラメータは、X線保安検査機の番号、名称、検査済みの荷物数、動作時間、X線管電圧、X線管電流、環境温度、環境湿度、X線管状態、検出器状態、制御パネル状態、起動時間、停止時間、所在地の経度及び所在地の緯度を含むが、それらに限定されない。 In particular, in step S101, the relevant operation state parameters of the X-ray security inspection machine to be monitored are the X-ray security inspection machine number, name, number of inspected packages, operation time, X-ray tube voltage, X-ray tube current. , Environmental temperature, environmental humidity, X-ray tube status, detector status, control panel status, start-up time, stop time, location longitude and location latitude.
特に、前記ステップS101は、具体的には、監視対象のX線保安検査機の産業用コンピュータにより、X線保安検査機の関連動作状態パラメータをリアルタイムに取得するステップを含む。 In particular, the step S101 specifically includes a step of acquiring the relevant operation state parameter of the X-ray security inspection machine in real time by the industrial computer of the X-ray security inspection machine to be monitored.
特に、前記ステップS102は、具体的には、監視対象のX線保安検査機の産業用コンピュータにより、取得したX線保安検査機の関連動作状態パラメータをクラウドサーバにアップロードするステップを含む。 In particular, the step S102 specifically includes a step of uploading the acquired relevant operation state parameter of the X-ray security inspection machine to the cloud server by the industrial computer of the X-ray security inspection machine to be monitored.
特に、前記ステップS103は、具体的には、S1031、未登録ユーザーが登録してクライアントにログインし、登録済みユーザーがクライアントに直接ログインするステップと、S1032、ターゲットX線保安検査機の番号及び名称を追加するステップと、を含む。 In particular, the step S103 is specifically, S1031, a step in which an unregistered user registers and logs in to the client, and a registered user logs in directly to the client; and S1032, the number and name of the target X-ray security inspection machine Adding.
特に、前記ステップS105は、具体的には、クライアントが前記ターゲットX線保安検査機の所在地の経度と所在地の緯度に基づき前記ターゲットX線保安検査機の位置、動作状態及び名称を地図に表示するステップを含む。 In particular, in step S105, specifically, the client displays the position, operation state, and name of the target X-ray security inspection machine on the map based on the longitude and latitude of the target X-ray security inspection machine. Includes steps.
特に、前記ステップS105では、クライアントは色によってX線保安検査機の動作状態を示し、灰色はX線保安検査機のオフライン状態を示し、緑色はX線保安検査機の正常動作状態、すなわちX線管、検出器、制御パネルがいずれも正常状態であることを示し、黄色はX線保安検査機の軽故障、すなわちX線管、検出器、制御パネルのうちのいずれかが異常状態であることを示し、赤色は重故障、すなわちX線管、検出器、制御パネルのうちの少なくとも2つが異常状態であることを示し、X線保安検査機に故障が発生する際に、修理員は、まず故障したX線保安検査機が具体的にはX線管、検出器、制御パネルのうちのどれが故障したかを決定し、次に地図に表示されるX線保安検査機の位置情報に基づき、修理サービスを提供する。 In particular, in step S105, the client indicates the operation state of the X-ray security inspection machine by color, gray indicates the offline state of the X-ray security inspection machine, and green indicates the normal operation state of the X-ray security inspection machine, that is, the X-ray. The tube, detector, and control panel are all normal. Yellow indicates a minor failure of the X-ray security inspection machine, that is, any of the X-ray tube, detector, or control panel is abnormal. Red indicates a major failure, that is, at least two of the X-ray tube, detector, and control panel are in an abnormal state. When a failure occurs in the X-ray security inspection machine, The faulty X-ray security checker specifically determines which of the X-ray tube, detector, or control panel has failed, and then based on the location information of the X-ray security checker displayed on the map Provide repair services.
特に、前記ステップS105は、地図におけるX線保安検査機の名称をクリックすると、クライアントが該X線保安検査機のすべての関連動作状態パラメータを表示するステップをさらに含む。 In particular, the step S105 further includes the step of the client displaying all relevant operational status parameters of the X-ray security checker when clicking on the name of the X-ray security checker on the map.
