JP2003026336A - General waste sorting and collection system and its method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a general waste sorting and collection system capable of precisely determining the kinds and amounts of general wastes, and smoothly sorting and collecting wastes. SOLUTION: Dischargers 12 who discharge general wastes, a collector 13, a processor 16, and a management center 11 controlling them are connected to one another by a communication line and the management center 11 includes a storage means 11b for storing and accumulating identification information for identifying each discharger, received from the dischargers 12 via the communication line, and waste information about the kinds and amounts of wastes to be disposed of, in such a manner that these pieces of information are integrated together; a drafting means 11c for drafting collection plans for each kind of waste according to the waste information stored in the storage means; and a reporting means 11a for reporting waste collection information, such as the collection plans drafted by the drafting means, via the communication line. The waste collection information includes sorting information urging the dischargers to sort the wastes when discharging, and sorting and collection information urging the processor to sort and collect the wastes.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method and system for separating and collecting general waste such as household waste discharged from general households.

[0002]

2. Description of the Related Art Generally, the methods of discharging general waste discharged from general households are as follows: a case where the waste is placed at a garbage collection point set in each area at a predetermined date and time, and a container installed at the garbage collection point. Alternatively, it may be put in a dust box, and the waste collected in the waste collection site in this way is transported to a treatment site by a collector. There are few high-risk general wastes like industrial wastes, but separate collection is obligatory by each municipality so as not to make disposal difficult. By separating and recovering waste in this way, it becomes possible to reuse waste, and by grasping the amount and type of waste, it is possible to reduce the amount of waste that is increasing every year, such as efficient treatment at incineration facilities. In addition, it is possible to reduce the treatment cost, and it can be said that this is an extremely important work in waste treatment.

As a technique for efficiently recycling wastes, Japanese Patent No. 2918141 proposes a method for separating and collecting and recycling. Such a conventional technique separately collects and re-collects the waste in a transportable dedicated container accompanied by a magnetic ID card in which information such as the type of waste and the properties such as composition, shape, size, etc. for each type is registered in advance. By registering the above information in the computer in which the manufacturing plan for use is entered, the use combination of wastes with different types and amounts required for reuse is automatically selected for each container, It is a method of manufacturing a used product. As a result, the waste separation work can be performed easily and surely and the responsible point can be clarified. In addition, the reused product can be easily manufactured with the optimum combination.

On the other hand, as a system for grasping and managing the amount and type of the waste thus separated and collected, Japanese Patent Application Laid-Open No.
In 000-264402, an input means for inputting waste information, an authentication means for authenticating the waste discharger, a transmitting means for transmitting the waste information to a management organization, and a waste processing cost based on the information. There has been proposed a waste treatment management system including a calculation means for calculating. By constructing such a system, it becomes possible to manage waste efficiently through a network, which leads to a reduction in treatment cost.

[0005]

However, all of the conventional techniques are designed for industrial wastes, and are suitable for industrial wastes processing under the manifest system issued by the government agencies. However, it is difficult to apply it to general waste discharged from homes. Further, the above-mentioned conventional technique does not describe a specific method of collecting separated wastes, and thus it is difficult to put it into practical use. In addition, when collecting wastes from general waste generators, it is necessary to visit a large number of waste collection points within a predetermined period of time. An important issue is whether the residence time can be shortened and the efficiency can be improved. In view of the above problems of the prior art, the present invention provides a general waste separation / collection system capable of accurately grasping the type and amount of general waste and smoothly separating and collecting waste.

[0006]

SUMMARY OF THE INVENTION In order to solve the above problems, the present invention provides a discharger for discharging general waste and a collector for collecting and transporting the waste. A contractor and a disposer that disposes of the collected waste,
A communication center is connected to a management center that manages the collection, transportation, and disposal of these wastes, and the management center receives identification information for identifying each discharger received from the discharger through the communication line. Storage means for integrally storing and accumulating waste information such as type and amount of waste to be discharged, and planning means for making a collection plan for each waste type based on the waste information stored in the storage means And notifying means for notifying waste collection information such as a collection plan planned by the drafting means via the communication line, and the waste collection information allows the waste generator to separately sort waste. Sorting information to encourage,
And separate collection information for urging the processing company to collect waste separately.

