JP2002056202A - Secondhand machine parts supply information system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a system for taking out required parts from a scrapped machine and surely managing remaining parts after parts take-out as well without mistake until the next order. SOLUTION: A stockyard Y is provided for pooling plural scrapped machines C for parts take-out, a disassembly line L is provided adjacently to this stockyard Y and further, a WWW server on the Internet is provided for inputting order information of an end user such as repair factory to order the purchase of parts. The ID items of pooled plural scrapped machines C such as makers, machine types, generations and production numbers are inputted to the WWW server and further, each time parts are to be taken out, the ID items are inputted in the state of adding the take-out parts names of the scrapped machines C for parts take-out. After the take-out of parts, the remaining scrapped machines C are displayed on an order picture on a WWW site S.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

TECHNICAL FIELD The present invention relates to the realization of resource recycling as part of a circular economy system.
End-of-life machinery, end-of-life vehicles, end-of-life vehicles, end-use industrial machinery, end-of-life electrical products
Using parts of abandoned aircraft, abandoned vessels, etc. to repair machinery,
The purpose of the present invention is to provide a used machine parts information supply system for use in manufacturing a new machine.

[0002]

2. Description of the Related Art Conventionally, in a machine repair shop or the like, parts are taken out of a waste machine for picking up parts at a factory and used for other machines requiring repair. Had been done. Recently, a nationwide used parts supply system for waste equipment has been proposed, which uses a homepage on the Internet to disassemble waste equipment, stock parts, and wait for orders for the entire country. ing.

[0003]

However, there is an increasing demand for recycling resources, and the use of waste machines as dust chutes as waste is itself being restricted worldwide. In other words, with regard to automobiles in waste machinery, the new vehicle recyclability rate after 2002 is targeted at 90% or more, and the recycling rate of used vehicles after 2002 is 85%.
The target is a recycling rate of 95% or more from FY2015. In order to achieve such a goal, it is necessary to design a reusable part from the design stage, and it is also necessary to reduce the number of parts as much as possible. There is also an urgent need to establish a used car parts supply information system for extracting reusable parts from end-of-life vehicles. The present invention provides a system capable of extracting a required number of necessary parts from a waste machine, particularly a waste vehicle, for reuse.
In addition, as mentioned above, there is often no land or space around dismantling contractors provided in urban areas to prepare several stockyards for parts removal. In some cases, it may not be possible to set up a factory for the demolition in the metropolitan area adjacent to the factory. Also, due to this, used machines can not be collected,
There was a problem that the collection fee would rise. In such a case, a storage warehouse for parts that have been picked up is constructed on a large scale and arranged on a large land, such as a landfill site or a landfill site, and a list of parts that have been delivered to the parts storage warehouse has been removed. Is stored and managed in a WWW server, and this information is exchanged between a group of used machine dismantling companies and a group of parts purchasers via a WWW server in a parts storage warehouse, thereby enabling online transactions and dismantling of used machines. Contractors and parts purchasers can store large parts in a parts storage warehouse without large investment, thereby promoting the distribution of parts and dismantling used machines without the need for disposal sites. To do. The aim is to prevent the possibility that no more can be done because there is no supplier of used parts.

[0004]

The problem to be solved by the present invention is as described above. Next, means for solving the problem will be described. In claim 1, a stock yard Y for pooling a plurality of waste machines C for picking up parts is provided.
A dismantling line L for supplying the stock yard Y is provided, and a WWW server on the Internet for inputting order information from an end user such as a repair shop for ordering parts purchase is provided. ID of multiple scrap machines, such as manufacturer, model, age, and serial number
The items were input, and for each part removal, the name of the waste part for the part removal was input with the name of the removed part added, and the remaining waste parts after the part removal were displayed on the order screen of the WWW site S. Things.

According to a second aspect of the present invention, in the used machine parts supply information system according to the first aspect, the stockyard Y
The waste machine C for picking up parts arranged in the inside can be automatically moved from the stock yard Y to the dismantling line L by clicking on the order screen on the WWW site S.

