JP2007220098A - Information management method of liquid article and device therefor - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an information management method of a mixed liquid articles and a device therefor. <P>SOLUTION: In information management of the mixed liquid articles, the information management method has an accepted liquid articles information storage means in which accepted liquid article information is stored whenever the accepted liquid article is accepted in a reservoir vessel, a central control means extracts the accepted liquid article information by every accepted liquid article constituting the mixed liquid articles as retroactivity information and/or trace information from the accepted liquid article information storage means and makes a payout liquid article information output means output the accepted liquid article information as mixed liquid article information whenever all or a part of the liquid articles (mixed liquid articles) in the reservoir vessel mixed by repeatedly accepting one or more liquid articles are paid out. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

The present invention relates to a liquid article information management method and a liquid article information management apparatus related to a mixture of a plurality of liquid articles.

Various information related to an item lot, such as tracking information obtained retrospectively from production to consumption of the article, or retrospective information obtained retrospectively by an article manufacturer, an article transporter, or an article distributor. Although there has been an action that etc. provide to an information acquisition applicant such as an assignee in the past, they were article information related to a solid article lot.

That is, as the above-mentioned various information related to the solid article lot, for example, the manufacturer, the country of manufacture, the agricultural products derived from the manufacturing, the manufacturing date, the manufacturing period, the transportation means specifying information, the storage date of the storage tank, the storage date of the storage tank , Processing date, processing period, recording medium input date, specific quality information, etc., but it is relatively easy to manage lots due to the identity of any of these various types of information. There is a traceability system based on the lot management.

Liquid goods are managed by the first-in first-out method or the storage container full-out method when the goods are managed by the liquid goods specified either once or for a certain period of time from the transportation means to the storage container. It was common.

However, since a storage container such as a liquid storage tank normally stores a mixture of liquid articles specified for each of a plurality of receipts, in the first-in first-out method, as various information related to the liquid articles by discharging the storage container, for example, Manufacturer, country of manufacture, production-derived agricultural products, date of manufacture, manufacturing period, transportation means identification information, storage container acceptance date, storage container delivery date, processing date, processing period, recording medium input date It has been extremely difficult to provide liquid article information desired by an information acquisition applicant as liquid article information that has been actually paid out, such as date and specific quality information.

That is, since liquid articles specified for each of a plurality of receipts are mixed in the storage container, the liquid article information based on the first-in first-out method does not provide information in consideration of the physical properties of the mixed liquid articles. As described above, it has been difficult to manage and provide the mixed liquid article information desired by the information acquisition applicant.

  On the other hand, in liquid article management by the total amount dispensing method, it is relatively easy to provide various types of information on mixed liquid articles composed of liquid articles specified for each of a plurality of receipts. Since there is a limitation, the total amount payout method cannot be applied to a usage form of a storage container that frequently repeats receiving and dispensing of liquid articles into and from the storage container.

That is, in a situation where liquid articles are frequently received and dispensed in a storage container such as a storage tank on a commercial scale, when the liquid articles specified for each of a plurality of receipts become a mixture by the storage container, the mixture is a liquid. Therefore, there is no clear boundary layer between the liquid articles specified for each reception in the storage tank, that is, the liquid articles specified for each of a plurality of receptions are mixed to a considerable extent. Even if such information is provided to those who wish to obtain information, it will provide liquid article information that is different from the actual situation as described above, so it is difficult to establish an effective traceability system for mixed liquid articles. there were.

Further, in the storage container total amount dispensing method, since the use of the storage container is remarkably limited, the loss in physical distribution management is large, and it is difficult to use the liquid container for industrial mass production.

Under such circumstances, there has been a demand for the development of an information management method and apparatus capable of providing meaningful liquid article information even when liquid articles specified at each reception are mixed. In the following, “a liquid article specified at each reception” is also referred to as “a liquid lot” or “a received liquid article”.

Accordingly, the inventors manage and provide information on the mixed liquid article that is required by the information acquisition applicant when paying out the storage container in the liquid article in consideration of the physical properties of the liquid article (mixing between the liquid articles). The present invention has been completed by earnestly examining the provision of an information management method and apparatus.

Invention of the information management method of the liquid article of Claim 1
One or more receiving liquid articles received in the storage container;
A mixed liquid article received in the storage container and stored in a mixed state in the storage container;
A liquid article in which a part of the mixed liquid article is dispensed once or twice,
In repeated information management methods,
Receiving liquid article information storage means for storing the receiving liquid article information input from the required receiving input means each time the receiving liquid article is received into the storage container;
Each time the mixed liquid article is dispensed, the received liquid article information for each received liquid article constituting the mixed liquid article, which is input from a required dispensing input means, is retroactively stored from the received liquid article information storage means and / or It is characterized by comprising a central control means for taking out as tracking information and outputting it to the dispensing liquid article information output means as mixed liquid article information.

