KR20090112987A - Management system of equipment distribution in site using drawing - Google Patents

Abstract

PURPOSE: A device distribution management system for efficiently performing a drawing is provided to reduce error, improve accuracy and efficiency about work and increase the distribution management efficiency. CONSTITUTION: A device distribution management system for efficiently performing a drawing includes a database unit(110), a screen driving unit(120), an input unit(130), and a set control unit(140). The database unit manages and stores unique code. The screen driving unit displays a plane view and side view about field. The input unit selects the device. The input unit inputs the apparatus for desiring a distribution and desires the distribution of the apparatus.

Description

Management system of equipment distribution in site using drawing}

The present invention relates to an on-site device distribution management system using drawings, and more particularly, to more efficiently manage the distribution of devices deployed in a manufacturing industry site such as ship construction, etc. to perform site monitoring. It relates to an on-site device distribution management system using drawings.

In order to enable monitoring and alarms for each zone, industrial sites, etc. are equipped with monitoring devices for each zone to further ensure their safety.

As an example of the construction site of a very large ship, the large ship is very large in size, it is not easy to manage and monitor the overall area of the ship, and thus there is a problem that it is difficult to effectively respond to various safety accidents.

In addition, if a separate monitoring device is installed for each work space inside the vessel, oxygen concentration, temperature, humidity, illuminance, explosive gas, infrared rays, smoke, flame information, etc. are detected to prevent accidents such as fire, explosion, and asphyxiation. Hazard warnings can be provided in advance to prevent industrial safety accidents in advance, as well as to enable rapid and effective response in the event of various disasters.

However, in order to distribute the devices installed in each zone, to maintain and reinstall the distributed devices, to inquire and to collect the equipment, the instructions for the various operations described above are orally or in writing, so that the wrong communication with the worker is caused. It can lead to wrong work, and if the equipment is distributed or distributed location is recorded and managed only by the name and name of the location, it can lead to error and error in work management.

As described above, when a task such as management inquiry of the device is performed in a document or verbally, the task is very troublesome and wastes management time and manpower.

The present invention was created in order to solve the above-described problems, a system for the distribution management of devices deployed in an industrial site, the on-site distribution management of the device is possible online to improve the user environment as well as equipment to be distributed A device distribution management system of a site using a drawing that can be set and inquired using a drawing image corresponding to the site to enhance the efficiency of device distribution management.

The device distribution management system of the field using the drawings of the present invention for achieving the above object is a system for the distribution management of the device disposed in the industrial site, a plurality of workplace information in the site, the device to be newly distributed to each workplace DB unit for storing and managing the unique code information for each; A screen driver for displaying a list of the workplaces in the site, a list of devices distinguished by the unique codes, a device image which is an image corresponding to the device, a plan view and a side view of the site; An input unit configured to select a workplace for distribution of a device among the list of workplaces displayed on the screen driver and a device for distribution among the list of devices; And a device image corresponding to the device selected through the input unit, which is driven by a user operation, is placed in the workplace selected through the input unit among the workplaces in the floor plan, and the x and y axis positions of the device image are set. And a setting control unit which displays the same device image at the x-axis position of the side view corresponding to the axis position, and sets the z-axis position of the device image by placing the device image displayed in the side view into the selected workplace among the workplaces in the side view. .

In addition, the present invention, when the distribution position setting of the device image corresponding to the device is completed through the setting control unit, the device image corresponding to the device image corresponding to the plan view and side view of the device image set the distribution position is displayed, the device image The apparatus may further include a command output unit capable of outputting a distribution instruction provided by displaying code information and information of a workplace where the apparatus is to be distributed, respectively.

On the other hand, the input unit further receives detailed distribution position information for the device to be placed in the workplace from the user, wherein the distribution instruction output by the instruction output unit, the detailed distribution position information input through the input unit Can be displayed further.

According to the present invention, the apparatus further includes a position correction setting unit configured to receive a modification instruction of a distribution position for a device previously distributed and installed in the workplace, wherein the screen driving unit has a correction instruction through the position correction setting unit. In this case, the corresponding device image is pre-arranged in the plan view and the side view, wherein the setting control unit receives the x, y axis position in the plan view and the z axis position in the side view with respect to the corresponding device image, respectively. You can modify the deployment location for the device.