According to a third aspect, in the used machine parts supply information system according to the first aspect, the stock yard Y
By clicking on the order screen on the WWW site S, the waste machine C for picking up parts arranged in the inside is displayed on the screen on the WWW site S in the state of the remaining parts with the ID of the manufacturer, model, age, serial number, etc. It is displayed on the screen together with the items.

According to a fourth aspect of the present invention, in the used machine parts supply information system according to the first aspect, a plurality of parts picking-up parts arranged on a plurality of disassembly lines L are provided in an information intermediary system functioning as a WWW server on the Internet. Enter the information of the waste machine C of the WWW server and W
The WW site S enables management of information on parts from a plurality of waste machines C for picking up parts.

According to a fifth aspect of the present invention, in the used machine parts supply information system according to any one of the first to fourth aspects, the used machine is a used car.

According to a sixth aspect of the present invention, there is provided an information mediation system functioning as a WWW server on the Internet, wherein a plurality of used machine dismantling companies Z satisfying the following requirements:
Manages and accumulates as a member, manages and accumulates the parts management and storage status of a parts storage warehouse X where the used machine dismantling group Z takes in and stores parts taken from used machines, and stores and manages the parts. X manages and accumulates a list of the parts purchaser group V who purchases the parts stored and managed in X, and stores a database of management and storage information in the parts storage warehouse X.
Used for browsing the information of the used machine dismantling group Z and the parts purchaser group V via the WWW server, confirming the stock or delivery of the parts via the WWW server, and ordering the purchase order from the parts purchaser group V. The part purchaser group V pays for the parts by inputting a transaction for purchasing parts to be stored and managed in the parts storage warehouse X, and the parts purchaser group V pays for the parts.
The management cost of the parts storage warehouse X is recorded, and the remaining price is paid to the used machine dismantling group Z.

According to a seventh aspect of the present invention, in the used machine parts supply information system according to the sixth aspect, the parts storage warehouse X
It is equipped with a parts quality assurance institution that performs quality assurance of the parts to be managed and stored.

According to an eighth aspect, in the used machine parts supply information system according to the sixth aspect, the parts storage warehouse X
Has a packing and shipping department in addition to parts storage and management.

[0012]

Next, an embodiment of the present invention will be described. FIG. 1 is a block diagram showing the overall configuration of a used machine parts supply information system according to the present invention. FIG. 2 is a system for concentrating information on a WWW site S on the Internet, particularly when a used machine is a scrapped vehicle. And FIG. 3 is a flowchart showing the flow of information, the flow of waste machines and parts on the stockyard Y and the dismantling line L, and FIG. FIG. 4 is a flowchart showing the flow of the waste machine C for removing parts shown in FIG. 3 while the information on the WWW site S also gradually changes. FIG. 5 shows input of information on a plurality of waste machines C for picking up a plurality of parts arranged on a plurality of dismantling lines L into an information intermediary system functioning as a WWW server on the Internet, particularly when a used machine is a scrapped vehicle. 4 is a flowchart showing a state in which the WWW server and the WWW site S can manage information of parts from a plurality of waste machines C for picking up parts. FIG. 6 is a drawing showing a configuration of a used machine parts supply information system in which a parts storage warehouse X is provided between a used machine dismantling group Z and a parts purchaser group V.

Referring to FIG. 1, the overall configuration of the present invention will be described. In systems that disassemble and take out used parts from conventional waste machines and supply them to repairers and used parts dealers, each time one waste machine is completely disassembled,
Each part was arranged in the stock yard and awaiting a purchase application from a trader or individual who needed used parts. However, in the case of such a conventional total disassembly method, parts having a low possibility of being purchased are disassembled with the probability of the same order, managed in a stock yard, and waiting for an order. There was a problem that storage space and unnecessary management costs were required. In the present invention, a method is adopted in which the waste machine C for picking up parts is not completely disassembled immediately, but is disassembled only as necessary according to an order and as necessary.

In this way, in order to extract necessary parts at a necessary time, it is necessary to completely manage the information of the waste machines C for picking up parts. In this case, it is impossible to immediately determine what parts have been lost, and the management of the waste machine C for removing parts thereafter becomes insufficient. In the present invention, such management of the waste machine C for picking up parts can be stored at low cost, information can be updated freely, and a third party can share this information at the same time. , Using a WWW site S on the Internet.

