TW202100442A - Device location confirming system - Google Patents

Device location confirming system Download PDF

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TW202100442A
TW202100442A TW108139444A TW108139444A TW202100442A TW 202100442 A TW202100442 A TW 202100442A TW 108139444 A TW108139444 A TW 108139444A TW 108139444 A TW108139444 A TW 108139444A TW 202100442 A TW202100442 A TW 202100442A
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熊谷誠一
小澤匡史
西出恭平
井澤哲美
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日商三菱電機大樓技術服務股份有限公司
日商三菱電機股份有限公司
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Abstract

A device location confirming system which is capable of confirming a location of a device without special equipment being added, is provided. The device location confirming system includes a signal pattern information storage unit which stores in advance information of a signal pattern upon maintenance of the device, and a location determining unit which determines a location of the device on the basis of location information of a mobile terminal of a maintenance worker who has performed maintenance of the device when a signal pattern from the device matches a signal pattern corresponding to the information stored in the signal pattern information storage unit.

Description

設備之位置確認系統Device location confirmation system

本發明係有關於一種設備之位置確認系統。The invention relates to a system for confirming the position of a device.

專利文獻1係揭示一種設備之位置確認系統。若依據該設備之位置確認系統，可確認設備之位置。 [先行專利文獻] [專利文獻]Patent Document 1 discloses a device location confirmation system. If the system is confirmed based on the location of the device, the location of the device can be confirmed. [Prior Patent Document] [Patent Literature]

[專利文獻1]日本特開2017－68674號公報[Patent Document 1] Japanese Patent Application Publication No. 2017-68674

[發明所欲解決之課題][The problem to be solved by the invention]

可是，在專利文獻1所記載之設備的位置確認系統，係需要與設備鄰接之信標(beacon)裝置。因此，無法確認未設置信標裝置之設備的位置。However, the device location confirmation system described in Patent Document 1 requires a beacon device adjacent to the device. Therefore, it is impossible to confirm the location of a device that has no beacon device.

本發明係為了解決上述之課題所開發者，其目的在於得到一種設備之位置確認系統，該設備之位置確認系統係不追加特殊之機器，就可確認設備的位置。 [解決課題之手段]The present invention was developed to solve the above-mentioned problems, and its purpose is to obtain a device location confirmation system that can confirm the location of the device without adding special equipment. [Means to solve the problem]

本發明之設備之位置確認系統係包括：信號模型資訊記憶部，係預先記憶在維修設備時之信號模型的資訊；及位置判定部，係根據在來自該設備之信號模型與和該信號模型資訊記憶部所記憶之資訊對應的信號模型一致時之已進行該設備之維修的維修員之攜帶式終端機的位置資訊，判定該設備的位置。 [發明之效果]The position confirmation system of the equipment of the present invention includes: a signal model information storage unit, which stores in advance the information of the signal model when the equipment is repaired; and a position determination unit, which is based on the signal model from the equipment and the signal model information When the signal model corresponding to the information memorized by the memory part is consistent, the location information of the portable terminal of the repairer who has performed the repair of the equipment is used to determine the location of the equipment. [Effects of Invention]

若依據本發明，位置確認系統係根據在來自設備之信號模型與對應於預先記憶之資訊的信號模型一致時之已進行該設備之維修的維修員之攜帶式終端機的位置資訊，判定該設備的位置。因此，不追加特殊之機器，就可確認設備的位置。According to the present invention, the position confirmation system judges the equipment based on the position information of the portable terminal of the repairer who has performed the maintenance of the equipment when the signal model from the equipment is consistent with the signal model corresponding to the information stored in advance. s position. Therefore, the location of the equipment can be confirmed without adding special equipment.

根據附加之圖面，說明本發明之實施形態。此外，在各圖中，對相同或相當的部分係附加相同的符號。該部分之重複的說明係適當地簡化或省略。 實施形態1The embodiments of the present invention will be explained based on the attached drawings. In addition, in each figure, the same code|symbol is attached|subjected to the same or equivalent part. The repeated description in this part is appropriately simplified or omitted. Embodiment 1

圖1係應用實施形態1之設備的位置確認系統之系統的構成圖。Figure 1 is a configuration diagram of a system to which the device location confirmation system of the first embodiment is applied.

