JP2002092434A - System and method for controlling delivery of post replenishing member, and recording medium - Google Patents

Abstract

PROBLEM TO BE SOLVED: To check member delivery on a part maker side to prevent an error in the number in the delivery, in a control system for the delivery of post replenishing members wherein only the members used in assembling are replenishing by the maker. SOLUTION: This system is provided with a delivery indication terminal constituting a storage part for storing a delivery indication data order-indicated from an assembling line to the part maker based on a retrieval data of the part, a reading part for reading member information based on a statement of delivery when a part supplier conducts the delivery to the assembling line, an operation control part for comparing a delivery data based on the member information read by the reading part with the delivery indication data stored in the storage part to generate arrival-acceptance information, and a notice processing part for generating an alarm based on the arrival-acceptance information and for indicating the delivery by an electronic mail.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention secures a specified number of members on an assembly line in order to prevent parts shortage on an assembly line in a factory, and supplies parts used for the assembly to a part maker. With regard to the component delivery management system, in particular, a component delivery check is performed on the part maker side, and a post-supplement component delivery management system, a control method therefor, and control of the post-supplement component delivery management system, which prevent a mistake in the number of delivered components, are realized. The present invention relates to a recording medium for recording a program.

[0002]

2. Description of the Related Art With the diversification of customer demands, multivariate production has become mainstream in factories in order to quickly respond to customer demands. In addition, in order to prevent parts shortage on the assembly line in the factory, we secure the number of parts determined on the assembly line side and manage the replenishment of parts to be delivered to the parts manufacturer for the amount used in the assembly, post-supply parts delivery Management systems are generally known.

Here, the following terms according to the present invention are defined and clarified.

[0004] Post-replenishment means that the assembly line itself replenishes parts by the amount used in the assembly line. The order is placed from the assembly line, and the supplier of the parts manufacturer delivers the parts to the member shelves of the assembly line.

[0005] Outgoing data is consumption data of members actually used on the assembly line, and includes defective product data.

[0008] Delivery instruction data is data when a delivery instruction is issued from the assembly line to a part maker for the amount used, and includes data including a part drawing number, a quantity, a scheduled delivery date, an order number, and a delivery place. .

[0007] The stock data is data indicating the stock status of each part before ordering, after ordering, and after delivery.

[0008] The member information is data including the part drawing number of the target part and its quantity at the time of delivery or delivery, and is composed of bar code information, for example.

The delivery data is information delivered based on the delivery instruction data, and is data including a delivery key number, a quantity, a part drawing number, an order number, and a delivery date.

[0010] The receipt inspection information is data obtained as a result of comparing the delivery data with the delivery instruction data and checking for a difference when the supplier delivers the parts to the assembly line.

Conventionally, a delivery instruction terminal instructs a component maker on a part number, a delivery date, and a delivery quantity at a delivery instruction terminal in order to replenish the members used on the assembly line based on the delivery data. The part maker will deliver the specified member on the delivery date.

Generally, post-supplement members are operated such that workers on the supplier side deliver them directly to the assembly line. When the workers on the supplier side deliver directly to the assembly line, they are delivered. The date and delivery quantity are left to the supplier, and if the supplier makes a mistake in the delivery quantity, the mistake will result in a difference in the stock quantity of the parts. The stock quantity difference of the member is determined.

The prior art will be described with reference to FIGS. As shown in FIG. 11, the post-supply member delivery management system includes a parts store, a kanban post, a cam-up box, an inventory management board, and a delivery instruction terminal on an assembly line. It should be noted that the numbers of the arrows described in FIG. 11 correspond to the numbers described in the work contents of FIG.

As shown in FIG. 12, in the operation of the post-supplement member delivery management system, necessary parts are supplied from the parts store to the assembly line in the unloading operation. At this time, the kanbans are removed from the post by the number of used members (number of articles left out).

In ordering work, in ordering member management, kanbans that have been removed from the post and consolidated are sorted by manufacturer and component. Then, the plate corresponding to the part of the inventory management board is turned from blue to red. When an order is issued to a parts maker, the delivery instruction terminal distributes the delivery instruction to each part maker by e-mail or the like. And
The corresponding kanban is stored in a predetermined position of the cam-up box.

