JP2002024641A - Ordering/delivering method for specification change of apparatus - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve such problems that conventional specification change by a user is complicated work causing more confusion if the number of items increases and thus cannot deal with a remodeling requiring new components, and specification change of an apparatus desired by the user is individual and thus has not been able to be dealt by a large factory. SOLUTION: The ordering/delivering method for apparatus specification change comprises a transmitting step of received information of apparatus remodeling information to a plurality of users using a network communication, an estimating step of number of apparatuses to be remodeled, number of additional components, and schedule of the factory based on remodeling intention returned from the user, a confirming step of remodeling cost and a schedule from the user, and a specifying step of conveying dates for recovering and returning the apparatuses.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an order delivery method for changing a device having standard specifications on sale to a specification having more individuality and functions according to the user's preference.

[0002]

2. Description of the Related Art In general, when pursuing the technology of mass production, there is a tendency that only products with specifications that provide a degree of satisfaction of 80% for users of the greatest common divisor are sold. It is because mass production is not expected if it is made for special users, and the remaining 20% functions are
This is because it is difficult for many users to understand, and the specifications tend to be complicated.

[0003] When only such popular products are sold and the market is occupied, users who attach importance to their own specification and users who desire more elaborate usage are required.
You lose your will to buy. In addition, even during the use of ordinary users, there has been a desire for a more different usage.

[0004] For example, when the device is a camera,
Japanese Patent Application Laid-Open No.
Japanese Patent No. 37997 discloses a technique in which a user can change an initial setting mode of a camera according to a situation according to his / her preference. This allows the shooting conditions at that time to be stored as a new initial setting mode in conjunction with the operation of the power switch. Next, when the power switch is turned on, the new initial setting mode is set. That is, the function that the photographing condition preferred by the user is set as the initial setting mode.

Japanese Patent Application Laid-Open No. 10-78618 discloses that image data subjected to image processing according to the user's preference is transmitted to a print finishing company by using network communication, for example, electronic mail. The print finishing company discloses an order delivery method and system for digital prints in which a printer is used to print out according to the size and number of orders and delivers those prints to a user.

[0006]

SUMMARY OF THE INVENTION The aforementioned Japanese Patent Application Laid-Open No.
There is a limitation on the items that can be set by the user in the photographing conditions in 337997, and if the setting clauses are increased without any restriction, the setting may be changed to a complicated operation, which may cause confusion. Also, it was not possible to cope with a modification that required new parts.

[0007] When network communication is used for transmitting image-processed image data disclosed in Japanese Patent Application Laid-Open No. 10-78618, it is necessary to go to a DP reception shop twice for processing request and reception as in the related art. Was required, but it became possible to receive prints without having to go there. However, high-quality image data tends to have a large capacity, and the communication time will be long, and the cost of communication will be added to the print price, which may result in a much higher cost than before. There is. Further, such image data communication is not intended for a change in device specifications.

[0008] In many cases, the specification change of the equipment desired by the user is an individual request, and when a large factory responds, the change procedure and the work process such as part production and assembly necessary for the remodeling are performed. It required enormous schedules and costs, including estimates and labor costs.

Therefore, the present invention effectively provides network equipment, statistical processing by a computer, a transportation system, and the like in accordance with the needs of individual users, while providing base equipment to users at low cost by mass production technology. Utilizing it to provide a method for ordering and delivering device specification changes that enables services such as the addition and change of individual specifications at a low cost and in a short period of time, by making the change procedure and work process faster and simpler. Aim.

[0010]

According to the present invention, in order to achieve the above object, first, a transmitting step for transmitting reception information of a device remodeling specification to a plurality of users, and a remodeling intention returned from the user. From the estimation step of estimating the quantity of equipment to be remodeled, the number of additional parts, and the factory schedule, confirming the remodeling cost and the schedule to the user according to the estimation step, and designating a delivery date for collection and return of the equipment. Provided is an order delivery method for changing the specifications of a device, which comprises a designated step. Further, the transmitting step,
The communication of the user's intention to remodel and the confirmation to the user uses network communication. Further, a recognizable mark can be attached to the exterior of the modified device. The modification specification includes a plurality of specifications that can be selected and combined, and the estimating step sets a priority according to a parts procurement or modification process among the plurality of specifications based on the user's intention. The reception information of the remodeling specification is created in advance in response to a request from the user, and is selected and notified according to the feasibility of the request.

