JP6262486B2 - Storage design plan creation system - Google Patents

Description

The present invention, building a house renovation, or to design the residence of the housing plan in the new address at the time of the relocation, about the storage design plan created a system to create that plan.

  When building and renovating a house, storage design such as a storage unit and storage furniture provided in the house for storing clothes and tools is an important item. The space required for storage generally varies depending on the number of family members, age groups, and the like, and therefore may gradually change depending on factors such as future increase or decrease in family members and changes in age groups. For this reason, it is important to design the housing of the house in consideration of the demands of its own home from the beginning of the construction and the storage space that may be required in the future.

  In order to efficiently design the storage of a house, you can automatically enter the necessary storage volume and storage precautions by entering information such as the family structure of the customer who lives in the house and the family's possessions and hobbies. A housing storage space design support device that is displayed and provided to the customer as reference information is disclosed in Patent Document 1. The apparatus is characterized in that a necessary storage space after a certain number of years has elapsed is estimated based on customer input data, and a storage plan based on the customer's needs is displayed on a computer screen.

JP-A-9-2977783

  In order to live more comfortably in the living space at the new location, the storage unit installed in the residence such as a closet or closet for storing the customer's furniture, clothing, books, etc. It is desirable that storage furniture such as clothes dance and bookshelves be provided without excess or deficiency. That is, it is necessary to make a storage plan at the new location after taking into account various factors that affect the storage volume of the family members of the moving customers, such as the age, sex, lifestyle, and hobbies.

  In order to secure a comfortable living space, there is a problem whether the storage space such as the storage unit or storage furniture is insufficient or excessive. That is, in view of the customer's personal information and the floor plan of the new address, it is important to develop a storage plan that meets the customer needs at the new address while looking at the future of the customer. For that purpose, it is necessary to make a storage plan in consideration of the installation space of the storage furniture, etc. in consideration of the storage by the existing storage unit and the storage by the storage furniture based on the floor plan of the new address. Patent Document 1 refers to a device that estimates a necessary storage space after a certain number of years based on customer input data and determines a storage plan based on the customer's needs. Regarding the storage by the storage unit and the storage by the storage furniture, there is no mention of making an accurate storage plan considering the installation space of the storage furniture.

The present invention has been made in view of the above problems, and is a new and improved storage design plan creation system capable of creating a storage design plan that describes a storage design plan that more accurately meets customer needs. The purpose is to provide a program .

  One aspect of the present invention is a storage design plan creation system for creating a storage design plan that describes a storage plan of a customer's new address, and at least relates to the customer's family information and the customer's property before moving A customer-related data storage unit that stores customer-related data including property information in a database for each customer, and at least the floor plan of the moving destination and the moving-destination data including an existing storage unit at the moving destination for each customer Move-destination data storage unit for storing in a database, storage statistical data storage unit for storing storage statistical data related to storage capacity required in each home including at least the customer-related data of past customers, and the customer-related data , The computer is operated based on the move-destination data and the storage statistical data, A calculation unit for obtaining suitable storage design data, an input unit for inputting storage advice for the customer based on at least the customer-related data, the move destination data, the storage statistical data, and the storage design data; An output unit that outputs data of a storage design plan created by inputting the storage advice into storage design data, and the calculation unit includes a storage unit plan generation unit that generates a storage plan of the storage unit; A storage capacity calculation unit that calculates a storage capacity of the customer's property and a storage capacity of the storage unit installed at the new location, and a storage capacity that compares the storage capacity and the storage capacity A difference for calculating a difference capacity between the required storage capacity and the storage capacity when the required storage capacity is larger than that of the comparison section and the storage capacity comparison section. A quantity calculation unit, and a storage furniture proposal unit that proposes at least the customer-related data, the difference capacity data, and the type and arrangement of storage furniture to be provided at the new location based on the floor plan. .

  According to one aspect of the present invention, based on customer-related data, moving-destination data, and storage statistics data, the storage space for storage furniture is taken into account, and storage by an existing storage unit and storage by storage furniture are performed at the moving-destination. Since a suitable storage plan is designed, it is possible to efficiently create a storage design plan in which a storage plan of a new address that more accurately meets customer needs is described.

  At this time, in one aspect of the present invention, the customer-related data storage unit includes, as the family information of the customer-related data, at least information on the family member of the customer, occupation / identity information of the family member, and hobbies. Information and schedule information may be stored.

  In this way, it is possible to formulate a storage plan that secures storage space that is expected to be required in the future based on the family situation of the customer, hobbies of each family member, future plans, etc. In addition, we can provide storage plans that meet customer needs.

  In one aspect of the present invention, the storage furniture proposing unit continuously uses the storage furniture owned by the customer before the move when proposing the type and arrangement of the storage furniture. It is also possible to propose at least one of a continuous use plan, a purchase plan for purchasing suitable storage furniture at the new location from a third party, and a design plan for designing the suitable storage furniture to be manufactured by a third party. Good.

  If it does in this way, the storage furniture which responds to a customer's needs can be proposed as storage furniture in a new address.

  In the aspect of the invention, the output unit may print the storage design plan on a paper medium and output it.

  In this way, the data related to the storage design plan can be used for the storage plan at the new location of the customer by outputting the data related to the storage design plan to the customer and directly passing it to the customer. Abuse can be suppressed.

  Moreover, in one aspect of the present invention, the computing unit performs a computing process on a computer based on at least the customer-related data and the storage statistical data, and diagnoses the storage status before moving the customer. And the output unit prints and outputs on the paper medium a storage suitability diagnosis document in which the storage status of the customer diagnosed by the storage suitability diagnosis unit and a comment on the storage status are described. Also good.

  In this way, it is possible to notify the customer before the move of the proper condition of the storage status via the storage appropriateness certificate, so that the customer can use it to formulate a storage plan at the new location.

  As described above, according to the present invention, the storage plan by the existing storage unit and the storage plan by the storage furniture are accurately determined including the installation space of the storage furniture, based on the customer-related data, the moving destination data, and the storage statistics data. A storage design plan can be generated. Therefore, it is possible to efficiently create a storage design plan that describes a storage design plan that more accurately meets customer needs.