In the delivery work, the parts maker delivers the members. At this time, the kanban in the come-up box is replaced with the delivery note. In addition, the plate of the inventory management board is turned from red to blue. Then, the part is placed in the designated place of the parts store, and the kanban is put in the post.

[0017]

As described above, the prior art has the following problems.

1) In the conventional post-supply member delivery management system, delivery to the assembly line is left to the supplier of the parts maker, and there is no inspection process, and the delivered quantity may be different. For this reason, a difference occurs in the stock quantity, and the difference in the stock quantity cannot be found until a later regular inventory check.

2) In addition, the delivery form of the delivery members is also left to the supplier at the time of delivery, so that the delivery parts cannot be first-in first-out on the assembly line.

It is an object of the present invention to provide a post-supplement member delivery management system that performs a member delivery check at the time of delivery of a component on the part maker side, and prevents a mistake in the delivery quantity at the time of delivery.

[0021] Further, upon delivery, an acceptance inspection is carried out,
If the difference between the delivery instruction and the quantity or the expected delivery date is different,
The purpose is to immediately give a delivery instruction to a parts manufacturer based on undelivered data.

Further, the delivery mode of the delivery members is instructed at the time of delivery, so that the delivery parts can be first-in first-out on the assembly line.

Another object of the present invention is to share various information necessary for a production plan between an assembly line and a part maker.

Another object of the present invention is to perform security management when parts are delivered.

[0025]

In order to solve the above problems, the present invention employs the following means.

The delivery instruction data to which the delivery instruction is applied is stored in the delivery instruction terminal, and when the parts maker delivers the delivered parts, the worker of the supplier reads the member information printed on the delivery note and sends the delivery instructions. Number, quantity,
Check if the expected delivery date is correct, and if the drawing number or quantity of the delivered parts or the expected delivery date is different, immediately send an alarm and send a delivery instruction to the parts maker.

By taking the above measures, the parts manufacturer checks the member delivery and prevents the mistake in the delivered number. Also, if parts are found short on delivery,
Order the shortage immediately.

[0028]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention has the following embodiments.

As shown in FIG. 1, the post-supply member delivery management system 1 is based on retrieval data obtained by reading component information including a component drawing number and a retrieval quantity displayed on a component shelf by the number of used components. A storage unit 11 for storing delivery instruction data including a part drawing number, an order quantity, a scheduled delivery date, and an order number for which a delivery instruction has been issued from the assembly line to the parts manufacturer;
A reading part 13 for reading part information including a delivery key number, a quantity, and a part drawing number based on a delivery note when a parts supplier delivers to an assembly line; delivery data based on the part information obtained by reading by the reading part 13; An arithmetic control unit 12 for generating receipt inspection information by comparing the delivery instruction data stored in the storage unit 11 with an alarm when necessary based on the receipt inspection information and instructing a parts maker to deliver by e-mail; The delivery instruction terminal 2 that forms the notification processing unit 14 is provided.

By adopting the above-described embodiment, in the post-supply member delivery management system, the acceptance inspection is executed in real time at the time of parts delivery, and the acceptance inspection information is obtained.
As a result, the difference between the stock quantities of the members is determined at the time of parts delivery.

Further, as shown in FIG. 1, after reading the member information contained in the delivery data, the delivery instruction terminal 2 checks the consistency between the number of orders and the number of deliveries, displays the excess / shortage, Execute the delivery instructions.

By adopting the above-mentioned form, at the time of delivery,
Reads the delivery data, checks the delivery data and the delivery instruction data, and performs acceptance inspection.If there is a difference between the delivery instruction and the quantity or the scheduled delivery date, the delivery data is immediately sent to the parts manufacturer based on the undelivered data. And give delivery instructions.

Further, as shown in FIG. 1, after the delivery instruction terminal 2 reads the member information included in the delivery data, the delivery instruction terminal 2 instructs the delivery shelf number and delivery address to deliver the delivery component, and displays the delivery destination map. Execute

By adopting the above-described embodiment, the delivery place of the delivery member is instructed to the worker of the delivery company at the time of delivery of the member.