在圖1，電梯係作為設備被設置於建築物。控制裝置1係被設置於設置電梯的建築物。控制裝置1係被設置成可整體地控制電梯的動作。監視裝置2係作為位置確認系統的一部分，被設置於設置電梯的建築物。監視裝置2係被設置成根據來自控制裝置1的信號，可監視電梯的狀態。伺服器3係作為位置確認系統的一部分，被設置於電梯的維修公司。伺服器3係被設置成根據來自監視裝置2的信號，可掌握電梯的狀態。In Fig. 1, the elevator system is installed in the building as equipment. The control device 1 is installed in a building where an elevator is installed. The control device 1 is installed so as to control the elevator operation as a whole. The monitoring device 2 is installed in a building where an elevator is installed as a part of a position confirmation system. The monitoring device 2 is set to monitor the state of the elevator based on a signal from the control device 1. The server 3 is installed in the elevator maintenance company as a part of the position confirmation system. The server 3 is set to grasp the status of the elevator based on the signal from the monitoring device 2.

監視裝置2係包括信號模型資訊記憶部2a與信號處理部2b。The monitoring device 2 includes a signal model information storage unit 2a and a signal processing unit 2b.

信號模型資訊記憶部2a係預先記憶在維修電梯時之特有之信號模型的資訊。例如，信號模型資訊記憶部2a係記憶在維修電梯時維修員在電梯的位置進行作業之可能性高之信號模型的資訊。例如，信號模型資訊記憶部2a係記憶在維修電梯時座箱進行低速運轉時之信號模型的資訊。The signal model information storage unit 2a memorizes in advance the information of the unique signal model when the elevator is maintained. For example, the signal model information storage unit 2a stores information of a signal model that is highly likely to be performed by a maintenance worker at the position of the elevator during maintenance. For example, the signal model information storage unit 2a stores the information of the signal model when the cockpit is operating at a low speed when the elevator is maintained.

信號處理部2b係判定是否來自控制裝置1的信號與和信號模型資訊記憶部2a所記憶之資訊對應的信號模型一致。信號處理部2b係在來自控制裝置1的信號與和信號模型資訊記憶部2a所記憶之資訊對應的信號模型一致時向伺服器3傳送建築物編號之資訊、電梯之識別資訊以及時刻之資訊。The signal processing unit 2b determines whether the signal from the control device 1 matches the signal model corresponding to the information stored in the signal model information storage unit 2a. The signal processing unit 2b transmits the building number information, elevator identification information, and time information to the server 3 when the signal from the control device 1 matches the signal model corresponding to the information stored in the signal model information storage unit 2a.

伺服器3係包括維修員編組資訊記憶部3a、維修員位置資訊記憶部3b、電梯位置資訊記憶部3c、維修員特定部3d以及位置判定部3e。The server 3 includes a maintenance crew group information storage unit 3a, a maintenance crew location information storage unit 3b, an elevator location information storage unit 3c, a maintenance crew identification unit 3d, and a location determination unit 3e.

維修員編組資訊記憶部3a係以對作為維修員的識別資訊之維修員編號賦與對應的方式記憶建築物編號之資訊、電梯之識別資訊以及預定維修之時刻的資訊。維修員位置資訊記憶部3b係定期地記憶從維修員之攜帶式終端機4所接收之時刻的資訊、維修員編號的資訊以及該攜帶式終端機4的位置資訊。電梯位置資訊記憶部3c係記憶電梯之位置資訊。The maintenance staff grouping information memory unit 3a stores the information of the building number, the identification information of the elevator, and the information of the scheduled maintenance time by assigning a corresponding manner to the maintenance number that is the identification information of the maintenance person. The maintenance person position information storage unit 3b regularly stores the time information received from the maintenance person's portable terminal 4, the maintenance person's number information, and the position information of the portable terminal 4. The elevator position information storage unit 3c stores the position information of the elevator.

維修員特定部3d係根據伺服器3所接收之建築物編號之資訊、電梯之識別資訊以及時刻之資訊，特定在該時刻已進行該電梯的維修之維修員的維修員編號。The maintenance person identification part 3d specifies the maintenance person number of the maintenance person who has performed the maintenance of the elevator at that time based on the information of the building number, the identification information of the elevator, and the information of the time received by the server 3.

位置判定部3e係根據維修員特定部3d所特定之維修員的攜帶式終端機4之在該時刻的位置資訊，判定該電梯的位置。The position determination unit 3e determines the position of the elevator based on the position information at the time of the portable terminal 4 of the maintenance worker specified by the maintenance worker identification unit 3d.