In this case, the instruction output unit, when the distribution position modification setting of the device image is completed through the setting control unit, a plan image and a plan view of the device image reflecting the distribution position is reflected, the corresponding device image is modified distribution position It is possible to output the position movement instruction provided with the unique code information about the device to be displayed, the information of the workplace where the distribution location of the device is modified.

On the other hand, the present invention further comprises a device recovery setting unit for receiving instructions from the user for the number of devices previously distributed and installed in the workplace, wherein the screen driving unit, if there is a recovery instruction through the device recovery setting unit, the corresponding Display all the device images pre-arranged on the floor plan and side view of the workplace, and display a list of devices corresponding to the device image, and the setting control unit, recovery device of the device image displayed on the floor plan or side view of the screen driver The number of devices may be selected or the number of devices to be recovered may be selected from the device list to set the number of devices.

In this case, when the collection setting of the device is completed through the setting control unit, the instruction output unit outputs a plan view showing a current position of the recovery target device image, a drawing image of a side view, and unique code information of the device corresponding to the recovery target device image. In addition, information of the workplace where the recovery target device is located may be displayed and output, respectively.

On the other hand, according to the present invention, a new distribution setting unit for receiving instructions from the user about the new distribution of the device; An inquiry unit for providing inquiry information of a corresponding device list by site, by workplace in the site, by the unique code, by a management number assigned to each device when a device is newly distributed, or by a distribution work date; Regarding the device previously distributed in the workplace, the apparatus further includes a total recovery setting unit configured to receive a total recovery instruction of the corresponding device for each site or the workplace, and wherein the screen driving unit is configured to execute the entire recovery setting unit. If there is a total recovery instruction, a list of total recovery target devices is provided by the site or by the workplace, and the instruction output unit displays a list of all recovery target devices by the site or the workplace. Output is possible.

Further, in the present invention, the site and the workplace correspond to a ship under construction and a plurality of workplaces in the vessel, respectively, and the apparatus is installed for each of the workshops, and the oxygen concentration, temperature, humidity, and illuminance of the workplace are provided. , May be a fixed sensor that detects a plurality of information selected from the explosive gas, infrared, smoke, flame information.

In addition, the device, in addition to the fixed sensor, the router, which is an intermediate path for collecting the sensing information transmitted from each fixed sensor and transmits to the total control means on the outside of the ship, the information for each fixed sensor collected in the router the total control The apparatus may further include coordinator equipment for transmitting by means and controlling selective transmission to a wireless LAN or a CDMA network.

According to the on-site device distribution management system using the drawings according to the present invention provides the following effects.

First, the field distribution management of the device can be made online, and the location where the equipment is to be distributed can be set and inquired using the plan images and the plan view of the side view corresponding to the site, thereby improving the distribution management efficiency of the device.

Second, not only the distribution of the device, but also the movement setting and the retrieval setting of the previously distributed device are easy.

Third, it is possible to improve the efficiency, accuracy, etc. for each task and reduce errors such as installation by outputting instructions on the distribution, movement, and retrieval of the device.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. Prior to this, terms or words used in the present specification and claims should not be construed as being limited to the common or dictionary meanings, and the inventors should properly explain the concept of terms in order to best explain their own invention. Based on the principle that it can be defined, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention.

Therefore, the embodiments described in the specification and the drawings shown in the drawings are only the most preferred embodiment of the present invention and do not represent all of the technical idea of the present invention, various modifications that can be replaced at the time of the present application It should be understood that there may be equivalents and variations.

1 is a block diagram of a device distribution management system in the field using the drawings according to an embodiment of the present invention, Figure 2 is an illustration of a device corresponding to the distribution target of the present invention, Figure 3 is a ship building using the device of Figure 2 An example of industrial safety disaster monitoring of work.

4 is an example of driving the initial screen of the screen driver of FIG. 1, FIG. 5 is an example of driving a switching screen when a new deployment is clicked by the screen driver of FIG. 2, and FIG. 6 is an exemplary diagram of a distribution instruction that can be output after setting up a new deployment of FIG. 5. 7 illustrates an example of driving a switching screen when a device movement is clicked in the screen driver of FIG. 2, and FIG. 8 is an exemplary view of a position shift instruction output after the device movement setting of FIG. 7.

9 is an example of driving the switching screen when the device driver clicks on the screen driver of FIG. 2, FIG. 10 is an illustration of a recovery instruction that can be output after setting the device driver of FIG. 9, and FIG. 11 is a detailed list click on the screen driver of FIG. 2. Example of driving time-shifting screen, FIG. 12 is an exemplary view of a total recovery instruction sheet which can be outputted when selecting a batch recovery in the screen driver of FIG. 2.