Further, as shown in FIG. 1, the delivery instruction terminal 2 displays the delivery mode for instructing how to place the delivered members on the member shelves after reading the member information included in the delivered data. .

By adopting the above-described configuration, the delivery line is instructed to the worker of the delivery company at the time of delivery of the parts so that the delivery members can be placed on a first-in first-out basis. .

Further, as shown in FIG. 1, after the delivery instruction terminal 2 reads the member information included in the delivery data, the delivery instruction terminal 2 calculates the inventory quantity after delivery by adding the current inventory quantity and the currently delivered quantity. In addition to displaying, the next delivery date is displayed from the stock quantity after delivery.

By adopting the above-described embodiment, the exact stock quantity after delivery on the assembly line is grasped, and the next scheduled delivery date at which parts replenishment is required is grasped.

As shown in FIG. 9, the post-supply member delivery management system 1 includes an extranet server 20.
The information provided from the factory to the parts maker necessary for the production plan and the information provided from the parts maker to the factory are transmitted and received between the factory having the assembly line and the parts maker through two-way cooperation.

By adopting the above-described embodiment, various kinds of information necessary for a production plan are shared between the assembly line and the parts maker.

Further, as shown in FIG. 9, the post-supplement member delivery management system 1 confirms identification information for identifying a supplier and a person in charge of delivery when a parts supplier delivers to a factory having an assembly line. The receiving means 25 is provided.

By taking the above-described form, the ID for recognizing the supplier and the person in charge of the delivery is read, and security management is performed when the parts are delivered.

In the control method of the post-supply member delivery management system, the member information including the part drawing number and the outgoing quantity displayed on the member shelf by the number of used parts is read, and the parts are determined based on the read member information. In addition to delivering the delivery instruction to each manufacturer, the delivery instruction data that issued the delivery instruction is stored in the storage unit, and the delivery data obtained by reading the component information based on the delivery note when the parts supplier delivers to the assembly line and the delivery data described above. Receiving inspection information is generated by comparing the delivery instruction data stored in the storage unit, an alarm is issued when necessary based on the receiving inspection information, and a delivery instruction is sent to the parts maker by e-mail.

By adopting the above-described embodiment, the acceptance inspection is executed in real time at the time of parts delivery, and the acceptance inspection information is obtained. As a result, the difference between the stock quantities of the members is determined at the time of parts delivery. When the delivery quantity is insufficient, the delivery instruction is immediately given to the parts maker.

In a computer-readable recording medium for recording a program for controlling the post-supply member delivery management system, a part drawing number and an outgoing quantity which are displayed on a member shelf by the number of used parts are included. A procedure for reading the component information, a procedure for distributing a delivery instruction to each component maker based on the read component information, and a procedure for storing the delivery instruction data having the delivery instruction in the storage unit, and a procedure for the component supplier to deliver to the assembly line. A procedure for comparing the delivery data obtained by reading the member information based on the delivery note and the delivery instruction data stored in the storage unit to generate receipt inspection information, and generating an alarm when necessary based on the receipt inspection information. A program for executing a procedure for instructing a parts maker to deliver by e-mail is recorded.

By adopting the above form, in the post-supplement member delivery management system, the acceptance inspection is executed in real time at the time of parts delivery and the receipt inspection information is obtained, so that the difference in the stock quantity of the parts at the time of parts delivery is obtained. Equipped with a function to find out and a function to give a delivery instruction to the parts maker immediately when the delivery quantity is insufficient.

[0047]

DESCRIPTION OF THE PREFERRED EMBODIMENTS A typical embodiment according to the present invention will be described with reference to FIGS. In the following, the same portions are denoted by the same reference numerals, and detailed description may be omitted.

FIG. 1 is a block diagram showing an embodiment of the present invention.

In the figure, the post-supply member delivery management system 1 establishes an environment in which a delivery instruction terminal 2 provided on an assembly line and a terminal device 21 provided on a parts maker can be connected to a computer network, and an electronic mail such as Internet mail. Data can be distributed by e-mail.
The assembly line has a member shelf (parts store) for storing members.