According to this invention, waste information such as the type and amount of waste to be discharged by the discharger is notified in advance, and the management center can determine the dispatch of the collector and the collection date and time based on the waste information. By formulating an appropriate collection plan and notifying the above-mentioned discharger and the collector, the waste separation and collection can be efficiently performed. The waste information does not cause embarrassment to the waste generator by including the separation information such as manual information to the waste generator such as the waste separation type and discharge method in each collection area and transmitting the waste separation information. Make sure that waste is properly separated and discharged. Further, by providing the collection company with the separated collection information such as the method of collecting the separated wastes about how to dispatch the vehicles, the wastes can be collected most efficiently in the shortest time. Further, since each of them is connected by a communication line, information can be easily transmitted and received, and the burden on the discharger side is small. In addition, it can be used for efficient operation planning of waste incineration facilities by selecting the treatment company that is the destination of transportation based on the previously notified waste information and notifying the waste information to the treatment company. You can

[0008] According to a second aspect of the present invention, the management center collects the identification information of the discharger and the measured value of the amount or type of waste, which the collection company integrally stores at the time of collecting the waste. It is characterized in that it comprises a waste evaluation means for receiving the performance information, storing and accumulating it in the storage means, and evaluating the stored waste performance information at regular intervals. In this way, by increasing the awareness of the waste to the waste generators, the degree of separation will be improved and the amount of waste will be reduced.

[0009] Further, as described in claim 3, the notification means transmits the waste collection completion status information to the discharger upon receipt of the waste record information, so that the discharger stores the waste. It is possible to judge whether an empty container can be taken back without leaving the container for a long time. Further, as in the invention described in claim 4, the management center is provided with a monitoring means for appropriately receiving the image information imaged at the waste collection site on the side of the discharger to monitor the waste collection site. By providing it, illegal dumping of waste can be prevented.
Furthermore, by configuring the above-mentioned discharger, collector, processor, and management center by connecting to a net network such as the Internet using a wired or wireless line, it is possible to easily send and receive information and also to general households. Such a system can be popularized.

The invention according to claim 6 relates to a method for separately collecting wastes, in which general wastes discharged by the discharger are collected and transported by a collector, and the wastes are regenerated for each type of waste by a processing supplier. In the waste separation and collection method in which the processing such as reprocessing, heat treatment, etc. is performed, the management center connected to the discharger, the collector and the processor through a communication line identifies the discharger. And the waste information such as the type and amount of the registered general waste to be discharged, the identification information and the waste information are integrated and stored and accumulated, and the stored waste information is stored. It is characterized in that a collection plan is formulated based on the notification, and the waste generator and the collector are notified, the waste generator is urged to separate and discharge the waste, and the treatment supplier is urged to separately collect the waste. In the invention according to claim 7, wastes sorted by type by the image recognition device installed in the waste collection site are stored, and the wastes are color-coded according to the type of the stored wastes. It is characterized in that the amount of waste for each type is estimated by capturing an image of the container and analyzing the image information, and the estimated value is used for planning the collection plan of the collection vehicle.

According to such an invention, the degree of separation of waste is improved, the reuse rate and the recycling rate of waste are increased, and it contributes to the reduction of waste and measures against environmental problems.
Further, it is possible to accurately grasp the planned waste information by prior notification of the waste information or the image information of the waste container color-coded for each kind of waste, so that the collection and processing of the waste can be performed efficiently. This leads to a reduction in cost.

Further, as the discharger side equipment of such a waste separation and collection system, the invention according to claim 8 is the discharge side of the waste discharger connected by a communication line to a management center for managing the collection of general waste. The facility is a facility that manages a waste collection site where the waste is temporarily stored until it is collected, identification information that identifies the waste generator, and waste information such as the type and amount of waste that is scheduled to be discharged. A transmitting means for transmitting to the center, a receiving means for receiving waste collection information such as a collection plan planned by the management center based on the waste information, and a waste sorted according to the waste collection information. A waste container, wherein the identification information can be added to the waste container.

As described above, by transmitting the waste information notified in advance by the discharger together with the identification information to the management center, information management for each discharger can be performed and each discharger can receive only necessary information. I can. Further, by making it possible to add the identification information to the waste container, the origin of the discharged waste can be clarified, and the discharger's recognition of the waste can be improved, and the waste can be discarded by the identification information at the time of collecting the waste. It is possible to accurately receive waste performance information such as the type and amount of waste.

Further, as described in claim 9, the waste container is configured to be lockable so that only a person or a collector having identification information added to the waste container can open the lock. It is possible to prevent a person other than the holder of the waste container from throwing the waste into the waste container. Further, as described in claim 10, when the presence of a human is recognized in the waste collection point, image information obtained by an image recognition device that images the collection point is appropriately transmitted to the management center for monitoring. By providing the means, it is possible to prevent illegal waste leaving.

