Information processing device, order management processing method, and program

Abstract

To easily provide a device that matches a condition.SOLUTION: An information processing device includes: a database 110 which stores model information indicating a model of an electric type deionized water manufacturing device, and range information containing a range of a treatment flow rate of the electric type deionized water manufacturing device, a range of supply water quality to the electric type deionized water manufacturing device, and a range of treatment water quality from the electric type deionized water manufacturing device, in association with each other; a reception part 120 for receiving condition information; a retrieval part 130 for retrieving model information associated with the range information satisfying a condition indicated by the condition information received by the reception part 120, from the database 110; and a presentation part 140 for presenting the model information retrieved by the retrieval part 130.SELECTED DRAWING: Figure 2

Claims

1. A database that stores model information indicating the model of an electro-deionized water production device, and range information including the range of the processing flow rate of the electro-deionized water production device, the range of the water quality supplied to the electro-deionized water production device, and the range of the treated water quality from the electro-deionized water production device, in association with each other. The reception desk that accepts condition information, A search unit retrieves type information from the database that corresponds to the range information that satisfies the conditions indicated by the condition information received by the reception unit, A display unit that displays the model information retrieved by the search unit, The system includes a water quality calculation unit that calculates an estimated water quality value of the treated water of an electric deionized water production system of the type indicated by the searched type information, based on the correlation between the properties of the supply water measured in the past, the treatment flow rate, and the current flowed. The display unit is an information processing device that displays the predicted water quality values ​​calculated by the water quality calculation unit.

2. A database that stores model information indicating the model of an electrolytic deionized water production apparatus, and range information including the range of the processing flow rate of the electrolytic deionized water production apparatus, the range of the water quality supplied to the electrolytic deionized water production apparatus, and the range of the treated water quality from the electrolytic deionized water production apparatus, in association with each other. The reception desk that accepts condition information, A search unit retrieves type information from the database that corresponds to the range information that satisfies the conditions indicated by the condition information received by the reception unit, A display unit that displays the model information retrieved by the search unit, The system includes a power consumption calculation unit that calculates the expected power consumption of an electric deionized water production device of the type indicated by the retrieved type information, based on the correlation between the properties of the supply water measured in the past, the processing flow rate, and the current flowed. The display unit is an information processing device that displays the expected power consumption value calculated by the power consumption calculation unit.

3. In the information processing apparatus according to claim 1 or claim 2, The device has a delivery date calculation unit that calculates the delivery date of the aforementioned electric deionized water production apparatus, The database stores the storage location of the electro-deionized water production apparatus. The delivery date calculation unit calculates the delivery date based on the storage location stored in the database. The aforementioned display unit is an information processing device that displays the delivery date calculated by the delivery date calculation unit.

4. In the information processing apparatus described in claim 3, A device number calculation unit that calculates the number of electric deionized water production devices that satisfy the above-mentioned condition information, The system includes a cost calculation unit that calculates costs based on the number of electrolytic deionized water production devices calculated by the device number calculation unit, the storage locations stored in the database, the unit price of the electrolytic deionized water production devices, and the transportation costs. The display unit is an information processing device that displays the number of electrodeionized water production devices calculated by the device number calculation unit and the cost calculated by the cost calculation unit.

5. In the information processing apparatus according to claim 4, The reception unit receives the selected information in response to the information presented by the presentation unit. An information processing device having a first notification unit that notifies a device that processes orders of the received selection information.

6. In the information processing apparatus according to claim 5, The database is an information processing device that stores the selection information in association with user identification information for identifying the user who made the selection.

7. In the information processing apparatus described in claim 6, An information processing device having a second notification unit that, at a predetermined timing, sends a predetermined notification to a user device operated by a user to whom user identification information stored in the database has been assigned.

8. A process of searching a database that stores the model information of an electric deionized water production device, which is associated with the range of processing flow rate, the range of water quality supplied to the electric deionized water production device, and the range of treated water quality from the electric deionized water production device, for the model information of the electric deionized water production device that satisfies the conditions indicated by the condition information received from an external source, and the range of processing flow rate, the range of water quality supplied to the electric deionized water production device, and the range of treated water quality from the electric deionized water production device. The process of presenting the retrieved model information, A process to calculate the expected water quality value of the treated water from an electric deionized water production apparatus of the type indicated by the searched type information, based on the correlation between the properties of the feedwater measured in the past, the treatment flow rate, and the current flowed, A computer-based order management method that performs the process of presenting the calculated predicted water quality values.

9. A process of searching a database that stores the model information of an electric deionized water production device, which is associated with the range of processing flow rate, the range of water quality supplied to the electric deionized water production device, and the range of treated water quality from the electric deionized water production device, for the model information of the electric deionized water production device that satisfies the conditions indicated by the condition information received from an external source, and the range of processing flow rate, the range of water quality supplied to the electric deionized water production device, and the range of treated water quality from the electric deionized water production device. The process of presenting the retrieved model information, Based on the correlation between the properties of the feedwater, the treatment flow rate, and the current flowed, as previously measured for the electric deionized water production apparatus of the type indicated by the retrieved type information, a process is performed to calculate the expected power consumption value of the electric deionized water production apparatus. An order management method in which a computer performs the process of presenting the calculated estimated power consumption value.

10. On the computer, A procedure for retrieving type information indicating the model of an electro-deionized water production device that satisfies the conditions indicated by the condition information received from an external source, the range of processing flow rate of the electro-deionized water production device, the range of water quality supplied to the electro-deionized water production device, and the range of treated water quality from the electro-deionized water production device, from a database that stores the type information, the range of processing flow rate, the range of water quality supplied, and the range of treated water quality in association with the type information, The procedure for presenting the model information found in the search results, A procedure for calculating the expected water quality value of the treated water from an electric deionized water production system of the type indicated by the searched type information, based on the correlation between the properties of the supply water measured in the past, the treatment flow rate, and the current flowed, A program for executing the procedure for presenting the calculated predicted water quality values.

11. A computer, A procedure for retrieving type information indicating the model of an electro-deionized water production device that satisfies the conditions indicated by the condition information received from an external source, the range of processing flow rate of the electro-deionized water production device, the range of water quality supplied to the electro-deionized water production device, and the range of treated water quality from the electro-deionized water production device, from a database that stores the type information, the range of processing flow rate, the range of water quality supplied, and the range of treated water quality in association with the type information, The procedure for presenting the model information found in the search results, A procedure for calculating the expected power consumption of an electric deionized water production device of the type indicated by the retrieved type information, based on the correlation between the properties of the supply water measured in the past, the processing flow rate, and the current flowed, and A program for executing the procedure for presenting the calculated estimated power consumption value.

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