維修員的攜帶式終端機4係具備位置檢測部4a。The portable terminal 4 of a maintenance person is equipped with the position detection part 4a.

位置檢測部4a係檢測出該攜帶式終端機4的位置。例如，位置檢測部4a係將該攜帶式終端機4之緯度、經度、緯度之可靠性以及經度之可靠性作為位置資訊。位置檢測部4a係定期把傳送時刻的資訊、維修員編號的資訊以及該攜帶式終端機4的位置資訊。The position detection unit 4a detects the position of the portable terminal machine 4. For example, the position detecting unit 4a uses the reliability of the latitude, longitude, and latitude of the portable terminal 4 as the position information. The position detecting unit 4a periodically collects the information of the transmission time, the information of the maintenance worker number, and the position information of the portable terminal 4.

其次，使用圖2與圖3，說明監視裝置2與伺服器3之動作的概要。 圖2與圖3係用以說明作為實施形態1之設備之位置確認系統的監視裝置與伺服器之動作的概要之流程圖。Next, using FIGS. 2 and 3, the outline of the operation of the monitoring device 2 and the server 3 will be described. 2 and 3 are flowcharts for explaining the outline of the operation of the monitoring device and the server as the device position confirmation system of the first embodiment.

在步驟S1，監視裝置2係受理在維修電梯時之特有之信號模型的登錄。然後，監視裝置2係進行步驟S2的動作。在步驟S2，監視裝置2係從維修員之攜帶式終端機4定期地接收時刻的資訊、維修員編號的資訊以及該攜帶式終端機4的位置資訊。In step S1, the monitoring device 2 accepts the registration of a signal model unique to the elevator maintenance. Then, the monitoring device 2 performs the operation of step S2. In step S2, the monitoring device 2 periodically receives the time information, the information of the maintenance person's number, and the position information of the portable terminal 4 from the portable terminal 4 of the maintenance person.

接著，監視裝置2係進行步驟S3的動作。在步驟S3，監視裝置2係根據維修開關成為導通(ON)，檢測出電梯之維修已開始。然後，監視裝置2係進行步驟S4的動作。在步驟S4，監視裝置2係接收來自控制裝置1的信號。接著，監視裝置2係進行步驟S5的動作。在步驟S5，係根據是否維修開關成為不導通(OFF)，判定是否電梯之維修已結束。Next, the monitoring device 2 performs the operation of step S3. In step S3, the monitoring device 2 detects that the maintenance of the elevator has started based on the maintenance switch being turned on (ON). Then, the monitoring device 2 performs the operation of step S4. In step S4, the monitoring device 2 receives the signal from the control device 1. Next, the monitoring device 2 performs the operation of step S5. In step S5, it is determined whether the maintenance of the elevator has ended based on whether the maintenance switch has become non-conductive (OFF).

在步驟S5電梯之維修未結束的情況，監視裝置2係進行步驟S6的動作。在步驟S6，監視裝置2係判定是否在來自控制裝置1的信號有與預先記憶之信號模型一致之信號的變化。If the maintenance of the elevator in step S5 is not completed, the monitoring device 2 performs the operation of step S6. In step S6, the monitoring device 2 determines whether there is a change in the signal from the control device 1 that matches the signal model stored in advance.

在步驟S6無與預先記憶之信號模型一致之信號的變化的情況，監視裝置2係進行步驟S4的動作。在步驟S6有與預先記憶之信號模型一致之信號的變化的情況，監視裝置2係進行步驟S7的動作。In step S6, if there is no change in the signal consistent with the signal model stored in advance, the monitoring device 2 performs the operation of step S4. In step S6, if there is a change in the signal consistent with the signal model stored in advance, the monitoring device 2 performs the operation of step S7.

在步驟S7，監視裝置2係向伺服器3傳送建築物編號之資訊、電梯之識別資訊以及時刻之資訊。然後，監視裝置2係進行步驟S4的動作。In step S7, the monitoring device 2 transmits the building number information, elevator identification information, and time information to the server 3. Then, the monitoring device 2 performs the operation of step S4.