The invention according to claim 11 relates to a collection-side facility of a waste separation and collection system, which is connected to a management center for managing collection of general waste through a communication line, and is based on an instruction from the management center. A collection side facility for collecting waste discharged by a waste discharger to a waste collection point, receiving means for receiving waste collection information such as a collection plan planned by the management center, and the waste. A collection vehicle for collecting and transporting the waste based on the collected information, identification information for identifying the discharger added to a waste container placed in the waste collection place and storing the waste, and A storage unit that integrally stores the actual waste amount information such as the weight and type of waste, and a transmitting unit that transmits the stored identification information and the actual waste amount information to the management center. Prepared The features.

[0016] According to this, it is possible to efficiently collect waste, and to provide a waste collection-side facility that can collect waste at low cost. Further, as described in claim 12, the collection vehicle is provided with an automatic loading means for holding an empty container at a predetermined position after gripping the storage body and loading waste into the collection vehicle, It is possible to reduce the burden on humans and the labor cost. Further, when the discharger discharges waste, the waste is sorted into types and stored in the waste storage body that is color-coded for each type, and the visual sensor that identifies the color of the storage body is collected. By installing it on the car, collection can be done efficiently and the time required for collection can be shortened.

[0017]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT A preferred embodiment of the present invention will be exemplarily described in detail below with reference to the drawings. However, the dimensions, materials, shapes, relative positions, etc. of the components described in this embodiment are not intended to limit the scope of the present invention thereto unless specifically stated otherwise, and are merely illustrative examples. Not too much.

FIG. 1 is an overall configuration diagram of a waste separation and collection management system according to an embodiment of the present invention, and 10 is an Internet network which is a network using a public line.
1 is a management center that manages a series of waste flows, 12 is a waste discharger such as a general household, 13 is a garbage collector, 15 is a garbage collection point, 16 is a garbage disposal facility that disposes of collected garbage, 20 Indicates a wireless communication network. As shown in FIG. 1, such a system is a garbage collector 12 side facility including mobile terminals 12a and 12b and a garbage collection point 15, and a garbage collector 13 side facility including a dispatch center 13a and a garbage truck 13b. And the garbage processing facility 16 and the Web server 11
a, a DB server 11b, a management center 11 including servers such as a planning server 11c, and the respective facilities are connected to the Internet network 10 or the wireless network 20.

In the present invention, the target waste is general waste (hereinafter referred to as “garbage”), which is discharged from general houses and apartments, as well as from supermarkets and office buildings. Includes business general waste. As shown in FIG. 1, the waste dischargers 12 have a terminal device such as a personal computer 12a and a mobile phone that can access the Internet, and each waste discharger 12 is given an ID as a unique identification means. ing. As the ID, a mobile phone number or a combination of randomly assigned characters, codes and numbers is used.

Further, the waste discharger 12 has a lockable waste container 17, and the waste container 17 may be a plastic container which is particularly lightweight and durable and which allows an overview of the stored items. preferable. Further, such a dust storage container 17 is configured to be able to add an ID so that only the discharger 12 or the collector 13 having the corresponding ID can unlock the lock. The identification means is a magnetic card or IC
The card may be a card, and the card reader can be used to eject 1
2 can be identified, and personal information can be recorded if necessary. In addition, the discharger 12 may have a plurality of storage containers 17 that are color-coded according to the type of storage waste depending on the case.

The garbage collection point 15 is located at a place designated by a local government in each area and has a space for placing the garbage container 17, and the garbage collection point 15 has a surveillance camera 15a for monitoring illegal garbage left. Is provided. The surveillance camera 15a is provided with an image recognition device for discriminating a person,
The monitoring function is turned on and recorded as image information only when the presence of a person is recognized in the garbage collection point 15. Further, the surveillance camera 15a is connected to a management center 11 which will be described later via the Internet 10, and is configured to be able to transfer the recorded image information according to an instruction from the management center 11.

With this structure, it is possible to prevent illegal leaving of dust. Further, since the collection center can be collectively monitored by the management center 11 via the Internet network 10, costs such as labor costs can be reduced and an efficient monitoring system can be realized. Furthermore, by taking an image of the garbage collection place 15 in which the storage containers 17 colored according to the kind of garbage are placed by the monitoring camera 15a and transmitting the taken image information to the management center 11,
The management center 11 side can estimate the amount of waste and the type of waste that have been discharged, and use the estimated values for drafting a collection plan such as a vehicle allocation plan for the waste collection vehicle 13b, so that waste can be collected efficiently. I can.