The invention of the information management method for a liquid article according to claim 2 comprises: a primary storage container;
One or more primary receiving liquid articles received in the primary storage container;
A primary mixed liquid article received in the primary storage container and stored in a mixed state in the primary storage container; and
A secondary receiving liquid article in which a part of the primary mixed liquid article is received in the secondary storage container once or twice or more;
A secondary mixed liquid article received in the secondary storage container and stored in a mixed state in the secondary storage container;
A liquid article in which a part of the secondary mixed liquid article is dispensed once or twice,
In repeated information management methods,
A receiving liquid article information storage means for storing the primary receiving liquid article information input from a required receiving input means each time a primary receiving liquid article is received in the primary storage container;
Each time the primary mixed liquid article is paid out, the primary receiving liquid article information for each primary receiving liquid article constituting the primary mixed liquid article input from the required payout input means is taken out from the receiving liquid article information storage means. , And output to the dispensing liquid article information output means as the primary mixed liquid article information,
Each time the primary mixed liquid article is received in the secondary storage container, the primary receiving liquid article information constituting the primary mixed liquid article input from the required receiving input means is stored as secondary mixed liquid article information. Liquid article information storage means;
Each time the secondary mixed liquid article is dispensed, the secondary receiving liquid article information constituting the secondary mixed liquid article input from the required dispensing input means is retroactively stored from the receiving liquid article information storage means and / or Central control means for taking out as tracking information and outputting it as the secondary mixed liquid article information to the dispensed liquid article information output means is provided.

According to a third aspect of the present invention, in the liquid article information management method according to the first or second aspect, the system for selling the liquid article by electronic commerce via a network is connected to the central control means, and the central control means is connected. The information acquisition terminal means connected to the control means provides the mixed liquid article information to the information acquisition applicant.

According to a fourth aspect of the present invention, in the liquid article information management method according to any one of the first to third aspects, one or two or more transportation means are interposed between two or more storage containers. In the system, the information acquisition terminal means connected to the central control means provides all or a part of the mixed liquid article information of each subsequent order from the primary and subsequent storage containers to the information acquisition requester. And

According to a fifth aspect of the present invention, in the information provision management method for a liquid article according to any one of the first to fourth aspects, the received liquid article is received either once or for a certain period from the transportation means to the storage container. It is either the receiving liquid article specified by the above, or the mixed liquid article after receiving into any one of the storage containers.

The invention of claim 6 is the liquid article information management method according to any one of claims 1 to 5, wherein the liquid article information of the receiving liquid article and the mixed liquid article is a raw material manufacturer, a raw material manufacturing country, a raw material Originated agricultural products, date of manufacture, production period, transportation means identification information, receiving storage container number, storage container receiving date, delivery storage container number, storage container delivery date, processing date, processing period, recording medium It is characterized in that it is one or more information and / or encryption information of the input date, specific quality information, and the composition ratio of the liquid article capacity to the total liquid volume of the mixture.

A seventh aspect of the present invention is the information management method for a liquid article according to any one of the fourth to sixth aspects, wherein the transportation means is a ship, a vehicle, a pipe to a processed storage container, a single storage container. It is one of pipes to other storage containers.

According to an eighth aspect of the present invention, in the liquid article information management method according to any one of the first to seventh aspects, the mixed liquid article information output from the dispensed liquid article information output means is a configuration of the dispensed liquid article. The component ratio of the liquid article volume is 0% to 20% with respect to the total volume of the mixture liquid on the assumption that one or two or more liquid article information as elements is mixed uniformly in each liquid article of the mixed liquid article It is characterized by being controlled by the central control means so as to be provided until it is reduced to a constituent ratio of

The invention of a liquid article information management device according to claim 9 is a storage container;
One or more receiving liquid articles received in the storage container;
A mixed liquid article received in the storage container and stored in a mixed state in the storage container;
A liquid article from which a part of the mixed liquid article is dispensed,
In repeated information management methods,
Receiving liquid article information storage means for storing the receiving liquid article information input from the required receiving input means each time the receiving liquid article is received into the storage container;
Each time the mixed liquid article is dispensed, the received liquid article information for each received liquid article constituting the mixed liquid article, which is input from a required dispensing input means, is retroactively stored from the received liquid article information storage means and / or Central control means for taking out as the tracking information and outputting to the dispensing liquid article information output means as the mixed liquid article information is provided.