It is a figure which shows an example of the storage design plan created with one Embodiment of the storage design plan creation system of this invention. It is a block diagram which shows the whole structure of the storage design plan preparation system which concerns on one Embodiment of this invention. It is explanatory drawing which shows an example of the table which database-ized the family information of the customer memorize | stored in the customer related data storage part which concerns on the storage design plan preparation system which concerns on one Embodiment of this invention. It is explanatory drawing which shows an example of the table which database-ized the customer property information memorize | stored in the customer related data storage part which concerns on the storage design plan preparation system which concerns on one Embodiment of this invention. It is explanatory drawing which shows an example of the table which database-stored the existing storage part information memorize | stored in the address data storage part which concerns on the storage design plan preparation system which concerns on one Embodiment of this invention. It is a figure which shows the flow of the storage design plan preparation method which concerns on one Embodiment of this invention. It is a figure which shows the detail of the flow of the calculation process included in the storage design plan preparation method concerning one Embodiment of this invention. It is a block diagram which shows the whole structure of the storage design plan preparation system which concerns on other one Embodiment of this invention. It is a figure which shows an example of the storage appropriateness diagnosis document produced with other one Embodiment of the storage design plan creation system of this invention. It is a figure which shows an example of the storage appropriateness diagnosis document produced with other one Embodiment of the storage design plan creation system of this invention. It is a figure which shows the flow of the storage design plan preparation method which concerns on other one Embodiment of this invention.

  Hereinafter, preferred embodiments of the present invention will be described in detail. The present embodiment described below does not unduly limit the contents of the present invention described in the claims, and all the configurations described in the present embodiment are essential as means for solving the present invention. Not necessarily.

(First embodiment)
First, the storage design plan created by the first embodiment of the storage design plan creation system of the present invention will be described with reference to the drawings. FIG. 1 is a diagram showing an example of a storage design plan created in the first embodiment of the storage design plan creation system of the present invention.

  The storage design plan creation system according to the present embodiment, when creating a storage design plan that describes a storage plan at a customer's move-in location, depends on customer needs based on customer-related data, move-destination data, and storage statistics data. It is characterized by formulating an appropriate storage plan. In this embodiment, as a storage design plan document used by a customer who purchases or renovates a house or moves to refinance a rental property to secure a more comfortable living space at the new location, FIG. A storage design plan 10 as shown in FIG. The storage design plan 10 is created after hearing customer related information such as customer lifestyle, family information, family belongings, storage concerns and hopes in advance. It becomes a tool that leads to problem solving up to the storage method in the storage section and storage furniture. In addition, in this embodiment, the house used as a new address includes a detached house, an apartment house such as a condominium, and various other forms of residential buildings.

  The storage design plan 10 includes a floor plan of a house to be moved to, a storage plan by a storage unit existing in the new house such as a close-in and walk-in closet, and a new address of the new address such as a clothes dance and a cupboard. A storage plan with storage furniture installed in each room is described for each room. Specifically, as shown in FIG. 1, a comment 16 relating to storage advice is described for each room, and in some rooms, storage advice with illustrations 18 is described in order to explain the storage plan more easily. The As storage advice, belongings to be stored in each room and suitable storage methods and ideas, advice that looks ahead to the property that is expected to increase in the future, and other storage advice to make the living space more comfortable for customers Etc. are described.

  In the storage design plan 10 shown in FIG. 1, as an existing storage section, a walk-in closet (WIC) 12a in the main bedroom, a shelf 12b provided in the washstand, a shelf 12c provided in the kitchen sink, a living room The shelf 12d provided at the entrance, the shoe box 12e at the entrance, the indentation 12f in the Japanese-style room, and the indentation 12g provided in the hallway. The storage furniture installed in the room includes a clothes rack 14a in the main bedroom, a washroom shelf 14b, a kitchen cupboard 14c, a wall storage shelf 14d in the living room, a bookcase 14e in the study, and a cupboard 14f in the dining room. To do. In this specification, “existing storage section” refers to walk-in closets and closets, entrance shoe boxes, shelves provided in kitchens and washrooms, and other relocations. A storage shelf or storage space directly attached to each room. In addition, “storage furniture” refers to general storage furniture installed in each room, such as clothes dance and book shelves installed in the bedroom, kitchen cupboards, and the like.

  As described above, in this embodiment, the storage design plan 10 divides the storage plan by the existing storage unit and the storage plan by the storage furniture to be installed in the room into each room, and the stored property and its storage. The advice about is summarized. In other words, the storage design plan creation system of the present embodiment systematizes the proposal work to provide a storage plan related to the storage design plan necessary for securing a more comfortable living space at the new location, and thereby the customer needs It is possible to efficiently execute storage proposals that satisfy the requirements more reliably and without leaks.

  Next, the configuration of the storage design plan creation system according to the first embodiment of the present invention will be described with reference to the drawings. FIG. 2 is a block diagram showing the overall configuration of a storage design plan creation system according to an embodiment of the present invention.

The storage design plan creation system 100 according to the present embodiment allows a user's computer to access a database server having a database that stores customer-related data, addressee data, and storage statistics data while performing search processing. Develop a storage plan that meets your needs. In this specification, “user” refers to a storage design plan 10 for a customer who moves when purchasing or renovating a residence, refinancing a rental property, etc. A service provider. The “computer” refers to an information terminal device including an arithmetic device capable of various arithmetic processes such as a super computer, a general-purpose computer, an office computer, a control computer, a personal computer, and a portable information terminal.

As shown in FIG. 2, the storage design plan creation system 100 of this embodiment includes a customer-related data storage unit 104, a new address data storage unit 106, a storage statistical data storage unit 108, and a CPU (Central Processing Unit). 110, an input unit 102, an output unit 120, a communication unit 126, a ROM 130, a RAM 132, and an HDD 134. The components included in these storage design plan creation system 100 are electrically connected to each other via a system bus 136. Therefore, the CPU 110 accesses the customer-related data storage unit 104, the new address data storage unit 106, the storage statistical data storage unit 108, the ROM 130, the RAM 132, and the HDD 134, grasps the operation state of the input unit 102, and stores the data for the output unit 120. Various kinds of information can be transmitted to and received from the Internet 128 via the output and communication unit 126.

The customer-related data storage unit 104 is a database server that stores customer-related data including at least customer family information and property information related to customer property before moving into a database for each customer. The customer-related data is various data such as family information and property information extracted from the customer when the user visits and listens to the customer's residence before moving. FIG. 3 shows an example of a table in which family information stored in the customer-related data storage unit 104 is converted into a database. In this embodiment, as family information, at least information on a family member of a customer, occupation / identity information of each family member, hobby information, and schedule information are stored.

  In the customer related data storage unit 104, as shown in FIG. 3, as family member information serving as customer related data, as shown in FIG. 3, customer family member members, number of people, gender, age, occupation / identity, physical characteristic information, Hobby information, schedule information, and other special notes are organized in a table for each family member. Note that the physical feature information referred to in this specification refers to information related to physical features such as the height and weight of each family member of the customer. The hobby information refers to information about hobbies related to the hobbies and preferences of each family member of the customer, activities to tackle leisure, and the like. Furthermore, the schedule information refers to information related to careers such as work and advancement of each family member of the customer, and information related to all future schedules of the customer family including customer family plan information.