The facility of the waste collection company 13 side is composed of a vehicle dispatching center 13a and a plurality of garbage trucks 13b. The vehicle dispatching center 13a is connected to the management center 11 via the internet network 10, and each of them is connected to the managing center 11a. The garbage truck 13b is connected to the management center 11 via the wireless communication network 20. In this way, by connecting via the Internet network 10, it becomes possible to manage information even when a conventional telephone, FAX, or the like is unmanned at the dispatch center 13a. In addition, the network including the facilities of the waste collection company 13 side is not limited to the above, and the method in which the vehicle dispatch center 13a is directly connected to the management center 11 via a dedicated line, or the waste truck 13b is a wireless network Two
The method of connecting to the management center 11 via the vehicle dispatch center 13a via the Internet or the Internet network is not particularly limited.

A garbage truck 13 owned by the garbage collector
b is provided with a storage device capable of storing the ID number, the weight of the waste in the waste storage container 17 corresponding thereto, the degree of separation of the waste, etc., and a communication device capable of transmitting the information to the management center 11. There is. When the waste container 17 of the discharger 12 is locked, it can be automatically unlocked, re-locked after the waste is collected, and the added ID number can be read to measure the weight of the contents. Provide a function. Further, when the waste storage containers 17 are color-coded for each type of waste, a large number of waste storage containers 17 are provided.
It is advisable to provide a visual sensor for identifying the color of the container containing the dust collected from inside. Further, the garbage truck may be provided with a robot arm mechanism that grips the garbage storage container, sets it in the garbage collection port of the garbage truck, and returns the empty container after collection to a predetermined place. By doing so, it is possible to significantly reduce the burden on humans and to collect dust in a short time.

The management center 11 which controls each of the above-mentioned facilities has a Web server 11a for providing information such as waste information and a waste collection method, and a DB server for storing and accumulating the waste information. 11b, a planning server 11c that calculates a waste collection plan based on the waste information is provided, and is connected to the Internet network 10 or the wireless network 20 so that information can be appropriately transmitted and received. In the present embodiment, the servers having the above-mentioned functions are provided respectively, but it is also possible to use one personal computer for each function, for example.

Next, the flow of processing of the waste discharger 12, the management center 11 and the waste collector 13 will be described with reference to FIGS. 2 and 3. First, in the management center 11, the Web server 11a provides an information service such as a manual of the waste information advance notification system, a method of applying to the waste advance notification system, and information on the waste storage containers used in the system through the Web server 11a. (S1). Among the dischargers who have received the information service, dischargers who wish to join the garbage information advance notification system perform registration procedures on the Web server 11a (S
2) ID of the management center 11 is only for the registered dischargers
Request a pre-notification of garbage information with a number (S
3).

The discharger 12 is the W of the management center 11.
After accessing the eb server 11a and inputting the assigned ID number (S4), the waste information to be discharged is input (S
5) The ID number and the garbage information are integrated and transmitted to the management center 11 (S6). And the management center 1
1 stores and accumulates the garbage information received from the discharger 12 together with the ID number in the DB server 11b (S7), and based on the accumulated garbage information, the planning server 11c collects garbage such as vehicle allocation plan and garbage collection date and time. Make a plan (S
8) Re-create the planned garbage collection information on the Web server 11
It is transmitted to the waste generator 12 and the waste collector 13 by a (S9). At this time, the garbage discharger 12 is presented with the classification type of garbage, the collection date and time, and the garbage collector 13 is notified of the dispatch plan. In this way, by selecting the treatment place at the same time according to the type and amount of the refuse and notifying the destination treatment place in advance, the waste treatment at the treatment place can be smoothly performed.

As described above, the waste discharger 12 separates and discharges the waste based on the waste collection information notified to each (S10), and the waste collector 13 dispatches the vehicle and collects the waste (S11). . Then, at the time of collecting the waste, the waste collecting company 13 integrally stores the ID number added to the waste storage container 17 and the waste actual information such as the actually measured waste weight and sorting status (S12). ), And transmits the garbage record information to the management center 11 together with the ID number (S13).