[0011] Such an order delivery method is to grasp the number of users requesting similar specification change and budget for equipment with widely used specifications, and to use a method and schedule according to that. A change proposal on a scale can be presented, and a remodeling operation with little burden on the manufacturer and the user can be performed. As a result, the period during which the user leaves the manufacturer without using the device for the modification can be shortened. In addition, when selling products equipped with new technology on the manufacturer side, after purchasing equipment with popular standard specifications that avoid the risks, it becomes possible to respond to changes in user's favorite specifications, and new technologies can be further reduced Will be offered to the market for modification.

[0012]

Embodiments of the present invention will be described below in detail with reference to the drawings.

Referring to FIG. 1, the concept of a system according to a first embodiment for realizing an order delivery method for changing specifications of a device according to the present invention will be described. In the present embodiment, a camera will be described as an example of a device.

This system is roughly divided into a home 2 of a plurality of users 3 having a personal computer (hereinafter referred to as a personal computer) 1 having a network communication function.
And a specification change unit 5 provided in a factory (or service office) for remodeling a camera (equipment) 4 owned by the user 3, a transport mechanism 6 for transporting the camera 4, and remodeling of the camera 4 It is composed of a communication network 7 for communicating requests and specification change data.

The personal computer 1 on the home 2 side of the user 3 is used to create specification data reflecting the user's intention for the specification change of the camera 4 notified by the specification change section 5. The created specification change data and remodeling order are
It is connected to the communication network 7 via the modem 8 and transmitted to the specification change unit 5. Of course, a plurality of users 3 can access the specification change unit 5 via the communication network.

On the side of the specification change section 5, a personal computer 10 for receiving a camera remodeling order and specification data from the user 3 transmitted via the modem 9 connected to the communication network 7 is arranged. 11 corresponds.

The specification change section 5 includes a parts manufacturing section 12 for manufacturing parts for changing specifications, a specification change line 13 for assembling and remodeling parts, and a camera having changed specifications. An exterior seal unit 14 for pasting the remodeled mark 15 for discrimination so as to be visually recognized, and a receiving / sending unit 16 for exchanging a camera and a price with the user 3 through the transportation 6 are arranged. The sticking of the mark 15 by the exterior stamping section 14 is for recognizing that the camera 4 is different from the standard specification later when the camera 4 is requested to a service station 18 for repair or the like.
If there is no mark, the repair staff may not be able to respond, and it is also to eliminate the possibility of damaging the remodeled part.

Next, with reference to the flowchart shown in FIG. 2, a method of ordering and delivering a device specification change by the system of the first embodiment will be described. First, in the specification change section 5, the user 3 who purchased the camera 4 already sold is
Investigate the market by questionnaire etc. as to what kind of points are dissatisfied or what kind of custom-made specifications are desired, and grasp the parts and specifications to be remodeled in advance (step S1), and newly It is grasped whether the developed technology can be mounted on the current camera, how to mount it, and the like (step S2).

Based on such a survey, the staff 11 prepares a list of changeable specifications and widely transmits information to users by posting them on a homepage or the like through network communication (step S3). A standard tentative price schedule may be included in this list. Also,
Not only notification on the homepage but also user registration using a warranty card or the like may be performed, and an electronic mail may be sent to the corresponding user in a lump to notify the user.

The user 3 who wants to remodel the home 2
While looking at the list of changeable specifications on the personal computer 1, consider what kind of change specification is desired, and if there are multiple change specification proposals, create specific specification change data that describes which to select. It is transmitted to the specification change unit 5. The specification change unit 5 receives specification change data from the user 3 (Step S).
4) The specification change data is totaled by the specification change unit 5 for a certain period, and the items of the specification change and the total number of requests are obtained (steps S5 and S6).

Based on the cumulative result, when the user's priority order is determined (step S7) and parts for changing specifications are required, the cost and delivery date of the parts are confirmed (step S7).
8). That is, the following month, the specification change unit 5 investigates and adjusts the production plan and the operation status of the workers, tools, facilities, and the like,
The priority of the user 3 is determined, including the intention of the user 3.