  As described above, in this embodiment, as the family information of the customer-related data, when designing the storage at the new address, such as the customer's family status, physical feature information of each family member, hobby information, and schedule information. Considering the various family information that is a variation factor of the storage plan, a storage design plan for the new address is created. For this reason, a storage plan that secures a storage space that is expected to be required in the future can be formulated, so that a storage plan that meets the needs of customers including the future can be efficiently provided.

  In addition, the customer related data storage unit 104 stores, as customer related data, property information such as the type and quantity of property owned by each of the customer's family members and storage location in a database. An example of a table in which the property information stored in the customer related data storage unit 104 is converted into a database is shown in FIG. In the present embodiment, the customer-related data storage unit 104 divides the possessions possessed by each of the customer's family members into large items and small items as possession information, as shown in FIG. The quantity, storage location, and other special notes are organized in a table for each family member. These property information is utilized when calculating the storage capacity required for storing the property held by the customer. The customer-related data storage unit 104 also stores, as property information, photo data such as the storage state of customer property before moving, so that a more suitable storage plan at the new location can be formulated. This is utilized when the storage design plan 10 is created by extracting the problems of the storage status while referring to the photo data.

  The move-destination data storage unit 106 is a database server that stores at least the floor plan of the move-destination and the move-destination data including the data of the storage unit existing at the move-destination for each customer. The moving-destination data storage unit 106 stores a floor plan received from a customer and existing storage unit information that can be read from the floor plan. FIG. 5 shows an example of a table in which the existing storage unit information stored in the moving destination data storage unit 106 is converted into a database. In the present embodiment, the information of the storage units that are already installed in each room is stored in the new address data storage unit 106 as new address data. Specifically, as shown in FIG. 5, the name of the room in which the existing storage unit is installed, the installation position, the capacity that can be stored, the storage object, and other special notes are grouped into a table and grouped together. Yes. The storable capacity is a capacity that can be stored in the storage unit, and the data calculated by the storage capacity calculation unit 112 provided in the CPU 110 is stored in the relocation data storage unit 106.

  The storage statistical data storage unit 108 is a database server that stores storage statistical data relating to the storage capacity required in each home including at least past customer related data in a database. In the present embodiment, the storage statistics data storage unit 108 stores the customer-related data of the past customers accumulated and the average of Japan (generation, sex, family structure, etc.) analyzed based on the house data held by the Japan Storage Planner Association. The storage statistical data necessary for calculating the required storage capacity in each household including the possession amount of the possessed property and the like is stored. Specifically, the storage statistics data storage unit 108 stores, as storage statistics data, for example, several hundred pieces of customer-related data related to these past customers and house data held by the Japan Storage Planner Association. Yes. It should be noted that these storage statistical data increase as data accumulation increases.

  As described above, in the present embodiment, when a suitable storage design plan that meets customer needs is formulated, the database servers 104, 106, and 108 having databases for storing customer-related data, addressee data, and storage statistics data are accessed. Thus, it is possible to formulate a more suitable storage plan that meets customer needs while performing search processing on a computer. In addition, in order to prevent the leakage of customer's personal information and theft of various data related to the storage design plan, these database servers 104, 106, 108 are required to enter a password at the time of access. Access restrictions to third parties.

  The CPU 110 controls the operation of various components included in the storage design plan creation system 100 according to programs stored in the ROM 130 and the HDD 134. The CPU 110 appropriately stores necessary data in the RAM 132 when executing these various processes. Further, the CPU 110 functions as a calculation unit that performs calculation processing with a computer based on the customer-related data, the move-destination data, and the storage statistics data, and obtains suitable storage design data at the customer's move-destination. In the present embodiment, the CPU 110 includes a storage unit plan generation unit 111, a storage capacity calculation unit 112, a storage capacity comparison unit 113, a differential capacity calculation unit 114, a determination unit 115, and a storage furniture proposal unit 116. . In this specification, “storage design data” means at least data related to a storage design plan at a moving destination including a storage plan by an existing storage unit and a storage plan by storage furniture in each room of the customer's moving address. Say.

  The storage unit plan generation unit 111 generates a storage plan for an existing storage unit in each room of the new residence. Specifically, for example, when there is an existing walk-in closet at the new location, the belongings such as clothing to be stored in the walk-in closet are selected from the customer's property information, and suitable clothing such as the clothing is selected. Develop a storage plan. At that time, from the height of the family member who uses the walk-in closet with the family information stored in the customer-related data storage unit 104, the height of the bar for hanging the clothes to make the family member easier to use. The storage design advice is also given so that is a suitable value. That is, when formulating a storage plan for an existing storage unit, a storage plan more suitable for the customer is generated while searching for a data group stored in the customer-related data storage unit 104 or the storage statistical data storage unit 108. .

  The storage capacity calculation unit 112 calculates the storage capacity required for the customer's property and the storage capacity of the storage unit already installed at the new location. Specifically, the storage capacity calculation unit 112 needs to store from the possession information included in the customer related data stored in the customer related data storage unit 104 and the storage statistical data stored in the storage statistical data storage unit 108. The capacity is calculated, and the storable capacity is calculated from the existing storage unit information included in the moving destination data stored in the moving destination data storage unit 106 and the storage statistical data stored in the storage statistical data storage unit 108.

  The storage capacity comparison unit 113 compares the storage required capacity calculated by the storage capacity calculation unit 112 with the storable capacity for each room where the existing storage unit is located. If the storage capacity comparison unit 113 has a larger storage capacity, the determination unit 115 determines that all the storage of the possessed property is stored in the existing storage unit in time. Therefore, the storage unit plan generation unit 111 generates a suitable storage plan so that it is not necessary to install extra storage furniture. On the other hand, if the required storage capacity is larger, the determination unit 115 determines that all of the possessed property cannot be stored in time for storage in the existing storage unit, so that it can be stored in the existing storage unit. The storage furniture proposal unit 116 formulates the type and arrangement of storage furniture for storing non-owned property and the storage plan for the property in the storage furniture.

  The difference capacity calculator 114 calculates the difference capacity between the required storage capacity and the storable capacity for each room where the existing storage section is located when the required storage capacity is larger than the storage capacity comparison section. By determining the difference capacity by the difference capacity calculation unit 114, the storage capacity of the storage furniture necessary to store the property for the difference capacity is determined, and therefore, a suitable storage furniture to be provided at the new address is selected. Can be used for

  The determination unit 115 performs determination processing when performing various processing performed by the CPU 110. Specifically, the storage capacity comparison unit 113 determines whether or not it is necessary to install storage furniture in a room where the existing storage unit is located, based on the comparison result between the required storage capacity and the storage capacity. The storage capacity of the storage furniture to be installed in the room is determined from the difference capacity, or the candidate of the installation area in which the storage furniture can be installed and the suitable storage furniture to be installed are selected from the floor plan of the moving destination. Specifically, the determination unit 115 searches the data group stored in the customer-related data storage unit 104, the new address data storage unit 106, and the storage statistics data storage unit 108, and based on various calculation results in the CPU 110. The above determination process is performed. In this way, it is possible to formulate a storage plan that takes into account the installation space for storage furniture.