The delivery instruction terminal 2 comprises a storage unit 11, an operation control unit 12, a reading unit 13, and a notification processing unit 14. The storage unit 11 stores delivery instruction data for issuing a delivery instruction from the assembly line to the component maker based on the component inventory data. The configurations of the inventory data and the delivery instruction data will be described later.

The reading unit 13 is composed of a bar code reader, and reads out member information composed of a bar code at the time of unloading and delivery.

The arithmetic control unit 12 compares the delivery data based on the member information obtained by the reading unit 13 with the delivery instruction data stored in the storage unit 11 to generate receipt inspection information. Also, it controls the entire delivery instruction terminal 2. In addition,
Details of the delivery data and the receipt inspection information will be described later.

The notification processing unit 14 comprises a display unit 15 and an e-mail transmission unit 16, which issues an alarm when necessary based on the incoming inspection information and instructs a parts maker to deliver by e-mail.

The operation of the post-supply member delivery management system will be described with reference to FIGS. It should be noted that the numbers of the arrows described in FIG. 2 correspond to the numbers described in the work contents of FIG.

In the unloading operation, necessary members are supplied to an assembly line from a parts store (member shelf). At this time, the bar code reader reads the bar code information including the bar code including the part drawing number and the number displayed on the rack of the member by the number of used members (the number of outgoing goods).

In the ordering operation, the delivery instruction to the parts maker is automatically made based on the bar code member aggregation information.
Classification is made by manufacturer and part, and also by part management in-house, and the delivery instruction terminal distributes the delivery instruction by e-mail or the like to each part maker.

In the delivery work, the parts maker delivers the members. At this time, the bar code reader reads the member information including the delivery key number and the quantity printed on the delivery note and the bar code including the part drawing number. Then, the part is placed at a designated location in the parts store (member shelf).

Next, an example of the delivery instruction terminal will be described.

FIG. 4 is a block diagram showing an embodiment of the present invention.

In the figure, the delivery instruction terminal 2 includes a storage unit 11, a calculation control unit 12, a reading unit 13, a display unit 3
1 and the transmission unit 32.

The storage unit 11 stores delivery data of parts, delivery instruction data based on the delivery data, inventory data, and delivery reception data. Further, it stores various data including the receipt inspection information generated by the arithmetic and control unit.

The delivery data in the delivery work is shown in FIG.
As shown in (a), the information includes a part drawing number, a delivery quantity, and a product name which are read by a barcode during the delivery operation.

As shown in FIG. 5B, the stock data before order includes a part drawing number, a product name, a stock shelf number, a stock address, and a stock quantity.

As shown in FIG. 5C, the delivery instruction data includes an order number, a part drawing number, a product name, an order quantity, a scheduled delivery date, and a delivery location.

As shown in FIG. 5D, the stock data after ordering includes a part drawing number, a product name, a stock shelf number, a stock address, and a stock quantity.

As shown in FIG. 5 (e), the delivery reception data includes a delivery key number (order number), a quantity and a part drawing number which are read by a bar code at the time of delivery work, and further includes an order number and a delivery date.

As shown in FIG. 6 (a), the excess and deficiency data as various types of information include an order number, a part drawing number, a product name, a delivery date, a delivery quantity, an order quantity, and an excess quantity. Including shortage quantity.

As shown in FIG. 6B, the undelivered data includes an order number, a part drawing number, a product name, an undelivered quantity,
Includes expected delivery date and delivery location.

FIG. 6 shows inventory quantity / next scheduled delivery date data.
As shown in (c), the part drawing number, product name, current quantity,
Includes delivery quantity, stock quantity after delivery, and next delivery date.

The reading unit 13 is composed of a bar code reader, and reads out member information composed of a bar code including the part drawing number and the number of articles displayed on the parts shelf during the unloading operation.
Further, at the time of delivery work, it reads the delivery key based on the delivery note and the member information including the barcode including the quantity and the part drawing number.

