KR101604860B1 - Total management system of cable short confirming apparatus for tongs cable of crane - Google Patents

Abstract

The present invention relates to an integrated management system for a breakdown cable break diagnostic apparatus, and more particularly to an integrated management system for a breakdown cable break diagnosis apparatus, which is connected to a breakdown cable break diagnosis apparatus by wire or wireless, And at least one message transmission server for transmitting a message generated by the integrated management server to an administrator terminal or an individual crane manager terminal of the integrated management system .

Description

TECHNICAL FIELD [0001] The present invention relates to an integrated management system for diagnosing a cable break cable,

The present invention relates to an integrated management system for a breakdown diagnostic apparatus for a crane tail cable, and more particularly, to a system for collecting and managing crane-specific diagnosis results from a break cable disconnection diagnostic apparatus installed in each crane, To an integrated management system of a crane telecommunication cable disconnection diagnosing device which predicts a cable replacement timing for each crane according to the type of the crane.

Generally, a crane is a mechanical device that lifts up and transports it up and down, left and right, and back and forth. Tongs means tongs, and a crane tongs uses a tongs, It is lifted.

Here, the legacy cable refers to a cable that is connected to the crane of various crane from a crane used in the steel industry and provides power or control signals for driving.

1 is an exemplary view for explaining a configuration of a general crane system.

As shown in Fig. 1, the crane system is configured so that a constant power source is supplied from the electric room 1 to the train 4 for picking up objects through the main body 2 and the runner cable 3. [ The main body 2 is provided with a first terminal box 5 so that the first terminal box 5 can move the main body 4 up and down and right and left, . The second terminal box 6 provided in the case 4 controls the object to be picked up and fixed on the basis of a control signal provided from the electric room 1 through the main body 2. [

At this time, the telescopic cable 3, which is coupled between the electric room 1 and the main body 2, and the main body 2 and the main body 4, must be movable up and down, right and left, Like A, folds in the form of a festoon, and repeats the spreading motion.

Therefore, as the telescopic cable 3 repeatedly moves up and down, right and left, and back and forth corresponding to the movement of the crane, the telescopic cable 3 itself is burned and broken. In addition, since the telescopic cable 3 is generally exposed to the outside, there is a problem that the cable is burned out due to the hardening (or aging) of the cloth. As described above, when the tongue cable is disconnected in the crane system, the operation is interrupted to cause a serious problem such as delays in material preparation or disruption in the production plan.

Therefore, it is necessary for the crane manager to always check the state of the cable. However, since it is difficult to determine the state of the cable by visually checking the state of the cable, It is difficult for the crane manager to confirm the disconnection state of the straight cable directly. Recently, efforts have been made to facilitate management by attaching to a crane a legacy cable disconnection diagnosing device that enables easy determination of disconnection state of the legacy cable.

However, most of the crane managers specialize in the operation and operation of the crane, so that even if the faulty cable disconnection diagnostic device is installed in the crane, the more difficult device to manage (that is, the fault cable disconnection diagnostic device) . In other words, most of the crane managers need to install the breaker cable break diagnostic device according to the need, but rather tend to check the breakage or disconnection of the breaker cables with the naked eye of the crane manager due to the inconvenience of management and operation of the breaker cable break diagnostic device. .

Therefore, crane managers want to be able to manage the problem of burnout or disconnection of the cable that can occur in a crane at a crane workshop (or a heavy equipment workshop), such as a role played by a car repair shop. In addition, even if the crane manager operates the self-diagnosis cable disconnection diagnostic device itself, it takes a long time to diagnose if there are many cranes to be managed, and it is not possible to predict the replacement time of the self- There is a problem in that it can not cope with the occurrence of burnout or disconnection in advance.

As a result, the crane manager (or the owner of the crane) will be able to manage the problems that can occur in the crane cable of the crane by the crane management specialist collectively, thereby reducing the time and cost of crane management, It is the situation that wants to give.

The background art of the present invention is disclosed in Korean Registered Patent No. 10-1109617 (Registered on January 18, 2012, Crane Cable Disconnection Diagnosis System).

The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a crane-less cable disconnection diagnostic apparatus that can receive diagnosis results for each crane from a fault cable disconnection diagnostic apparatus installed in each crane, And to provide an integrated management system.