在步驟S5電梯之維修已結束的情況，監視裝置2係進行步驟S8的動作。在步驟S8，監視裝置2係向伺服器3傳送建築物編號之資訊、電梯之識別資訊以及時刻之資訊。When the maintenance of the elevator in step S5 is completed, the monitoring device 2 performs the operation of step S8. In step S8, the monitoring device 2 transmits the building number information, elevator identification information, and time information to the server 3.

然後，伺服器3係進行步驟S9的動作。在步驟S9，伺服器3係從建築物編號之資訊與電梯之識別資訊，取得維修員編號之資訊。接著，伺服器3係進行步驟S10的動作。在步驟S10，伺服器3係根據所接收之資訊，取得在各時刻在以該時刻為中心所預設之範圍的時間帶之維修員之攜帶式終端機4的位置資訊。Then, the server 3 performs the operation of step S9. In step S9, the server 3 obtains the information of the maintenance worker number from the information of the building number and the identification information of the elevator. Next, the server 3 performs the operation of step S10. In step S10, the server 3 obtains the location information of the maintenance person's portable terminal 4 at each time in the time zone preset around the time based on the received information.

然後，伺服器3係進行步驟S11的動作。在步驟S11，伺服器3係從建築物編號之資訊與電梯之識別資訊，取得已登錄之電梯的位置資訊。Then, the server 3 performs the operation of step S11. In step S11, the server 3 obtains the location information of the registered elevator from the information of the building number and the identification information of the elevator.

接著，伺服器3係進行步驟S12的動作。在步驟S12，伺服器3係算出在以電梯的位置為中心之半徑r的圓所含之維修員之攜帶式終端機4之位置的百分比。然後，伺服器3係進行步驟S13的動作。在步驟S13，伺服器3係判定是否該百分比比所預設之M%更小。Next, the server 3 performs the operation of step S12. In step S12, the server 3 calculates the percentage of the position of the maintenance person's portable terminal 4 contained in the circle of the radius r centered on the position of the elevator. Then, the server 3 performs the operation of step S13. In step S13, the server 3 determines whether the percentage is smaller than the preset M%.

在步驟S13該百分比不比所預設之M%更小的情況，伺服器3係進行步驟S14的動作。在步驟S14，伺服器3係不更新電梯的位置資訊。In the case that the percentage is not smaller than the preset M% in step S13, the server 3 performs the action of step S14. In step S14, the server 3 does not update the position information of the elevator.

在步驟S13該百分比比所預設之M%更小的情況，伺服器3係進行步驟S15的動作。在步驟S15，伺服器3係根據位置資訊之個數、平均一個位置資訊之預測誤差的微小程度等，算出電梯之位置資訊與維修員之攜帶式終端機4的位置資訊之可靠性。In step S13, if the percentage is smaller than the preset M%, the server 3 performs the operation of step S15. In step S15, the server 3 calculates the reliability of the position information of the elevator and the position information of the maintenance worker's portable terminal 4 based on the number of position information and the average degree of the prediction error of one position information.

然後，伺服器3係進行步驟S16的動作。在步驟S16，伺服器3係判定是否已登錄之電梯之位置資訊的可靠性是所取得之維修員之攜帶式終端機4之位置資訊的可靠性以上。Then, the server 3 performs the operation of step S16. In step S16, the server 3 determines whether the reliability of the registered elevator position information is greater than the reliability of the obtained position information of the maintenance person's portable terminal 4.

在步驟S16已登錄之電梯之位置資訊的可靠性是所取得之維修員之攜帶式終端機4之位置資訊的可靠性以上的情況，伺服器3係進行步驟S14的動作。在步驟S14，伺服器3係不更新電梯之位置資訊。When the reliability of the registered elevator position information in step S16 is higher than the reliability of the obtained position information of the portable terminal 4 of the maintenance worker, the server 3 performs the operation of step S14. In step S14, the server 3 does not update the position information of the elevator.

在步驟S16已登錄之電梯之位置資訊的可靠性不是所取得之維修員之攜帶式終端機4之位置資訊的可靠性以上的情況，伺服器3係進行步驟S17的動作。在步驟S17，伺服器3係算出所取得之維修員之攜帶式終端機4之位置資訊的代表點，並將電梯之位置資訊更新成該代表點。If the reliability of the registered elevator position information in step S16 is not higher than the reliability of the obtained position information of the maintenance worker's portable terminal 4, the server 3 performs the operation of step S17. In step S17, the server 3 calculates the obtained representative point of the position information of the portable terminal 4 of the maintenance worker, and updates the position information of the elevator to the representative point.

