JP2022039831A - Asbestos integrated management system - Google Patents

Abstract

To provide an asbestos integrated management system which performs management by securing correspondence among a collection place of a sample of an object structure subjected to analysis of asbestos, the sample and analysis data of the sample.SOLUTION: An asbestos integrated management system comprises: an information management server which integrally manages inclusion information of asbestos of an object structure; and a label printing machine. The information management server comprises: an object structure registration unit which stores information about the object structure together with an identification ID unique to the object structure; an analysis data management unit which stores analysis data of asbestos included in a sample collected from the object structure, and the information about the object structure and a place where the sample is collected, in association with each other; and an analysis data provision unit which provides the analysis data of asbestos to a user terminal. The label printing machine includes the identification ID, receives code data different from one another for each sample, and prints at least two one-dimensional or multidimensional code labels to be respectively attached to the collection place of the sample and a sample container.SELECTED DRAWING: Figure 1

Description

The present invention relates to an asbestos integrated management system, and in particular, a label printing machine that prints a sample-specific one-dimensional or multidimensional code to be attached to a sample collection location of a target structure for asbestos analysis and a container of the collected sample. The present invention relates to an asbestos integrated management system that enables reliable management of samples, sample collection locations, and correspondence of sample analysis data.

Asbestos has been widely used in building structures in the past because it has excellent thermal properties such as heat resistance and heat insulating properties, and also has stable and good electrical properties such as insulating properties. However, asbestos fibers are very thin, and it became clear that inhaling asbestos dust to workers at the site handling asbestos causes many health hazards such as pulmonary fibrosis and lung cancer, and sprayed asbestos. Many laws, including the ban on asbestos, stipulate a ban on the use of asbestos and restrictions on the handling of asbestos, and it is no longer used in new building structures.

However, many of the existing building structures that were built in the past contain asbestos, and it is said that the number is in the millions. When dismantling such asbestos-containing building structures, dust containing asbestos is generated, and many regulations have been established to prevent damage to the health of workers.
Regulations on asbestos are expected to be further tightened in the future, and it is also being considered that it will be mandatory to conduct a preliminary survey and report the results before dismantling or renovating building structures. For contractors who dismantle or refurbish building structures, regardless of reporting obligations, know in advance where, how, and how much asbestos is contained in the target structure. This is an essential need for ensuring the safety of workers.

At present, the preliminary survey of the structure to be dismantled or repaired is carried out by the dismantling or repairing company individually collecting samples and requesting an analysis institution for analysis. In the case of a large target structure such as a building, samples for analysis will be collected at multiple locations, but there is a possibility that sample mistakes may occur when requesting analysis or during analysis by an analysis institution. .. If the data of the area containing asbestos and the area not containing asbestos are mistaken, there is a risk of being exposed to dust containing asbestos without being noticed by the operator.

Regarding the management of asbestos waste generated at the place where asbestos waste is generated, Patent Document 1 discloses a related technique. In Patent Document 1, asbestos waste information such as the type and content of asbestos is recorded and displayed on the information record display means at the place where asbestos waste is generated, and the information record display means is attached to the container for storing the asbestos waste. , The method of reading the asbestos waste information of the information record display means at the asbestos waste melting treatment site where the asbestos waste is received and determining the operating conditions of the melting device based on the read asbestos waste information is described.

The technique described in Patent Document 1 is effective in assbestos waste information in asbestos waste in association with the actual asbestos waste, but this is an issue after the waste is generated, such as demolition of building structures and the dismantling of building structures. It is not suitable for managing asbestos information such as how and which areas contain asbestos before renovation. There is a need for an asbestos information management system that is effective for actual dismantling and repair work, as well as reporting to government offices, by reliably associating the collected samples with the analysis data of the collected samples.

Japanese Unexamined Patent Publication No. 2010-142690

The present invention has been made in view of the above-mentioned problems in the conventional asbestos management, and an object of the present invention is to set a sample collection place and a sample container of the target structure for which asbestos analysis is performed. An asbestos integrated management system equipped with a label printing machine that prints one-dimensional or multi-dimensional code unique to the sample to be pasted, and enables reliable management of the correspondence between the sample, the sampling location of the sample, and the analysis data of the sample. To provide.

The asbestos integrated management system according to the present invention made to achieve the above object is an asbestos integrated management system including an information management server and a label printing machine for integrated management of asbestos content information of the target structure. The information management server issues a unique identification ID for the target structure and stores it in association with the information of the target structure, and the analysis data of asbestos contained in the sample collected from the target structure. The analysis data management unit that stores the analysis data in association with the information of the target structure and the place where the sample of the target structure was collected, and the analysis data of asbestos in response to the request from the user terminal. The label printing machine receives code data including an identification ID unique to the target structure from the worker terminal or the information management server, and includes a different sample code for each sample. Then, at least two one-dimensional or multi-dimensional code labels containing the code data are printed for each sample, and one of the at least two one-dimensional or multi-dimensional code labels is attached to the sample collection location. One is characterized in that it is attached to a sample container for storing the collected sample.

An analysis management terminal of an analysis institution that analyzes asbestos contained in the collected sample is further provided, and the analysis management terminal is an analysis institution based on the reading data of the one-dimensional or multidimensional code label attached to the sample container. An analysis sample registration unit that generates a new one-dimensional or multi-dimensional code to be used in the sample and registers the collected sample as a new analysis sample in association with the new one-dimensional or multi-dimensional code, and the new 1 The analysis data aggregation management unit that aggregates and manages the analysis data of the new analysis sample associated with the dimension or multidimensional code, and the new one-dimensional or multidimensional code for the analysis data of the aggregated new analysis sample. It is preferable to have an analysis data output unit that includes and outputs an analysis data.