As described above, FIGS. 4 to 5, 7, 9, and 11 all show an exemplary embodiment of the screen driver 120 in the present invention.

The present invention is a system for the distribution management of the devices arranged in the industrial site, for example, installed on the site, such as the ship construction work of FIG. It relates to a distribution management system of a device, so that management, inquiry, retrieval, and the like can be easily performed online.

Of course, the device mentioned in the present invention is not limited to the industrial monitoring, it is obvious that the concept encompassing all the devices that can be installed in the field.

As shown in FIG. 1, the device distribution management system 100 in the field using the drawings according to the embodiment of the present invention includes a DB unit 110, a screen driver 120, an input unit 130, and a setting controller 140. ), The instruction output unit 150, the position correction setting unit 160, the device recovery setting unit 170, the total recovery setting unit 180, the inquiry unit 190, the new distribution setting unit 200.

The DB unit 110 is a part of storing and managing a plurality of workplace information in the field, unique code information for each device to be newly distributed to each workplace.

Here, the site and the workshop may correspond to a ship site being built and a plurality of workshops 60 in the ship as shown in FIG. 3.

In this case, the apparatus is installed for each workplace 60 to detect a plurality of information selected from oxygen concentration, temperature, humidity, illuminance, explosive gas, infrared (heat generation detection), smoke, flame information for the workplace 60. The fixed sensor 10 may be, but is not limited thereto.

That is, the device, in addition to the above-described fixed sensor 10, as shown in Figure 2 is an intermediate path for collecting the transmission information sent from each of the fixed sensor 10 to transmit the total control means 40 outside the vessel Coordinator equipment 30 for transmitting the router 20, and information for each fixed sensor (10) collected in the router 20 to the integrated control means 40 side to allow selective transmission to the wireless LAN or CDMA network ) May be more applicable.

For example, when the coordinator device 30 does not perform communication by one of the wireless LAN or CDMA method, that is, when a communication failure occurs, the coordinator device 30 attempts to switch the communication connection to the other method. It may be possible to quickly overcome obstacles.

On the other hand, the target to be managed by the DB unit 110, the workplace information in the field as shown in the screen of Figure 4, the unique code information (USN device code) for each device as shown in the screen of Figure 5, location information of the installed device, by job In addition to code information, recovery information, installation information, movement information, and control information, management may be performed for each site.

4 illustrates a screen embodiment of the screen driver 120, and displays information managed by the DB unit 110. Here, part A may be inquired and selected for each site of a management target site, and part B may be inquired and selected for a workplace belonging to the site.

That is, the screen driver 120 may display a list of sites, a list of workplaces within the site, a list of devices distinguished by the unique codes as shown in FIG. 4 or 5, and in addition, the screen driver 120 may correspond to the devices as shown in FIG. 5. It is possible to display the device image (H portion, etc.) which is an image, a plan view and a side view of the site.

For reference, FIG. 4 shows an initial screen of the screen driver 120 for driving the system 100 of the present invention, and FIG. 5 is a screen for distributing the device when the J part (new distribution) of FIG. 4 is clicked. It is an example of the screen driver 120 that is switched or popped up.

On the other hand, the input unit 130, the site that wants to distribute the device in the list of the site of the site displayed on the screen driver 120 as shown in FIG. This is the part of the list of devices that each user wants to distribute. The input unit 130 may be operated by operation of typing information, mouse click, or the like within the screen driver 120.

The operation of displaying the information of the screen driver 120 and selecting the distribution device of the input unit 130 as described above will be described in detail as follows.

For example, for the new distribution of the device, click the J portion (new distribution button). In the screens C and D shown in FIG. 5 displayed after the new deployment button is clicked, it is possible to select a site and a work site where the device is to be distributed. Of course, if the choice is wrong, it may be possible to reselect from the C and D to the correct site and workplace. The selection point of the site and the workplace and the principle of implementation thereof can be easily changed by those skilled in the art, and it is obvious that such a design change belongs to the technical category of the present invention.

Of course, the screen of Figure 5 appears when a new distribution clicks to automatically generate and display the management number for the current job as part A, and even after the distribution location setting operation is completed, the management number is stored with the distribution location setting information do.

On the other hand, the screen H portion of FIG. 5 is capable of displaying the device image for the device to be distributed, when there are a plurality of devices can display the number of device images of each device (coordinator, router, fixed sensor) as selected, As the device is imaged as described above, it is easy to identify with the naked eye.