It is another object of the present invention to provide an integrated management system of a crane-breaking cable disconnection diagnosing device that predicts a cable replacement timing for each crane according to a diagnosis result of a crane-breaking cable disconnection, and notifies the crane manager.

It is another object of the present invention to provide an integrated management system for a breakdown diagnostic apparatus for a crane break cable capable of detecting a breakdown situation in real time and quickly responding even if a breakdown occurs due to a sudden breaking of a crane break cable.

An integrated management system of a device for diagnosing a breakdown of a cable break cable according to an aspect of the present invention is characterized in that it is connected to at least one or more break cable break diagnosis devices by wire or wirelessly, An integrated management server for generating a message including status information of the telecommunication cable and corresponding crane information; And at least one message transmission server for transmitting a message generated in the integrated management server to an administrator terminal or an individual crane manager terminal of the integrated management system.

In the present invention, the integrated management server may analyze status information of each of the telecommunication cables of each crane stored in the database to determine whether or not the telecommunication cable of the crane installed in each telecommunication cable disconnection diagnostic device is close, It is determined whether or not the cable is included in the crane, and the crane including the to-be-replaced cable to be replaced and the corresponding to-be-connected cable are discriminated.

In the present invention, it is preferable that the database includes at least one of a unique number of a respective crane cable disconnection diagnostic device, a running time, a running distance, a cable replacement time information, a broken or broken cable information, And stores information of at least one of the current positions.

In the present invention, the integrated management server may further include a legacy cable break diagnostic apparatus discriminating unit for discriminating a corresponding crane provided with a legacy cable break diagnostic apparatus corresponding to the status information, ; And

In the present invention, the message transmission server may include a push server for generating and transmitting a push message under the control of the integrated management server, a mobile server for generating and transmitting a mobile message, and a web server for generating and transmitting a web message And at least one of them.

In the present invention, the message may include at least one of breaking and burning of the travel cable, prediction information, travel cable replacement information, travel time and travel distance information, current location, and unique number of the crane do.

In the present invention, the diagnosis results for each crane can be received from the fault cable disconnection diagnostic device installed in each crane, and can be collectively managed in one system. According to the result of diagnosis of the crane cable breakage, Notify the administrator so that they can respond. In addition, the present invention can detect a failure situation in real time in case of a failure due to a sudden breakage of a crane cable and cope with it promptly. In addition, a developer or demander of a telecommunication cable diagnosis system (i.e., a crane owner or manager) To operate efficiently.

1 is an exemplary view for explaining a configuration of a general crane system;
BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to an integrated management system for a cable break cable diagnostic device,
Fig. 3 is an exemplary view showing a schematic configuration of the legacy cable break diagnostic apparatus in Fig. 2; Fig.
FIG. 4 is an exemplary view schematically showing an internal configuration of a communication line connected with wired / wireless connection to the legacy cable disconnection diagnostic device in FIG. 3; FIG.
5 is a flowchart for explaining an integrated management method using an integrated management system of a device for diagnosing a breakdown of a cable breakage cable according to an embodiment of the present invention.

Hereinafter, an embodiment of an integrated management system for a breakdown diagnostic apparatus for a crane-breaking cable according to the present invention will be described with reference to the accompanying drawings.

In this process, the thicknesses of the lines and the sizes of the components shown in the drawings may be exaggerated for clarity and convenience of explanation. In addition, the terms described below are defined in consideration of the functions of the present invention, which may vary depending on the intention or custom of the user, the operator. Therefore, definitions of these terms should be made based on the contents throughout this specification.

FIG. 2 is a diagram illustrating a schematic configuration of an integrated management system of a device for diagnosing a breakdown of a cable breakage cable according to an exemplary embodiment of the present invention. Referring to FIG.

As shown in FIG. 2, the integrated management system of the device for diagnosing the breakage of a cable break cable according to an exemplary embodiment of the present invention includes a legacy cable break diagnosis device 100, an integrated management server 410, A database 420, a web server 430, a mobile server 440, and a push server 450.

The legacy cable break diagnostic apparatus 100 is installed for each crane.

However, since the crane can move its own position, it can work in a wide area nationwide depending on the situation.

Therefore, at least one or more than one telecommunication cable disconnection diagnostic apparatus 100 installed for each crane can be connected to the integrated management server 410 in a wireless manner (for example, WiFi, 3G, 4G, LTE, Bluetooth, infrared or NFC) have. However, it is not limited to the wireless method but may be connected in a wired manner depending on the situation (for example, when there is a radio failure or a crane in a nearby area).