若依據如以上所說明之實施形態1，伺服器3係根據在來自控制裝置1的信號模型與對應於預先記憶之資訊的信號模型一致時之已進行該電梯的維修之維修員之攜帶式終端機4的位置資訊，判定該電梯的位置。因此，不追加特殊之機器，就可確認電梯的位置。According to Embodiment 1 as described above, the server 3 is based on the portable terminal of the maintenance worker who has performed the maintenance of the elevator when the signal model from the control device 1 is consistent with the signal model corresponding to the previously memorized information The location information of the machine 4 determines the location of the elevator. Therefore, you can confirm the location of the elevator without adding special equipment.

又，伺服器3係在特定已進行電梯之維修的維修員後，判定該電梯的位置。因此，可更正確地確認電梯的位置。In addition, the server 3 determines the position of the elevator after identifying the maintenance person who has performed the elevator maintenance. Therefore, the position of the elevator can be confirmed more accurately.

又，伺服器3係根據電梯之預定維修的資訊，特定維修員。因此，可正確地特定已進行該電梯之維修的維修員。In addition, the server 3 specifies the maintenance personnel based on the scheduled maintenance information of the elevator. Therefore, it is possible to accurately specify the maintenance personnel who have performed the maintenance of the elevator.

又，伺服器3係算出來自與已登錄之電梯的位置資訊對應的位置所預設之範圍內包含與攜帶式終端機4之位置資訊對應的位置之百分比，該攜帶式終端機4的位置資訊係以來自控制裝置1的信號與對應於預先記憶之資訊的信號模型一致的時刻為中心所預設之範圍的時間帶之攜帶式終端機4的位置資訊，在該百分比不比預設之百分比更小的情況，不更新電梯之位置資訊。因此，可抑制無益地更新電梯之位置資訊。In addition, the server 3 calculates the percentage of the position corresponding to the position information of the portable terminal 4 in the preset range from the position corresponding to the registered elevator position information. The position information of the portable terminal 4 The position information of the portable terminal 4 in a preset range of time centered on the time when the signal from the control device 1 coincides with the signal model corresponding to the previously memorized information, where the percentage is not more than the preset percentage In small cases, the elevator location information is not updated. Therefore, it is possible to suppress the useless update of the position information of the elevator.

相對地，伺服器3係在該百分比比預設之百分比更小，而已登錄之電梯的位置資訊之可靠性比維修員之攜帶式終端機4的位置資訊之可靠性更低的情況，根據維修員之攜帶式終端機4的位置資訊，更新該設備之位置資訊。因此，可提高電梯的位置資訊之更新的可靠性。In contrast, the server 3 is under the condition that the percentage is smaller than the preset percentage, and the reliability of the registered elevator position information is lower than the reliability of the position information of the maintenance man’s portable terminal 4. According to the maintenance The location information of the mobile terminal 4 of the operator updates the location information of the device. Therefore, the reliability of updating the position information of the elevator can be improved.

此外，亦可將信號模型資訊記憶部2a與信號處理部2b的功能設置於監視裝置2以外的裝置。例如，亦可將信號模型資訊記憶部2a與信號處理部2b的功能設置於伺服器3。在此情況，亦不追加特殊之機器，就可確認電梯的位置。In addition, the functions of the signal model information storage unit 2a and the signal processing unit 2b may be provided in devices other than the monitoring device 2. For example, the functions of the signal model information storage unit 2a and the signal processing unit 2b may also be provided in the server 3. In this case, you can confirm the location of the elevator without adding special equipment.

又，亦可將維修員編組資訊記憶部3a、維修員位置資訊記憶部3b、電梯位置資訊記憶部3c、維修員特定部3d以及位置判定部3e的功能設置於伺服器3以外的裝置。例如，亦可將維修員編組資訊記憶部3a、維修員位置資訊記憶部3b、電梯位置資訊記憶部3c、維修員特定部3d以及位置判定部3e的功能設置於監視裝置2。在此情況，亦不追加特殊之機器，就可確認電梯的位置。In addition, the functions of the maintenance staff group information storage unit 3a, the maintenance staff position information storage unit 3b, the elevator position information storage unit 3c, the maintenance staff identification unit 3d, and the position determination unit 3e may be installed in devices other than the server 3. For example, the functions of the maintenance staff group information storage unit 3a, the maintenance staff position information storage unit 3b, the elevator position information storage unit 3c, the maintenance staff identification unit 3d, and the position determination unit 3e may be provided in the monitoring device 2. In this case, you can confirm the location of the elevator without adding special equipment.