In addition, the screen driver 120 may provide a list of existing distribution devices that have already been distributed, as shown in part E of FIG. 5, wherein a unique code (USN device code) and information on an installation location of the corresponding device are provided together. It is possible.

In addition, a list of available devices, which are devices that have not been distributed yet, is provided and displayed by part F of FIG. 5 in the list of devices stored in the DB unit 110. Of course, since the target device to be distributed means a device currently available, the aforementioned list of devices includes a list of the available devices.

At this time, when the 'available' button is clicked, the available device list is displayed as shown in the upper right corner of FIG. 5, and when the desired device unique code is clicked from the available list for new distribution, the corresponding device code (2007100300064) is displayed as the F portion. In addition, by device type, the number of devices currently available can be displayed as the H portion. The available device list shown in FIG. 5 relates to a case where the type is a router, and it is preferable that the device (router, coordinator equipment, fixed type sensor) be differently defined so that the number combination rule of the unique code is different from each other.

Meanwhile, the input unit 130 may select not only the device image of the device having the corresponding unique code but also the number of distribution of the device. For example, in the H part of FIG. 5, if the device to be distributed is a router and the number of devices to be distributed is 3, the number 3 to be distributed is clicked or the number 3 is input in the space to the right of the arrow (or after 3 is input). Click the arrow) to set the number of devices to be distributed to three. At the same time, the available number is preferably displayed by subtracting from 36 to 33.

On the other hand, the setting controller 140 can be driven by a user operation, the user's operation is displayed in real time through the screen driver 120.

Referring to FIG. 5, the setting controller 140 arranges a device image (part H) corresponding to a device selected through the input unit 130 into a workplace that is previously selected through the input unit 130 among the workplaces in the floor plan. When the x and y axis positions of the device image are set, the same device image is displayed at the x axis position of the side view corresponding to the x axis position of the plan view.

For example, it is possible to set the x, y axis position of the router device by selecting the image of the router device in the H portion and dragging it to the top planar side of the upper side in the same manner as drag and drop.

That is, the setting controller 140 displays the same device image in the side view so that the device image to be distributed is selected by the user in the H portion and dragged into the desired workplace on the floor plan side, while the setting is performed. However, according to the x-axis position setting of the device image of the floor plan, the x-axis position of the device image of the side view also moves from time to time, and always maintains the same x-axis position of the floor plan and side view.

On the other hand, after the x-axis position on the top view and the x-axis position on the side view are made in this way, the z-axis position (device height) on the side view is finally set.

That is, the setting controller 140 receives the corresponding device image displayed in the side view into the same workplace as the work place completed on the floor plan among the workplaces in the side view, and receives the z-axis position of the device image.

Of course, in such a batch setting process, the detailed distribution position information on the corresponding device to be arranged may be further input from the user through the input unit 130, which is the 'installation' corresponding to the installation target device code in part F of FIG. You can enter it through 'Location'.

As the input information, for example, 'engine room 3rd floor stairs right', 'residential 2nd floor machine 1 below' can be displayed, such that the installation position of the device is simply displayed as an image on the floor plan and the side view. More detailed location information can be provided to device installers to reduce installation errors.

The information of the user who performs the current distribution settings can be entered and stored in Part B (person in charge) separately.

Meanwhile, after all the distribution information is set, when the save button in the lower left of FIG. 5 is clicked, the distribution instruction information about the corresponding device may be stored, and when the preview button appears after the save is clicked, FIG. A distribution instruction such as 6 can be displayed on the screen by a popup or the like. When the list button on the right side of the save button is clicked, it is possible to switch to the initial screen of FIG. 4.

As described above, since a plan view and a side view of the device to be distributed can be displayed in the form of an image, it can be usefully used as an accurate guide for the actual deployment of the operator to the device.

When the instruction sheet output unit 150 completes the setting of the distribution position of the device image corresponding to the device to be distributed through the setting controller 140, as shown in FIG. It is possible to output a distribution instruction provided by displaying unique code information (ex; USN device code) of a device corresponding to the device image, information of a workplace (ex, 12 line-to-tank tank) to which the device is to be distributed, respectively. Of course, in addition to the distribution instruction may be further included in the detailed distribution position information (ex, installation location items) previously input through the input unit 130.