For example, as shown in FIG. 6, the display unit 31 displays the excess / deficiency data, further displays the undelivered data, the stock quantity / the next scheduled delivery date, etc. in the receipt inspection performed at the time of delivery. . In addition, when displaying excess / shortage data or undelivered data as an undelivered parts list,
Explosion point information is provided for each target part, and an alarm such as hatching is displayed on the undelivered parts list, for example.

Further, as shown in FIG. 7, after reading the member information as the delivery data, an instruction of the delivery shelf number and delivery address for delivering the delivery member and a delivery destination map are displayed. Further, a delivery mode for instructing how to place the delivered members on the member shelf is displayed.

The transmission unit 32 instructs the parts maker to deliver the electronic mail.

The arithmetic control unit 12 compares the delivery data based on the member information read by the reading unit 13 with the delivery instruction data stored in the storage unit 11 to generate receipt inspection information. For example, various data are generated as shown in FIGS. Also, it controls the entire delivery instruction terminal 2. The operation control unit 12 is controlled by the control program 35.

As described above, in the post-supply member delivery management system, the acceptance inspection can be executed in real time at the time of parts delivery, and the acceptance inspection information can be obtained. As a result, the difference in the stock quantity of the member can be determined at the time of part delivery.

Further, at the time of delivery, the delivery data is read,
Check the delivery data and the delivery instruction data and carry out acceptance inspection. If the delivery instruction differs from the quantity or the expected delivery date, issue a delivery instruction to the parts manufacturer immediately based on the undelivered data. be able to.

Further, at the time of delivery of parts, it is possible to instruct the delivery company worker on the delivery place of the delivery parts, and by instructing where and how to place the parts so that the parts can be first-in first-out, the assembly line allows the delivery parts to be delivered. First in, first out can be enabled.

Further, it is possible to grasp the exact stock quantity after the delivery on the assembly line, and to grasp the next scheduled delivery date at which the parts replenishment is required.

Next, control of the post-supply member delivery management system will be described with reference to FIG. Note that the reference numerals refer to FIG.

In step S11, when the necessary members are supplied to the assembling line, the number of members used (the number of articles to be delivered)
The reading unit 13 reads the member information consisting of the bar code including the part drawing number and the quantity displayed on the member shelf by the amount.

In step S12, the delivery instruction is delivered from the electronic mail transmitting unit 16 to each component maker based on the bar code member aggregation information.

At step S 13, the delivery instruction data for executing the delivery instruction for each component maker is stored in the storage unit 11.

In step S 14, when the parts maker delivers the parts, the reading unit 13 reads the part information including the delivery key number and the quantity printed on the delivery note and the bar code including the parts drawing number.

In step S15, the delivery data based on the member information read by the reading unit 13 and the storage unit 1
1 and compares the delivery instruction data with the delivery instruction data to generate incoming inspection information such as excess or deficiency data.

In step S16, it is determined whether undelivered data exists and there is a problem. If there is a problem, the process proceeds to step S17. If there is no problem, proceed to step S18

In step S17, the undelivered data is displayed on the display unit 15 as an undelivered parts list, and a delivery instruction is delivered from the e-mail transmission unit 16 to the parts maker based on the undelivered data.

In step S 18, the delivery location, the delivery destination map, the delivery form, and the like are displayed on the display unit 15 as a delivery instruction to the member shelf for the worker of the supplier. Also,
The display unit 15 displays the stock quantity after delivery to the assembly line, the next delivery date, and the like.

In step S19, it is determined whether there is any member to be delivered. Step S if there are parts to be delivered
Return to 14. If there are no members to be delivered, the process ends.

Next, an application example of the post-supplement member delivery management system will be described.

FIG. 9 is a block diagram showing an embodiment of the present invention.

In the figure, the post-supplement member delivery management system 1 has an extranet server 20 at a factory and a part maker, and switches from an assembly line necessary for a production plan to a part maker between the assembly line of the factory and the part maker. And information provided from the component maker to the assembly line are transmitted and received in two-way cooperation.

The factory is provided with a delivery instruction terminal 2 provided on an assembly line, a production management section 3, a core system 4, and a receiving means 25.