Based on this information, accurate cost and schedule estimation information is determined (step S9). The information on the determined schedule and cost is transmitted to the user 3. The user 3 who sees it agrees on the change cost and the schedule, and orders a formal remodeling order to the specification changing unit 5 (step S1).
0).

The specification changing unit 5 receiving the formal order instructs the receiving and sending unit 16 to pick up the camera 4 from the user 3 who has ordered through the transportation means 6, receives the camera and the price according to the estimate, and changes the specification changing line. The camera 4 is handed over to the camera 13 (step S11). In addition, about the price,
Instead of using the camera 4 at the same time, the transfer of the camera 4 may be made after the transfer by using an account transfer or an exchange of a financial institution, or the payment may be made by credit through the Internet.

At the same time as receiving the formal order, the specification change unit 5 instructs the parts manufacturing unit 12 about the delivery date and quantity of the parts required for the specification change. If the parts produced by the part manufacturing unit 12 have a limited delivery date, the working method is limited and the cost may be high, and if the parts are molded parts, the mold construction cost is expensive. Depending on the number of molds, the material of the mold and the number of molds vary greatly, and the cost varies.

In consideration of the above, the most suitable means is selected by changing the machining method and the mold design method according to the number of orders from each user 3. If the remodeling can take a long time, small-lot production can be achieved by hand-processing in places with low rates. If the number of parts to be created is large, the mold may be raised to reduce the unit cost of parts.

Next, in the specification change section 5, the component manufacturing section 12
After the necessary parts are obtained from the company, remodeling and parts assembly are performed (step S12). In the camera whose specification has been changed, a mark 15 for discriminating that the specification has been changed in the exterior marking unit 14 is attached, or the change information is stamped (step S13). The camera 4 whose specifications have been changed in this way is supplied to the receiving / shipping unit 16 at the end of processing.
Is shipped together with the instruction manual 18 to the user 3 through the transportation 6 (step S14). In the transportation 6, delivery may be made by a dedicated truck 20, or general home delivery or parcel post may be used.

In addition to simply returning the camera whose specification has been changed to the user 3, the questionnaire survey from the user 3 is continued thereafter (step S).
15) It is checked whether there is any dissatisfaction with the changed specification made this time, and whether there is a portion where the specification should be changed (step S16). By this investigation, the intention of the user 3 for the specification change can be grasped, and reflected in the subsequent specification change, so that it is easy to respond to an accident.

If there is any problem here (YE
S), the camera is taken back and repaired, or the part whose specification has been changed is replaced to return to the original state and returned to the user 3 (step S17). In addition, about the delivery fee,
Since the postage has already been collected from the user 3 together with the remodeling cost, if a predetermined date is reached (step S18), the delivery charge of the transportation is settled by the receiving / shipping unit 16 (step S19).

With such a device, it is possible to rationalize the specification change line, parts production and delivery of the factory. Specification A,
In the case of accepting different changes of B and C, conventionally, a large number of factory lines are prepared as shown in FIG. 8B, so that the equipment and labor costs of the factory increase, and many trucks are prepared. In addition, it took a lot of money to collect and return the camera.
The hatched area indicates the preparation period for the remodeling equipment, but if this is done unplanned, this period will be added for each remodeling.

As described above, if the order delivery method by the system of this embodiment is used, the rationalization as shown in FIG. 3A is possible, and the specification change line of the factory is one line.
In this way, equipment costs, labor costs and transportation costs can be reduced, including the preparation period, synchronized and coordinated with the movement of parts manufacturing and transportation.

That is, the same kind of modification is performed on the same date in order to change the specification, and the schedule is made in consideration of the movement of trucks and parts production. In order to prevent cost increase as much as possible, it was possible to remodel cheaply. The mass-produced movement means, for example, in a series of specification change work as shown in FIG. 4, a remodeling step different for each change, a step other than the function check 2 step, an acceptance procedure, taking out of a shipping package, The function check to check whether the camera is operating correctly and there is no malfunction is based on the assumption that the flow operation is more efficient, and that the packing return procedure (writing the address) in the latter half of the process is the same. It means that it is better to break these into lines and perform simple tasks.

According to the present invention, the same type of remodeling should be performed on the same date as much as possible. Also, due to such streamlined distribution and processing, customization for individual users, which has been difficult in the past, can be performed with high-speed communication and information in the information society. Processing has made it achievable at low cost.