The distribution instruction thus output is provided to the worker who actually distributes the device and becomes a work guide, thereby preventing an error such as the device being distributed to the wrong workplace.

On the other hand, according to the screen of Figure 5, it is possible to set the distribution location of a number of devices in one workplace, for example, through the F portion of the available device device for the device that you want to distribute to the workplace through a plurality of devices Select and select the device image corresponding to the device, and operate the distribution operation of each device image in turn through the setting control unit 140 to complete and save the positioning on the floor plan and the side view. Stored. In addition, in the distribution instruction of FIG. 6, in the side view, the top view, and the device code list column at the bottom thereof, a plurality of installation target devices or lists thereof may be displayed at once. Here, as shown in FIG. 5 or FIG. 6, a plurality of distribution jobs performed at one time are managed by one management number.

On the other hand, there may be a case where the instruction to modify the distribution location for the devices previously distributed and installed in the workplace. For example, when the device is installed in the wrong place or when the device use efficiency is more effective in another place, etc., the present invention further includes a position correction setting unit 160 that receives the correction instruction from the user.

Position correction setting unit 160 is possible through the 'move device' button of Figure 4, of course, before clicking the 'move device' button, it is also possible to select the site and the workplace required to move the device through the input unit 130 first. .

The screen driving unit 120 may switch to the screen as shown in FIG. 7 after the 'move device' button is clicked. That is, when the correction instruction is provided, the screen driving unit 120 displays a corresponding device image which is previously arranged in a plan view and a side view of the workplace. Of course, it is obvious that the corresponding unique code (USN device code) and the corresponding device image shown in FIG. 7 are associated with each other.

Here, the setting controller 140 receives the x, y axis position in the plan view and the z axis position in the side view, respectively, on the screen of FIG. 7 by a drag and drop operation. To modify the deployment location for the device. Of course, the detailed position information about the modified position can be stored and managed by the user in the 'installation position' column of the C portion corresponding to the unique code of the device.

If the position is moved as described above, the current state is switched to the 'moved' state as shown in the D portion.

After the movement setting is completed, it can be stored. When the saving is completed, a preview button is generated, and when the preview button is clicked, the position movement instruction as shown in FIG. 8 can be displayed by a popup.

That is, the instruction sheet output unit 150, when the distribution position modification setting of the device image is completed through the setting control unit 140, the device image is a plan view and side view of the device image with the modified distribution location is displayed, the device is modified distribution location Unique code information about a device corresponding to an image, information on a workplace to which the device is to be modified and distributed, and detailed location information (installation location item) to be installed are displayed and displayed, respectively.

The operator can more accurately perform the device position correction based on the modified position movement instruction.

In addition, the present invention further includes a device recovery setting unit 170 instructed by the user of the number of devices previously distributed and installed in the workplace, which is possible by the 'device recovery' button in the initial screen of FIG. . Device recovery can be performed when work such as monitoring using the device no longer needs to be performed or the device is broken.

Of course, here, before the 'device recovery' button is clicked, the selection of the site and the workplace where the device recovery is required may be made first through the input unit 130.

The screen driving unit 120 can be switched to the screen as shown in FIG. 9 after the 'device recovery' button is clicked, that is, if there is a recovery instruction described above, all the devices that have been previously arranged can be displayed on the floor plan and the side view of the workplace. In addition, as shown below, the device list corresponding to the above-described device image is displayed and provided.

Here, as shown in FIG. 9, the setting controller 140 receives a device image corresponding to the recovery target device from a device image displayed on the plan view or side view of the screen driver 120 through a mouse click or the bottom of FIG. 9. The number of devices to be recovered from the device list disclosed in the list may be selected through a check box, and the number of devices may be set.

In this case, when the collection setting of the device is completed through the setting control unit 140, the instruction book output unit 150 corresponds to a plan image and a side view of the plan view showing the current location of the device image to be recovered, and a device corresponding to the device to be recovered. The unique code information, information of the workplace where the recovery target device is located, and detailed location information (installation location item) in which the equipment is currently installed are displayed and displayed, respectively.

On the other hand, the present invention further includes a new distribution setting unit 200 that receives instructions for a new distribution of the device from the user, which can be implemented by the 'new distribution' button of FIG. That is, when there is a new distribution instruction through the new distribution setting unit 200, a new distribution operation is possible by performing the screen switching as shown in FIG.