又，亦可將實施形態1之位置確認系統應用於電梯以外的設備。例如，亦可將該位置確認系統應用於照明裝置或空調裝置。在這些情況，亦不追加特殊之機器，就可確認電梯的位置。Furthermore, the position confirmation system of Embodiment 1 can also be applied to equipment other than elevators. For example, the position confirmation system can also be applied to lighting devices or air conditioning devices. In these cases, the location of the elevator can be confirmed without adding special equipment.

又，亦可將實施形態1之位置確認系統應用於未被固定於建築物的設備。進而，亦可將實施形態1之位置確認系統應用於室外的設備。Moreover, the position confirmation system of Embodiment 1 can also be applied to the equipment which is not fixed to a building. Furthermore, the position confirmation system of Embodiment 1 can also be applied to outdoor equipment.

其次，使用圖4，說明伺服器3的例子。 圖4係作為實施形態1之設備之位置確認系統的一部分之伺服器的硬體構成圖。Next, using FIG. 4, an example of the server 3 will be described. Fig. 4 is a hardware configuration diagram of a server as a part of the device location confirmation system of the first embodiment.

伺服器3之各功能係藉處理電路可實現。例如，處理電路係包括至少一個處理器100a與至少一個記憶體100b。例如，處理電路係具備至少一個專用的硬體200。The functions of the server 3 can be realized by the processing circuit. For example, the processing circuit includes at least one processor 100a and at least one memory 100b. For example, the processing circuit is provided with at least one dedicated hardware 200.

在處理電路包括至少一個處理器100a與至少一個記憶體100b的情況，伺服器3之各功能係藉軟體、軔體、或軟體與軔體之組合所實現。軟體及軔體之至少一方係被記述為程式。軟體及軔體之至少一方係被儲存於至少一個記憶體100b。至少一個處理器100a係藉由讀出至少一個記憶體100b所記憶之程式並執行，實現伺服器3之各功能。至少一個處理器100a係亦稱為中央處理裝置、處理裝置、運算裝置、微處理器、微電腦、DSP。例如，至少一個記憶體100b係RAM、ROM、快閃記憶體、EPROM、EEPROM等之不揮發性或揮發性的半導體記憶體、磁碟、軟碟、光碟、小光碟、迷你光碟、DVD等。When the processing circuit includes at least one processor 100a and at least one memory 100b, the functions of the server 3 are implemented by software, firmware, or a combination of software and firmware. At least one of the software and the firmware is described as a program. At least one of the software and the firmware is stored in at least one memory 100b. At least one processor 100a reads and executes programs stored in at least one memory 100b to realize the functions of the server 3. The at least one processor 100a is also called a central processing device, a processing device, a computing device, a microprocessor, a microcomputer, or a DSP. For example, the at least one memory 100b is a non-volatile or volatile semiconductor memory such as RAM, ROM, flash memory, EPROM, EEPROM, etc., magnetic disks, floppy disks, optical disks, compact disks, mini optical disks, DVDs, etc.

在處理電路具備至少一個專用之硬體200的情況，處理電路係例如藉單一電路、複合電路、程式化處理器、平行程式化處理器、ASIC、FPGA、或這些元件之組合所實現。例如，伺服器3之各功能係分別藉處理電路所實現。例如，伺服器3之各功能係集中地藉處理電路所實現。In the case that the processing circuit has at least one dedicated hardware 200, the processing circuit is realized by, for example, a single circuit, a composite circuit, a programming processor, a parallel programming processor, ASIC, FPGA, or a combination of these components. For example, the functions of the server 3 are implemented by processing circuits respectively. For example, the functions of the server 3 are implemented by processing circuits intensively.

關於伺服器3之各功能，亦可藉專用之硬體200實現一部分，並藉軟體或軔體實現其他的部分。例如，亦可位置判定部3e的功能係藉作為專用之硬體200的處理電路實現，位置判定部3e之功能以外的功能係藉由至少一個處理器100a讀出至少一個記憶體100b所記憶之程式並執行，而實現。Regarding the functions of the server 3, part of it can be realized by the dedicated hardware 200, and other parts can be realized by software or firmware. For example, the function of the position determining unit 3e may be realized by a processing circuit as a dedicated hardware 200, and functions other than the functions of the position determining unit 3e may be read out by at least one processor 100a stored in at least one memory 100b The program is executed and realized.