  The storage furniture proposal unit 116 proposes the type and arrangement of the storage furniture provided at the new location based on at least the customer-related data, the difference capacity data, and the floor plan of the new location. In this embodiment, the storage furniture proposal unit 116 searches the customer-related data storage unit 104, the new address data storage unit 106, and the storage statistics data storage unit 108, and stores them in these database servers 104, 106, and 108. Based on the customer-related data, the new address data and the storage statistics data, the types and arrangements of the storage furniture are proposed.

  Specifically, the storage furniture proposal unit 116 is owned by the customer before moving while searching the data group stored in the customer-related data storage unit 104, the destination data storage unit 106, and the storage statistics data storage unit 108. A plan to continue using storage furniture that has been used, a purchase plan to purchase suitable storage furniture from a third party at a new location, and a design plan to design and manufacture suitable storage furniture by a third party Suggest at least one. At that time, when the storage furniture proposal unit 116 proposes a purchase plan or a design plan, the product information and product price of the storage furniture of the sales destination obtained from the communication unit 126 via the Internet 128, and a suitable storage furniture It also provides information such as design estimate price information for manufacturers who design outsourced products. In addition, the storage furniture proposal unit 116 searches the data group stored in the customer-related data storage unit 104, the new address data storage unit 106, and the storage statistics data storage unit 108, and continues usage plans, purchase plans, and designs. We also propose a storage plan for belongings when each of the storage furniture related to the plan is used. For this reason, the storage furniture which respond | corresponds to a customer's needs as a storage furniture in a new address can be proposed, and the storage plan in the new address using the said storage furniture can be proposed. In the present specification, “suitable storage furniture” refers to storage furniture having a storage capacity necessary to store at least the difference capacity calculated by the difference capacity calculation unit 114.

  The input unit 102 has a function of appropriately operating when a predetermined command is input to the CPU 110 such as a keyboard, a mouse, or a touch panel serving as a data input device. Further, in the present embodiment, the input unit 102 is necessary for creating a storage design plan 10 such as storage advice for customers based on at least customer-related data, moving destination data, storage statistics data, and storage design data. It is used when inputting various data, advice, comments, etc. That is, the input unit 102 retrieves various data stored in the customer-related data storage unit 104, the new address data storage unit 106, and the storage statistics data storage unit 108, or searches from these database servers 104, 106, and 108. It is used when the storage design plan 10 is created and storage advice is input.

  The output unit 120 has a function of outputting storage design plan data created by inputting storage advice into storage design data. In the present embodiment, as the output unit 120, when the storage design plan 10 is created, a display unit 122 that displays various data as image data on the screen, and the created storage design plan 10 is printed on a paper medium and output. And a printer 124. In the present embodiment, the data related to the storage design plan 10 is printed on a paper medium and then transferred to the minimum required customer, so that the data related to the storage design plan 10 can be imitated or stolen by a third party. Is to be minimized. That is, when data related to the storage design plan 10 is passed as a data file, the original data of the storage design plan 10 is stolen from the data file, and there is a risk that the business using the storage design plan 10 is easily imitated. is there. For this reason, in this embodiment, in order to reduce the risk as much as possible, when the storage design plan 10 is provided to the customer, the storage design plan 10 printed on a paper medium is handed over.

  As described above, the storage design plan creation system 100 according to the present embodiment divides the storage plan by the existing storage unit and the storage plan by the storage furniture to be installed in the room into each room, and stores the stored property and its storage. Systematization of the storage design plan 10 that summarizes appropriate advice on the system has been made efficient. In other words, the storage design plan creation system of the present embodiment systematizes the proposal work to provide a storage plan related to the storage design plan necessary for securing a more comfortable living space at the new location, and thereby the customer needs It is possible to efficiently execute storage proposals that satisfy the requirements more reliably and without leaks.

  Next, a storage design plan creation method by the storage design plan creation system of this embodiment will be described with reference to the drawings. FIG. 6 is a diagram showing a flow of a storage design plan creation method according to an embodiment of the present invention.

  The storage design plan creation system 100 according to the present embodiment systematizes the creation of the storage design plan 10 that describes the storage design plan of the customer's move-in destination, thereby achieving high quality that satisfies customer needs more reliably. The storage design plan 10 in which storage proposals without leakage are described can be efficiently created.

  In this embodiment, first, customer-related data including at least customer family information and property information related to the customer's property before moving is extracted from the customer (customer-related data extraction step S10). Specifically, the user visits a residence before the customer moves and extracts the customer's family information and the customer's property information while hearing. At that time, while checking the storage state of the property stored in the storage unit such as the pushing-in of each room and the drawer of the chest in the residence before moving, we also extract the problems of the storage status of the customer, etc. Depending on the situation, the photograph data is also utilized when taking a picture of the storage state of the property in the storage unit and creating a storage design plan 10 in which a more suitable storage plan is generated.

  Next, the customer-related data extracted in the customer-related data extraction step S10 is input as a database for each customer (customer-related data input step S11). In the present embodiment, the customer-related data is converted into a database for each customer and input to the customer-related data storage unit 104 via the input unit 102.

  After that, at least the floor plan of the new address and the new address data including the data of the storage unit existing at the new address are converted into a database for each customer and input (relocation data input step S12). In the present embodiment, the move destination data is converted into a database for each customer and input to the move destination data storage unit 106 via the input unit 102. In addition, although the customer related data input process S11 precedes the order of the customer related data input process S11 and the new address data input process S12, the order may be reversed.

  After the customer-related data and the new address data have been entered, the computer performs a calculation process based on the storage statistical data regarding the storage capacity required for each household, including the customer-related data, the new address data, and the customer-related data of the past customers. Thus, suitable storage design data at the new location is obtained (calculation step S13). Details of various calculation processes in the calculation step S13 will be described later.

  Next, storage advice for the customer is input based on the storage design data obtained in the calculation step S13 (advice input step S14). Specifically, the property to be stored in each room at the new location, suitable methods and ideas for storage, advice for the property that is expected to increase in the future, and other ways to make the living space comfortable for customers Storage advice and the like are input from the input unit 102.