The delivery instruction terminal 2 comprises a storage unit 11, a calculation control unit 12, a reading unit 13, and a notification processing unit 14. The storage unit 11 stores delivery instruction data, stock data, and delivery reception data based on part release data and part release data. Further, it stores various data including the receipt inspection information generated by the arithmetic and control unit.

The reading section 13 is composed of a bar code reader, and reads out member information composed of bar codes at the time of unloading work and at the time of delivery work.

The arithmetic and control unit 12 compares the delivery data based on the member information obtained by the reading unit 13 with the delivery instruction data stored in the storage unit 11 to generate receipt inspection information. Also, it controls the entire delivery instruction terminal 2.

The notification processing unit 14 comprises a display unit 15 and an e-mail transmission unit 16, which issues an alarm when necessary based on the incoming inspection information and instructs the parts maker to deliver by e-mail.

The production management section 3 generates a rough production plan for a period of about two to three months with respect to the production plan, and part data logically calculated based on the production plan and delivered.

The core system 4 aggregates information on the production plan of the entire factory and distributes necessary information to each department.

For example, as shown in FIG. 10, the factory provides production plan forecast information comprising a rough production plan for a period of about two to three months, which is drafted by the production management department, as information to be provided to a part maker. Parts order remaining information. Post replenishment order information on the assembly line. Parts usage and inventory information. Design change information and part defect information. Includes manufacturer-specific assembly procedure information. Also, as information provided from the component maker to the assembly maker (factory), a delivery date reply of the post-supplement part to the post-supply part order information on the assembly line. Manufacturing progress information of the component manufacturer. Includes component failure information.

The delivery instruction terminal 2 is the same as that described with reference to FIG. 1 described above. As shown in FIG. 10, the post-supplement order and the receipt inspection based on the barcode information read at the time of part acceptance inspection. In addition to generating information, various instruction information is generated after reading the barcode.

The receiving means 25 includes a display unit 26 and a detecting unit 2
When the parts supplier arrives at the factory having an assembly line, the detecting unit 27 reads the ID for recognizing the supplier and the person in charge of the delivery, and when it is confirmed,
The delivery person and the like are displayed on the display unit 26 for the delivery person.

Thus, various information necessary for the production plan is shared between the assembly line and the parts maker. Also,
The ID that recognizes the supplier and the person in charge of the delivery is read, and security management is performed when parts are delivered.

[0103]

According to the present invention, the following effects can be expected.

In the post-supplement member delivery management system, the acceptance inspection can be executed in real time at the time of parts delivery, and the acceptance inspection information can be obtained. As a result, the difference in the stock quantity of the member can be determined at the time of part delivery.

Further, at the time of delivery, the delivery data is read,
Check the delivery data and the delivery instruction data and carry out acceptance inspection, and immediately issue a delivery instruction to the parts manufacturer based on the undelivered data when the delivery instruction differs from the quantity or the expected delivery date. be able to.

Further, at the time of material delivery, it is possible to instruct the worker of the delivery company on the delivery place of the delivery material and to indicate where and how to place the delivery material so that the first-in first-out is possible. First in, first out can be enabled.

Further, it is possible to grasp the exact stock quantity after the delivery on the assembly line, and to grasp the next scheduled delivery date at which the parts replenishment is required.

Further, the information provided from the factory to the parts maker required for the production plan and the information provided from the parts maker to the factory are transmitted and received between the factory having the assembly line and the parts maker through two-way cooperation. Various kinds of information necessary for a production plan can be shared between an assembly line and a part maker.

Further, an ID for recognizing a supplier and a person in charge of delivery can be read, and security management can be performed at the time of parts delivery.

[Brief description of the drawings]

FIG. 1 is a configuration diagram of an embodiment of the present invention.

FIG. 2 is a diagram of an embodiment of the present invention.

FIG. 3 is an explanatory diagram of an embodiment of the present invention.

FIG. 4 is a configuration diagram of an embodiment of the present invention.

FIG. 5 is a diagram of an embodiment of the present invention.

FIG. 6 is a diagram of an embodiment of the present invention.

FIG. 7 is a diagram of an embodiment of the present invention.

FIG. 8 is a flowchart of an embodiment of the present invention.

