JP2022168491A - Garbage collection and transportation managing system - Google Patents

Abstract

To provide a garbage collection and transportation managing system which allows a dedicated application of a smart phone to make registration and application of a stacking site, allows a person in charge to confirm the application content of the stacking site with a personal computer, easily manages the fixtures of the stacking site, and is capable of improving efficiency in garbage collection.SOLUTION: There is provided a garbage collection and transportation managing system server in which a stacking site managing unit, a stacking site direction history managing unit, a bulky refuse reception unit, and a waste household electric appliance reception unit are formed. The garbage collection and transportation managing system server is connected to a smart phone in which a stacking site registering application is installed, and a smart phone in which an application for inhabitants is installed. A manager side personal computer is connected to the garbage collection and transportation managing system server. Consequently, the registration and application of the stacking site can be made by the dedicated applications including the stacking site registering application and the application for inhabitants via a smart phone, the manager side personal computer can confirm the content of the stacking site application, and further fixtures of the stacking site can be easily managed.SELECTED DRAWING: Figure 1

Description

The present invention relates to a garbage collection, transportation and management system.

In recent years, from the viewpoint of resource recycling, environmental conservation, and effective use of resources, there is a demand for efficient collection, transportation, and treatment of waste such as garbage and recyclable materials at lower costs. Especially in urban areas, it is a big social and economic problem.

Figure 30 is an explanatory diagram showing the classification of waste and the scope of disposal business license. Waste includes general waste and industrial waste. , waste other than industrial waste.

In other words, general waste is not specified, but refers to waste other than those classified as industrial waste under the Waste Management Law at that time.

In order to dispose of industrial waste, it is necessary to make a contract with a disposal company in advance and prepare an industrial waste control manifest (manifest), etc.

Municipal waste is defined as waste other than industrial waste in Article 2, Paragraph 2 of the Waste Disposal and Public Cleansing Law.

Legally, there are only general waste and specially controlled general waste. The term "business-related general waste" is often used for convenience, but it is not a term defined by law, and its legal treatment regarding disposal methods and regulations is no different from household waste. However, some municipalities, such as Tokyo's 23 wards, define "business-related general waste" in local government ordinances, set up their own manifest systems, and require recycling reports to separate waste from household waste. special treatment.

Municipalities are responsible for collecting, transporting, and disposing of general waste, and as a general rule, they should do it themselves. (Articles 6 and 6-2 of the above law)

However, only when it is difficult for the municipality to do so, the mayor of the municipality can apply for a business operator who meets certain requirements and grant permission for general waste disposal business based on the basic waste disposal plan. (Article 7, Paragraphs 5 and 10 of the above law) In addition, even without the above permission, businesses may dispose of their own waste, It is possible to collect and transport (Article 7 of the above law).

The above is a legal issue. Regarding municipal solid waste, in urban areas, the collection, transport, and disposal of waste generated from office buildings where major businesses are housed is relatively efficient. The current situation is that waste from individuals, small and medium enterprises, small shops, etc. is not efficient. This is because not only are the dumping sites dispersed and the types of waste discharged are diverse, but also because the amount of waste discharged is small and the frequency of discharge is not regular.

In addition, as the day-decreasing society becomes a reality, it is becoming difficult to pass on business know-how due to the decrease in the number of staff involved in the cleaning business in the government and the retirement of veteran staff who are familiar with the business. Therefore, it is necessary to create a system that facilitates business succession and efficient business management.

Actually, there are the following problems.
(1) The management of garbage collection points has not been digitized on paper, but the optimization of routes for collection and transportation depends on human knowledge. In addition, it is not possible to ascertain the amount of waste generated by region. Furthermore, they do not know the operating positions of the collection vehicles.
(2) Residents cannot easily apply for new or changed garbage collection sites because there is no application form on the website.
(3) Residents currently apply by hand when applying for new or changing garbage collection points. It takes a long time to apply for and change a garbage collection point from application to permission.

In this way, it is becoming difficult to meet the needs of residents with the current collection system.

In addition, the following patent document relates to industrial waste, but not only waste management business operators and waste discharge business operators but also waste collection business operators can enjoy benefits, and waste disposal with enhanced transparency It was proposed to provide an object collection information management system.
JP 2015-38716 A

This patent document 1, as shown in FIG. 33, is a waste information management system comprising a waste processing information terminal 1 owned by a worker of a garbage truck 13 and a waste information management server 2. The waste processing information terminal 1 has a waste collection information confirmation unit, a waste collection data collection unit, and a waste collection data sending unit, and the waste information management server 2 includes a server waste information processing unit and a server money information It consists of a processing section and a server information disclosure section, and the server waste information processing section consists of a waste collection data recording section and a waste collection data association section. It consists of a calculation unit, a payment information acquisition unit, and a billing statement creation unit.