The legacy cable disconnection diagnosing apparatus 100 may further include position detecting means (e.g., a GPS or the like) (not shown) for detecting its current position.

The legacy cable disconnection diagnosing apparatus 100 integrates diagnosis results such as disconnection or burnout of the legacy cable with arbitrary information set in advance and transmits it to the integrated management server 410. For example, the legacy cable breakage diagnosis apparatus 100 diagnoses its own state and the state of the crane travel cable (e.g., a unique number set in the crane, driving information, disconnection or burnout information, current position, etc.) To the management server 410.

When there is an abnormality (that is, a disconnection or a burnout) in the state of the self-running cable disconnection cable or the state of the trousers cable, the troubled cable disconnection diagnosis apparatus 100 is controlled by the remote control of the integrated management server 410 To perform an alarm operation for displaying an abnormal state. For example, the troubled cable breakage diagnosing apparatus 100 can detect a state (for example, a state of the trousse cable breakage diagnosis apparatus, a disconnection state of a trousse cable, a burnout state, or the like) through display means (not shown) or sound alarm means (not shown) ) Indicates that there is an abnormality.

Also, the legacy cable break diagnostic apparatus 100 may transmit status information (or data) of its own state and the legacy cable to the integrated management server 410 and may correspond to the state of the legacy cable from the integrated management server 410 (For example, cable replacement instruction information) to be displayed.

The integrated management server 410 also receives the status cable status information (or data) from the legacy cable disconnection diagnosing apparatus 100. The integrated management server 410 receives the status information from the legacy cable disconnection diagnostic apparatus 100 through the legacy cable disconnection diagnostic unit 411, The cable breakage diagnosis apparatus 100 is discriminated. That is, the corresponding cranes in which the legacy cable breakage diagnosis apparatus 100 is installed.

The integrated management server 410 is connected to the administrator terminal 510 of the integrated management system or the administrator terminal 520 of the individual cranes through the web server 430 and the mobile server 440 Such as a mobile message, a web mail message, a push message, etc., to a remote system manager or a crane manager's computer and mobile terminal) ).

In other words, the troubled cable disconnection diagnostic apparatus 100 transmits status information of its own state or the trousers cable to the unified management server 410 at predetermined time intervals (periodically or non-periodically) 410 determines the corresponding crane that has an error in the state of the legacy cable by using the predetermined unique number. That is, the crane that needs to be replaced due to disconnection or burnout of the cable or the deterioration of the cable.

Also, the integrated management server 410 may acquire individual information and diagnosis result information (e.g., occurrence of burnout or burnout, prediction information, cable replacement information, running time and running distance information, etc.) of the determined legacy cable burnout diagnostic apparatus 100, And transmits the generated push message through the push server 450 to the administrator terminal 510 of the integrated management system or the manager terminal 520 of the individual cranes ) (For example, a system administrator or a crane administrator's computer and mobile terminal previously registered in the database).

Accordingly, the managers can monitor the disconnection state or the disconnection state of the cable of the respective cranes in real time through the manager terminal 510 of the integrated management system or the manager terminal 520 of the individual cranes.

The database 420 stores unique number information that can distinguish the at least one telescopic cable break diagnostic apparatus 100 (or the corresponding crane).

Also, the database 420 stores a unique number, a running time, a running distance, a cable replacement time information, a manager emergency contact information, a disconnection or a damaged cable information of the crane installed with the at least one telecommunication cable disconnection diagnostic apparatus 100 .

In other words, when the integrated management server 410 receives the cable status information (that is, disconnection or disconnection information of the telecommunication cable) from any one of the telecommunication cable disconnection diagnostic apparatuses 100 installed in the respective cranes, It is possible to identify a crane that is abnormal in the state of the communication cable or the corresponding cable disconnecting line diagnostic device 100 using the information and alarms the manager terminal 510 of the integrated management system or the manager terminal 520 of the individual crane .

That is, the integrated management server 410 controls at least one of the web server 430, the mobile server 440, and the push server 450 through a wired / wireless network (or internet network) And transmits the generated message to the manager of the integrated management system or the manager of the corresponding crane.