For this purpose, information on a WWW site S on the Internet is obtained from a part supplier that supplies used parts from a waste machine provided with a stock yard Y and a dismantling line L, and necessary parts are obtained. The information input from the repair company or the machine maker who orders the order must also be input to the WWW site S at the same level, and the WWW site S is a shared WWW site S from both sides.
If the user does not intentionally input information into the WWW site S and picks up a part from a waste machine that is arbitrarily staying in the stock yard Y, there is a possibility that trust in subsequent management may be lost. . Therefore, according to the present invention, a waste machine is taken in and out of the stock yard Y and the dismantling line L
WWW on the Internet, such as moving lines to
If it does not link with the site S, it is configured not to move.

[0016] On the part ordering side, in addition to the price of the parts, the handling amount for the used goods dealer and the fee required for disassembly, and the fee for the transportation to the transportation agency which is the logistics of the third agency by the agency. Since the sum of the above and the like is displayed as a total component fee on the WWW site S, the money is paid through the Internet bank.
The system is configured such that the part picking operation is started based on the payment. Since such a large-scale used machine parts supply information system cannot be configured personally, it is invested by public bodies and machine manufacturers, etc., who are responsible for promoting recycling, and places are in landfills. The stock yard Y and the dismantling line L are arranged in a wide area so as to secure a site of a sufficient size.

As shown in FIG. 1, the information of the WWW site S is configured to be provided to the customer in reverse by an ASP (APPLICATION SERVICE PROVIDER) or the like. The management of the WWW site S on the Internet, in effect, the WWW site S is configured and managed on the part providing side, but it can be repair shops, individuals, overseas buyers, and in the future, recycled parts. Is used to make it possible to access the WWW site S as a member, such as a manufacturer that manufactures a new machine or a new car, so that a third party can freely access to order parts. It is. In the WWW site S on the Internet, there are a plurality of ID items in which a manufacturer, a model, an age, a serial number, a mileage, a place of use, an individual, a corporate, a business, and the like are input. Is input for each of the waste machines C for component removal, and in addition to this ID item, when component removal is performed in order, a component name that has been taken reliably is additionally input.

Further, if forged contents or erroneous information is input, the ID item may cause a trouble, and the public inspection quality assurance organization P is configured to guarantee the contents. . Next, referring to FIG. 2, the flow of used parts when the information and the waste machine are scrapped vehicles will be described. First, the waste machine C is brought into the stock yard Y from the used machine market as a waste machine that can no longer be used. In the case of a discarded machine that has passed 10 years of service life, there is a high possibility that the demand for parts removal is low. The utility value is higher. The waste machine is accumulated in the stock yard Y via a physical distribution route such as truck transportation. During the stay period in this stock yard Y, instead of being stayed randomly,
It is assumed that all vehicles are assigned numbers and positions and are parked at a predetermined parking position.

In the stockyard Y, it is desirable that one waste machine is arranged in each of the computer-managed stay spaces such as an automatic unloading warehouse provided in a parts warehouse or the like. Each of the waste machines in the automatic warehouse is assigned a management number, and is displayed and managed on the WWW site S on the Internet with the management number as it is. Then, the ordered parts are extracted for each necessary part from the waste machine C for removing parts. Then, when the order information of the extracted parts and the contents of the waste machine C for removing parts in the automatic warehouse match, it is determined that the order has been established, and a billing slip is sent to the orderer in WWW.
Issued on the site S, and based on the billing slip, payment is completed using the deposit mechanism on the WWW site S, and at the same time, the dismantling line L of the waste machine C for picking up parts from the automatic warehouse of the stock yard Y. The transfer to can be started.

After once coming out of the disassembly line L and extracting the ordered parts, they are stored again in the automatic warehouse space in the stock yard Y as they are. If the storage period of the stock yard Y is long and there is no order for parts during that time, it is sent to a scrap factory as a model that does not need to be used. Then, the order information is added as it is to the information item of the waste machine in the WWW site S on the Internet as individual information of the waste machine C for removing parts, and waiting for a subsequent order. It becomes.