As for the address of the user used for shipping and the like, the staff 11 automatically sends data to the receiving / sending unit 16 when a formal order is received from the user 3, and stamps out necessary address stickers and the like. You may do so.

According to such a system, the inexpensive camera 4 of the standard specification made by the mass production factory 19 is used with more attachment as a camera more suitable for the taste of the user 3.

Next, as a second embodiment, what kind of specification change can be realized by an order delivery method for changing the specification of a device will be described using a camera as an example.

FIGS. 5A and 5B show the camera 31 before the specification is changed, and FIG.
2 shows a closed state, and FIG. 2B shows a state in which the barrier 32 is opened. A photographing lens 34, a distance measuring window 35, a finder 36, and a strobe 37 are arranged on the front side of the body 33 of the camera 31, and other than the strobe 37, the barrier 32 is slid so that it can be covered and protected. ing. Further, on the upper surface side of the body 33, a shutter button 38 and a display unit 39 for displaying information regarding shooting such as the number of shot frames have been provided.

First, as a simple specification change, the standard specification barrier 32 can be replaced with a barrier 40 designed to one's preference. For example, it is possible to remove the standard barrier 32 as shown in FIG. 5C and attach a barrier 40 having a design with a picture. This design also has a preference for each user. During mass production of cameras, unless a female is set as a standard user, a design like a barrier 40 with a floral pattern is hardly accepted by men. There are aspects, and it is rarely adopted.

In other words, if the ratio of users who prefer such a unique design to those who do not like it is uncertain, and if two types are lined up in a store and one of them remains unsold, it will be collected or collected after being produced in large quantities. This is because processing becomes a very big problem. Therefore, products with a safe design that is hard to distinguish between likes and dislikes are lined up at the storefront, and there is a high possibility that individual users will fall into a vicious circle that gradually reduces their willingness to purchase.

In this embodiment, the lineup of such special design barriers is disclosed to the user to receive an order. Therefore, a product that avoids such a problem and appeals to the sensitivity of individual users can be provided. It becomes possible to provide. In addition, since the manufacturing is performed after the number of users who want to change the specifications is accumulated, the manufacturing can be performed in lot units, and it can be realized at a low cost for individual manufacturing.

An example in which the camera of the standard specification shown in FIG. 5A is changed to a camera having a structure in which a solar cell 30 is newly arranged as shown in FIG.

Conventionally, a camera equipped with a solar cell is widely known, but the balance between the restriction that charging cannot be performed without sunlight and the attractiveness of not requiring battery replacement differs depending on the user, and the price is higher than the standard specification. Therefore, it was difficult to become a type of product that would be sold in large quantities by mass production. However, this is a great attraction for a user who takes a picture in a place where it is difficult to obtain a battery or a user who takes a picture only in the daytime. The problem, however, was that you didn't know how many users were buying and their budget.

Therefore, if the present embodiment is used, the manufacturer can directly know the intention and problem from the user in real time through network communication, and can respond promptly at a low price by changing the specification. The advantage is that the camera can be mounted on the camera currently owned without purchasing a new camera equipped with the function.

Further, there is a merit that the manufacturer side does not need to make useless investment that is difficult to judge, and a technology that can directly hit the user without having to make difficult estimates and predictions of the newly developed technology. There are significant innovation benefits.

Since much attention has been paid to selling a large number of products compliant with the majority of users, many products satisfying certain users have disappeared from the market. In the midst of the heyday of compact discs (CDs), there are users who are listening to old SP records while listening to them, and some say that the best sound can be played with the technology at the time of recording the sound source. . For such discerning users, as shown in FIG. 5 (e), it may be possible to attach a skin-applied exterior to metal. As described above, in these embodiments, it is possible to produce products that satisfy users who are particular about exterior design.

Next, as a third embodiment, an example will be described in which the specifications of the internal functions are changed in addition to the change in the appearance of the device (camera).

A display section 39 made up of an LCD is mounted on the upper surface of the camera 31 shown in FIG. 5A, but when the barrier 32 is opened, for example, as shown in FIG.
The number of frames 41 to be shot and the multi-AF mode selection state 42 as shown in FIG.