特に、前記X線保安検査機のリアルタイム遠隔監視方法は、S106、X線保安検査機が故障すると、クラウドサーバがウィーチャットメッセージを修理員にプッシュし、修理員に前記X線保安検査機の故障原因及びその位置情報を通知するステップをさらに含む。 In particular, in the real-time remote monitoring method for the X-ray security inspection machine, in S106, when the X-ray security inspection machine fails, the cloud server pushes a we chat message to the repair person, and the repair person is in trouble with the X-ray security inspection machine. The method further includes a step of notifying the cause and its position information.
本発明に係るX線保安検査機のリアルタイム遠隔監視方法によれば、X線保安検査機の位置、動作状態及び名称を地図に表示し、色によってX線保安検査機の動作の有無及びその動作状態を示し、地図におけるX線保安検査機の名称をクリックすると、クライアントが該X線保安検査機のすべての関連動作状態パラメータを表示し、クライアントによってX線保安検査機の動作状態を遠隔照会でき、X線保安検査機が異常する際に、色表示により、直接異常位置を示し、それにより修理員が早急に対応でき、修理効率を向上させ、X線保安検査機の異常状態から正常状態回復までの停止時間を短縮させる。 According to the real-time remote monitoring method of the X-ray security inspection machine according to the present invention, the position, operation state and name of the X-ray security inspection machine are displayed on the map, and the presence or absence of the operation of the X-ray security inspection machine and its operation by color. Click on the name of the X-ray security inspection machine on the map to indicate the status, and the client will display all relevant operational status parameters of the X-ray security inspection machine, and the client can remotely query the operational status of the X-ray security inspection machine When an X-ray security inspection machine malfunctions, the color display indicates the abnormal position directly, so that repair personnel can respond quickly, improve repair efficiency, and restore the normal state from the abnormal state of the X-ray security inspection machine The stop time until is shortened.
本発明の理解を容易にするために、以下、関連図面を参照して本発明をより詳細に説明する。図面は本発明の好ましい実施例を示す。なお、本発明は様々な形態によって実現でき、本明細書で説明される実施例に限定されない。一方、これらの実施例は、本発明の開示を明確かつ完全に理解するためのものである。特に断らない限り、本明細書に使用されるあらゆる技術と科学用語は当業者の公知の定義と同様である。本明細書に使用される用語は具体的な実施例を説明するためのものであり、本発明を限定するものではない。本明細書に使用される用語「及び/又は」は1つの又は複数の関連する要素の任意の組み合わせとすべての組合せを含む。 In order to facilitate understanding of the present invention, the present invention will be described below in more detail with reference to the related drawings. The drawings illustrate a preferred embodiment of the invention. It should be noted that the present invention can be realized in various forms and is not limited to the embodiments described in this specification. On the other hand, these examples are for a clear and complete understanding of the present disclosure. Unless defined otherwise, all technical and scientific terms used herein are as defined by those skilled in the art. The terminology used herein is for the purpose of describing specific embodiments and is not intended to limit the invention. As used herein, the term “and / or” includes any and all combinations of one or more of the associated elements.
図1に示すように、図1は本発明の実施例に係るX線保安検査機のリアルタイム遠隔監視方法のフローチャートを示す。 As shown in FIG. 1, FIG. 1 shows a flowchart of a real-time remote monitoring method of an X-ray security inspection machine according to an embodiment of the present invention.
本実施例では、X線保安検査機のリアルタイム遠隔監視方法は、具体的には下記ステップを含む。 In the present embodiment, the X-ray security inspection machine real-time remote monitoring method specifically includes the following steps.
S101、すべての監視対象のX線保安検査機の関連動作状態パラメータをリアルタイムに取得する。 S101, acquiring the relevant operation state parameters of all X-ray security inspection machines to be monitored in real time.