And, the query unit 190, as shown in Figure 4, by site (part A), by each workplace (B part), by the unique code (part F), the management number given to each device at the time of new distribution of the device Inquiry information of the device list is provided by star (part E), distribution work date (part I), or job classification (part H), which can be implemented by clicking the 'search' button as shown in FIG. Do. Of course, as shown in FIG. 4, the inquired screen may be downloaded as an Excel file.

In addition, referring to FIG. 4, there is a 'work classification' column, which indicates whether the device is currently deployed (installed), collected, or moved.

Of course, it is preferable that the inquiry by work date is inquired based on the date of the last work when not only a distribution time but also a change, such as the number of times, movement or the like, occurs later. In addition, the work date can be automatically displayed by default from a week ago to today's point of time before a special setting, and inquiry of the work period can be made by a separate calendar display.

On the other hand, in order to enable the output of the above-described instructions for each management number, the instruction output column may be provided like the M portion.

On the other hand, when clicking the 'detailed list' as shown in the L part of Figure 4, as shown in Figure 11, such as management number, site, workplace, worker, work date, unique code, device type, work date, installation details at a glance It can be expressed. In other words, it is possible to monitor all the work status corresponding to a specific control number at once. In the case of the 'installation contents' item of FIG. 11, it corresponds to other information input by the user when separately installed.

On the other hand, the present invention, with respect to the device previously distributed in the workplace, further includes a total recovery setting unit 180 for setting the total recovery instruction of the corresponding device for each site or workplace by the user, which is the 'batch recovery of FIG. Can be implemented by the 'button.

Of course, before clicking the 'batch recovery' button, there may be more details to select the site or workplace in FIG.

At this time, the screen driver 120 may provide a list of the entire recovery target device for each site or workplace, if the above-described total recovery instruction.

On the other hand, in this case, the instruction manual output unit 150, as shown in FIG. 12, the output of the total recovery instruction provided by displaying a list of the entire recovery target device for each site or workplace. In this case, the collective recovery is not necessary so that a separate plan or side view is not required. On the other hand, this example of Figure 12 shows the total recovery operation for a particular workplace (12 head tank).

6, 8, 10, and 12 as described above can be provided by printing the current screen by clicking the 'output' button separately, of course, on / offline to the system administrator, user or operator Can be provided.

On the other hand, with reference to Figure 3 will be briefly described with reference to the example of the industrial safety disaster monitoring system of the ship manufacturing industry is installed device of the present invention.

For reference, the worker to be described later and shown in FIG. 3 refers to an operator who is arranged for the purpose of welding, assembly, etc. required for shipbuilding, and performs an operation, and does not mean an operator for the arrangement of the aforementioned device. It should be noted.

The monitoring system of FIG. 3 includes a portable sensor 50 worn by each operator such as welding and assembling of a predetermined workplace 60 in a ship under construction, a fixed sensor 10 installed by each workshop 60, and each sensor 10. 50 is largely divided into a comprehensive control means 40 for predicting a disaster by wirelessly receiving the detected value. That is, the predetermined workplace 60 is a workplace 60 in which an operator such as welding, assembly, etc. required for ship construction is arranged and performed.

First, the portable sensor 50, the sensor unit (not shown) for detecting the vibration signal and the oxygen concentration information of the surrounding wear by the movement of the operator performing welding, assembly, etc., based on the detected vibration signal or oxygen concentration information Vibration generation unit (not shown) for notifying the vibration when leaving the range, it may be provided with an emergency button unit (not shown) that outputs an emergency signal by pressing the operator in an emergency.

The fixed sensor 10 includes a fixed sensor unit 11 and an infrared sensor 12 that detect at least one or more information among oxygen concentration, temperature, humidity, illuminance, explosive gas, smoke, and flame in the space. Here, the detection by the infrared sensor 12 may correspond to the concept encompassing all the motion detection of the heating element (human body, flame, etc.) with heat generation.

The fixed sensor unit 11 may be subdivided into an oxygen sensor, a temperature sensor, a humidity sensor, an illumination sensor, a gas sensor, a smoke sensor, a flame sensor, and the explosive gas may be THC gas, ethylene gas, or the like.

On the other hand, the vibration signal, oxygen concentration information and emergency signal of the portable sensor 50 can be wirelessly transmitted to the total control means 40 in association with an independent user identification number distinguishable by user. Each sensing information of the fixed sensor 10 may also be wirelessly transmitted to the total control means 40 in association with an independent space identification number that can be distinguished for each space.