The multi AF means that a plurality of points 44 on the screen can be correctly focused in the scene shown in FIG. 7 even if the subject 43 does not exist in the center of the screen.
a, 44b, and 44c are distance measuring systems. When such a multi-AF mode is initially set, when the power switch is turned on (the barrier is opened),
Since the multi-AF mode is automatically set, a user-friendly product can be provided to a user who is not used to the camera.

However, when the multi-AF mode is in the standard mode, the user must change the setting each time the user is concerned with focusing. When I took a picture, I was worried that I might not be able to focus on what I wanted to shoot. Therefore, for such a user, the spot AF mode in which focusing can be performed only at the center of the screen is set as the standard mode. If this is set to the standard mode, it is displayed as shown in FIG. 6B when the barrier is opened.

Next, as a fourth embodiment, an example in which the specifications of the internal functions of the camera are changed will be described. FIG. 8 shows a configuration example of an internal circuit of a camera capable of switching between a solar cell and an AF mode.

The camera comprises a one-chip microcomputer or the like and an arithmetic control unit (CPU) 51 for controlling the entire camera.
And a memory unit (EEP) that can electrically write data
ROM) 52, and switches 53a and 53b for switching a setting state such as mode switching by a user operation.
A power source 54 composed of a battery, a distance measurement (AF) unit 55,
A photometry (AE) unit 56, a display unit 39 provided on the upper surface of the camera for displaying information on photographing, and a shutter mechanism 57
And a focusing unit 58 for focusing the photographing lens 34, and a solar cell 40 provided on the front of the camera.

The distance measuring (AF) unit 55 includes a driver 61
Three infrared light emitting diodes (IREDs) 62 a, 62 b, and 62 c that are selectively controlled to emit light, a light projecting optical system 63, and a light receiving optical system 64 that collects reflected signal light from a subject. And a sensor 65 for receiving the reflected light. A subject distance is obtained by a position detecting section 66 for detecting a light receiving position on the sensor 65 in accordance with the principle of triangulation. 3 in multi AF mode
The two IREDs 62a, 62b, 62c sequentially emit light,
Choose the closest distance. In the spot AF mode, only the central IRED 62b emits light during distance measurement.

In the camera configured as described above, the rewriting device 67 is stored in the memory unit 52 by the specification changing unit 5 in the factory.
Is connected, the internal flag is arbitrarily rewritten by a procedure of a predetermined program, and the content is changed.

With reference to the flowchart shown in FIG. 9, a description will be given of a shooting sequence in which the flag of the memory unit 52 has been rewritten in the fourth embodiment.

First, it is determined whether the barrier 32 has been opened and the power has been turned on, the shutter button 36 has been pressed, and the first release switch (1st release SW) has been turned on (step S21). If the first release SW is not turned on and remains in the off state (NO), a flag is read from the memory unit 52 (step S22), and if this flag is 1, the display unit 39 displays as shown in FIG. Like "P
RO ”is displayed (step S23). However, when the first release SW is turned on (YES), the memory unit 5
2 is read out from step 2 (step S2).
4). This flag is a flag for selecting either the multi AF mode or the spot AF mode described above. It is determined whether or not the distance measurement mode flag is 1 (step S25). If the flag is set to 1 (YES), the spot AF mode is selected and the distance is measured (step S26). On the other hand, if the flag is not 1 (N
O), the multi AF mode is selected and the distance is measured (step S27).

Next, photometry is performed (step S28). After the photometry, it is determined whether or not the shutter release button 36 is further pressed to turn on the second release switch (2nd release SW) (step S29). By this judgment, 2nd
If the release SW is not turned on (NO), it is checked whether the first release SW is on (step S).
30) If the 2nd release SW is turned on (YE
S), focusing is performed based on the obtained distance measurement result (step S31), and exposure is performed (step S32).

Therefore, at the time of normal shipment, the distance measurement mode flag is set to 0 to correspond to the majority of users. However, discerning users using this embodiment set the distance measurement mode flag to 1. And the spot AF is set to the normal mode. When this selection is made, "SP" is displayed on the screen of the display unit 39 instead of "MULT" 42.
OT "45 is displayed. These users can master the focus lock operation for measuring the distance while pressing the shutter button halfway, and enjoy photographing and painting with respect to their own will.

In such a specification change of the internal operation, it is difficult to determine whether or not the specification change has been made from the appearance. Therefore, as shown in FIG. As shown in (b), a specific display such as “PRO” 46 may be displayed on the screen of the display unit 39.