The invention of a liquid article information management device according to claim 10 is a primary storage container,
One or more primary receiving liquid articles received in the primary storage container;
A primary mixed liquid article received in the primary storage container and stored in a mixed state in the primary storage container; and
A secondary receiving liquid article in which a part of the primary mixed liquid article is received in the secondary storage container once or twice or more;
A secondary mixed liquid article received in the secondary storage container and stored in a mixed state in the secondary storage container;
A liquid article in which a part of the secondary mixed liquid article is dispensed once or twice,
In repeated information management methods,
A receiving liquid article information storage means for storing the primary receiving liquid article information input from a required receiving input means each time a primary receiving liquid article is received in the primary storage container;
Each time the primary mixed liquid article is paid out, the primary receiving liquid article information for each primary receiving liquid article constituting the primary mixed liquid article input from the required payout input means is taken out from the receiving liquid article information storage means. A dispensing liquid article information output means for outputting the primary mixed liquid article information;
Each time the primary mixed liquid article is received in the secondary storage container, the primary receiving liquid article information constituting the primary mixed liquid article input from the required receiving input means is stored as secondary mixed liquid article information. Liquid article information storage means;
Each time the secondary mixed liquid article is dispensed, the secondary receiving liquid article information constituting the secondary mixed liquid article input from the required dispensing input means is retroactively stored from the receiving liquid article information storage means and / or Central control means for taking out as tracking information and outputting it as the secondary mixed liquid article information to the dispensed liquid article information output means is provided.

According to each of the inventions of claims 1 to 10, all kinds of information relating to the mixed liquid article and the tracking information and the retroactive information thereof can be properly managed and provided. An effective traceability system can be constructed and provided.

According to the third aspect of the present invention, the liquid article information is made into a database, and output means for the information acquisition applicant and provision means such as an electric communication line are added to the database, and the liquid is obtained by electronic commerce via a so-called network. In a system for selling articles, mixed liquid article information can be provided in real time to information acquisition candidates.

As the best embodiment of the present invention, an information management system of, for example, ethanol as an industrial liquid article having a relatively large handling amount, receiving a liquid lot in a storage container, and one or two or more mixed in the liquid container Hereinafter, an example of a liquid article information management system in a place where dispensing of a liquid lot, that is, a part of a mixed liquid article is repeatedly executed will be described with reference to FIGS.

  FIG. 1 is a flow diagram showing the configuration of a liquid lot, FIG. 2 is a block diagram of a liquid article information management device, FIG. 3 is a diagram showing an input screen or a fixed assignment identification number as Table 1, and FIG. FIG.

In the configuration flow diagram of FIG. 1, reference numeral 1 denotes, for example, a ship 1 as a transportation means. The transportation means is not limited to the ship 1, and may be any one of a pipe from a vehicle or a processed storage container, a pipe from one storage container to another storage container, and the like.
In this embodiment, the storage container refers to a storage tank. However, the storage container is not limited to a storage tank, and may be any means that can temporarily store liquid articles such as an appropriate container, such as a container storage container or a drum can.

In the illustrated example, the primary liquid article 11 that has been transported by the ship 1 from domestic and foreign raw material production areas is received in a primary storage container 2-1 as a raw material storage tank.
In this case, since the factory normally produces product liquid articles continuously by processing the raw material liquid articles, the raw material storage tank (primary storage container) 2-1 normally has one or more receptions. In other words, the liquid article specified in 1), that is, the receiving liquid article, is present as a so-called stock. Hereinafter, this stock is also referred to as a primary liquid lot 12.

When the primary liquid lot (liquid article, ie, receiving liquid article) 11 is received in the raw material storage tank (primary storage container) 2-1, it is mixed with the primary liquid lot 12 in stock, and the primary liquid lot (mixed liquid article) 13 which is a mixture, Become.

At the time of acceptance, the primary liquid lot 11 (including liquid article information related to the ship 1 in the previous stage) and the primary liquid lot 12 are configured as retrospective information of the primary liquid lot 13 related to the dispensing from the raw material storage tank 2-1. In order to be able to provide mixed liquid article information as an element, means are configured as follows.