A business information processing terminal 3 , a submitter information processing terminal 4 , and a disposer information processing terminal 5 are connected to the waste information management server 2 .

When the program starts, collection waste information processing is performed at the waste disposal information terminal.
(1) When the collection waste information processing starts, waste collection information confirmation is performed. This enables the waste collection business operator to timely confirm various waste collection information useful for waste collection.
(2) Next, waste collection data is collected. By this, the collected waste data is input to the waste processing information terminal.
(3) Furthermore, waste collection data is sent for the input discharged waste information.
(4) If the waste collection is to be continued, the waste collection information confirmation process is performed again. If not, the waste collection information processing is terminated.

After collection waste information processing, server waste information processing takes place.
(1) When the server waste information processing starts, waste collection data recording is performed. As a result, the waste collection data transmitted from the waste processing information terminal 1 is recorded.
(2) Next, waste collection data association is performed. As a result, the waste collection data is associated with the name of the waste discharger, etc., and the server waste information processing is completed.

After the server waste information processing, the server money information processing takes place. When the server money information processing starts, a series of processing information is created, including calculation of sales information, calculation of accounts receivable information, acquisition of payment information, and creation of billing details.

After server money information processing, server information disclosure is performed. As a result, waste generators and waste collectors can access the information set in the server information disclosure through web browsers.

The following patent document relates to a system for identifying illegal dumping sites and confirming them using photographs. More specifically, it centrally manages the transport routes of waste collection and transportation vehicles, the arrival at waste disposal sites, and the monitoring of illegal waste dumping. It was proposed as a work/operation management system for waste collection and transportation vehicles.
Japanese Patent Application Laid-Open No. 2001-76287

As shown in Figure 33, at the manifest information system management center, manifest management is performed using manifest slips (loading detail slips) in which necessary items are entered based on information on waste collection and transportation vehicles, and satellite communications are used to dispose of manifests. Based on information about the cargo and/or movement of the collection and transport vehicle, at least the location of the waste collection and operation shall be confirmed by location information based on GPS navigation systems and visual information based on aerial and satellite photographs. In addition, based on this information, the work and operation efficiency of waste collection and transportation vehicles is improved, and the waste collection and transportation vehicles dispose of waste as designated waste. Monitor delivery to off-site waste disposal sites.

Waste disposal sites, intermediate treatment companies, and administrative agencies that manage and supervise waste disposal are installed with terminal devices for waste disposal sites and intermediate treatment companies, and these terminals are wireless receivers. and is connected to a management terminal device of the manifest information system management center (SCMS management center) via a communication line.

The waste collection and transportation vehicle is equipped with a GPS positioning antenna for receiving radio waves from GPS satellites and an on-vehicle display terminal and mobile terminal for measuring the position from the received radio waves in order to measure the position using this GPS. In addition, a communication control device that controls overall communication between the manifest information system management center (SCMS management center) and the waste collection and transportation vehicle, and a satellite communication that performs transmission and reception with a communication satellite It is equipped with an antenna, which enables the measurement of the position of the own vehicle and the exchange of information with the manifest information system management center (SCMS management center).

The in-vehicle terminal device includes a GPS device, a personal computer, a keyboard for inputting data into the personal computer, display of input information, and information sent from the in-vehicle terminal device C. A display composed of a liquid crystal display device, etc., an abnormality button for notifying the SCMS management center of an abnormality in the event of an abnormality, a speaker for outputting the voice of the communication partner, an alarm sound, etc., and an in-vehicle terminal device C The input information is sent to the manifest information system management center (SCMS management center) via communication satellite as needed.

The Patent Documents 1 and 2 relate to industrial waste, not general waste. Therefore, neither the above-mentioned patent document 1 nor the patent document 2 describes the management of garbage collection points, and no other prior art document shows the digitized management of garbage collection points with respect to municipal solid waste.

The present invention eliminates the above-mentioned inconveniences of the conventional example, and regarding general waste, especially household general waste, it is possible to register a collection point and apply for a collection point using a dedicated application, and the person in charge can confirm the contents of the collection point application. To provide a garbage collection/transportation management system capable of improving the efficiency of garbage collection because the equipment can be easily managed at a collection point.