The request from the user terminal is preferably made by reading the one-dimensional or multidimensional code label attached to the sample collection location by the user terminal.
The target structure registration unit receives input of the structure data of the target structure and saves it in association with the identification ID, and the analysis data providing unit stores the structure data of the target structure so that the sampling location of the sample can be known. It is preferable to provide the map to the user terminal, and when the user selects a sample collection location, the analysis data of the selected collection location is provided to the user terminal.
The label printing machine is a one-dimensional or multidimensional code label that receives an identification ID unique to the target structure from the information management server via a worker terminal or directly and attaches it to the entrance of the target structure. When the structure code label is printed and the user reads the target structure code label attached to the entrance by the user terminal, the analysis data providing unit displays the entire structure including the sampling location of the target structure. It is preferable to provide the indicated map to the user terminal.

The analysis data providing unit provides list data of the target structure or map information indicating the position in a selectable manner on the Web page, and when the user selects the target structure, the sampling location of the selected target structure is determined. It is preferable to provide the user terminal with a map showing the overall structure including the analysis data and / or analysis data of the sampling location of the sample.
When the analysis data providing unit acquires the position information of the user terminal and determines that the position of the user terminal is within a predetermined distance range of the target structure, the user terminal is set to the sample of the target structure. It is preferable to send a map showing the entire structure including the collection location in a displayable manner.

According to the asbestos integrated management system according to the present invention, the sample-specific one-dimensional or multidimensional code that associates the sample collection location of the target structure for which asbestos analysis is performed with the collected sample is the sample collection location and the sample. It is printed as a one-dimensional or multidimensional code label to be attached to each of the containers, and the information management server saves the analysis data of the sample in association with the information of the target structure and the place where the sample of the target structure was collected. By reading the one-dimensional or multidimensional code label affixed to the sample collection site, the analysis data of the sample collected from the sample collection site can be accessed, and the sample is collected at the site of the target structure. The asbestos content status in each area can be easily grasped.

According to the asbestos integrated management system according to the present invention, the same one-dimensional or multidimensional code label as the sample collection place is affixed to the sample container for which the analysis institution is requested to analyze, and the analysis institution affixes it to the sample container. The analysis data is acquired in association with the new one-dimensional or multi-dimensional code generated based on the read data of the one-dimensional or multi-dimensional code label, and finally the analytical data that is aggregated and output is also new. Since the one-dimensional or multi-dimensional code is included, it is possible to prevent the analysis sample and the analysis data from being mistaken for each other.

Further, according to the asbestos integrated management system according to the present invention, the structural data of the target structure is provided to the user as a map so that the sample collection location can be known, and the user selects the sample collection location. Since the analysis data of the collection location is provided to the user, it is a very easy-to-use system for the user.

Further, according to the asbestos integrated management system according to the present invention, a target structure code label, which is a one-dimensional or multidimensional code label containing an identification ID unique to the target structure, is printed and affixed to the entrance of the target structure. By reading the attached structure code label, the user is provided with a map showing the entire structure including the sampling location of the target structure, so that the user can use the structure of the target structure and the location of the sampling location of the target structure. The relationship can be easily grasped visually.

According to the asbestos integrated management system according to the present invention, if the user terminal is set to be able to acquire the position information, when the user approaches the target structure, the user terminal responds to the position information and has the target structure. Since a map showing the entire structure including the sampling location of the object is provided, the user can easily visually grasp the structure of the target structure and the positional relationship of the sampling location without any trouble. Will be.

It is a block diagram which shows schematic structure of the asbestos integrated management system by embodiment of this invention. It is a figure for demonstrating the situation of printing and sticking a 2D code label in the place of collecting the sample for analysis of the object structure by embodiment of this invention. It is a figure for demonstrating the printing and use method of the new 2D code label in the analysis | laboratory by embodiment of this invention. It is a figure which shows an example of the map which shows the whole structure including the collection place of the sample of the target structure by embodiment of this invention. It is a flowchart for demonstrating the asbestos integrated management method by the information management server by embodiment of this invention. It is a flowchart for demonstrating the sample management and the analysis data processing method of the analysis management terminal of the analysis institution by embodiment of this invention.

Next, a specific example of the embodiment for implementing the asbestos integrated management system according to the present invention will be described in detail with reference to the drawings.
FIG. 1 is a block diagram schematically showing a configuration of an asbestos integrated management system according to an embodiment of the present invention.

Referring to FIG. 1, the asbestos integrated management system 1 according to the embodiment of the present invention directly via the information management server 10, the worker terminal 20, the user terminal 40, and the network 5 connected via the network 5. Alternatively, the label printing machine 30 is provided, which is indirectly connected to the information management server 10 via the worker terminal 20. Further, the asbestos integrated management system 1 includes a two-dimensional code reader 60 and a label printing machine 65 connected to the analysis management terminal 50 and the analysis management terminal 50 at the analysis institution requesting the asbestos analysis of the sample. Here, the two-dimensional code reader 60 may be a one-dimensional code reader or a multidimensional code reader depending on the code to be used.

The asbestos integrated management system 1 according to the embodiment of the present invention is used when collecting samples for analysis at a plurality of locations in order to investigate whether or not asbestos is contained in the target structure to be dismantled or repaired. In order to prevent mistakes in the correspondence between the place where the sample was taken and the sample, a sample code unique to each sample is assigned, and at least two one-dimensional or multidimensional code labels containing the sample code are printed for each sample. It is a system that prints and attaches one sheet to the sample container that stores the collected sample, and attaches one sheet to the place where the analytical sample was collected to clarify the correspondence between the two and prevent the sample from being mistaken. ..