In this embodiment, a primary storage container 2-1 as a raw material storage tank, a primary liquid lot 11 as one or more primary reception liquid articles received in the primary storage container 2-1, and the storage container 2-1. The primary mixed liquid article 13 received in the storage container 2-1 and stored in a mixed state in the storage container 2-1, and a part of the primary mixed liquid article 13 are repeatedly received or dispensed once or twice or more. Information management method for liquid articles (ethanol), a secondary receiving liquid article in which a part of the primary mixed liquid article is received in the secondary storage container once or twice or more, and the secondary storage container is received in the secondary storage container An information management method in which a secondary mixed liquid article stored in a mixed state in the secondary storage container and a liquid article in which a part of the secondary mixed liquid article is dispensed once or twice or more are repeated. Is the premise.

The case where a part of the mixed liquid article 13 is repeatedly received or dispensed once or twice or more is, for example, the reception of one or more liquid articles into the storage container and the two or more liquids. In the case where one or two or more discharges are repeatedly performed from all or a part of a storage container of mixed liquid articles composed of lots, or one or more liquid lots are received in one storage container, and then In this case, it is a place where all or part of a mixed liquid article composed of two or more liquid lots is repeatedly discharged from its storage container once or more than once. It is usually a common practice in the receipt and payment of goods.

Now, in the information management system, that is, the information management method or apparatus as described above, every time the receiving liquid article (primary liquid lot) 11 is received into the storage container 2-1, the required receiving input means 40 shown in FIG. From the above, the system is configured such that the article information of the receiving liquid article 11 is inputted by manual input or other appropriate means and stored in the receiving liquid article information storage means 50 of the central control means (not shown). Constitute.

  Then, each time the mixed liquid article 13 is dispensed, it is handed via a required dispensing input means 40 shown in FIG. 2 as an input means (in this embodiment, both receiving and dispensing input means are combined). The received liquid article information (primary liquid lot 11) for each received liquid article constituting the mixed liquid article 13 to be dispensed by input or other appropriate means is received from the received liquid article information storage means 50. A central control means (not shown) takes out as retroactive information and / or tracking information, and as article information (mixed liquid article information) of the mixed liquid article 13, for example, a dispensed liquid article information output means 60 shown in FIG. The system that is output by is configured.

That is, the liquid article information management apparatus shown in FIG. 2 includes an input means 40 and a recording medium 50 for recording one or more pieces of liquid article information to be received every time the liquid lot is received into the storage tank. One or more pieces of liquid article information entered and / or recorded for the purpose of retroactive tracking or tracking of the mixed liquid article for dispensing from the storage container (mixed liquid article) 3 is output from the recording medium 50 to the output means 60 in response to a command from the central control device. As will be described later, the device shown in Tables 1 and 4 in FIG. 3 is used. The information management method for liquid articles described in 2 is specifically realized.

By setting the above system at each stage where liquid articles are mixed, that is, at every acceptance and / or dispensing over several orders, for example, in FIG. 1, the primary liquid lot relating to dispensing from the raw material storage tank 2-1 As the 13 tracking information, it is possible to provide liquid article information in which the secondary liquid lot 21, the secondary liquid lot 23, the tertiary liquid lot 31, and the tertiary liquid lot 33 are constituent elements.
That is, the person who wants to acquire information can acquire mixed liquid article information, which is information on the mixed liquid article 13, by using, for example, the dispensed liquid article information output means 60 shown in FIG.

Further, when it is necessary to reduce the stock amount of the raw material storage tank 2-1 for the convenience of work, a part of the primary liquid lot 13 which is a mixture of the raw material storage tank 2-1 is transferred to the raw material storage tank 2-2 as the liquid lot 14. Then, it may be considered that the primary liquid lot 15 which is a stock already existing in the raw material storage tank 2-2 is mixed to produce a primary liquid lot 16 which is a new mixture.

Further, the primary liquid lot 13 of the raw material storage tank 2-1 (not shown but the mixture 16 is also the same) is processed into the processing means 3 (for example, distillation, filtration, heating, cooling, component adsorption, addition of articles other than liquid articles, catalyst It may be received as a secondary liquid lot 21 in the product storage tank 5 (secondary storage container) through the piping 4 which is a transport means after passing through process means such as reaction.
In this case, the factory usually needs to keep a product inventory for the continuous sale of product liquid goods, and the product storage tank 5 has one or more liquid locks, so-called inventory, The stock is set as the secondary liquid lot 22.

When the secondary liquid lot 21 is received in the product storage tank 5, the secondary liquid lot 21 is mixed with the stock secondary liquid lot 22 to become a secondary liquid lot 23 which is a new mixture.
In this case, the secondary liquid lot 21, the secondary liquid lot 22, the primary liquid lot 13, the primary liquid lot 11 (related to the ship 1 in the previous stage) as retrospective information of the secondary liquid lot 23 related to the dispensing from the product storage tank 5 Liquid article information) and mixed liquid article information in which the primary liquid lot 12 is a constituent element can be provided.
On the other hand, it is also possible to provide mixed liquid article information in which the tertiary liquid lot 31 and the tertiary liquid lot 33 are constituent elements as tracking information of the secondary liquid lot 23 related to the dispensing from the product storage tank 5.