  When the storage advice is input to the storage design data and the storage design plan is completed, the data of the storage design plan is output (data output step S15). Specifically, the storage design plan data is displayed on the display unit 122 and used to check the description, or the storage design plan 10 is printed on a paper medium and output by the printer 124. In the present embodiment, in order to reduce the risk of imitation or theft by the third party of data related to the storage design plan 10, the storage design plan 10 must be printed on a paper medium and delivered to the customer. Yes.

  Next, details of the calculation process in the storage design plan creation method by the storage design plan creation system of the present embodiment will be described with reference to the drawings. FIG. 7 is a diagram showing details of the flow of calculation steps included in the storage design plan creation method according to one embodiment of the present invention.

  In the calculation step S13 in the storage design plan creation method of the present embodiment, first, a required storage capacity, which is a capacity required for storing customer property, is obtained (required storage capacity calculation step S131). In the present embodiment, the storage capacity calculation unit 112 searches the customer-related data storage unit 104, and the storage-required capacity at the new location from the property information included in the customer-related data stored in the customer-related data storage unit 104. Is calculated.

  Next, it is determined whether or not there is an existing storage unit at the new location (storage unit presence / absence determination step S132). In the present embodiment, the determination unit 115 searches the new address data storage unit 106 and determines the presence or absence of an existing storage unit from the floor plan included in the new address data stored in the new address data storage unit 106. . In the storage unit presence / absence determination step S132, if it is determined that there is no existing storage unit at the new location, it is determined that it is not necessary to generate a storage plan for the existing storage unit, so the subsequent steps S133 to S133 are performed. Step S136 is skipped, and the process proceeds to a storage furniture installation region selection step S137.

  If it is determined that there is an existing storage unit at the new location, the capacity that can be stored in the existing storage unit at the new location is calculated (storage capacity calculation step S133). In the present embodiment, the storage capacity calculation unit 112 searches the new address data storage unit 106, and stores information about existing storage units included in the new address data stored in the new address data storage unit 106. The storage capacity is calculated for each existing storage unit.

  Next, a storage plan for an existing storage unit is generated in each room at the new location (storage unit plan generation step S134). In this embodiment, the storage unit plan generation unit 111 searches the customer related data storage unit 104, the new address data storage unit 106, and the storage statistical data storage unit 108, and stores the customer stored in the customer related data storage unit 104. Based on the related data, the existing storage unit information included in the moving destination data stored in the moving destination data storage unit 106, and the storage statistical data stored in the storage statistical data storage unit 108, the customer's needs are satisfied. A storage plan for an existing storage unit at a new address is generated.

  Thereafter, the storage capacity calculated by the storage capacity calculation unit 112 is compared with the storable capacity (storage capacity comparison step S135), and storage is necessary when the storage capacity is larger than the storage capacity comparison unit. The difference capacity between the capacity and the capacity that can be stored is calculated (difference capacity calculation step S136). In the storage capacity comparison step S135, if it is determined that the storage capacity is larger, it is determined that there is no need to newly install storage furniture, so the subsequent steps S136 to S138 are skipped. The process proceeds to the advice input process S14.

  Next, an area for installing storage furniture for storing the remaining belongings that cannot be stored in the existing storage unit is selected from the size of the differential capacity (storage furniture installation area selection step S137). In the present embodiment, the determination unit 115 searches the new address data storage unit 106 and can install the storage furniture from the floor plan information included in the new address data stored in the new address data storage unit 106. A candidate for a storage furniture installation area and a suitable storage furniture to be installed are selected while determining whether there is a large space.

  If the area | region which installs storage furniture is selected, next, the kind and arrangement | positioning of the storage furniture provided in a new address will be proposed based on at least customer related data, difference capacity data, and floor plan (storage furniture proposal process S138). In the present embodiment, as described above, when the storage furniture proposal unit 116 proposes the type and arrangement of the storage furniture, the continuous use plan that uses the storage furniture owned by the customer before moving, At least one of a purchase plan for purchasing suitable storage furniture from a third party and a design plan for designing a suitable storage furniture to be manufactured by a third party is proposed. At that time, the storage furniture proposal unit 116 also proposes a storage plan for possessed items when each of the storage furniture related to the continuous use plan, the purchase plan, and the design plan is used.

  As described above, in the present embodiment, based on the customer-related data, the new address data, and the storage statistics data, the storage plan by the existing storage unit and the storage plan by the storage furniture can be designed in consideration of the installation space of the storage furniture. . For this reason, it is possible to efficiently execute a high-quality, leak-free storage proposal that more reliably satisfies customer needs. In addition, by efficiently creating a storage design plan that describes the high-quality, leak-free storage proposal, it is possible to improve the efficiency of storage advisory work using the storage design plan and to improve the quality of the operation. Can also be increased.

(Second Embodiment)
Next, the configuration of the storage design plan creation system according to the second embodiment of the present invention will be described with reference to the drawings. FIG. 8 is a block diagram showing the overall configuration of a storage design plan creation system according to another embodiment of the present invention.

  The storage design plan creation system 200 according to the present embodiment further includes a storage suitability diagnosis unit 218 for diagnosing the storage status in the residence before the customer moves to the CPU 210, and uses the storage status diagnosis data to show FIGS. The storage suitability diagnosis sheets 20 and 21 as shown in FIG. 6 are created, and the storage design plan document 10 is created using the storage suitability diagnosis sheets 20 and 21. As shown in FIG. 9, the storage suitability certificates 20, 21 are prepared for each room of the customer before moving, as shown in FIG. 10, or as shown in FIG. Some have been created in total based on statistical data. The storage suitability certificates 20, 21 calculate the amount of stored items in each room of the residence before moving for each item, and compare it with the average number of each item in the storage statistics data to determine the appropriateness of the amount. In addition, the diagnosis result of the storage status is displayed in a graph or a table, and advice for solving a problem with the diagnosis result is described.

  As in the first embodiment, the storage design plan creation system 200 according to the present embodiment accesses a database server having a database in which a user's computer stores customer-related data, new address data, and storage statistics data. Develop storage plans that meet customer needs while performing search processing.

As shown in FIG. 8, the storage design plan creation system 200 according to the present embodiment includes a customer-related data storage unit 204, a new address data storage unit 206, a storage statistical data storage unit 208, and a CPU (Central Processing Unit). 210, an input unit 202, an output unit 220, a communication unit 226, a ROM 230, a RAM 232, and an HDD 234. The components included in these storage design plan creation system 200 are electrically connected to each other via a system bus 236. Therefore, the CPU 210 accesses the customer-related data storage unit 204, the moving-destination data storage unit 206, the storage statistics data storage unit 208, the ROM 230, the RAM 232, and the HDD 234, grasps the operation state for the input unit 202, and stores the data for the output unit 220. Output, transmission / reception of various information to / from the Internet 228 via the communication unit 226 can be performed.