依此方式，處理電路係藉硬體200、軟體、軔體、或這些之組合，實現伺服器3之各功能。In this way, the processing circuit implements the functions of the server 3 through hardware 200, software, firmware, or a combination of these.

雖未圖示，控制裝置1之各功能亦藉與實現伺服器3之各功能之處理電路相同的處理電路所實現。監視裝置2之各功能亦藉與實現伺服器3之各功能之處理電路相同的處理電路所實現。 [工業上之可利用性]Although not shown, the functions of the control device 1 are also implemented by the same processing circuit as the processing circuit that implements the functions of the server 3. The functions of the monitoring device 2 are also realized by the same processing circuit as the processing circuit that realizes the functions of the server 3. [Industrial availability]

如以上所示，本發明之設備的位置確認系統係可利用於電梯系統。As shown above, the device position confirmation system of the present invention can be used in elevator systems.

1:控制裝置 2:監視裝置 2a:信號模型資訊記憶部 2b:信號處理部 3:伺服器 3a:維修員編組資訊記憶部 3b:維修員位置資訊記憶部 3c:電梯位置資訊記憶部 3d:維修員特定部 3e:位置判定部 4:攜帶式終端機 4a:位置檢測部 100a:處理器 100b:記憶體 200:硬體1: control device 2: Monitoring device 2a: Signal model information memory section 2b: Signal Processing Department 3: server 3a: Maintenance staff group information memory department 3b: Maintenance personnel location information memory 3c: Elevator location information memory department 3d: Maintenance personnel specific department 3e: Location Judgment Department 4: portable terminal 4a: Position detection department 100a: processor 100b: memory 200: hardware

[圖1]係應用實施形態1之設備的位置確認系統之系統的構成圖。 [圖2]係用以說明作為實施形態1之設備之位置確認系統的監視裝置與伺服器之動作的概要之流程圖。 [圖3]係用以說明作為實施形態1之設備之位置確認系統的監視裝置與伺服器之動作的概要之流程圖。 [圖4]係作為實施形態1之設備之位置確認系統的一部分之伺服器的硬體構成圖。[Figure 1] is a configuration diagram of a system to which the device location confirmation system of the first embodiment is applied. [Fig. 2] is a flow chart for explaining the outline of the operation of the monitoring device and the server as the device position confirmation system of the first embodiment. [Fig. 3] is a flow chart for explaining the outline of the operation of the monitoring device and the server as the device position confirmation system of the first embodiment. [Figure 4] is a hardware configuration diagram of a server as a part of the device location confirmation system of the first embodiment.

1:控制裝置 1: control device

2:監視裝置 2: Monitoring device

2a:信號模型資訊記憶部 2a: Signal model information memory section

2b:信號處理部 2b: Signal Processing Department

3:伺服器 3: server

3a:維修員編組資訊記憶部 3a: Maintenance staff group information memory department

3b:維修員位置資訊記憶部 3b: Maintenance personnel location information memory

3c:電梯位置資訊記憶部 3c: Elevator location information memory department

3d:維修員特定部 3d: Maintenance personnel specific department

3e:位置判定部 3e: Location Judgment Department

4:攜帶式終端機 4: portable terminal

4a:位置檢測部 4a: Position detection department

Claims (6)