As described above, a system for enabling provision of article information of a mixture liquid to be mixed over several orders (article information of a mixture liquid) has the following configuration.

As the system in the previous order, first, as described above with reference to FIG. 2, each time the primary receiving liquid article is received in the primary storage container, the receiving liquid article in which the primary receiving liquid article information is stored by the input means 40. Whenever the information storage means 50 and the primary mixed liquid article are dispensed, the primary receiving liquid article information for each primary receiving liquid article constituting the primary mixed liquid article is taken out from the receiving liquid article information storing means, and the primary mixed liquid article information is obtained. The output liquid article information output means 60 outputs the primary mixed liquid article information that constitutes the primary mixed liquid article by the input means 40 every time the primary mixed liquid article is received in the secondary storage container. The received liquid article information storage means 50 stored as the mixed liquid article information and the secondary mixed liquid article each time the secondary mixed liquid article is dispensed Central control means (not shown) that retrieves next received liquid article information from the received liquid article information storage means 50 as retroactive information and / or tracking information and outputs it to the dispensed liquid article information output means 60 as the secondary mixed liquid article information. ).

In some cases, the secondary liquid lot 23 of the product storage tank 5 is received as a tertiary liquid lot 31 in the transfer destination storage tank 7 (tertiary storage container) via the vehicle 6 as a transportation means.
In this case, the owner of the transfer destination storage tank 7 is usually required to keep stock for the continuous sale of product liquid goods or for a certain amount of use, and the transfer destination storage tank 7 has one or more stocks. The liquid lot exists as a so-called stock, and the stock is referred to as a tertiary liquid lot 32.

When the tertiary liquid lot 31 is received in the product storage tank 7, it is mixed with the in-stock tertiary liquid lot 32 and becomes a tertiary liquid lot 33 which is a new mixture.
In this case, as retrospective information of the tertiary liquid article lot 33 related to the payout from the transfer destination storage tank 7, the tertiary liquid lot 31, the tertiary liquid lot 32, the secondary liquid lot 23, the secondary liquid lot 21, the secondary liquid lot 22, It is also possible to provide mixed liquid article information in which the primary liquid lot 13, the primary liquid lot 11 (including liquid article information related to the ship 1 in the previous stage), and the primary liquid lot 12 are constituent elements.

The liquid article information management system of the above embodiment is as described above. However, FIG. 1 only illustrates a typical case, and if a further transportation means is used, a quaternary liquid lot or 5 Although the following liquid lots are also generated, they are one aspect within the assumed range of the present invention, and there are infinite variations, and thus the description thereof is omitted.

In the above-described embodiment, the information acquisition requester is a person who desires mixed liquid article information, and includes any one of a liquid article transferee, a transferee, and other interested parties.

Further, in the above embodiment, the liquid article is often transported to another storage container by transportation or post-processing transportation, and there are many actual physical distributions of the liquid article. (History) is managed by the system as an aggregate systematically accumulated as mixed liquid article information, so that information desired by information requesters can be quickly and easily obtained as so-called traceback or traceforward information. Can be provided.

Further, in the above embodiment, as a liquid lot, the liquid article specified by receiving from the transportation means to the storage container once or for a certain period of time is the cargo liquid when the transportation means is a ship or a vehicle. The liquid article specified by receiving the liquid article divided into the whole storage container or the individual storage container (so-called hatch) into the storage container once or for a predetermined period is a liquid lot.

In addition, in the case where the transportation means is any one of a pipe to the processed storage container and a pipe from one or more storage containers to another one or two or more storage containers, the storage container is connected via these pipes. A liquid article specified by one receipt at a time or a certain period of time becomes a liquid lot.
In this case, the term “once” means that, in principle, the acceptance to the storage container starts and ends, but the acceptance is temporarily suspended for work convenience, and the liquid article of the same means of transportation as before the suspension is again suspended. If the acceptance is resumed and then terminated, it is considered to be “once” because it is substantially once.

Further, in the above embodiment, the central control unit is configured so that the composition ratio of a certain liquid lot volume is set to any constant value between 0% and 20% with respect to the total liquid mixture volume. The product information (mixed liquid information) of the liquid lot is provided until it is determined that the ratio has decreased.