In addition, the integrated management server 410 checks the running time and running distance of the crane, the cable replacement timing, whether the cable is broken or not, from the legacy cable break diagnosis device 100 installed in each of the at least one or more crane, If the cable is about to be replaced due to natural aging, or if there is a cable that has passed its replacement period, it is sent to the integrated management system manager or the corresponding crane manager.

Meanwhile, the legacy cable break diagnostic apparatus 100 may be configured in various forms including a variety of functions depending on the installation cost and the installer.

In other words, the embodiment of the present invention does not limit the configuration of the legacy cable disconnection diagnostic apparatus 100. However, the standard (SPEC) for transmission of the information (or data) of the legacy cable break diagnostic device 100 or the transmission of the remote control signal is previously stored in the database 420, ) Can be integrated management.

Hereinafter, a schematic configuration of the legacy cable break diagnostic apparatus 100 will be described.

Fig. 3 is an exemplary diagram showing a schematic configuration of the legacy cable break diagnostic apparatus in Fig. 2; Fig.

3, the legacy cable breakage diagnosis apparatus 100 includes a first cable coupling unit 110, a wireless reception unit 120, a key input unit 120, a display unit 140, an alarm generation unit 150, An information storage unit 160 and a first control unit 170. [

The first cable coupler 110 supplies power to each cable (that is, a strand) of the cable 800 and receives the power supply information of the cable 300 provided from the cable 800. That is, the first cable coupling part 110 supplies power to each operation member (320 of FIG. 4) of the cable 300 through the cable 200. The first cable coupling unit 110 receives the first power supply information provided from each operation member of the console 300 and provides the first power supply information to the first controller 170.

The cable (200) coupled to the first cable coupling part (110) includes a plurality of cables (i.e., stranded wire), and each cable It is composed of a number of internal parts. For example, in the present embodiment, the strand C of the talc cable 200 may be composed of 25 pieces. The wire is classified into 1 to 10 inner cores and 11 to 25 outer cores. Considering the characteristic that the wire is sequentially disconnected from the first wire during repeated vertical up and down movements, . In particular, it is preferable that the first elementary wire disposed in the central portion where the fastest one is fast is set for data communication for providing the first power source information. That is, the first cable coupler 110 provides the first power source information to the first controller 170 through the inner core of the telecommunication cable, that is, the first power source line.

The wireless receiving unit 120 is a device for receiving a wireless signal provided from the communication device 300 and includes a plurality of operation members that are wirelessly received from the wireless transmitting unit 350 of FIG. And provides the second power information to the first controller 170. The first controller 170 receives the second power information from the first controller 170, Here, the wireless receiving unit 120 may include a Bluetooth receiving module.

The key input unit 130 is an apparatus for inputting an instruction of an administrator, and comprises a plurality of numeric keys, a character key, and a plurality of function keys. The administrator inputs information on a cable disconnection diagnosis related command, such as requesting status information of the current cable and setting a diagnosis period, through the key input unit 130. That is, it is possible to manually (non-periodically) diagnose the cable disconnection through the key input unit 130.

The display unit 140 displays various kinds of information related to the diagnosis of disconnection cable disconnection including the disconnection diagnosis result information of the telecommunication cable. For example, the single wire diagnostic result information displayed through the display unit 140 may include the name of the operating member 320 of the cable 300 connected to the corresponding cable (i.e., a wire) according to each cable identification number (i.e., And a disconnection state (i.e., disconnection state of each element wire).

The alarm generating unit 150 is configured to output a preset alarm sound and / or to drive an alarm lamp when a single cable is generated.

The cable information storage unit 160 stores the cable information such as the operation member name, diagnosis date, diagnosis status, and replacement date of each cable identification number (that is, by the identification number of the wire) of the communication cable 200, The diagnostic time, the power supply level, and the wireless reception data.

The diagnostic information stored in the cable information storage unit 160 may be transmitted periodically (non-periodically) to the integrated management server 410 through the communication unit 180.

A predetermined level of power, for example, 24 V power is supplied to each cable (that is, each wire) of the toggle cable 200 through the first cable coupling unit 110.

The first controller 170 controls the first cable coupler 110 to supply a predetermined level of power to each cable (i.e., each wire), and the first cable coupler 110 And the second power information received wirelessly through the wireless receiver 120. When a difference of more than a predetermined level is generated, the wire diagnostic result information is transmitted to the display unit 140 Or an alarm is generated through the alarm generator 150. [0034] FIG.