In addition, in the analysis institution that analyzes the asbestos of the collected sample, a new one-dimensional or multi-dimensional code label affixed to the sample container is read and used in the analysis institution based on the read data. A dimension code is generated and attached to a container for analysis, and the collected sample is registered as a new analysis sample in association with a new one-dimensional or multidimensional code. This prevents the analysis data and the sample from being mistaken when performing various analyzes, and when the final analyzed data is aggregated into the data for the analysis report of asbestos, a new one-dimensional or multidimensional By outputting the code including the code, the relationship between the analysis sample and the place where the sample was taken is maintained. The asbestos integrated management system 1 is a system that prevents an error in the correspondence between the place where the sample for analysis is collected and the analysis data in this way.

Further, the asbestos integrated management system 1 aggregates and stores the analysis data of asbestos for each target structure in the information management server 10, and the user attaches a one-dimensional or multidimensional code label to the place where the analysis sample is collected. By reading the data by the terminal 40, the analysis data corresponding to the location is provided, so that the asbestos analysis data can be easily utilized.

Further, a target structure code label, which is a one-dimensional or multidimensional code label including an identification ID unique to the target structure, is printed and pasted at the entrance of the target structure, and the user can use the information management server 10 to print and paste the target structure code label. By reading the code label by the user terminal 40, the structural data of the target structure is provided on the map so that the sampling location of the sample can be known, and when the user selects the sampling location of the sample in the map, the selected sampling location is analyzed. In order to provide the data to the user terminal 40, the asbestos integrated management system 1 is a system that enables the user to grasp the position of the sample collection place and the asbestos analysis data at the place in advance at the entrance of the target structure. Is.

When the user terminal 40 is in a state where the position information can be acquired, the information management server 10 acquires the position information of the user terminal 40, and the position of the user terminal 40 is within a predetermined distance range of the target structure. When the determination is made, a map showing the entire structure including the sampling location of the target structure is transmitted to the user terminal 40 so as to be displayable. In such a case, the user can display the target structure code label at the entrance of the target structure. It is possible to grasp the location of the sampling location and the asbestos analysis data at that location without reading.

The asbestos integrated management system 1 further provides list data of the target structure or map information indicating the position in a selectable manner on the Web page, and when the user selects the target structure, the sample collection location of the selected target structure is provided. Since the analysis data of the map showing the entire structure including the above and / or the sampling location of the sample is provided to the user terminal 40, the user does not have to go to the target structure to know where and how asbestos is contained in the target structure. It will be possible to confirm.

In this way, the asbestos integrated management system 1 accurately manages and stores the asbestos analysis data of the target structure without confusing the sample for analysis, the sample collection location, and the asbestos analysis data with each other, and at any time, any target structure. It is a system that manages asbestos information in an integrated manner so that it is possible to easily confirm where asbestos is contained.

Hereinafter, each component of the asbestos integrated management system 1 according to the embodiment of the present invention will be described individually. In the following, for the sake of simplicity, the embodiment of the two-dimensional code label will be described as a representative of the one-dimensional or multidimensional code label.
The information management server 10 includes a control unit 11, an input / output unit 12, a storage unit 13, a display unit 14, a target structure registration unit 15, an analysis data management unit 16, and an analysis data providing unit 17.

The target structure registration unit 15 issues an identification ID unique to the target structure and stores it in association with the information of the target structure. The information of the target structure is information including the location of the target structure, which is the target building to be managed by analyzing asbestos, as well as basic structural data such as the number of floors and whether it is a reinforced or wooden structure. In addition, if a design drawing at the time of construction or a refurbishment drawing in the case of remodeling is available, these detailed structural data are included.

Since the asbestos integrated management system 1 is a system that collectively manages asbestos analysis data of a plurality of target structures, the target structure registration unit 15 distinguishes the target structures when newly registering the target structures. An identification ID unique to the target structure is issued for management. Since the issued identification ID is associated with the information of the target structure by the target structure registration unit 15 and stored in the storage unit 13, the target structure registration unit 15 uses the identification ID as a key to store the target structure. Information can be recalled.

The analysis data management unit 16 receives the input of the analysis data of asbestos contained in the sample collected from the target structure, and saves the analysis data in association with the information of the target structure and the place where the sample of the target structure is collected. do.
The analysis of asbestos is not limited to one point for the target structure. Especially in large buildings and factory plants, it is necessary to collect and analyze samples from multiple locations, and the correspondence between the locations where analysis is performed, that is, the locations where samples for analysis are collected, and the analysis results of the samples is important. be. Therefore, the analysis data management unit 16 includes an identification ID unique to the target structure and generates a different sample code for each sample. The sample code may be, for example, a simple code in which a serial number is combined with an identification ID unique to the target structure, or may be further combined with a classification code indicating a place or facility where a sample is collected.

The sample code is transmitted to the label printing machine 30 directly by the network 5 or indirectly via the worker terminal 20 as code data for printing the two-dimensional code label including the sample code, and is transmitted by the label printing machine 30. It is output as at least two two-dimensional code labels, one for attaching to the sampling location of the sample for analysis and the other for attaching to the sample container.

The collected sample is sent to the analysis institution for asbestos analysis, and the analysis management terminal 50 of the analysis institution reads the two-dimensional code label affixed to the sent sample container and based on the read data, as will be described later. Generate a new 2D code and manage the analysis sample. By including the sample code in the new two-dimensional code, the correspondence between the collection location of the analysis sample and the analysis sample is maintained even in the analysis institution.
Since the asbestos analysis report output from the analysis institution contains a new two-dimensional code, by receiving the asbestos analysis report and reading the new two-dimensional code when inputting the asbestos analysis data to the information management server 10. , Is saved as analysis data associated with the sample code.