This is because, in the premise of uniform mixing as described above, when the storage container before receiving has a stock of the same capacity as the receiving liquid lot, the composition ratio of the receiving lot with respect to the entire mixture after receiving the storage container is 50%. Then, in the uniform mixing premise, the composition ratio is gradually reduced by a new receiving liquid lot.
For example, in the above assumption, the mixing ratio of the receiving lot does not decrease by discharging half the volume of the mixture having a composition ratio of 50% from the storage container. When receiving the same capacity as the stock at the time, the composition ratio of the original receiving lot in the storage container is reduced to 25%.

As described above, when the liquid lot is repeatedly received and dispensed in the storage container, the specific liquid lot in the storage container is inevitably reduced. The liquid article information relating to the liquid lot is provided until it is reduced to any constituent ratio of 20% (preferably 0.1% to 5%). In other words, considering the usage and other characteristics of industrially handled liquid goods, the composition ratio of individual liquid lots that can provide information is 10%, 5%, 3%, 1%, 0.1%, etc. Therefore, it is possible to provide information acquisition applicants with liquid article information in a useful range (a range above the liquid article in a reasonable range in retrospective or tracking).

Again, based on the configuration flow of the liquid lot of FIG. 1, how a specific liquid article information management method is realized is shown in Table 1 of FIG. 3 and Table 2 of FIG.
That is, an outline of input and output, which are constituent means of a liquid article management method for providing mixed liquid article information to a person who wants to obtain information when selling a liquid article by electronic commerce via a network, is described.

Each thick frame in Table 1 and Table 2 corresponds to an input screen or an output screen of a liquid article information management apparatus for selling liquid articles by electronic commerce via a network of each liquid lot.

In the input screen of Table 1, every time the storage tank (storage container), which is an identification number, is received, the storage tank location No., the order, the storage tank No (acceptance storage container number), and the input date (guaranteed identification). For this purpose, the input date is used here, but other discriminating codes can also be used), and as other liquid article information, the raw material manufacturer, the raw material manufacturing country, and the raw material manufacturing produce , Manufacturing date, manufacturing period, transportation means identification information, storage container receiving date, dispensing container number, storage container dispensing date, processing date, processing period, recording medium input date, specific quality Any one or more of the information, the composition ratio of the liquid lot to the mixture, and / or the encryption of the article information are entered in the other liquid article information column, and the input is completed.

Next, when the completion of this input is confirmed, the storage lot number No. order storage tank No. (receiving storage container number) and MIX (to ensure identification) are used as the identification number of the liquid lot which is the mixture after receiving. Here, MIX is displayed but other discriminating codes can also be used), which is given by a program built in the central control means of the liquid article information management apparatus. In addition, about the other liquid goods information which concerns on the liquid lot which is a mixed liquid article after reception, the information can be input from an input screen similarly to the above.

  In the output screen of Table 2 in FIG. 2, when the identification number of the assigned liquid lot identification number is input, trace back (hereinafter referred to as “TB”) and trace forward (hereinafter referred to as “TF”). When a list of one or more liquid lots is selected, either TB or TF, input corresponding to the selected one or more liquid lots is displayed. The information on the screen is displayed by a program built in the central control means of the liquid article information management device.

Next, some items of liquid article information will be described.
For example, when liquid goods are produced from agricultural products as raw materials, the raw material-derived agricultural products are measured with an analytical instrument such as a stable isotope ratio mass spectrometer of the liquid goods, and from the measurement results, the agricultural products that are the raw materials of the liquid goods The specified agricultural product is referred to as a raw material-derived agricultural product.

The transportation means identification information is specified by the type of transportation means (ship, vehicle, piping to the processed storage container, piping from one storage container to another storage container), or other transportation means. Information.

The specific quality information is information related to the quality of the liquid lot, and refers to information related to the quality of the liquid lot specified by various analyzers or manual analysis.

Regarding the composition ratio of the liquid lot with respect to the mixture, the mixing ratio of the receiving lot is not decreased by discharging half the volume of the mixture with the composition ratio of the specific liquid lot being 50% from the storage container. When the same capacity as the stock of the storage container as the receiving liquid lot at that time is received, the composition ratio of the original specific receiving lot in the storage container is reduced to 25%.
Furthermore, if half the volume of the mixture is dispensed from the storage container and then received as a new receiving liquid lot with the same capacity as the current inventory of the storage container, the percentage of the original specific receiving lot in the storage container is Decrease to 12.5%.