  The customer related data storage unit 204 is a database server that stores customer related data including at least customer family information and property information related to customer property before moving into a database for each customer. The customer-related data is various data such as family information and property information extracted from the customer when the user visits and listens to the customer's residence before moving. In the present embodiment, as in the first embodiment, at least information on the family members of the customer, occupation / identity information of the family members, hobby information, and schedule information are stored as family information.

  The customer related data storage unit 204 stores, as customer related data, property information such as the type and quantity of property owned by each of the customer's family members, storage location, and the like in a database. In the present embodiment, the customer-related data storage unit 204 divides the possessed items owned by each of the customer's family members into large items and small items as the possessed information, and the respective quantities, storage locations, and other special notes. Is organized in a table for each family member. These property information is utilized when calculating the storage capacity required for storing the property held by the customer. The customer related data storage unit 204 also stores, as property information, photo data such as the storage state of customer property before moving, so that a more suitable storage plan at the new location can be formulated. This is utilized when the storage design plan 10 is created by extracting the problems of the storage status while referring to the photo data. Further, in the present embodiment, customer related data stored in the customer related data storage unit 204 is also used for diagnosis of customer storage status before moving.

  The moving-destination data storage unit 206 is a database server that stores at least the floor plan of the moving-destination and the moving-destination data including the data of the storage unit existing at the moving-destination for each customer. The moving-destination data storage unit 206 stores a floor plan received from a customer and existing storage unit information that can be read from the floor plan. In the present embodiment, the information of the storage units that are already installed in each room is stored in the moving destination data storage unit 206 as moving destination data.

  The storage statistical data storage unit 208 is a database server that stores storage statistical data relating to the storage required capacity in each home including at least past customer related data in a database. In the present embodiment, the storage statistics data storage unit 208 stores Japanese customer-related data stored in the past and household average data held by the Japan Storage Planner Association (generation, sex, family composition, etc.). The storage statistical data necessary for calculating the required storage capacity in each household including the possession amount of the possessed property and the like is stored. Specifically, the storage statistics data storage unit 208 stores, as storage statistics data, for example, several hundred pieces of customer-related data related to these past customers and house property data held by the Japan Storage Planner Association. Yes. It should be noted that these storage statistical data increase as data accumulation increases.

  As described above, in the present embodiment, when a suitable storage design plan that meets customer needs is established, the database servers 204, 206, and 208 having databases that store customer-related data, address data, and storage statistics data are accessed. Thus, it is possible to formulate a more suitable storage plan that meets customer needs while performing search processing on a computer. In the present embodiment, the customer related data storage unit 204 and the storage statistical data storage unit 208 serving as a database server are searched, and a computer is operated based on the customer related data and the storage statistical data to move the customer. It is possible to diagnose the previous storage situation. In addition, in order to prevent the leakage of customer personal information and the misuse of various data related to the storage design plan, these database servers 204, 206, and 208 are configured so that a password must be entered at the time of access. Access restrictions to third parties.

  The CPU 210 controls operations of various components included in the storage design plan creation system 200 in accordance with programs stored in the ROM 230 or the HDD 234. The CPU 210 appropriately stores necessary data in the RAM 232 when executing these various processes. Further, the CPU 210 functions as a calculation unit that performs calculation processing with a computer based on the customer-related data, the move-destination data, and the storage statistics data, and obtains suitable storage design data at the customer's move-destination. In the present embodiment, the CPU 210 also functions as a calculation unit that performs calculation processing with a computer based on the customer-related data and the storage statistics data, and diagnoses the storage status in the residence before the customer moves. In the present embodiment, the CPU 210 includes a storage unit plan generation unit 211, a storage capacity calculation unit 212, a storage capacity comparison unit 213, a differential capacity calculation unit 214, a determination unit 215, a storage furniture proposal unit 216, and A storage suitability diagnosis unit 218.

  The storage unit plan generation unit 211 generates a storage plan for an existing storage unit at the new location. Specifically, for example, when there is an existing walk-in closet at the new location, the belongings such as clothing to be stored in the walk-in closet are selected from the customer's property information, and suitable clothing such as the clothing is selected. Develop a storage plan. At that time, from the height of the family member who uses the walk-in closet with the family information stored in the customer-related data storage unit 204, the height of the bar for hanging the clothes to make the family member easier to use. The storage design advice is given so that becomes a suitable value. That is, when formulating a storage plan for an existing storage unit, a storage plan that is more suitable for the customer is generated while searching for a data group stored in the customer-related data storage unit 204 or storage statistical data storage unit 208. .

  The storage capacity calculation unit 212 calculates the storage capacity required for the customer's property and the storage capacity of the storage unit already installed at the new location. Specifically, the storage capacity calculation unit 212 needs to store the property information included in the customer related data stored in the customer related data storage unit 204 and the storage statistical data stored in the storage statistical data storage unit 208. The capacity is calculated, and the storable capacity is calculated from the existing storage unit information included in the moving destination data stored in the moving destination data storage unit 206 and the storage statistical data stored in the storage statistical data storage unit 208.

  The storage capacity comparison unit 213 compares the required storage capacity and the storable capacity calculated by the storage capacity calculation unit 212 for each room where the existing storage unit is located. If the storage capacity comparison unit 213 has a larger storable capacity, the determination unit 215 determines that all storage of the possessed property is stored in the existing storage unit in time, so Therefore, a suitable storage plan is generated by the storage unit plan generation unit 211 so that it is not necessary to install extra storage furniture. On the other hand, if the required storage capacity is larger, the determination unit 215 determines that all the storage of the possessed property is not in time for storage in the existing storage unit, so that it can be stored in the existing storage unit. The storage furniture proposal unit 216 formulates the type and arrangement of storage furniture for storing non-owned property and the storage plan of the property in the storage furniture.

  The difference capacity calculation unit 214 calculates the difference capacity between the required storage capacity and the storable capacity for each room where the existing storage unit is located when the required storage capacity is larger than the storage capacity comparison unit. By determining the difference capacity by the difference capacity calculation unit 214, the storage capacity of the storage furniture necessary for storing the belongings for the difference capacity is determined. Therefore, a suitable storage furniture to be provided at the new address is selected. Can be used for

  The determination unit 215 performs determination processing when performing various processing performed by the CPU 210. Specifically, the storage capacity comparison unit 213 determines whether or not it is necessary to install storage furniture in a room where the existing storage unit is located, based on the comparison result between the storage required capacity and the storage capacity. The storage capacity of the storage furniture to be installed in the room is determined from the difference capacity, or the candidate of the installation area in which the storage furniture can be installed and the suitable storage furniture to be installed are selected from the floor plan of the moving destination. Specifically, the determination unit 215 searches the data group stored in the various calculation results in the CPU 210, the customer-related data storage unit 204, the moving-destination data storage unit 206, and the storage statistics data storage unit 208. Process. In this way, it is possible to formulate a storage plan that takes into account the installation space for storage furniture.