The management center 11 which has received the garbage record information stores and accumulates the garbage record information in the DB server 11b in association with the ID number (S14), and stores the garbage record information and the collection completion status in the Web server 11a. At Discharger 1
2 is transmitted (S15). Ejector 12 who received this
Is a waste container 17 placed in the waste collection station 15.
Can be collected (S17). On the other hand, the management center 11 discloses the accumulated waste record information on the Web server 11a (S16), and the waste discharger 12 receives the waste record information (S19). On the other hand, the management center 1
1 periodically evaluates the degree of separation and the amount of emission, and preferential treatment is given to the highly evaluated emitters 12 (S18).

In this way, the discharger 12 notifies the management center 11 side in advance of his / her waste information, so that an efficient collection plan such as a vehicle allocation plan can be drafted and the waste can be collected smoothly. In addition, by including the sorting information such as the sorting type and the discharging method for each collection area and the sorting collection information in the waste information, the waste sorting can be reliably performed. In addition, by notifying the discharger 12 of the end time, it is possible to easily determine whether or not the storage container 17 may be brought back.

Here, a display example of the information terminal when the waste discharger 12 gives a waste information advance notice will be described with reference to FIG. The waste discharger 12 who has already been given an ID number by informing his / her intention to join the waste information advance notification system accesses the Web server 11a of the management center 11 to access the ID.
When the ID number held on the number input screen (100) is input, the function selection screen (101) is displayed, and the planned amount input 1, the actual amount display 2, and the garbage collection status 3 displayed on the screen are displayed. When the input 1 of the planned amount is selected from the inside, the selection screen (102) for the garbage type is displayed. Then, when a recyclable waste scheduled to be discharged is selected from the recycle trash 1, the flammable trash 2, the organic trash 2 and the other 4, a selection screen (103) for the planned discharge amount of the recycle trash is displayed.

Further, a screen (100) for selecting the garbage type
When the garbage collection status 3 is selected in, the garbage collection status screen (104) is displayed as shown in FIG. 5, and the garbage collection date and time, the garbage collection place, and the respective garbage collection status corresponding to the type of garbage. Is displayed. Further, when the display 2 of the actual amount is selected, the display item selection screen (105) of the browsing data is displayed as shown in FIG. 6, and the individual actual value 1, the city statistical value 2, the conversion method 3 are displayed. You will be prompted to select the data you want to browse. Then, when the individual achievement value 1 is selected, a screen displaying the garbage individual achievement value (106)
Is displayed, and the period of the aggregated data and the degree of separation and the amount of waste are displayed.

As described above, since it is possible to make a prior notice of garbage information and a service request by using the Internet and a simple input, it is possible to provide a system that is easy to use for everyone. it can. Also, since it takes almost no effort, it is expected that the participation rate of the system users in the separated emission system will be improved.
In the present embodiment, the information is transmitted and received using the Internet. However, for example, a telephone is used to assign an identification number, and information is transmitted and received using a public line or a dedicated line other than the Internet. It is also possible to do so.

[0034]

As described above, according to the present invention, since the waste discharger gives advance notice of the waste information to be discharged, it is possible to prepare an appropriate waste collection plan such as a vehicle allocation plan or a treatment site selection in advance. , You can collect waste separately. Also,
By converting the actual values into data after waste collection, it is possible to accurately grasp the type and amount of waste, and to efficiently set up a waste treatment facility and make a collection plan. In addition, the identification number is given to each discharger so that the actual waste discharge value of each discharger can be browsed, so that the awareness of environmental problems can be deepened. Furthermore, it will be possible to properly separate and collect waste, increase the reuse of waste, and reduce the amount of waste discharged, which will contribute to issues such as securing the final landfill site for waste and reducing the environmental load. In addition, by collecting the wastes with a plurality of types of collection vehicles, the waste discharger's labor for discharging the wastes is reduced, and the degree of separation is further improved.

[Brief description of drawings]

FIG. 1 is an overall configuration diagram of a waste separation / collection system according to an embodiment of the present invention.

FIG. 2 is a flow chart of processing in waste sorting and collection according to the embodiment of the present invention.

FIG. 3 is a flow chart of a process in waste sorting and collection according to the embodiment of the present invention.

FIG. 4 is a display screen of the information terminal on the garbage-discharging side for performing prior notice registration of garbage information.

FIG. 5 is a display screen of the information terminal of the waste-discharging side for notifying the waste collection status.

FIG. 6 is a display screen of the information terminal of the waste-discharging side for notifying the waste performance information.