3 and 4, when the waste machine is a scrap car, a specific movement of the scrap machine C of the used machine parts supply information system based on the scrap machine C for removing parts, The movement of used parts is illustrated. Waste machine C is
After removing the parts, it is necessary to reassemble the other parts as much as possible to the machine shape.Parts that cannot be reattached are put in a box such as a parts holder and discarded. It is managed together with the machine C.
As described above, it is a major feature of the present invention that the position of the component is constantly managed in the form of a machine.

FIG. 6 shows another used machine parts supply information system. The used machine parts supply information system of FIG. 6 illustrates the invention of claims 6, 7, and 8. That is, in the case of a used machine parts supply information system requiring a stock yard Y, a large stock yard Y and a site for a dismantling line are used by a group of used machine dismantling companies Z in an urban area. May need to be installed near the city, which may lead to excessive investment and destruction of the environment in the metropolitan area, which may make the location impossible. For such a case, the used machine dismantling group Z and the parts purchaser group V continue to operate near the metropolitan area, and only take out the extracted parts while holding a vast warehouse site, as in the past. By storing the information in a parts storage warehouse X provided on a construction site or a factory site without considering the surrounding environment, and managing this storage information by a WWW server, there is no need for a large investment, and This system constitutes a used machine parts supply information system that can overcome the current situation without preparing a vast site in the area.

As described above, between the used machine dismantling group Z and the parts purchaser group V arranged as they are in the metropolitan area, and the large parts storage warehouse X provided at a position away from the metropolitan area,
Effective distribution of used machine parts by linking with a WWW server and forming an information network connecting the used machine dismantling group Z, parts storage warehouse X and parts purchaser group V with a WWW server It becomes possible. In addition, by providing a quality assurance department attached to the part storage warehouse X and a packaging and transport department for parts, the distribution of used machine parts and the Internet transaction can be quickly and inexpensively configured.

[0024]

As described above, the present invention has the following advantages. A stock yard Y for pooling a plurality of waste machines C for picking up parts as claimed in claim 1.
And a dismantling line L to be supplied to the stock yard Y, and WW on the Internet for inputting order information from an end user such as a repair shop for ordering parts purchase.
A W site S is provided. In the WWW site S, ID items such as a manufacturer, a model, an age, and a serial number of the plurality of accumulated waste machines are input. Entered with the name of the part removed from the waste machine added, and the remaining waste machine after the part removal was displayed on the order screen of the WWW site S. In the case of accidents, parts other than the necessary parts are scattered apart, making it impossible to manage,
The disadvantage that a large space for randomly disposing unnecessary parts is required can be solved. Also, after removing the necessary parts,
Since it is still installed in the predetermined place of the waste machine and is still disposed, a desired part can be taken out without fail when the part is extracted for the next order. If a waste machine is totally dismantled from the beginning as in the conventional case, parts may be scattered and confused with other waste machine parts. It is impossible to do so, but by managing the waste machines after removing the parts in an automatic warehouse, the risk of mistakenly scattered parts has been eliminated. In addition, since the remaining parts are assembled in the state of the waste machine, there is no need to take a management storage space larger than the shape of the machine, so that the minimum management storage cost is sufficient.

According to a second aspect of the present invention, in the used machine parts supply information system according to the first aspect, the waste machine C for picking up parts arranged in the stock yard Y is clicked on the order screen on the WWW site S. As a result, since it is possible to automatically move from the stockyard Y to the dismantling line L, there is no need to take parts from a managed waste machine without a formal order. The problem that the component is actually removed has disappeared. In addition, the administrator of the WWW site S on the Internet can use the information input by the orderer as the management information without inputting the information on the part picking, so that the management can be surely input. It was an information system.

According to a third aspect of the present invention, in the used machine parts supply information system according to the first aspect, for the waste machine C for picking up parts arranged in the stock yard Y, an order screen on the WWW site S is clicked. By the WWW site S
On the upper screen, the remaining parts are displayed in the form of IDs such as manufacturer, model, age, serial number, etc., so that the ordering side can actually manage whether the model is described in the ID item. Since the current appearance can be visually checked on the WWW site S on the Internet, the state of the state can be reliably checked.
You can order on the.