As described above, according to the present embodiment, satisfaction can be obtained even for users who are particular about functions.

By using this embodiment, the user can easily change his / her own equipment to his / her favorite design, or to a specification that is easier to use. Therefore, a user can purchase a low-priced standard specification product made in a mass production process, change the specification to suit his / her taste, and switch to a tool that is more user-friendly and easy to use. . Manufacturers can also offer products that incorporate their own technology in smaller increments without spending a lot of money on difficult market research and sales estimation when planning small lot products for a small number of users. More importantly, the user can reduce the amount of time to endure without using the equipment in that fewer modifications are required.

[0060] Further, while the time required for delivery tends to be long in the case of mere order-made products, according to the present invention, the user can first enjoy the basic functions of the purchased product at his / her desired time. Since only the use of the device is required for remodeling during the period, the processing load on the user and the purchase is small.

By such an order delivery method, it is possible to grasp the number of users requesting the same change and the budget thereof, and to present a change plan in a method and schedule corresponding to the number of users, and for the maker side, the user side. The remodeling work with less burden on the user is possible. As a result, it is possible to shorten the period in which the user leaves the device to the manufacturer who cannot use the device for the modification.

Conventionally, when a manufacturer has a desire to lead the market with a product incorporating a new technology, it takes a lot of time and money to estimate and investigate how many users will accept the new technology. However, such a system makes it possible to provide such a new technology to the market in smaller increments.

[0063]

As described above in detail, according to the present invention, while the base device is provided to the user at a low price by mass production technology, it can be further adapted to the needs of individual users.
Effectively utilize network communication, statistical processing by computer, transportation system, etc., speeding up and simplifying change procedures and work processes, making it possible to provide services such as adding or changing specifications corresponding to each individual at low cost in a short period of time. It is possible to provide an order delivery method for changing specifications of a device to be performed.

[Brief description of the drawings]

FIG. 1 is a diagram for explaining a concept of a system according to a first embodiment for realizing an order delivery method for changing specifications of a device according to the present invention.

FIG. 2 is a flowchart illustrating an order delivery method for changing specifications of a device by the system according to the first embodiment;

FIG. 3 is a diagram for describing rationalization by an order delivery method according to the first embodiment.

FIG. 4 is a diagram showing a state of a series of flow of a specification change operation.

FIG. 5 is a diagram illustrating an example of specification change as a second embodiment.

FIG. 6 is a diagram showing an example of a display for recognizing a specification change as a third embodiment.

FIG. 7 is a diagram for explaining distance measurement points in a multi-AF mode.

FIG. 8 is a configuration diagram for describing an example in which specifications of an internal function of a camera are changed as a fourth embodiment.

FIG. 9 is a flowchart for explaining a main operation of the fourth embodiment.

[Explanation of symbols]

 1, 10 personal computer (personal computer) 2 home 3 user 4 specification change unit 5 camera (equipment) 6 transport vehicle 7 communication network 8, 9 modem 11 staff 12 parts manufacturing unit 13 specifications Change line 14 ... Exterior marking part 15 ... Mark 16 ... Receiving / shipping part 17 ... Price 18 ... Service station 19 ... Mass production factory 20 ... Truck

Claims (5)

[Claims] 1. A transmitting step of transmitting reception information of a remodeling specification of a device to a plurality of users; and estimating the number of devices to be remodeled, the number of additional parts, and a factory schedule from a remodeling intention returned from the user. An ordering and delivery method, comprising: a guessing step of performing a remodeling cost and a schedule according to the guessing step to the user and designating a transportation date for collection and return of the device. 2. The order-delivery method according to claim 1, wherein the transmitting step, the user's intention to remodel, and the transmission of the confirmation to the user are performed by network communication. 3. The order delivery method according to claim 1, wherein a recognizable mark is attached to an exterior part of the modified device. 4. The remodeling specification comprises a plurality of specifications that can be selected and combined, and the estimating step sets a priority according to a parts procurement or remodeling process among the plurality of specifications based on a user's intention. The method of claim 1, wherein the order is delivered. 5. The reception information of the modified specification is created in advance in response to a request from the user, and is selected and notified according to feasibility from among the reception information. Item 1 order delivery method.