In addition, the first controller 170 stores the disconnection diagnostic result information in the cable information storage unit 160 and displays the disconnection diagnostic result information on the display unit (not shown) based on an administrator's request command provided from the key input unit 130 140).

As described above, the legacy cable disconnection diagnostic apparatus 100 itself can diagnose the disconnection of the legacy cable and display the progress of the legacy cable. However, as described above, the individual crane manager periodically diagnoses and manages There is a problem in that it can not be performed. Therefore, in the embodiment of the present invention, the diagnosis result (the wire line diagnosis result information for each of the cranes) is transmitted to the integrated management server 410. In the integrated management server 410, Allow the cable to be replaced or an alarm (eg an alarm indicating the cable replacement) to be output before the burnout occurs.

The communication unit 180 transmits the diagnosis result through the wire / wireless communication between the first control unit 170 and the integrated management server 410 or transmits a remote control signal for outputting an alarm. That is, the legacy cable break diagnostic apparatus 100 can output an alarm through its remote control of the integrated management server 410 although it can output its own alarm.

Meanwhile, the communication unit 180 may directly transmit a diagnosis result to an external terminal (e.g., a terminal of an individual crane manager). However, in the case of managing the individual cranes, And therefore it is not appropriate. In other words, in order to integrally manage a plurality of crane-length cable disconnection diagnostic devices through a limited number of management personnel, the state of the individual cable of the individual crane is collectively managed through the integrated management server 410 as in the embodiment of the present invention, There is a need.

FIG. 4 is an exemplary diagram schematically showing an internal configuration of a wired line connected to the legacy cable disconnection diagnostic apparatus in FIG. 3; FIG.

4, the cable 300 includes a second cable coupling part 310 coupled to the telecommunication cable 200, a plurality of operation members 320 320 ₁ to 320 _N , a power detector 330, A data memory 340, a wireless transmitting unit 350, and a second control unit 360. [

The second cable coupling unit 310 couples the outer core of each cable of the telecommunication cable 200, that is, the power cable strand with the operation member 320, branches the power cable for power supply, , And the inner core of each cable, that is, the wire for data communication is configured to be coupled with the second control unit 360. That is, the second cable coupling unit 310 provides power to the operation member 320 and the power source detection unit 330 of each cable (i.e., wire) of the telecommunication cable 200, and the second control unit 360 To the legacy cable break diagnostic apparatus 100 through the data communication wire of the telecommunication cable 200.

The operating members 320 320 ₁ to 320 _N of the operating member 320 are coupled to respective cables (ie, wires) of the trousers cable 200 connected to the trouser cable severing apparatus 100 . For example, the operating member 320 may include a limit switch, a photosensor, a proximity switch, and the like.

The power detection unit 330 detects a power level of each cable (i.e., a wire) provided from the second cable coupling unit 310 and provides the power level to the second control unit 360. For example, the power detecting unit 330 may be coupled to N cables (i.e., stranded wires) coupled to the N operating members 320, and may be connected to the N control units 360 Respectively. ≪ / RTI >

In the data memory 340, radio resource information for wireless transmission is stored, and various information processed by the second controller 360 is stored. For example, the data memory 340 may store the burn-up inspection diagnostic cycle information and the drive control information for each operation member 320.

The wireless transmitting unit 350 converts the voltage level information of each cable into a wireless signal and transmits the wireless signal. Here, the wireless transmitting unit 350 may include a Bluetooth transmitting module, for example.

The second control unit 360 controls the operation of the operation member 320 as well as the voltage level information for each cable (that is, for each small line) applied from the power detection unit 330 as the first power source information The second power source information is converted into a wireless signal through the wireless transmitting unit 350 and transmitted to the legacy cable disconnection diagnostic apparatus 100 .

Here, the second controller 360 is coupled to N cables of the second cable connector 310, respectively. In addition, the second controller 360 requests to detect the voltage of the trousers cable 200 through the power detector 330 every predetermined period, and controls the information to be wirelessly transmitted.

Accordingly, when the legacy cable breakage diagnosis apparatus 100 is different from the power level information (first power source information) for each small line transmitted to the wire and the second power source information for each small line transmitted wirelessly, It is judged that the burnout has occurred.