In order to achieve the above object, the present invention according to claim 1 consists of two programs, a depot registration application program and a resident application program, as application programs (hereinafter referred to as application programs),
It consists of a cloud server as a collection and transportation management system server, a first smartphone terminal equipped with a collection site registration application program, a second smartphone terminal equipped with a resident application program, and a personal computer in the management side cleaning office. The smartphone terminal of, the second smartphone terminal, and the personal computer of the cleaning office are connected to the collection transportation management system server,
Resident application program includes user registration program, application registration program for depots,
The accumulation site registration application program and the residents application program are a login program, a camera function program that requests the camera function to the smartphone terminal, acquires camera function information from the smartphone terminal, requests location information from the smartphone terminal, and the smartphone A latitude and longitude acquisition program that acquires location information from a terminal, a map display program that transmits latitude and longitude information to a smartphone terminal using a map application, which is an external system of the smartphone terminal, and acquires map information from the smartphone terminal, an external device owned by the smartphone terminal Send latitude and longitude information to the smartphone terminal by the map application that is the system, and have an address information conversion program and a data update program from the latitude and longitude that receive the address information from the smartphone terminal,
In the collection and transportation management system server, a user file for accumulating user information, an image file for accumulating image information, and a depot file for accumulating latitude/longitude, address, etc. are formed,
The user of the collection point registration application program of the first smartphone terminal is the government, and the location information of the smartphone terminal is acquired using this application program, and the data is sent to the collection transportation management system server together with the photographed photograph. ,
The user of the resident application program of the second smartphone terminal is the resident, and the resident makes various applications. It consists of a program that sends data to the collection and transportation management system server, applies for collection points (new, change, delete), applies for oversized garbage, applies for waste home appliances, receives notices, makes inquiries,
The collection and transportation management system server accumulates information from this smartphone terminal in the user file, image file, and collection site file at the collection site management department,
On the personal computer of the manager, the user files, image files, and collection site files of the collection and transportation management system server can be used to check the application contents of the collection site, and furthermore, it is possible to easily manage equipment at the collection site. This is the gist of it.

According to the first aspect of the present invention, the application program (hereinafter referred to as an application program) consists of two programs, namely, a collection point registration application program and a resident application program. This application program can be used to register collection site data, and the user of the residents app program is a resident. It is also possible to apply for home appliances.

As a result, as the depopulation society becomes a reality, it is becoming difficult to pass on business know-how due to the decrease in the number of staff involved in the cleaning business in the government and the retirement of veteran staff who are familiar with the business. Facilitates succession and enables efficient business management.

In addition, for government use, it is possible to easily register by acquiring the location information of the smartphone terminal and sending the data to the collection and transportation management system server along with the photograph taken when registering the loading site. can be done.

In addition, residents can apply for collection points (new, change, delete) using smartphones as residents make various applications, and in particular, applications for collection points can be selected from smartphone location information (map information) , can be performed with easy-to-understand and simple operations.

According to the second aspect of the present invention, the collection point registration application program includes means for displaying a display screen for inputting the collection amount for each type of garbage as collection point individual information and for inputting numerical values on a smartphone terminal. The gist of this is that

According to the second aspect of the present invention, by registering the amount of garbage collected, it becomes possible to manage the amount of garbage collected by the administrator's personal computer.

The third aspect of the present invention is characterized in that, when confirming the content of collection point application by the personal computer of the administrator, guidance is given to the problematic collection point, and the history of guidance is kept.

According to the third aspect of the present invention, when checking the application contents of the collection site by the personal computer of the manager, the collection site with the problem is instructed, and the guidance history is left and the information is shared with the staff, so that the collection site can be efficiently operated. management can be achieved.