Separately from this, the analysis data management unit 16 manages information on the collection location of the sample for analysis. The information on the sampling location is transmitted from the worker terminal 20 and input, or is directly input to the information management server 10. Information on the sampling location may be input as text information, for example, "center of the west side wall of Room 301", but in the embodiment, drawings such as design drawings and refurbished drawings are included in the information of the target structure. If it is included, the drawing is displayed on the worker terminal 20 or the information management server 10 to be input, and the input person inputs the sample collection place by designating the collection place of the analysis sample on the drawing.

The sample collection location information you enter must be associated with the sample code. Therefore, when the information on the sample collection location is transmitted and input from the worker terminal 20, the analysis data management unit 16 issues a sample code each time the sample collection location is input from the worker terminal 20. , The information of the sample collection location and the issued sample code are stored in association with each other, and the code data including the sample code is stored through the worker terminal 20 for two-dimensional code label printing or directly to the label printing machine 30. Send. An image of the sample collection location with the printed 2D code label attached should be acquired by the worker terminal 20 and sent to the information management server 10 so that it can be confirmed later, and saved together with the sample collection location information. You may do it.

When the information of the sample collection location is directly input to the information management server 10, the code data is transmitted from the worker terminal 20 to the information management server 10 when the worker decides the sample collection location and collects the sample. Is received, the code data is received and the printed two-dimensional code label is attached to the sample collection location, the sample collection location is recorded and taken home, and the information on the sample collection location is collected in the information management server 10. input. At this time, for example, by acquiring an image including the two-dimensional code label attached to the sample collection location on the worker terminal 20 and including the sample collection location in the record, the information management server 10 uses the two-dimensional code label from the image. You can retrieve the sample code contained in. This makes it possible to associate the sample collection location information with the issued sample code.
Further, the analysis data management unit 16 also acquires the information of the target structure corresponding to the identification ID from the target structure registration unit 15 in order to include the identification ID unique to the target structure when generating the sample code. Can be associated.

The analysis data providing unit 17 provides asbestos analysis data in response to a request from the user terminal 40.
There are several forms of requesting asbestos analysis data from the user terminal 40. Broadly speaking, there are two types: direct request for asbestos analysis data and indirect request for asbestos analysis data at a specified location after opening the structural data map of the target structure.

The first form is a direct request for asbestos analysis data by reading a two-dimensional code label affixed to a sample collection location for analysis by the user terminal 40. For example, when an application program is installed in the user terminal 40 in advance and the two-dimensional code label is read, the information management server 10 is configured to request analysis data corresponding to the sample code included in the two-dimensional code label. It will be realized by that. Further, the two-dimensional code label may include the address of the web page that provides the analysis data, and the two-dimensional code label may be configured to directly access the web page that provides the analysis data when the two-dimensional code label is read.

The second form of requesting data from the user terminal 40 is an indirect request by reading the target structure code label, which is a two-dimensional code label affixed near the entrance of the target structure.
The target structure code label is a label printing machine 30 that outputs a target structure two-dimensional code generated including an identification ID unique to the target structure, and is attached near the entrance of the target structure. If there are multiple entrances, multiple sheets may be printed and pasted according to the number of entrances.

By reading the target structure code label on the user terminal 40, the identification ID unique to the target structure is transmitted from the user terminal 40 to the information management server 10, and in the information management server 10, the analysis data providing unit 17 identifies. Provided is a map showing the structural data of the target structure corresponding to the ID so that the collection location of the sample for analysis can be known. The structural data may be two-dimensional data or three-dimensional data as long as the sampling location of the sample can be known. In the embodiment, when the user selects a sample collection location to be confirmed on the received map, the analysis data corresponding to the selected location is transmitted from the analysis data providing unit 17 to the user terminal 40 and displayed. If the target structure does not have structural data in the drawing, the sample collection location is provided as a textual information list such as "Room 301 West Side Wall Central", and when the desired textual information is selected from the list, it will be in that location. Corresponding analysis data may be provided.

The provision of a map showing the location of the sample for analysis in the structural data of the target structure is provided when the user terminal 40 is set to acquire the position information using GNSS. Instead of reading the code label, it can be performed based on the position information of the user terminal 40. That is, in the embodiment, the analysis data providing unit 17 receives the location of the target structure from the target structure registration unit 15, acquires the position information of the user terminal 40, and the user terminal 40 is predetermined from the target structure. If it is determined that the distance is within the range of, a map showing the entire structure including the sampling location of the sample of the target structure is transmitted to the user terminal 40 so as to be displayable. In this case as well, the user can confirm the analysis data corresponding to the place by selecting the sample collection place to be confirmed on the map.

The analysis data providing unit 17 provides the user with asbestos analysis data for each target structure even on the Web page. The Web page provides list data of the target structure or map information indicating the position, and when the user who accesses the Web page selects the desired target structure, the entire structure including the sampling location of the selected target structure is included. The map showing the above and / or the analysis data of the sampling place of the sample are provided to the user terminal 40. In one embodiment, when the target structure is small and the number of samples to be analyzed is small, the user who selects the target structure is provided to display the sample collection location and the analysis data together. If the target structure is large and the number of analytical samples is large, a map showing the overall structure including the sample collection location of the target structure is provided, and when the user selects the sample collection location on the map, the map is provided. Provide analysis data corresponding to the location.

The input / output unit 12 has a communication means for transmitting / receiving data to / from the worker terminal 20 and the user terminal 40 via the network 5. Further, it is provided with any of input means such as a keyboard, a touch panel, and a mouse for inputting asbestos analysis data and structural data of a target structure. Furthermore, it is equipped with a scanner for reading 2D data such as design drawings and repair drawings as an external connection device.