[Explanation of symbols]

10 Internet network 11 Management Center 11a Web server 11b DB server 11c Planning server 12 garbage dischargers 13 garbage collectors 14 garbage trucks 15 Garbage collection points 16 Garbage disposal facility 17 Garbage storage containers 20 wireless communication network

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Claims (13)

[Claims] 1. A discharger that discharges general waste, a collector that collects and transports the waste, a disposal company that disposes of the collected waste, and a collection, transportation, and disposal service of these wastes. A management center that manages the wastewater is connected to the management center via a communication line, and the management center receives identification information for identifying each discharger from the discharger via the communication line and the type and amount of waste to be discharged. The waste information of
Storage means for accumulating, planning means for making a collection plan for each waste type based on the waste information stored in the storage means, and waste collection information such as the collection plan planned by the planning means for the communication line Notification means for notifying via waste, the waste collection information includes segregation information that prompts the waste generator to separate and discharge waste, and segregation collection information that prompts the waste disposal disposal of the waste to the processor. A general waste separation and collection system characterized by including. 2. The management center receives, as waste record information, the identification information of the discharger and the measured value of the amount or type of waste, which are integrated and stored by the collector at the time of collecting the waste, and the stored information. In addition to storing and accumulating in the means,
2. The general waste classification and collection system according to claim 1, further comprising a waste evaluation means for evaluating the stored waste performance information at regular intervals. 3. The general waste separation / collection system according to claim 2, wherein the notification means transmits waste collection completion status information to the discharger upon receipt of the waste record information. 4. The management center is provided with a monitoring means for appropriately receiving image information picked up at the waste collection site on the side of the discharger and monitoring the waste collection site. The general waste separation and collection system according to claim 1. 5. The general waste according to claim 1, wherein the discharger, the collector, the processor and the management center are connected to a net network such as the Internet using a wired or wireless line. Sorted collection system. 6. A waste collection company collects and transports general waste discharged by the waste generator to a waste collection point, and a processing company at the destination carries out processing such as recycling, reprocessing, and heat treatment for each waste type. In the waste separation and collection method to be applied, the management center, which is connected to the waste generator, the collector and the processor through a communication line, registers the identification information for identifying the waste generator and the registered general waste to be discharged. The waste information such as the type and amount is received, the identification information and the waste information are integrated and stored and accumulated, and a collection plan is made based on the stored waste information, and the discharger And a method for general waste separation and collection, in which the waste generator is notified and the waste generator is urged to separate and discharge the waste, and the treatment supplier is urged to separately collect the waste. 7. The image recognition device installed in the waste collection point stores the waste sorted according to type and images the waste storage body color-coded according to the type of the stored waste. 7. The general waste classification and collection method according to claim 6, wherein the amount of waste for each type is estimated by analyzing the image information, and the estimated value is used for planning a collection plan for a collection vehicle. 8. A waste collection facility, which is a discharge-side facility of a waste discharger connected to a management center that manages the collection of general waste by a communication line, and is temporarily stored until the waste is collected. And transmitting means for transmitting the identification information for identifying the discharger and the waste information such as the kind and amount of waste to be discharged to the management center, and the management center based on the waste information. A receiving unit for receiving waste collection information such as a collection plan and a waste container for storing the waste sorted based on the waste collection information, and the identification information can be added to the waste container. The discharge-side equipment of the general waste separation and collection system, which is characterized in that 9. The general waste segregated collection according to claim 8, wherein the waste container is lockable, and is configured so that only the container holder or a waste collector can unlock the waste container. System discharge side equipment. 10. The waste collection point is provided with a monitoring means for appropriately transmitting image information obtained by an image recognition device for picking up an image of the collection point when the presence of a person is recognized to the management center. The discharge-side facility of the general waste separation and collection system according to claim 8. 11. A collection-side facility that is connected to a management center that manages the collection of general waste by a communication line and that collects the waste discharged by a waste discharger to a waste collection site based on an instruction from the management center. A receiving means for receiving waste collection information such as a collection plan planned by the management center, a collection vehicle for collecting and transporting the waste based on the waste collection information, and the waste Identification information for identifying the discharger added to a waste container that is placed in a collection site and stores the waste;
Storage means for integrally storing the actual waste value information such as the weight and type of waste, and a transmitting means for transmitting the stored identification information and the actual waste information to the management center Collection side equipment of a general waste separation collection system characterized by being equipped with. 12. The collection vehicle includes automatic loading means for holding an empty container at a predetermined position after gripping the container and loading waste into the collection vehicle. Collection side equipment of the general waste separation collection system described in 11. 13. The collection vehicle is equipped with a visual sensor for sorting the wastes by type and storing the wastes and identifying the color of the waste storage body color-coded for each type. Collection-side equipment of the general waste separation collection system according to claim 11.