According to a fourth aspect of the present invention, the WW is provided on the Internet.
In the information mediation system functioning as a W server, information on a plurality of waste machines C for picking up parts arranged on a plurality of disassembly lines L is input, and the WWW server and the WWW site S allow a plurality of picking up parts. Can manage the information on the parts from the waste machines C, and the WWW site S can manage the information for extracting the parts of the waste machines C for picking up a plurality of parts. Can promptly respond to the various parts purchase requests. In particular, in the case of a used machine parts supply information system for supplying parts to repair shops nationwide, naturally, dismantling lines 10 and 20 are arranged to efficiently remove parts. It was possible to do it. In that case, the WWW server and W
In the WW site S, it is possible to clearly grasp the parts that have been sufficiently extracted and the remaining parts.

According to a fifth aspect of the present invention, in the used machine parts supply information system according to the present invention, the used machine parts can be effectively used for the most discarded cars by discarding the used machines. Used car shredder waste generated as industrial waste can be significantly reduced.

According to a sixth aspect of the present invention, the WW is provided on the Internet.
An information intermediary system functioning as a W server,
A list of parts storage warehouse X that manages and accumulates a list of a plurality of used machine dismantler groups Z having the following requirements as members and stores the parts taken from used machines by the used machine dismantler group Z, It manages and accumulates the parts management and storage status, manages and accumulates a list of the parts purchasers V who purchase the parts stored and managed in the parts storage warehouse X, and stores the management and storage information in the parts storage warehouse X. Database, WWW
It is used for browsing the information of used machine dismantling group Z and parts purchaser group V via a server, confirms the stock or delivery of parts via the WWW server, and inputs a purchase order from parts purchaser group V Then, the parts purchaser group V concludes a transaction to purchase parts to be stored and managed in the parts storage warehouse X, and the parts purchaser group V pays the parts price, and the management expenses of the parts storage warehouse X are reduced from the payment. Since the system is configured so as to be paid and the remaining price paid to the used machine dismantling group Z, the following effects are obtained. By providing the parts storage warehouse X in a wide area such as a landfill site or a landfill site near a port away from the city, the used machine dismantling group Z provided in the city can dismantle without disposing of a large disposal site. By distributing and storing parts as soon as possible in the parts storage warehouse X, the dismantling processing capacity can be increased. Automakers and machine makers who manufacture machines using recycled parts, parts suppliers, and recycled parts can know in detail the parts information stored in the parts storage warehouse X. They no longer need to store them in factories and warehouses. As a result, the used machine dismantling group Z and the parts purchaser group V continue their operations around the metropolitan area, while the parts themselves are intensively stored in the large-capacity parts storage warehouse X away from the metropolitan area. Then, it can be used for recycling.

According to a seventh aspect of the present invention, in the used machine parts supply information system according to the sixth aspect, a parts quality assurance institution for performing quality assurance of parts managed and stored in the parts storage warehouse X is provided. For repairers, parts suppliers and recycle manufacturers who purchase parts stored in storage warehouse X, they can purchase them without worrying about the quality of the parts, so it is necessary to pass through the quality control department. Therefore, the cost can be reduced.

According to an eighth aspect, in the used machine parts supply information system according to the sixth aspect, the parts storage warehouse X
In addition to the storage and management of parts, a packing and shipping department has been added. In the parts storage warehouse X, the parts buyers V required for parts delivery,
Can be delivered in a short period of time from ordering parts to delivery.

[Brief description of the drawings]

FIG. 1 is a block diagram showing the overall configuration of a used machine parts supply information system according to the present invention.

FIG. 2 is a flowchart showing a system for concentrating information on a WWW site S on the Internet, a flow of information on a stock yard Y and a dismantling line L, and a flow of waste machinery and parts, particularly when the waste machinery is a scrapped vehicle. Drawing.

FIG. 3 is a diagram showing a situation in which information on a WWW site S gradually changes while parts are sequentially removed from a waste machine, particularly when the waste machine is a scrap vehicle.