The storage unit 13 stores various data such as information on the target structure and asbestos analysis data, as well as programs such as a control program that controls the basic operation of the information management server 10 itself. The storage unit 13 is realized by a storage means such as a memory semiconductor or a hard disk drive.
The display unit 14 displays various data stored in the storage unit 13. Also, if necessary, programs such as control programs are displayed. The display unit 14 is realized by a liquid crystal panel, an organic EL panel, or the like.
The control unit 11 controls each component of the information management server 10 so as to perform the function described above according to the control program. The control unit 11 is realized by a control circuit including a semiconductor device such as a microcomputer.

The worker terminal 20 includes a control unit 21, an input / output unit 22, a storage unit 23, a display unit 24, and an image acquisition unit 25.
The worker terminal 20 is a terminal device carried by a worker who collects a sample for analysis of a target structure, and the worker terminal 20 can know the position where the sample is collected. Enter in.

Further, the worker terminal 20 can be used as a terminal for controlling the label printing machine 30, and in this case, the worker terminal 20 receives code data for printing a two-dimensional code label including a sample code from the information management server 10. , The code data is transmitted to the label printing machine 30 to instruct printing of at least two two-dimensional code labels. Further, the target structure code label for receiving the target structure code label generated including the identification ID unique to the target structure from the information management server 10 and attaching the target structure code label to the label printing machine 30 at the entrance of the target structure. Instruct printing.

In one embodiment, when collecting a sample, the operator terminal 20 takes a picture of the place where the analysis sample is taken including the two-dimensional code label attached to the place where the sample is taken, and the image obtained by the picture is taken as a sample. It is transmitted to the information management server 10 together with the location information. At this time, the worker terminal 20 may extract the sample code from the image of the two-dimensional code label in advance and then send it to the information management server 10, or the image acquired by shooting may be sent to the information management server 10 as it is. The sample code may be extracted from the image received by the information management server 10. This makes it possible for the information management server 10 to associate the sample collection location information with the sample code.

The input / output unit 22 includes input means such as a touch panel for inputting a collection location of an analysis sample. Further, it is provided with a communication means for transmitting the input analysis sample collection location to the information management server 10 and receiving the structural data of the target structure from the information management server 10. Further, when the label printing machine 30 is connected, a wired or wireless communication means for transmitting data to the label printing machine 30 is provided.
The storage unit 23 stores the input data such as the collection location of the analysis sample, the captured image data, and the received structural data of the target structure. In addition, a program such as a control program that controls the basic operation of the worker terminal 20 itself is saved.

The display unit 24 displays the received structural data of the target structure, and displays various programs including the application program as necessary.
The image acquisition unit 25 acquires an image of the sampling location of the sample for analysis including the attached two-dimensional code label. The image acquisition unit 25 is realized by a camera.
The control unit 21 controls each component of the worker terminal 20 so as to perform the function described above.
The worker terminal 20 is realized by implementing a dedicated application program on a smartphone or tablet terminal.

The label printing machine 30 includes a control unit 31, an input / output unit 32, a storage unit 33, and a label printing unit 34.
The label printing machine 30 prints a two-dimensional code label that associates a sample for asbestos analysis with a sampling location of the sample. There are at least two 2D code labels to be printed, one for attaching the sample container and one for attaching the sample collection place. When creating a management document for the sample collection location other than the worker terminal 20, print the third two-dimensional code label and attach it to the management document, and in response to this, handwrite the sample collection location. You may fill it out. Further, the two-dimensional code label may be printed as a spare on the assumption that the pasted two-dimensional code label becomes dirty or torn and becomes unreadable.
Further, the label printing machine 30 receives the target structure two-dimensional code generated including the identification ID unique to the target structure and prints the target structure code label.

The print data of the two-dimensional code label and the target structure code label printed by the label printing machine 30 are received directly from the information management server 10 or from the information management server 10 via the worker terminal 20. In particular, when the label printing machine 30 is provided with only local network connection means such as short-range wireless communication, the print data is received via the worker terminal 20.

The input / output unit 32 includes a communication means for receiving print data directly from the information server 10 or via the worker terminal 20.
The storage unit 33 stores the received print data of the two-dimensional code label and the target structure code label, and the program for controlling the label printing machine 30 itself.
The label printing unit 34 includes components used for label printing such as a printer head and a platen. There are methods such as thermal type and thermal transfer type for printing labels, and thermal transfer type is preferable from the viewpoint of label durability, but any printing method can be applied as long as a two-dimensional code label can be printed. be.
The control unit 31 controls each component of the label printing machine 30 so as to perform the functions described above.

The user terminal 40 is a terminal device used by a user such as a worker of repair or dismantling work using asbestos analysis data provided by the information management server 10 or an engineer who determines the specifications of the repair or dismantling work, and controls the user terminal 40. A unit 41, an input / output unit 42, a storage unit 43, a display unit 44, and an image acquisition unit 45 are provided.

The input / output unit 42 includes a communication means for accessing a Web page and receiving asbestos analysis data. It also includes input means such as a touch panel used for input when accessing a Web page and for operations such as selecting a desired analysis sample collection location from a map of structural data of a target structure.
The storage unit 43 stores, in addition to data such as asbestos analysis data, a program such as a control program that controls the basic operation of the user terminal 40 itself.

The display unit 44 displays a map of the received structural data of the target structure, analysis data of asbestos related thereto, and the like.
The image acquisition unit 45 includes an image acquisition unit that reads a two-dimensional code label attached to the sampling location of the sample for analysis and the target structure code label attached to the entrance of the target structure. The image acquisition unit 45 is realized by a camera.
The control unit 41 controls each component of the user terminal 40 so as to perform the function described above.
The user terminal 40 is realized by a smartphone, a tablet terminal, or the like. The user terminal 40 may be a notebook-type personal computer provided with a camera.