FIG. 9 is a configuration diagram of an embodiment of the present invention.

FIG. 10 is a diagram of an embodiment of the present invention.

FIG. 11 is a diagram of the prior art.

FIG. 12 is an explanatory diagram of a conventional technique.

[Explanation of symbols]

 1: Post-supply material delivery management system 2: Delivery instruction terminal 11: Storage unit 12: Operation control unit 13: Read unit 14: Notification processing unit 15: Display unit 16: E-mail transmission unit 20: Extranet server 25: Accepting means

Claims (9)

[Claims] 1. A part for which a delivery instruction has been issued from the assembly line to a part maker based on parting data obtained by reading part information including a part drawing number and an outgoing quantity displayed on a part shelf by the number of parts used. A storage unit (1) for storing delivery instruction data including a figure number, an order quantity, a scheduled delivery date, and an order number.
1) a reading unit (13) for reading a delivery key number and a quantity based on a delivery note and component information including a component drawing number when a component supplier delivers to an assembly line; and a component information read by the reading unit. An arithmetic and control unit (12) for comparing the delivery data based on the delivery data with the delivery instruction data stored in the storage unit to generate receipt inspection information; generating an alarm when necessary based on the receipt inspection information; A post-supplement member delivery management system, comprising: a delivery instruction terminal (2) constituting a notification processing unit (14) for issuing a delivery instruction by e-mail. 2. The delivery instruction terminal (2), after reading the component information included in the delivery data, checks the consistency between the number of orders and the number of deliveries, displays an excess / shortage, and issues a delivery instruction for the shortage. The post-supplement member delivery management system according to claim 1, wherein the system is executed. 3. The delivery instruction terminal (2), after reading the component information included in the delivery data, executes an instruction of a delivery shelf number and a delivery address for delivering delivery components and displays a delivery destination map. The post-supplement member delivery management system according to claim 1, wherein: 4. The delivery instruction terminal (2), after reading the member information included in the delivery data, displays a delivery form for instructing how to place the delivery member on a member shelf. The post-supplement member delivery management system according to claim 1 or 3, wherein: 5. The delivery instruction terminal (2), after reading the member information included in the delivery data, displays the stock quantity after delivery by adding the current stock quantity and the delivery quantity delivered this time. The post-supplement member delivery management system according to claim 1, wherein the next scheduled delivery date is displayed from the stock quantity at a later time. 6. The post-supplement member delivery management system according to claim 1, further comprising an extranet server (20), the information provided between the factory having the assembly line and the parts maker from the factory necessary for the production plan to the parts maker. 2. The post-supplement member delivery management system according to claim 1, wherein information provided from the component maker to the factory is transmitted and received in two-way cooperation. 7. The post-supplement member delivery management system includes a receiving means (25) for confirming identification information for identifying a supplier and a delivery person when a parts supplier delivers to a factory having an assembly line. The post-supplement member delivery management system according to claim 1 or 6, wherein: 8. A member information including a part drawing number and an outgoing quantity displayed on a member shelf by the number of used parts is read, and a delivery instruction is delivered to each part maker based on the read member information and delivered. The delivery instruction data instructed is stored in the storage unit, and the delivery data obtained by reading the member information based on the delivery note when the parts supplier delivers to the assembly line is compared with the delivery instruction data stored in the storage unit. A method for controlling a post-supplement member delivery management system, comprising: generating receipt acceptance information, generating an alarm when necessary based on the receipt acceptance information, and instructing a parts maker to deliver by e-mail. 9. A recording medium for recording a program for controlling the post-supply member delivery management system, wherein member information including a part drawing number and a delivery number displayed on a member shelf by the number of used parts is read. The procedure and the procedure for distributing the delivery instruction for each part maker based on the read component information and for storing the delivery instruction data for which the delivery instruction has been made in the storage unit. A procedure for generating receipt inspection information by comparing the delivery data obtained by reading the member information based on the delivery information and the delivery instruction data stored in the storage unit, and issuing an alarm when necessary based on the receipt inspection information, and A computer-readable recording medium on which is recorded a program for executing a delivery instruction procedure by e-mail.