  The storage furniture proposal unit 216 proposes the type and arrangement of the storage furniture provided at the new address based on at least the customer-related data, the difference capacity data, and the floor plan of the new address. In this embodiment, the storage furniture proposal unit 216 searches the customer-related data storage unit 204, the new address data storage unit 206, and the storage statistics data storage unit 208 and stores them in these database servers 204, 206, 208. Based on the customer-related data, the new address data and the storage statistics data, the types and arrangements of the storage furniture are proposed.

  Specifically, the storage furniture proposal unit 216 searches the data group stored in the customer-related data storage unit 204, the destination data storage unit 206, and the storage statistics data storage unit 208, and is owned by the customer before moving. A plan to continue using storage furniture that has been used, a purchase plan to purchase suitable storage furniture from a third party at a new location, and a design plan to design and manufacture suitable storage furniture by a third party Suggest at least one. At that time, when the storage furniture proposal unit 216 proposes a purchase plan or a design plan, the product information and the product price of the storage furniture of the sales destination obtained from the communication unit 226 via the Internet 228, a suitable storage furniture It also provides information such as design estimate price information for manufacturers who design outsourced products. In addition, the storage furniture proposal unit 216 searches the data group stored in the customer-related data storage unit 104, the new address data storage unit 106, and the storage statistics data storage unit 108, and continues usage plans, purchase plans, and designs. We also propose a storage plan for belongings when each of the storage furniture related to the plan is used. For this reason, the storage furniture which respond | corresponds to a customer's needs as a storage furniture in a new address can be proposed, and the storage plan in the new address using the said storage furniture can be proposed.

  The storage appropriateness diagnosis unit 218 performs a calculation process with a computer based on at least the customer-related data and the storage statistical data, and diagnoses the storage state before the customer moves. In the present embodiment, the storage appropriateness diagnosis unit 218 searches the customer related data storage unit 204 and the storage statistical data storage unit 208, and based on the customer related data and storage statistical data stored in these database servers 204 and 208. Thus, it is possible to extract the problems and problems of the storage status of the customer's property in the residence before moving and collect it into data.

  The input unit 202 has a function to be appropriately operated when a predetermined command is input to the CPU 210 such as a keyboard, a mouse, or a touch panel serving as a data input device. In the present embodiment, the input unit 202 is used when inputting storage advice for a customer based on at least customer-related data, move-to data, storage statistics data, and storage design data. That is, the input unit 202 searches the database servers 204, 206, and 208 when inputting various data stored in the customer-related data storage unit 204, the new address data storage unit 206, and the storage statistics data storage unit 208. It is used when the storage design plan 10 is created and storage advice is input.

  The output unit 220 has a function of outputting storage design plan data created by inputting storage advice into storage design data. Further, in the present embodiment, the output unit 220 prints and outputs the storage suitability diagnosis forms 20 and 21 in which the customer's storage status diagnosed by the storage suitability diagnosis unit 218 and comments on the storage status are described on a paper medium. It also has a function to In the present embodiment, as in the first embodiment, when the storage design plan 10 and the storage suitability diagnosis sheets 20 and 21 are created as the output unit 220, various types of data are displayed on the screen as image data. And a printer 224 that prints and outputs the created storage design plan 10 and storage suitability diagnosis sheets 20 and 21 on a paper medium. In the present embodiment, the storage design plan 10 and the storage suitability diagnosis forms 20 and 21 are printed on a paper medium and then passed to the minimum required customer. The risk of imitation or theft by a third party of data related to 20, 21 is minimized.

  As described above, the storage design plan creation system 200 according to the present embodiment divides the storage plan by the existing storage unit and the storage plan by the storage furniture to be installed in the room into each room, and stores the stored property and its storage. Systematization of the storage design plan 10 that summarizes appropriate advice on the system has been made efficient. In other words, the storage design plan creation system of the present embodiment systematizes the proposal work to provide a storage plan related to the storage design plan necessary for securing a more comfortable living space at the new location, and thereby the customer needs It is possible to efficiently execute storage proposals that satisfy the requirements more reliably and without leaks.

  Moreover, in this embodiment, the storage appropriateness diagnostics 20 and 21 which collected the result of having diagnosed the storage condition of the property in the residence before a customer's move, the advice with respect to the problem of the said diagnosis condition, etc. are produced, and the said storage The storage design plan 10 is created using the data of the appropriate medical certificates 20 and 21. For this reason, it is possible to inform the customer before the move of the storage status through the storage suitability diagnosis forms 20 and 21, so that the customer can use it for the formulation of the storage plan at the new location and make a more suitable storage design plan. You can do it.

  Next, a storage design plan creation method by the storage design plan creation system of this embodiment will be described with reference to the drawings. FIG. 11 is a diagram showing a flow of a storage design plan creation method according to another embodiment of the present invention.

  The storage design plan creation system 200 according to the present embodiment systematizes the creation of the storage design plan 10 that describes the storage design plan of the customer's move-in destination, thereby achieving high quality that satisfies the customer needs more reliably. The storage design plan 10 in which storage proposals without leakage are described can be efficiently created. Further, in the present embodiment, before the calculation step S24, a storage suitability diagnosis step S24 for performing a calculation process with a computer based on at least the customer-related data and the storage statistics data and diagnosing the storage state before the customer moves is further provided. It is characterized by including.

  In the present embodiment, first, customer-related data including at least customer family information and property information related to the customer's property before moving is extracted from the customer (customer-related data extraction step S20). Specifically, the user visits a residence before the customer moves and extracts the customer's family information and the customer's property information while hearing. At that time, while checking the storage state of the property stored in the storage unit such as the pushing-in of each room and the drawer of the chest in the residence before moving, we also extract the problems of the storage status of the customer, etc. Depending on the situation, the photograph data is also utilized when taking a picture of the storage state of the property in the storage unit and creating a storage design plan 10 in which a more suitable storage plan is generated.

  Next, the customer-related data extracted in the customer-related data extraction step S10 is entered into a database for each customer and input (customer-related data input step S21). In the present embodiment, the customer related data is converted into a database for each customer and input to the customer related data storage unit 204 via the input unit 202.