監視対象のX線保安検査機の産業用コンピュータにより、X線保安検査機の関連動作状態パラメータをリアルタイムに取得する。前記監視対象のX線保安検査機の関連動作状態パラメータは、X線保安検査機の番号、名称、検査済みの荷物数、動作時間、X線管電圧、X線管電流、環境温度、環境湿度、X線管状態、検出器状態、制御パネル状態、起動時間、停止時間、所在地の経度及び所在地の緯度を含むが、それらに限定されない。X線保安検査機の産業用コンピュータが関連動作状態パラメータを取得する方式は従来技術であるため、ここでは重複説明を省略し、たとえば、X線管電圧、X線管電流が電圧電流センサによって実現され、環境温度、環境湿度が従来の温度センサと湿度センサにより実現され、起動時間と停止時間が産業用コンピュータのシステムソフトウェアにより記録され、経度及び緯度情報が内蔵GPS測位チップ、北斗測位チップ等により実現される。 The related operation state parameters of the X-ray security inspection machine are acquired in real time by the industrial computer of the X-ray security inspection machine to be monitored. The relevant operation state parameters of the X-ray security inspection machine to be monitored are the X-ray security inspection machine number, name, number of inspected packages, operation time, X-ray tube voltage, X-ray tube current, environmental temperature, environmental humidity. , X-ray tube status, detector status, control panel status, start-up time, stop time, location longitude and location latitude. Since the method of acquiring the relevant operating state parameters by the industrial computer of the X-ray security inspection machine is conventional technology, duplicate explanation is omitted here. For example, X-ray tube voltage and X-ray tube current are realized by voltage current sensors. Environmental temperature and humidity are realized by conventional temperature sensor and humidity sensor, start time and stop time are recorded by system software of industrial computer, and longitude and latitude information are stored by built-in GPS positioning chip, Hokuto positioning chip, etc. Realized.
S102、前記監視対象のX線保安検査機の関連動作状態パラメータをクラウドサーバにアップロードする。 S102, uploading related operational state parameters of the X-ray security inspection machine to be monitored to the cloud server.
監視対象のX線保安検査機の産業用コンピュータにより、取得したX線保安検査機の関連動作状態パラメータをクラウドサーバにアップロードする。X線保安検査機の産業用コンピュータがネットワークにアクセスすると、X線保安検査機の関連情報をクラウドサーバにリアルタイムにアップロードして処理することができる。なお、X線保安検査機の番号、名称、検査済みの荷物数、動作時間、X線管電圧、X線管電流、環境温度、環境湿度、X線管状態、検出器状態、制御パネル状態、起動時間、停止時間についての情報は標準的なユビキタスネットワークプロトコルのmqttプロトコルによってクラウドサーバにアップロードされ、X線保安検査機の所在地の経度及び所在地の緯度についての情報はcommwayのgprs+gpsのdtuを利用し、tcpプロトコルを使用してモバイルネットワークによってクラウドサーバに位置情報パラメータを送信する。クラウドサーバは2組のデータを解析し、それらの対応関係を見つけることにより、2組のデータを統合してクラウドサーバに記憶する。 The related operation state parameter of the acquired X-ray security inspection machine is uploaded to the cloud server by the industrial computer of the X-ray security inspection machine to be monitored. When the industrial computer of the X-ray security inspection machine accesses the network, the related information of the X-ray security inspection machine can be uploaded to the cloud server and processed in real time. In addition, X-ray security inspection machine number, name, number of inspected luggage, operation time, X-ray tube voltage, X-ray tube current, environmental temperature, environmental humidity, X-ray tube state, detector state, control panel state, Information on the start time and stop time is uploaded to the cloud server by the mqtt protocol of the standard ubiquitous network protocol, and the information on the longitude and the latitude of the location of the X-ray security inspection machine uses the gprs + gps of the comway. , The location information parameter is transmitted to the cloud server by the mobile network using the tcp protocol. The cloud server analyzes the two sets of data and finds a correspondence between them, thereby integrating the two sets of data and storing them in the cloud server.