The analysis management terminal 50 includes a control unit 51, an input / output unit 52, a storage unit 53, a display unit 54, an analysis sample registration unit 55, an analysis data aggregation management unit 56, and an analysis data output unit 57.
The analysis management terminal 50 is a management terminal for managing analysis samples, aggregating and outputting analysis data in an analysis institution that analyzes asbestos.

A two-dimensional code reader 60 and a label printing machine 65 are connected to the analysis management terminal 50, and the analysis management terminal 50 is a two-dimensional code attached to a sample container of a sample sent for analysis of asbestos. Based on the above, a new two-dimensional code is generated and the analysis sample is managed in the analysis institution. As a result, the analysis data is output in a form that maintains the information indicating the correspondence between the sample for analysis and the place where the sample is collected.

When the analysis sample registration unit 55 receives the asbestos analysis request and the sample collected from the target structure is sent, the analysis sample registration unit 55 converts the two-dimensional code label affixed to the sample container into the reading data by the two-dimensional code reader 60. Based on this, a new two-dimensional code to be used in the analysis institution is generated, and the sent sample is registered as a new analysis sample in association with the new two-dimensional code.

The new 2D code may be the same as the 2D code affixed to the sent sample container, or the information of the 2D code affixed to the sample container may include a classification code used in the analysis institution. It may be generated by further adding a control number or the like. In any case, since it is created based on the reading data of the 2D code attached to the sample container, the new 2D code contains the sample code unique to the sample, and the correspondence with the collection location of the analysis sample. The information indicating that is maintained within the analysis institution.
The new two-dimensional code is output as a label for sticking by the label printing machine 65, and is used by sticking it on an analysis container or related documents used for an analysis sample in an analysis institution.

The analysis data aggregation management unit 56 aggregates and manages the analysis data of the analysis sample associated with the new two-dimensional code. When the analysis device used for analysis is connected to the analysis management terminal 50 by a network such as LAN, the analysis result is received from the analysis device, and when the analysis device is not communicably connected, the analysis result is a medium. It is input to the analysis management terminal 50 via. At the time of analysis, the analysis sample and the analysis data are matched by reading a new two-dimensional code label with each analysis device or a two-dimensional code reader (not shown) corresponding to each analysis device.
The analysis data is aggregated for each analysis sample and stored in the storage unit 53.

The analysis data output unit 57 outputs the analysis data of the aggregated new analysis sample including the new two-dimensional code. The analysis data collected by the analysis data aggregation management unit 56 is output as a paper document or electronic data as an asbestos analysis report to the analysis requester, and the analysis data output unit 57 is a new two-dimensional analysis report. Output in the form including the code.
Therefore, if the analysis requester who received the asbestos analysis report reads a new two-dimensional code included in the asbestos analysis report with a two-dimensional code reader (not shown), the read data contains the sample code unique to the analysis sample. Therefore, there is no mistake in the correspondence between the analysis sample and the analysis data, and based on the sample code, the correspondence with the separately registered sample collection location for analysis can be obtained, so the information of the analysis data and the sample collection location is assured. Can be associated with.

The input / output unit 52 includes a communication means for receiving the reading data of the two-dimensional code from the two-dimensional code reader 60 and outputting new two-dimensional code data for printing to the label printing machine 65. .. The analysis management terminal 50 may be connected to the information management server 10 via the network 5, and in that case, has a communication means for connecting to the network 5. Further, the input / output unit 52 includes input means such as a keyboard and a mouse for input at the time of receiving an analysis request and input of analysis data obtained from an offline analysis device.

The storage unit 53 stores various data such as registration data and analysis data of a new analysis sample. In addition, the storage unit 53 stores a control program for controlling the analysis management terminal 50 itself.
The display unit 54 displays information on the received analysis request, various analysis data, asbestos analysis report, and other data.
The control unit 51 controls each component of the analysis management terminal 50 so as to perform the function described above.
Finally, the network 5 is a wide area network represented by the Internet.

FIG. 2 is a diagram for explaining a situation in which a two-dimensional code label is printed and affixed at a sample collection site for analysis of a target structure according to an embodiment of the present invention.
Referring to FIG. 2, a situation is shown in which a worker who collects a sample 86 for asbestos analysis carries a worker terminal 20 and a label printing machine 30 and goes to a sample collecting place of the target structure 80. The worker terminal 20 is in a state where data can be exchanged with the information management server 10 at a remote location by using wireless communication, and data can be exchanged with the label printing machine 30 by wired connection or short-range wireless communication. It is in a state.

At the sample collection location of the target structure 80, when the sample 86 is collected, the information of the sample 86 collection location is transmitted from the worker terminal 20 to the information management server 10 by a method such as character information or a position designation on the structural data. Upon transmission, the information management server 10 transmits code data for a two-dimensional code label including a sample collection location and a sample code unique to the sample 86. This code data is further transmitted to the label printing machine 30 to print at least two two-dimensional code labels (35-1, 35-2). One of the two-dimensional code labels 35-1 is attached to the sample collection location, and one two-dimensional code label 35-2 is attached to the sample container 85 containing the sample 86. The sample container 85 may be something like a vinyl bag.
In this way, the two-dimensional code labels (35-1, 35-2) with the same information are affixed to the sample collection location for analysis and the sample container 85 containing the sample 86, so the correspondence between the two should be mistaken. There is no.