  After that, at least the floor plan of the new address and the new address data including the data of the storage unit existing at the new address are converted into a database for each customer and input (relocation data input step S22). In the present embodiment, the move destination data is converted into a database for each customer and input to the move destination data storage unit 206 via the input unit 202. The customer-related data input step S21 and the new address data input step S22 are preceded by the customer-related data input step S21, but the order may be reversed.

  Next, calculation processing is performed by a computer based on at least the customer related data and the storage statistical data, and the storage appropriateness diagnosis sheets 20 and 21 describing the storage state diagnosis result before the customer's moving are created (storage appropriateness diagnosis step). S24). In the present embodiment, the storage appropriateness diagnosis unit 218 searches the customer related data storage unit 204 and the storage statistical data storage unit 208, and based on the customer related data and storage statistical data stored in these database servers 204 and 208. Thus, problems and problems of the storage status of the customer's property in the residence before moving are extracted, and output data of the storage suitability diagnosis sheets 20 and 21 in which the extracted data and the like are collected is created.

  Thus, in this embodiment, since the appropriate state of the storage situation can be notified to the customer before moving through the storage appropriateness certificate, the customer can utilize it for the formulation of the storage plan at the new location. That is, in addition to the customer-related data and storage statistics data being used by the user for creating the storage design plan 10 and the like, the customer can also be used for the storage plan at the new location to prepare for the move. .

  After the customer-related data and the new address data have been entered, the computer performs a calculation process based on the storage statistical data regarding the storage capacity required for each household, including the customer-related data, the new address data, and the customer-related data of the past customers. Thus, suitable storage design data at the new location is obtained (calculation step S24). The details of the various calculation processes in the calculation step S24 are the same as those in the first embodiment, and a description thereof will be omitted.

  Next, storage advice for the customer is input based on the storage design data obtained in the calculation step S24 (advice input step S25). Specifically, the property to be stored in each room at the new location, suitable methods and ideas for storage, advice for the property that is expected to increase in the future, and other ways to make the living space comfortable for customers Storage advice and the like are entered by inputting from the input unit 202.

  When the storage advice is input to the storage design data and the storage design plan is completed, the data of the storage design plan is output (data output step S26). Specifically, the storage design plan data is displayed on the display unit 222 and used for confirmation of the description contents, or the storage design plan 10 is printed on a paper medium and output by the printer 224. In the present embodiment, in order to reduce the risk of imitation or theft by the third party of data related to the storage design plan 10, the storage design plan 10 must be printed on a paper medium and delivered to the customer. Yes.

  Although each embodiment of the present invention has been described in detail as described above, it is easily understood by those skilled in the art that many modifications can be made without departing from the novel matters and effects of the present invention. It will be possible. Therefore, all such modifications are included in the scope of the present invention.

  For example, a term described with a different term having a broader meaning or the same meaning at least once in the specification or the drawings can be replaced with the different term in any part of the specification or the drawings. Further, the configuration and operation of the storage design plan creation system are not limited to those described in the embodiments of the present invention, and various modifications can be made.

10 storage design plan, 20, 21 storage suitability diagnosis, 100, 200 storage design plan creation system, 102, 202 input unit, 104, 204 customer-related data storage unit, 106, 206 new address data storage unit, 108, 208 Storage statistics data storage unit, 110, 210 CPU (calculation unit), 111, 211 Storage plan generation unit, 112, 212 Storage capacity calculation unit, 113, 213 Storage capacity comparison unit, 114, 214 Difference capacity calculation unit, 115, 215 determination unit, 116, 216 storage furniture proposal unit, 120, 220 output unit, 122, 222 display unit, 124, 224 printer, 126, 226 communication unit, 128, 228 Internet, 130, 230 ROM, 132, 232 RAM, 134, 234 HDD, 136, 236 System bus, 218 Suitable for storage Cross section,
S10, S20 Customer related data extraction process, S11, S21 Customer related data input process, S12, S22 Moving address data input process, S13, S24 calculation process, S14, S25 Advice input process, S15, S26 Data output process, S23 Diagnosis step, S131 required storage capacity calculation step, S132 storage unit presence / absence determination step, S133 storage capacity calculation step, S134 storage unit plan generation step, S135 storage capacity comparison step, S136 difference capacity calculation step, S137 storage furniture installation area selection step , S138 Storage furniture proposal process

Claims (5)

A storage design plan creation system for creating a storage design plan that describes a storage plan of a customer's new address,
A customer related data storage unit for storing customer related data including at least family information of the customer and property information on the property of the customer before moving into a database for each customer;
A destination data storage unit that stores at least the floor plan of the moving destination and the moving destination data including the data of an existing storage unit in the moving destination as a database for each customer; and
A storage statistics data storage unit that stores storage statistics data relating to storage required capacity in each household including at least the customer related data of past customers in a database, and
A calculation unit that calculates the storage design data at the new location by performing calculation processing on a computer based on the customer related data, the new location data, and the storage statistical data;
An input unit for inputting storage advice for the customer based on at least the customer related data, the move destination data, the storage statistical data, and the storage design data;
An output unit for outputting storage design plan data created by inputting the storage advice into the storage design data; and
The computing unit is
A storage unit plan generation unit for generating a storage plan of the storage unit;
A storage capacity calculation unit that calculates a storage capacity required for the customer's possession and a storage capacity of the storage unit that is already installed at the new location;
A storage capacity comparison unit that compares the storage capacity and the storage capacity;
A difference capacity calculation unit that calculates a difference capacity between the storage required capacity and the storable capacity when the storage required capacity is larger than the storage capacity comparison unit;
A storage design plan creation comprising: at least the customer-related data, the difference capacity data, and a storage furniture proposal unit that proposes the type and arrangement of storage furniture to be provided at the new location based on the floor plan system.   The customer-related data storage unit stores at least information of family members of the customer, occupation / identity information of each family member, hobby information, and schedule information as the family information of the customer-related data. The storage design plan creation system according to claim 1.   When the storage furniture proposal unit proposes the type and arrangement of the storage furniture, the storage furniture proposal unit continues to use the storage furniture owned by the customer before the move. 3. A proposal for purchasing a new storage furniture from a third party and a design proposal for designing the preferred storage furniture to be manufactured by a third party are proposed. The storage design plan creation system described in 1.   The storage design plan creation system according to any one of claims 1 to 3, wherein the output unit outputs the storage design plan by printing it on a paper medium. The calculation unit further includes a storage suitability diagnosis unit that performs a calculation process on a computer based on at least the customer-related data and the storage statistical data, and diagnoses a storage situation before the customer moves,
The output unit prints and outputs on a paper medium a storage suitability diagnosis document in which the storage status of the customer diagnosed by the storage suitability diagnosis unit and a comment on the storage status are described. 4. The storage design plan creation system according to 4.