At this time, the total control means 40, the portable sensor 50 and the fixed sensor 10 may be located in a space separated from each other, that is, in the integrated control room 90 located outside the ship in construction.

The comprehensive control means 40 is a determination unit (not shown) for determining the deviation of the threshold range by comparing the respective detection information received from the portable sensor 50 and the fixed sensor 10 with the specified threshold range for each detection information, Prediction unit (not shown) for determining a disaster situation such as fire, explosion, suffocation, storage unit (not shown), and screen display unit (not shown) for determining a disaster situation such as fire, explosion, and suffocation using the received detection information and threshold range. Comprehensive management unit 40, including; and includes an alarm generator 41 for sounding an alarm when the critical range is out of the way or when the emergency signal received by the emergency button (not shown).

Here, the storage unit, as well as the user information stored in association with the user identification number, personal information for each user, the workspace information arranged by the user, space identification number, workspace name by workspace, workspace location and map, each job User information disposed in the space may be stored in association with each other.

Of course, the storage unit may store the history of each vibration information transmitted from the portable sensor 50, oxygen concentration information, emergency signal, each sensor information transmitted from the fixed sensor 10, by date or time can be managed and inquired have.

Meanwhile, the relay means 80 relays wireless communication between the portable sensor 50 and the comprehensive control means 40 and between the fixed sensor 10 and the comprehensive control means 40, which is selected from a wireless LAN method or a CDMA method. Communication is performed by one method, and when a failure occurs during communication of one method, the wireless communication is possible at any time by attempting to switch communication connection with the other method, and the coordinator device 30 is provided for this purpose.

On the other hand, the safety manager terminal 70 is provided on the safety manager side, and receives the disaster information or alarms analyzed / predicted by the comprehensive control means 40 to display on the screen. Of course, the portable sensor 50 may also receive and analyze the disaster information or alerts analyzed / predicted from the comprehensive control means 40 and displayed on the screen.

And, the site status notification board 85 is provided in one or a plurality of inside or outside of the ship, and provides the prediction information received from the comprehensive control means 40 in real-time text or graphic format on the screen.

Here, the comprehensive control means 40, based on the vibration signal received from the portable sensor 50, oxygen concentration information and the respective detection information transmitted from the fixed sensor 10, the situation analysis for each user or space Data can be transmitted in real time to the safety manager terminal 70, the portable sensor 50, the site status notification board (85).

As described above, although the present invention has been described by way of limited embodiments and drawings, the present invention is not limited thereto and is intended by those skilled in the art to which the present invention pertains. Of course, various modifications and variations are possible within the scope of equivalents of the claims to be described.

1 is a block diagram of a device distribution management system according to an embodiment of the present invention;

2 is an exemplary diagram of a device corresponding to a distribution target of the present invention;

3 is an exemplary industrial safety disaster monitoring of the ship construction work using the apparatus of FIG.

4 is an example of driving an initial screen of the screen driver of FIG. 1;

5 illustrates an example of driving a switching screen when a new deployment is clicked in the screen driver of FIG. 2;

6 is an exemplary diagram of a distribution instruction that can be output after setting up a new distribution of FIG. 5;

7 illustrates an example of driving a switching screen when the device is clicked in the screen driver of FIG. 2;

8 is an exemplary view of a position movement instruction output after the apparatus movement setting of FIG. 7;

9 illustrates an example of driving a switching screen when the device driver clicks on the screen driver of FIG. 2;

10 is an exemplary view of a recovery instruction that can be output after the device recovery setting of FIG. 9;

11 illustrates an example of driving a switching screen when a detailed list is clicked in the screen driver of FIG. 2;

FIG. 12 is an exemplary diagram of a total recovery instruction that can be outputted when selecting a batch recovery in the screen driver of FIG. 2.

<Explanation of symbols for the main parts of the drawings>

100. On-site device distribution management system using drawings

110.DB section 120 ... Screen driving section

130 Input unit 140 Setting control unit

150 ... Instruction output section 160 ... Position correction setting section

170 ... device recovery setting section 180 ... total recovery setting section

190 ... Inquiry 200 ... New Distribution Settings

Claims (10)