Hereinafter, the operation of the above-configured crane-less cable disconnection diagnostic apparatus 100 will be described in more detail.

The legacy cable break diagnosis apparatus 100 and the trousers 300 are wired through the trousers cable 200 and wirelessly coupled to enable wireless communication, more specifically, short range wireless communication (e.g., Bluetooth) The power supply for driving each of the operation members 320 of the cable 300 is supplied to the cable 300 through the cable 200 from the cable splicing diagnostic apparatus 100.

The second control unit 360 controls the power detection unit 330 at regular intervals in a state where driving power of a certain level is applied to each of the operating members 320 of the console 300 as described above, The voltage level of the cable located at the front end of the cable 320 is detected.

The power detecting unit 330 detects the power of each cable (that is, a wire) terminating at the tail cable 200 coupled to the second cable coupling unit 310 based on a control signal from the second controller 360 That is, the power supply level of the portion of the console 300 coupled with the operation member 320, and provides the detected power level to the second controller 360.

The second control unit 360 outputs power detection information including voltage levels of the respective cables based on the power detection information from the power detection unit 330 as first power source information, And transmits the power detection information including the voltage level of each cable to the wireless communication unit 350 as the second power information via the wireless transmitting unit 350. [ Signal to be transmitted to the troubled cable break diagnosis apparatus 100 by radio.

That is, the first power information transmitted from the cable 200 through the cable is received by the first cable coupler 110 of the cable splicing diagnostic apparatus 100, 350 are received by the wireless receiving unit 120 of the legacy cable disconnection diagnostic apparatus 100.

The legacy cable breakage diagnosis apparatus 100 may send first power information to the cable information storage unit 160 by wire from the trousers cable 200 and second power information which is wirelessly applied from the trousers 300 In addition to the storage box, the first power source information and the second power source information are compared with respect to each of the cables (that is, the strand) to generate disconnection diagnostic result information.

That is, when the first power source information, for example, the first voltage level and the second power source information, for example, the second voltage level, is different by more than a certain level, the first controller 170 diagnoses that the corresponding cable is disconnected. For example, in a state in which a supply voltage of 24 V from the legacy cable breakage diagnosis apparatus 100 is provided to the trousers 300, the received first power information for any cable is received at 0 V and the second power information is received at 24 V The cable is diagnosed to be disconnected.

Then, the first controller 170 stores the wire disconnection result information in the cable information storage unit 160, and outputs the disconnection diagnosis result information through the display unit 140.

In this case, the disconnection diagnostic result information displayed on the display unit 140 includes the name of the operation member 320 of the trousers 300 combined with the corresponding cable for each cable identification code, and status information on disconnection.

The first controller 170 controls the alarm generator 150 to output an alarm indicating that the cable is disconnected or a display alarm lamp to be displayed when the cable is determined to be in a disconnected state.

Hereinafter, an integrated management method of the at least one telescopic cable break diagnostic apparatus 100 will be described.

5 is a flowchart illustrating an integrated management method using an integrated management system of a device for diagnosing the breakage of a cable crane cable according to an embodiment of the present invention.

As shown in FIG. 5, the integrated management server 410 checks the replacement timing of the individual cable for each crane, which is the subject of integrated management, based on the information stored in the database 420 (S101).

Information related to the time of replacing the cable for each crane is stored in the database 420 in advance. The replacement time of the cable for each crane can be set differently according to at least one of operating time for each crane, travel distance, and durability information according to the type of the travel cable.

The integrated management server 410 determines a crane for which the time for replacing the cable is near or the time for replacing the cable is elapsed (S102).

The integrated management server 410 includes information (for example, a crane unique number, the current location of the crane, information on the replacement cable to be replaced, reason for replacement, etc.) of the corresponding crane cable including the replacement cable to be replaced and the replacement cable (S105).

In addition, the information of the corresponding crane including the to-be-replaced cable and the to-be-replaced cable can be transmitted to the system manager terminal 510 or the individual crane manager terminal 520 through an Internet web mail message or a mobile message.

The integrated management server 410 may periodically perform an operation of checking the replacement timing of the cable for each crane and generating a push message as a result of the check.

The integrated management server 410 also receives data (for example, a crane unique number, a current location of a crane, a disconnection or disconnection information of a telecommunication cable) periodically transmitted from the telecommunication cable disconnection diagnostic apparatus 100 installed in each crane (S103).