FIG. 3 is a diagram for explaining how to print and use a new two-dimensional code label in an analysis institution according to an embodiment of the present invention.
Referring to FIG. 3, in the analysis institution that analyzes asbestos, the analysis management terminal 50 and the two-dimensional code reader 60 and the label printing machine 65 that are connected to the analysis management terminal 50, although the connection relationship is not specified. , With various asbestos analyzers 70.

The analysis management terminal 50 accepts an analysis request for asbestos of sample 86 for analysis. When the sample 86 is sent along with this, the two-dimensional code reader 60 first reads the two-dimensional code label 35-2 attached to the sample container 85 of the sample 86, and the read data is the analysis management terminal. Will be sent to 50. The analysis management terminal 50 generates a new two-dimensional code based on the read data of the two-dimensional code label 35-2 received, and the label printing machine 65 has a new two-dimensional code label (66-1, 66-2, 66). -3) Instruct printing. In FIG. 3, the new two-dimensional code labels (66-1, 66-2, 66-3) are shown to be printed on three sheets, but this is only an example, and if the required number of sheets is sufficient, the number of sheets to be printed is sufficient. It may be more or less than three.

The printed new two-dimensional code labels (66-1, 66-2, 66-3) are attached to the analysis container used in each asbestos analyzer 70. In addition to this, if necessary, a two-dimensional code label may be printed and pasted on a document such as an analysis request related to the sample 86 or a folder.

The analysis data obtained by analysis with various asbestos analyzers 70 is input to the analysis management terminal 50 and aggregated as data for each analysis sample. The finally aggregated analysis data is output from the analysis management terminal 50 as an asbestos analysis report 75, and the asbestos analysis report 75 is output so as to include a new two-dimensional code 66.

FIG. 4 is a diagram showing an example of a map showing the entire structure including the sampling location of the target structure according to the embodiment of the present invention.
Referring to FIG. 4, the map 90 showing the overall structure including the sampling location of the target structure 80 according to the embodiment of the present invention is shown in the three-dimensional display showing the structure of the target structure 80 for asbestos analysis. The sampling location is indicated by a symbol indicating the two-dimensional code label 35-1. In the example of FIG. 4, symbols are displayed at five sampling locations. Further, in one embodiment, a sample code 36 unique to each sample is displayed under each symbol. As described above, the sample code 36 includes the identification ID unique to the target structure 80, but in the example of FIG. 4, the identification ID portion is omitted.
In the embodiment, by selecting and clicking a sample collection location in the map 90, the information management server 10 provides to display the analysis data corresponding to the selected sample collection location.

The symbol and the sample code 36 shown in FIG. 4 are examples, and the shape and pattern of the symbol may be any as long as they can be displayed so that the sampling location of the sample can be understood. Further, any code may be used as long as the number of digits of the sample code 36 and the combination of alphanumerical characters can be uniquely identified. Further, the map 90 itself may be two-dimensional data as long as it can be displayed so that the sampling location of the sample can be understood.

FIG. 5 is a flowchart for explaining an asbestos integrated management method by an information management server according to an embodiment of the present invention.
Referring to FIG. 5, the information of the target structure is input to the information management server 10 in step S100. The information of the target structure includes the location of the target structure, basic structural data, and detailed structural data such as drawings if there are drawings such as design and remodeling.

The information management server 10 issues an identification ID unique to the target structure with respect to the input information of the target structure, registers and stores the information of the target structure and the identification ID in association with each other (step S110).
The order of steps S110 and step S100 may be reversed. That is, the identification ID may be issued prior to the input of the information of the target structure, and the information of the target structure may be input to the issued identification ID to associate the two.

Next, the worker who collects the sample for analysis in step S120 inputs the information of the collection place of the sample for analysis. The sample collection location is input to the worker terminal 20 as text information, or the information is input after specifying the collection location on the structural data of the target structure displayed on the worker terminal 20. Input is performed by transmitting to the information management server 10.

Upon receiving the input of the sample collection location, the information management server 10 outputs the code data for the two-dimensional code label including the identification ID and the sample code unique to the sample (step S130). Along with this, the information management server 10 stores the sample collection location in association with the sample code.

Next, in step S140, analysis data for each sample collection location is input based on the asbestos analysis report of the analysis sample output from the analysis institution. When inputting analysis data, read the new 2D code generated in the analysis institution included in the asbestos analysis report to check the sample code included in the new 2D code and save it in advance with the analysis data. It can be associated with a reliable sample collection location.

Finally, in step S150, the information management server 10 generates and outputs a map in which the analysis data can be confirmed, including the sampling location of the sample. The analysis data may be displayed correspondingly when the user selects the sample collection location on the map, or if the number of analysis points is small, the analysis data is directly combined with the sample collection location on the map. It may be displayed in.

In FIG. 5, the information on the sample collection location is shown to be input from the worker terminal 20, but when inputting directly to the information management server 10, the sample code is first generated and the two-dimensional code label is printed. The sample code may be associated with the sample collection location by inputting the sample collection location information together with the image data of the two-dimensional code label.

FIG. 6 is a flowchart for explaining a sample management and analysis data processing method of the analysis management terminal of the analysis institution according to the embodiment of the present invention.
Referring to FIG. 6, the analysis management terminal 50 of the analysis institution accepts the asbestos analysis request in step S200 and inputs the analysis request information. The analysis request information includes the analysis request source, the contact information of the analysis request source, information on the sample for analysis such as the target structure, and the content of the analysis.

When the sample to be analyzed is received, the 2D code reader 60 reads the 2D code label attached to the sample container, and the read 2D code label data is input to the analysis management terminal 50. (Step S210).
Next, the analysis management terminal 50 generates a new two-dimensional code used for managing the analysis sample in the analysis institution based on the input two-dimensional code label data, and outputs the new two-dimensional code to the label printing machine 65. Instruct to print as a label (step S220). The new printed two-dimensional code label is attached to the analysis container when the analysis sample is hung on the analysis device, and is used to prevent the analysis sample from being mistaken.