FIG. 4 is a flowchart showing the flow of the waste machine C for component removal in FIG. 3;

FIG. 5 is a diagram for inputting information on a plurality of parts-removing machines C disposed on a plurality of dismantling lines L into an information intermediary system functioning as a WWW server on the Internet, particularly when the machine is a scrap car. 4 is a flowchart showing a state in which the WWW server and the WWW site S can manage information of parts from a plurality of waste machines C for picking up parts.

FIG. 6 is a diagram showing a configuration of a used machine parts supply information system in which a parts storage warehouse X is provided between a used machine dismantling group Z and a parts purchaser group V;

[Explanation of symbols]

 C Waste machines for picking up parts S WWW site on the Internet Y Stockyard L Dismantling line Z Used machine dismantling companies V Parts purchasers X Parts storage warehouse

──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat ゛ (Reference) B65G 1/137 B09B 5/00 ZABM (72) Inventor Masayoshi Kubo 9-11-27 Kasugadai, Nishi-ku, Kobe-shi ( 72) Inventor Ichiro Ueda 2-21-11 Kamishirane, Asahi-ku, Yokohama, Kanagawa Prefecture F-term (reference) 3F022 AA05 MM01 MM08 MM11 MM22 MM36 4D004 AA26 AA50 CA02 DA16 5B049 AA06 BB07 CC05 CC08 CC28 CC36 FF03

Claims (8)

[Claims] 1. An information intermediary system functioning as a WWW server on the Internet, comprising: a stock yard Y for pooling a plurality of waste machines C for picking up parts having the following requirements; A disassembly line L for supply is provided, and a WWW server on the Internet for inputting order information from an end user such as a repair shop for ordering parts purchase is provided. The WWW server is provided with a plurality of accumulated waste machines. Enter the ID items such as manufacturer, model, age, serial number, etc., and for each part removal, add the name of the part to be removed from the waste machine for removing the part, and enter the remaining waste after removing the part. A used machine parts supply information system, wherein a machine is displayed on an order screen of a WWW site S. 2. The used machine parts supply information system according to claim 1, wherein the waste machine C for picking up parts arranged in the stock yard Y is automatically clicked on an order screen on the WWW site S. A used machine parts supply information system characterized in that it can be moved from stockyard Y to dismantling line L. 3. The used machine parts supply information system according to claim 1, wherein the waste machine C for picking up parts disposed in the stock yard Y is clicked on an order screen on the WWW site S to be sent to the WWW site. ID of manufacturer, model, age, serial number, etc. in the state of remaining parts on the screen on S
A used machine parts supply information system characterized by being displayed on a screen together with items. 4. The used machine parts supply information system according to claim 1, wherein a waste machine C for removing a plurality of parts disposed on a plurality of dismantling lines L in an information mediation system functioning as a WWW server on the Internet. And the WWW server and the WWW site S
A used machine parts supply information system, wherein information on parts from a plurality of waste machines C for picking up parts can be managed. 5. The used machine parts supply information system according to claim 1, wherein the used machine is a used car. 6. An information mediation system functioning as a WWW server on the Internet, comprising the following requirements: a list of a plurality of used machine dismantling companies Z managed and stored as members; A parts purchaser who manages and accumulates parts management and storage status in a parts storage warehouse X where Z carries in parts and stores parts taken from used machines, and purchases parts stored and managed in the parts storage warehouse X. The list of the group V is managed and stored, and the database of the management and storage information in the parts storage warehouse X is
Used for browsing the information of used machine dismantler group Z and parts purchaser group V via W server, confirming stock or delivery of parts via the WWW server, and ordering purchase from parts purchaser group V The part purchaser group V concludes a transaction for purchasing parts to be stored and managed in the parts storage warehouse X, and the parts purchaser group V pays the parts price. The used machine parts supply information system characterized in that the used machine parts supply information system is paid to the used machine dismantling company group Z. 7. The used machine parts supply information system according to claim 6, further comprising a parts quality assurance institution for performing quality assurance of parts managed and stored in said parts storage warehouse X. Supply information system. 8. A used machine parts supply system according to claim 6, wherein the parts storage warehouse X is provided with a packing and shipping department in addition to parts storage and management. Information system.