A system for the distribution management of devices deployed at industrial sites, DB unit for storing and managing a plurality of workplace information in the site, the unique code information for each device to be newly distributed to each workplace; A screen driver for displaying a list of the workplaces in the site, a list of devices distinguished by the unique codes, a device image which is an image corresponding to the device, a plan view and a side view of the site; An input unit configured to select a workplace for distribution of a device among the list of workplaces displayed on the screen driver and a device for distribution among the list of devices; And When the device image is driven by a user operation and the device image corresponding to the device selected through the input unit is placed in the workplace selected through the input unit among the workplaces in the floor plan and the x and y axis positions of the device image are set, the x axis of the floor plan A drawing including a setting control unit for displaying the same device image at the x-axis position of the side view corresponding to the position, and setting the z-axis position of the device image by placing the device image displayed in the side view into the selected workplace among the workplaces in the side view. On-site device distribution management system. The method of claim 1, When the distribution location setting of the device image corresponding to the device is completed through the setting control unit, a plan image and a plan view image of the device image in which the distribution location is set, unique code information of the device corresponding to the device image, The device distribution management system of the field using the drawings, characterized in that it further comprises an instruction manual output unit capable of outputting the distribution instruction is displayed and provided respectively the information of the workplace to be distributed. The method of claim 2, wherein the input unit, Further receiving detailed distribution position information of the device to be placed in the workplace from the user, The distribution instruction output by the instruction output section, Device distribution management system of the field using the drawing, characterized in that for further displaying the detailed distribution position information input through the input unit. The method of claim 2, It further includes a position correction setting unit for receiving a set of instructions from the user to modify the distribution location for the device previously distributed and installed in the workplace, The screen driving unit, when there is a correction instruction through the position correction setting unit displays a corresponding device image pre-arranged in the top view and side view, The setting control unit receives the x, y axis position in the plan view and the z axis position in the side view with respect to the corresponding device image, and performs distribution position correction for the corresponding device. Device deployment management system. The method of claim 4, wherein the instruction output unit, When the distribution position modification setting of the device image is completed through the setting control unit, the unique image information of the device corresponding to the device image reflecting the distribution image is reflected in the plan image and the plan view of the device image with the modified distribution position of the device image, Device distribution management system of the field using the drawings, characterized in that the output of the position movement instruction that is provided by displaying the information of the workplace where the distribution location of the device is modified, respectively. The method of claim 2, Further comprising a device recovery setting unit for receiving instructions from the user about the number of devices previously distributed and installed in the workplace, The screen driving unit, if there is a recovery instruction through the device recovery setting unit, and displays all the device image pre-arranged in the plan view and side view of the workplace, and displays a list of devices corresponding to the device image, The setting controller may be configured to select a device image corresponding to a recovery target device from a device image displayed on a plan view or a side view of the screen driver, or to perform a recovery setting of a device by selecting a recovery target device list from the device list. Device distribution management system of site using drawing to make. The method of claim 6, wherein the instruction output unit, When the collection setting of the device is completed through the setting control unit, a plan view and a side view of the current location of the recovery target device image, a unique code information of the device corresponding to the recovery target device image, and a workplace where the recovery target device is located Device distribution management system in the field using the drawings, characterized in that the output of the recovery instruction is provided by displaying the information of each. The method according to any one of claims 1 to 7, A new deployment setting unit configured to receive an instruction regarding new deployment of the device from a user; An inquiry unit for providing inquiry information of a corresponding device list by site, by workplace in the site, by the unique code, by a management number assigned to each device when a device is newly distributed, or by a distribution work date; Regarding a device previously distributed in the workplace, the apparatus further includes a total recovery setting unit configured to receive a total recovery instruction of the corresponding device for each site or for each workplace. The screen driving unit, if there is a total recovery instruction of the device through the total recovery setting unit, provides a list of the total recovery target device by the site or by the workplace, Wherein the instruction output unit, on-site device distribution management system using the drawings, characterized in that the output of the entire recovery instructions provided by displaying a list of the entire recovery target device for each site or the workplace. The method of claim 1, wherein the site and the workshop, Corresponds to a ship being built and a plurality of workplaces in the ship, respectively The device, It is installed for each workplace, the device distributed on-site using a drawing characterized in that the fixed sensor for detecting a plurality of information selected from the oxygen concentration, temperature, humidity, illuminance, explosive gas, infrared, smoke, flame information for the workplace Management system. The method of claim 9, wherein the device, A router, which is an intermediate path for collecting the sensed information transmitted from each fixed sensor and transmitting it to the total control means outside the ship, and transmits the information for each fixed sensor collected in the router to the comprehensive control means, but to a wireless LAN or CDMA network. On-site device distribution management system using the drawings, characterized in that it further comprises a coordinator equipment for controlling the selective transmission.

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