When the integrated management server 410 includes the data of the transmission cable disconnection or the destruction information in the data received from the communication cable disconnection diagnostic device 100 installed in each of the cranes, the integrated management server 410 determines the corresponding cranes using the unique number S104).

Then, the integrated management server 410 generates a push message including the information of the corresponding crane including the broken line or the damaged cable (for example, the crane unique number, the current position of the crane, the disconnection or disconnection information of the communication cable) (S105).

The information of the corresponding crane including the disconnected or damaged cable can be transmitted to the system administrator terminal 510 or the individual crane administrator terminal 520 through an Internet web mail message or a mobile message. And, the generation of the message may be performed aperiodically when the trousers cable is suddenly disconnected or burned (or manually operated by a manager).

Then, the integrated management server 410 transmits a push message (or a web mail message, a mobile message, and the like) including the disconnection information, disconnection information, the replacement cable information, and the corresponding crane information to the system manager terminal 510 To the individual crane manager terminal 520 (S106).

Accordingly, the system administrator terminal 510 or the individual cranes administrator terminal 520 alerts the user to perform cable replacement in response to the disconnection or burnout (or disconnection or burnout due to natural deterioration) of the telecommunication cable (S107).

As described above, according to the present invention, the diagnosis result for each crane is received from the diagnosis cable disconnection diagnostic device installed in each crane, and integrated in a single system, so that the developer or demander of the communication cable diagnosis system (i.e., owner or manager of the crane) So that the cable replacement manpower can be efficiently operated. This improves the convenience of the crane manager or the crane owner in managing the crane. In addition, according to the result of diagnosis of crane cut cable disconnection, it is possible to predict the cable replacement time per crane, so that it can be dealt with before a disconnection accident occurs, and even if a sudden cable disconnection accident occurs, it can be responded in real time.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, I will understand the point. Accordingly, the technical scope of the present invention should be defined by the following claims.

100: Cable disconnection diagnosing device for cable runs 110:
120: wireless receiving unit 130: key input unit
140: Display unit 150: Alarm generating unit
160: Cable information storage unit 170: First control unit
180: communication unit 200:
300: cable 310: second cable coupling part
320: operation member 330: power source detection unit
340: Data memory 350: Wireless transmission unit
360: second control unit 410: integrated management server
411: Legacy cable break diagnostic device discrimination unit
420: Database 430: Web server
440: mobile server 450: push server
510: system administrator terminal 520: crane manager terminal

Claims (6)

An integrated management server that is connected to at least one or more telecommunication cable break diagnostic devices by wire or wireless and generates a message including status information of the telecommunication cable and corresponding crane information based on data transmitted from each telecommunication cable break diagnostic device; And
And at least one message transmission server for transmitting a message generated in the integrated management server to an administrator terminal of the integrated management system or an individual crane manager terminal,
The integrated management server includes:
By analyzing the status information of the communication cables per crane stored in the database,
It is judged whether or not the time for replacing the cable of the crane installed with the respective cable disconnect diagnosis device is approaching or that the cable having the elapsed time of replacement is included in the crane and the corresponding crane including the cable to be replaced and the corresponding cable And the integrated management system of the device for diagnosing the breakage of the cable breakage cable.
delete The system according to claim 1,
The at least one or more pieces of information including the unique number of the crane installed in each of the plurality of cable runs, the running time, the running distance, the cable replacement time information, the broken or broken cable information, the manager emergency contact information, And the integrated management system of the device for diagnosing the breakage of the cable breakage cable.
The integrated management server according to claim 1,
And a legacy cable break diagnostic apparatus discriminating unit for discriminating a corresponding crane equipped with a legacy cable break diagnostic apparatus corresponding to the status information when the leg communication cable status information is received from the legacy cable break diagnostic apparatus Integrated management system of single wire diagnostic device.
The apparatus of claim 1, wherein the message transmission server comprises:
A push server for generating and transmitting a push message under the control of the integrated management server, a mobile server for generating and transmitting a mobile message, and a web server for generating and transmitting a web mail message, Integrated management system of cable break detection device for crane.
The method of claim 1,
Wherein the at least one of the broken line breakage and the burnout occurrence and the prediction information, the legacy cable replacement information, the running time and the traveling distance information, the current position, and the unique number of the crane Management system.

Images