After generating the new two-dimensional code, the analysis management terminal 50 registers the analysis sample by associating the new two-dimensional code with the input analysis request information in step S230, and stores the information.
The necessary items are analyzed in response to the analysis request, the analysis data output from each analysis device is input to the analysis management terminal 50, and the analysis data is aggregated for each analysis sample (step S240). By reading the new 2D code label affixed to the analysis container when analyzing with each analyzer, it is possible to confirm the analysis sample and associate it with the analysis data, and this association is also used for aggregation. can do.
When outputting the aggregated analysis data as an asbestos analysis report, the analysis management terminal 50 outputs the asbestos analysis report so as to include the new two-dimensional code generated in the step S220 (step S250).

As described above, in the asbestos integrated management system 1 according to the embodiment of the present invention, when collecting a sample for asbestos analysis, the information of the two-dimensional code generated to correspond the sample and the collection place thereof is the information of the asbestos. Asbestos integrated management system 1 Is a system that can easily confirm and utilize the accurate asbestos content status.

Up to this point, as the one-dimensional or multidimensional code label used in the embodiment of the present invention, the embodiment in the case of the two-dimensional code label has been described, but if the amount of information is small and the necessary information can be incorporated even in the one-dimensional code. A one-dimensional code label may be used instead of the two-dimensional code label, and if the amount of information is large, a multidimensional code with more information than the two-dimensional code label, such as a code that further incorporates color information into the two-dimensional code. It may be used as a label.

Although the embodiments of the present invention have been described in detail with reference to the drawings, the present invention is not limited to the above-described embodiments and is variously modified within the range not departing from the technical scope of the present invention. It is possible to do.

1 Asbestos integrated management system 5 Network 10 Information management server 11, 21, 31, 41, 51 Control unit 12, 22, 32, 42, 52 Input / output unit 13, 23, 33, 43, 53 Storage unit 14, 24, 44 , 54 Display unit 15 Target structure registration unit 16 Analysis data management unit 17 Analysis data provision unit 20 Worker terminal 25, 45 Image acquisition unit 30, 65 Label printing machine 34 Label printing unit 35-1, 35-2, 66- 1,66-2, 66-3 2D code label 36 Sample code 40 User terminal 50 Analysis management terminal 60 2D code reader 66 2D code 70 Asbestos analyzer 75 Asbestos analysis report 80 Target structure 85 Sample container (bag) )
86 sample 90 map

Claims (7)

It is an asbestos integrated management system equipped with an information management server and a label printing machine that comprehensively manages asbestos content information of the target structure.
The information management server issues a unique identification ID for the target structure and stores it in association with the information of the target structure, and the analysis data of asbestos contained in the sample collected from the target structure. The analysis data management unit that saves the analysis data in association with the information of the target structure and the place where the sample of the target structure was collected, and the analysis data of asbestos in response to the request from the user terminal. Has an analysis data provider and provides
The label printing machine receives code data including an identification ID unique to the target structure from the worker terminal or the information management server and includes a sample code different for each sample, and receives the code data including the code data in one-dimensional or multidimensional. Print at least two code labels for each sample
Asbestos is characterized in that one of the at least two one-dimensional or multidimensional code labels is attached to a sample collection site, and one is attached to a sample container for storing the collected sample. Integrated management system. Further equipped with an analysis management terminal of an analysis institution that analyzes asbestos contained in the collected sample,
The analysis management terminal is
A new one-dimensional or multidimensional code to be used in the analysis institution is generated based on the reading data of the one-dimensional or multidimensional code label attached to the sample container, and the collected sample is used as a new analysis sample. An analysis sample registration unit that is registered in association with a one-dimensional or multidimensional code,
An analysis data aggregation management unit that aggregates and manages analysis data of a new analysis sample associated with the new one-dimensional or multidimensional code.
The asbestos integrated management system according to claim 1, further comprising an analysis data output unit that outputs the analysis data of the aggregated new analysis sample including the new one-dimensional or multidimensional code. The asbestos integrated management system according to claim 1, wherein the request from the user terminal is made by reading the one-dimensional or multidimensional code label attached to the sample collection location by the user terminal. The target structure registration unit receives the input of the structural data of the target structure, associates it with the identification ID, and saves it.
The analysis data providing unit provides the structural data of the target structure as a map to the user terminal so that the sampling location of the sample can be known, and when the user selects the sampling location of the sample, the analysis data of the selected sampling location is collected by the user. The asbestos integrated management system according to claim 1, wherein the asbestos integrated management system is provided to a terminal. The label printing machine prints a one-dimensional or multidimensional code that receives an identification ID unique to the target structure from the information management server via the worker terminal or directly and pastes it at the entrance of the target structure. ,
When the user reads the target structure code label attached to the entrance by the user terminal, the analysis data providing unit provides the user terminal with a map showing the entire structure including the sampling location of the target structure. The asbestos integrated management system according to claim 4, wherein the asbestos integrated management system is characterized. The analysis data providing unit provides list data of the target structure or map information indicating the position in a selectable manner on the Web page, and when the user selects the target structure, the sampling location of the selected target structure is determined. The asbestos integrated management system according to claim 1, wherein a map showing an overall structure including the analysis data and / or analysis data of a sample collection location is provided to the user terminal. When the analysis data providing unit acquires the position information of the user terminal and determines that the position of the user terminal is within a predetermined distance range of the target structure, the user terminal is notified of the sample of the target structure. The asbestos integrated management system according to claim 4 or 6, wherein a map showing the entire structure including the collection location is transmitted in a displayable manner.

Images