S103、クライアントがターゲットX線保安検査機への遠隔監視を要求する。
ユーザーは特定のターゲットX線保安検査機の動作状態を遠隔照会する必要があると、未登録ユーザーがクライアント(携帯電話又はPC)に登録してクライアントにログインし、登録済みユーザーがクライアントに直接ログインし、ログイン後、ターゲットX線保安検査機の番号及び名称を追加するだけで、後続の照会等の操作を行うことができる。
S103, the client requests remote monitoring of the target X-ray security inspection machine.
When a user needs to remotely inquire about the operating status of a specific target X-ray security inspection machine, an unregistered user registers with the client (mobile phone or PC) and logs in to the client, and a registered user logs in directly to the client Then, after logging in, operations such as subsequent inquiries can be performed simply by adding the number and name of the target X-ray security inspection machine.
S104、クラウドが前記ターゲットX線保安検査機の関連動作状態パラメータをクライアントにプッシュする。 S104, the cloud pushes the relevant operating state parameters of the target X-ray security checker to the client.
S105、クライアントが前記ターゲットX線保安検査機の動作状態を表示する。 S105, the client displays the operating state of the target X-ray security inspection machine.
クライアントが前記ターゲットX線保安検査機の所在地の経度と所在地の緯度に基づき前記ターゲットX線保安検査機の位置、動作状態及び名称を地図に表示する。地図におけるX線保安検査機の名称をクリックすると、クライアントが該X線保安検査機のすべての関連動作状態パラメータを表示する。本実施例では、クライアントは色によってX線保安検査機の動作状態を示し、灰色はX線保安検査機のオフライン状態を示し、緑色はX線保安検査機の正常動作状態、すなわちX線管、検出器、制御パネルがいずれも正常状態であることを示し、黄色はX線保安検査機の軽故障、すなわちX線管、検出器、制御パネルのうちのいずれかが異常状態であることを示し、赤色は重故障、すなわちX線管、検出器、制御パネルのうちの少なくとも2つが異常状態であることを示し、X線保安検査機に故障が発生する際に、修理員は、まず故障したX線保安検査機が具体的にはX線管、検出器、制御パネルのうちのどれが故障したかを決定し、次に地図に表示されるX線保安検査機の位置情報に基づき、修理サービスを提供する。 The client displays the position, operation state, and name of the target X-ray security inspection machine on the map based on the longitude and latitude of the target X-ray security inspection machine. Clicking on the name of an X-ray security inspection machine on the map will cause the client to display all relevant operational status parameters for that X-ray security inspection machine. In this embodiment, the client indicates the operation state of the X-ray security inspection machine by color, gray indicates the offline state of the X-ray security inspection machine, and green indicates the normal operation state of the X-ray security inspection machine, that is, the X-ray tube, The detector and control panel are both in a normal state, and yellow indicates a minor failure of the X-ray security inspection machine, that is, one of the X-ray tube, detector and control panel is in an abnormal state. , Red indicates a major failure, that is, at least two of the X-ray tube, detector, and control panel are in an abnormal state. When a failure occurs in the X-ray security inspection machine, Specifically, the X-ray security inspection machine determines which of the X-ray tube, detector, or control panel has failed, and then repairs based on the location information of the X-ray security inspection machine displayed on the map. Provide service.
S106、X線保安検査機が故障すると、クラウドサーバがウィーチャットメッセージを修理員にプッシュし、修理員に前記X線保安検査機の故障原因及びその位置情報を通知する。 In S106, when the X-ray security inspection machine breaks down, the cloud server pushes a we chat message to the repair person, and notifies the repair person of the cause of the X-ray security check machine failure and its position information.
図2に示すように、図2は本発明の実施例に係るX線保安検査機のリアルタイム遠隔監視方法のネットワーキング模式図である。図中では、201はクライアント、202はクラウドサーバ、203は監視対象のX線保安検査機である。 As shown in FIG. 2, FIG. 2 is a networking schematic diagram of a real-time remote monitoring method for an X-ray security inspection machine according to an embodiment of the present invention. In the figure, 201 is a client, 202 is a cloud server, and 203 is an X-ray security inspection machine to be monitored.