As described above, by repeating the receipt and payment in the storage container, the composition ratio of the specific liquid lot gradually decreases, but such a change in the composition ratio of the liquid lot is controlled by the central control of the liquid article information management apparatus. When the specific liquid lot is selected from the output screen, which is calculated by a program built in the means, the calculated component ratio is displayed.
If the liquid article information is set in advance in the program to output, for example, a composition ratio of 1%, information corresponding to the input screen is displayed until the composition ratio reaches 1% for all liquid lots. It becomes possible.

Moreover, since the liquid lots 12, 22, and 32 in stock in Table 1 of FIG. 3 are normal mixtures (mixed liquid articles of liquid lots related to a plurality of receiving), the liquid lot 13 that is a mixture (mixed liquid articles). 23, 33, the identification number (storage tank No., order, storage tank No., date, MIX) is given by the program built in the central control means of the liquid article information management device. .

Furthermore, in Table 2 of FIG. 4, when the liquid lots 12, 22, and 32 which are normal mixtures are selected, not only the liquid article information of each liquid lot (that is, the liquid lots 12, 22, and 32), The liquid article information of the liquid lot constituting the mixture is also displayed as TB or TF by a program built in the central controller of the liquid article information management apparatus.

It is to be noted that a person who wants to obtain information can obtain desired information with completeness in real time by accessing the output screen.

The liquid article information management apparatus shown in FIG. 2 includes an input unit 40 and a recording medium 50 for recording one or more liquid article information of a liquid lot that is received each time the liquid lot is received into a storage tank. For the purpose of retroactively or tracking the mixed liquid article relating to the dispensing from the storage container, one or more liquid article information of the input and / or recorded liquid lot (mixed liquid article) is a component. Liquid article information is output from the recording medium 50 to the output means 60 in response to a command from the central control device.

The liquid article information management apparatus described in Table 1 of FIG. 3 and Table 2 of FIG. 4 is concretely performed by the liquid article information management apparatus including the input means 40, the recording means 50, and the output means 60 as described above. Is realized.

According to the liquid article information management method and the liquid article information management apparatus of the present invention, the situation in which it has conventionally been difficult to provide mixed liquid article information related to a mixture of liquid lots in a liquid article has been greatly improved. Since it is possible to provide the information desired by the assignee and other interested parties, it can be widely applied in the field of handling mixed liquids.

FIG. 1 is a configuration flow diagram of a liquid lot. FIG. 2 is a conceptual diagram of the liquid article information management apparatus. FIG. 3 is a diagram showing the input screen or the final assignment identification number as Table 1. FIG. 4 shows the output screen as Table 2.

Explanation of symbols

1 Ship 2-1 Raw material storage tank (primary storage container)
2-2 Raw material storage tank (primary storage container)
3 Processing means 4 Piping (transportation means)
5 Product storage tank (secondary storage container)
6 Vehicle (Transportation)
7 Destination storage tank (tertiary storage container)
11 Primary liquid lot (acceptance)
12 Primary liquid lot (inventory)
13 Primary liquid lot (mixture)
21 Secondary liquid lot (acceptance)
22 Secondary liquid lot (inventory)
23 Secondary liquid lot (mixture)
40 input means 50 recording medium 60 output means

Claims (10)