一種設備之位置確認系統，係包括： 信號模型資訊記憶部，係預先記憶在維修設備時之信號模型的資訊；及 位置判定部，係根據在來自該設備之信號模型與和該信號模型資訊記憶部所記憶之資訊對應的信號模型一致時之已進行該設備之維修的維修員之攜帶式終端機的位置資訊，判定該設備的位置。A location confirmation system for equipment, including: The signal model information memory unit, which memorizes in advance the information of the signal model when the equipment is being repaired; and The location determination unit is based on the location information of the portable terminal of the repairer who has performed the repair of the device when the signal model from the device is consistent with the signal model corresponding to the information stored in the signal model information storage unit, Determine the location of the device. 如申請專利範圍第1項之設備的位置確認系統，其中 包括： 信號處理部，係在來自該設備之信號與和該信號模型資訊記憶部所記憶之資訊對應的信號模型一致時向該位置判定部傳送該設備之識別資訊與時刻之資訊；及 維修員特定部，係根據該信號處理部所接收之該設備之識別資訊與時刻之資訊，特定在該時刻已進行該設備之維修的維修員； 該位置判定部係根據該維修員特定部所特定之維修員的攜帶式終端機之在該時刻的位置資訊，判定該設備的位置。For example, the device location confirmation system of item 1 of the scope of patent application, where include: The signal processing unit transmits the identification information and time information of the device to the position determination unit when the signal from the device is consistent with the signal model corresponding to the information stored in the signal model information storage unit; and The specific maintenance personnel department specifies the maintenance personnel who have performed maintenance on the equipment at that time based on the identification information of the equipment and the time information received by the signal processing part; The location determining unit determines the location of the equipment based on the location information of the portable terminal of the maintenance worker specified by the maintenance worker specifying unit at the time. 如申請專利範圍第2項之設備的位置確認系統，其中 具備維修員編組資訊記憶部，該維修員編組資訊記憶部係以將設備之識別資訊、預定維修之時刻的資訊以及維修員之識別資訊賦與對應的方式記憶； 該維修員特定部係特定在該維修員編組資訊記憶部對該信號處理部所接收之該設備之識別資訊與時刻的資訊被賦與對應之維修員的識別資訊。For example, the position confirmation system of the equipment in item 2 of the scope of patent application, where Equipped with a maintenance staff grouping information memory unit, which memorizes the identification information of the equipment, the information of the scheduled maintenance time and the identification information of the maintenance staff in a corresponding way; The maintenance person identification part specifies that the identification information of the equipment and the time information received by the signal processing part in the maintenance person formation information memory part are assigned the identification information of the corresponding maintenance person. 如申請專利範圍第1項之設備的位置確認系統，其中該位置判定部係算出來自與已登錄之該設備的位置資訊對應的位置所預設之範圍內包含與攜帶式終端機之位置資訊對應的位置之百分比，該攜帶式終端機的位置資訊係以來自該設備的信號與和該信號模型資訊記憶部所記憶之資訊對應的信號模型一致的時刻為中心所預設之範圍的時間帶之該維修員之攜帶式終端機的位置資訊，在該百分比不比預設之百分比更小的情況，不更新電梯之位置資訊。For example, the position confirmation system of the device of the first item of the scope of patent application, where the position determination unit calculates the position corresponding to the registered position information of the device. The preset range includes the position information corresponding to the portable terminal The percentage of the position of the portable terminal. The position information of the portable terminal is based on the time when the signal from the device coincides with the signal model corresponding to the information stored in the signal model information storage unit. If the location information of the maintenance worker's portable terminal is not smaller than the preset percentage, the elevator location information is not updated. 如申請專利範圍第4項之設備的位置確認系統，其中該位置判定部係在該百分比比預設之百分比更小，而已登錄之設備的位置資訊之可靠性比該維修員之攜帶式終端機的位置資訊之可靠性更低的情況，根據該維修員之攜帶式終端機的位置資訊，更新該設備之位置資訊。For example, the device location confirmation system of item 4 of the scope of patent application, where the location determination part is that the percentage is smaller than the preset percentage, and the reliability of the location information of the registered device is better than that of the maintenance person’s portable terminal If the reliability of the location information is lower, update the location information of the equipment based on the location information of the maintenance person’s portable terminal. 如申請專利範圍第1~5項中任一項之設備的位置確認系統，其中 該信號模型資訊記憶部係預先記憶在維修作為該設備之電梯時之信號模型的資訊； 該位置判定部係根據在來自該電梯之控制裝置的信號模型與和該信號模型資訊記憶部所記憶之資訊對應的信號模型一致時之已進行該電梯之維修的維修員之攜帶式終端機的位置資訊，判定該設備的位置。For example, the device location confirmation system of any one of items 1 to 5 in the scope of patent application, where The signal model information storage unit pre-stores the information of the signal model when the elevator is being repaired as the equipment; The position determination unit is based on the portable terminal of a maintenance worker who has performed maintenance on the elevator when the signal model from the elevator control device matches the signal model corresponding to the information stored in the signal model information storage unit Location information to determine the location of the device.
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