本発明の技術案によれば、X線保安検査機の位置、動作状態及び名称を地図に表示し、色によってX線保安検査機の動作の有無及びその動作状態を示し、地図におけるX線保安検査機の名称をクリックすると、クライアントが該X線保安検査機のすべての関連動作状態パラメータを表示し、正当ユーザーがクライアントによってX線保安検査機の動作状態を遠隔照会でき、X線保安検査機が異常する際に、色表示により、直接異常位置を示し、それにより修理員が早急に対応でき、修理効率を向上させ、X線保安検査機の異常状態から正常状態回復までの停止時間を短縮させる。 According to the technical solution of the present invention, the position, operation state, and name of an X-ray security inspection machine are displayed on a map, and the presence / absence of the operation of the X-ray security inspection machine and the operation state thereof are indicated by colors. Clicking on the name of the inspection machine will allow the client to display all relevant operational status parameters of the X-ray security inspection machine and allow legitimate users to remotely query the operational status of the X-ray security inspection machine by the client, When an abnormality occurs, the color display indicates the abnormal position directly, so that repair personnel can respond quickly, improve repair efficiency, and shorten the stop time from the abnormal state of the X-ray security inspection machine to the normal state recovery. Let
当業者は、上記実施例の方法の一部又は全部のプロセスをコンピュータプログラムによって関連ハードウェアに命令を出して実行することができ、前記プログラムがコンピュータ可読記憶媒体に記憶され、該プログラムを実行する時、上記各方法の実施例のプロセスを含むと理解できるだろう。前記記憶媒体として、磁気ディスク、光ディスク、読み出し専用メモリ(Read−Only Memory、ROM)又はランダムアクセスメモリ(Random Access Memory、RAM)などが挙げられる。 A person skilled in the art can execute part or all of the processes of the method of the above-described embodiment by instructing the relevant hardware by a computer program, and the program is stored in a computer-readable storage medium and the program is executed. Sometimes, it will be understood to include the processes of the embodiments of the above methods. Examples of the storage medium include a magnetic disk, an optical disk, a read-only memory (Read-Only Memory, ROM), and a random access memory (Random Access Memory, RAM).
なお、以上、本発明の好ましい実施例及びその技術的原理を説明した。当業者であれば、本発明は上記特定の実施例に限定されるものではなく、本発明の保護範囲を逸脱せずに、様々な変更、再調整や置換を行うことができると理解できるだろう。従って、上記実施例により本発明を詳細に説明したが、本発明は上記実施例に限定されるものではなく、本発明の発想を逸脱せずに、より多くのほかの等価実施例を想到でき、本発明の範囲は添付の特許請求の範囲に定められる。 The preferred embodiments of the present invention and the technical principles thereof have been described above. Those skilled in the art will understand that the present invention is not limited to the specific embodiments described above, and that various changes, readjustments and substitutions can be made without departing from the protection scope of the present invention. Let's go. Therefore, although the present invention has been described in detail with the above embodiments, the present invention is not limited to the above embodiments, and many other equivalent embodiments can be conceived without departing from the idea of the present invention. The scope of the present invention is defined in the appended claims.
Claims (9)
前記監視対象のX線保安検査機の関連動作状態パラメータをクラウドサーバにアップロードするステップ(S102)と、
クライアントがターゲットX線保安検査機への遠隔監視を要求するステップ(S103)と、
クラウドが前記ターゲットX線保安検査機の関連動作状態パラメータをクライアントにプッシュするステップ(S104)と、
クライアントが前記ターゲットX線保安検査機の動作状態を表示するステップ(S105)と、を含むことを特徴とするX線保安検査機のリアルタイム遠隔監視方法。 A step (S101) of acquiring in real time the relevant operation state parameters of all monitored X-ray security inspection machines;
Uploading relevant operational state parameters of the X-ray security inspection machine to be monitored to a cloud server (S102);
The client requesting remote monitoring of the target X-ray security inspection machine (S103);
The cloud pushing the relevant operating state parameters of the target X-ray security checker to the client (S104);
A client displaying the operation state of the target X-ray security inspection machine (S105), and a real-time remote monitoring method for the X-ray security inspection machine.
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