A storage container;
One or more receiving liquid articles received in the storage container;
A mixed liquid article received in the storage container and stored in a mixed state in the storage container;
A liquid article in which a part of the mixed liquid article is dispensed once or twice,
In repeated information management methods,
Receiving liquid article information storage means for storing the receiving liquid article information input from the required receiving input means each time the receiving liquid article is received into the storage container;
Each time the mixed liquid article is dispensed, the received liquid article information for each received liquid article constituting the mixed liquid article, which is input from a required dispensing input means, is retroactively stored from the received liquid article information storage means and / or A liquid article information management method, comprising: a central control means for taking out as tracking information and outputting to a dispensed liquid article information output means as mixed liquid article information. A primary storage container;
One or more primary receiving liquid articles received in the primary storage container;
A primary mixed liquid article received in the primary storage container and stored in a mixed state in the primary storage container; and
A secondary receiving liquid article in which a part of the primary mixed liquid article is received in the secondary storage container once or twice or more;
A secondary mixed liquid article received in the secondary storage container and stored in a mixed state in the secondary storage container;
A liquid article in which a part of the secondary mixed liquid article is dispensed once or twice,
In repeated information management methods,
A receiving liquid article information storage means for storing the primary receiving liquid article information input from a required receiving input means each time a primary receiving liquid article is received in the primary storage container;
Each time the primary mixed liquid article is paid out, the primary receiving liquid article information for each primary receiving liquid article constituting the primary mixed liquid article input from the required payout input means is taken out from the receiving liquid article information storage means. , And output to the dispensing liquid article information output means as the primary mixed liquid article information,
Each time the primary mixed liquid article is received in the secondary storage container, the primary receiving liquid article information constituting the primary mixed liquid article input from the required receiving input means is stored as secondary mixed liquid article information. Liquid article information storage means;
Each time the secondary mixed liquid article is dispensed, the secondary receiving liquid article information constituting the secondary mixed liquid article input from the required dispensing input means is retroactively stored from the receiving liquid article information storage means and / or A liquid article information management method, comprising: central control means for taking out as tracking information and outputting the secondary mixed liquid article information to the dispensed liquid article information output means. The system for selling liquid articles by electronic commerce via the network and the central control means are connected, and the mixed liquid article information is provided to the information acquisition applicant by the information acquisition terminal means connected to the central control means. The liquid article information management method according to claim 1 or claim 2, wherein In a system in which one or two or more transportation means are interposed between two or more storage containers and each storage container, the information acquisition terminal means connected to the central control means each subsequent to each subsequent storage container. The liquid article information management method according to any one of claims 1 to 3, wherein all or part of the mixed liquid article information is provided to an information acquisition applicant. The receiving liquid article is any one of the receiving liquid article specified by one time or a certain period of receiving from the transportation means to the storage container, or the mixed liquid article after receiving the storage container. 5. The information provision management method for liquid articles according to claim 1, wherein the information provision management method is for liquid articles. The liquid article information of the receiving liquid article and the mixed liquid article includes the raw material manufacturer, the raw material manufacturing country, the raw material-derived agricultural product, the manufacturing date, the manufacturing period, the transportation means identification information, the receiving storage container number, the storage container receiving date, Discharge storage container number, storage container discharge date, processing date, processing period, recording medium input date, specific quality information, component ratio of liquid article capacity to total liquid volume, one or more The information management method for liquid articles according to claim 1, wherein the information is information and / or encryption information. The transportation means is any one of a ship, a vehicle, a pipe to a storage container after processing, and a pipe from one storage container to another storage container. Information management method of liquid article as described in 2. In the mixed liquid article information output from the dispensed liquid article information output means, one or more pieces of liquid article information that is a constituent element of the dispensed liquid article are mixed uniformly in each liquid article of the mixed liquid article. The central control means controls so that the composition ratio of the liquid article volume with respect to the total liquid volume of the mixture is provided until it decreases from 0% to any composition ratio of 20%. An information management method for a liquid article according to claim 7. A storage container;
One or more receiving liquid articles received in the storage container;
A mixed liquid article received in the storage container and stored in a mixed state in the storage container;
A liquid article from which a part of the mixed liquid article is dispensed,
In repeated information management methods,
Receiving liquid article information storage means for storing the receiving liquid article information input from the required receiving input means each time the receiving liquid article is received into the storage container;
Each time the mixed liquid article is dispensed, the received liquid article information for each received liquid article constituting the mixed liquid article, which is input from a required dispensing input means, is retroactively stored from the received liquid article information storage means and / or A liquid article information management device comprising: central control means for taking out as tracking information and outputting to a dispensed liquid article information output means as mixed liquid article information. A primary storage container;
One or more primary receiving liquid articles received in the primary storage container;
A primary mixed liquid article received in the primary storage container and stored in a mixed state in the primary storage container; and
A secondary receiving liquid article in which a part of the primary mixed liquid article is received in the secondary storage container once or twice or more;
A secondary mixed liquid article received in the secondary storage container and stored in a mixed state in the secondary storage container;
A liquid article in which a part of the secondary mixed liquid article is dispensed once or twice,
In repeated information management methods,
A receiving liquid article information storage means for storing the primary receiving liquid article information input from a required receiving input means each time a primary receiving liquid article is received in the primary storage container;
Each time the primary mixed liquid article is paid out, the primary receiving liquid article information for each primary receiving liquid article constituting the primary mixed liquid article input from the required payout input means is taken out from the receiving liquid article information storage means. A dispensing liquid article information output means for outputting the primary mixed liquid article information;
Each time the primary mixed liquid article is received in the secondary storage container, the primary receiving liquid article information constituting the primary mixed liquid article input from the required receiving input means is stored as secondary mixed liquid article information. Liquid article information storage means;
Each time the secondary mixed liquid article is dispensed, the secondary receiving liquid article information constituting the secondary mixed liquid article input from the required dispensing input means is retroactively stored from the receiving liquid article information storage means and / or A liquid article information management apparatus comprising: central control means for taking out as tracking information and outputting the secondary mixed liquid article information to the dispensed liquid article information output means.

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