As described above, in the garbage collection and transportation management system of the present invention, regarding general waste, especially household general waste, registration of collection sites and application for collection sites can be performed using a dedicated application, and the person in charge can It is possible to check the contents of the application, and it is easy to manage the equipment at the collection point, and it is possible to improve the efficiency of garbage collection.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an explanatory diagram showing an overall overview of a garbage collection and transportation management system according to the present invention; BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a correlation diagram showing an overall outline of a garbage collection and transportation management system of the present invention; FIG. 11 is a first flow chart showing the operation procedure in the resident application program; FIG. 2 is a second flow diagram showing the operation procedure in the resident application program; FIG. 3 is a third flowchart showing the operation procedure in the resident application program; FIG. 10 is an explanatory diagram showing an operation screen of a smartphone terminal equipped with a collection point registration application program; FIG. 10 is an explanatory diagram showing an operation screen for registering collection amounts on a smartphone terminal equipped with a collection site registration application program. FIG. 10 is a flowchart of a collection site registration application program; FIG. 11 is an explanatory diagram showing an operation screen for applying for a collection point of a smartphone terminal equipped with a resident application program; FIG. 10 is an explanatory diagram showing an operation screen for applying for oversized garbage on a smartphone terminal equipped with a resident application program; FIG. 11 is a front view showing an additional information input screen in the collection site registration application program; FIG. 11 is a front view showing a management screen of collection points on a personal computer of an administrator; FIG. 10 is a front view of a collection point management screen on a personal computer of an administrator, showing collection amount management. FIG. 10 is a flow chart for confirming collection sites and a flow chart for registering instruction history in a collection site registration application program of a smartphone terminal on a personal computer of an administrator. FIG. 10 is a flow chart for receiving an application for a collection point from a smartphone on which a resident application program is installed on a personal computer of an administrator; FIG. 10 is a flow diagram of receiving an application for oversized garbage from a smartphone terminal on which a resident application program is installed on a personal computer of an administrator. FIG. 10 is a flow diagram of receiving an application for discarded home appliances from a smartphone terminal on which a resident application program is installed on a personal computer of an administrator. FIG. 10 is a flow chart for responding to notification with a smartphone terminal on which a resident application program is installed on a personal computer on the side of an administrator. FIG. 10 is a flow chart for responding to an inquiry from a personal computer on the administrator's side with a smartphone terminal equipped with a resident application program. FIG. 10 is a flow chart of member management on a personal computer on the administrator's side; FIG. 10 is a front view showing a screen for lending equipment on a smartphone terminal equipped with a resident application program. FIG. 10 is a front view showing a screen when an inquiry is made using a smartphone terminal equipped with a resident application program; FIG. 11 is a front view showing an input screen when making an inquiry using a smartphone terminal equipped with a resident application program; FIG. 10 is a front view showing a display screen when an inquiry is received from a smartphone terminal in which a resident application program is installed on the administrator's personal computer. FIG. 10 is a front view showing a screen displaying inquiry contents from a smartphone terminal in which a resident application program is installed on a personal computer of an administrator. FIG. 10 is a front view showing an input screen for answering an inquiry from a smartphone terminal on which a resident application program is installed on a personal computer of an administrator; FIG. 10 is a front view showing a screen displaying a notification from a personal computer terminal of an administrator on a smart phone in which a resident application program is installed; FIG. 10 is a front view showing a screen displaying the content of a notification from a personal computer terminal on the administrator side on a smartphone in which a resident application program is installed; FIG. 4 is a block explanatory diagram of a collection point registration application program; FIG. 4 is a block explanatory diagram of a resident application program; It is explanatory drawing which shows the classification of a waste, and the range of disposal business permission. It is an explanatory view showing a conventional example. FIG. 11 is an explanatory diagram showing another conventional example;

Embodiments of the present invention will be described in detail below with reference to the drawings. FIG. 1 is an explanatory diagram showing the overall overview of the garbage collection and transportation management system, FIG. 2 is a correlation diagram showing the overall overview, and 6 is a collection and transportation management system server, which is a cloud server.

The server has a CPU (Central Processing Unit), memory (storage means such as ROM and RAM), input/output means for enabling input/output of information with the outside, OS (Operating System), root authority , but the same is true for cloud servers.

Numeral 9 in the figure is a so-called manager's personal computer of a cleaning office or an administrative staff, which is connected to the collection and transportation management system server 6 to confirm collection points and application contents. As is well known, the personal computer 9 has a processor, an input section, a communication section, a storage section, and a display section.

The collection and transportation management system server 6 includes a collection point management section 6a, a collection point instruction history management section 6b, an oversized garbage reception section 6c, and a waste home appliance reception section 6d.

In addition, as shown in FIG. 2, the collection transportation management system server 6 stores "administrator user data", "collection site data", "guidance history data", "oversized garbage/discarded home appliance application data", "oversized garbage/discarded home appliance data", Files of item data, notification data, inquiry data, and resident user data are formed and stored.

The collection transportation management system server 6 is connected to a first smart phone terminal 11 loaded with a collection site registration application program (application program) and a second smart phone terminal 12 loaded with a resident application program (application program). As is well known, the smartphone terminal 11 and the smartphone terminal 12 have a communication section, a storage section, a processor, a touch panel, and a storage section, and are also equipped with a camera.

The smartphone terminal 11 uploads collection site data to the collection transportation management system server 6, and the smartphone terminal 12 applies for collection sites, oversized garbage, and waste home appliances (net payment).

The collection site registration application program is a collection site photography application that converts the location of the collection site into data. Also, the user is the administration.

FIG. 29 shows the configuration of this collection site registration application program. The collection site registration application program and the residents application program are a login program and a camera that requests camera functions to the smartphone terminal and acquires camera function information from the smartphone terminal. A function program, a latitude and longitude acquisition program that requests location information 9 to a smartphone terminal and acquires location information from the smartphone terminal, a map application that is an external system possessed by the smartphone terminal, sends latitude and longitude information to the smartphone terminal, and sends the smartphone A map display program that acquires map information from the terminal, an address information conversion program from latitude and longitude that receives address information from the smartphone terminal by sending latitude and longitude information to the smartphone terminal using a map application that is an external system of the smartphone terminal, data have an up program.

In the collection and transportation management system server, a user file for accumulating user information, an image file for accumulating image information, and a depot file for accumulating latitude/longitude, address, etc. are formed.

The collection site registration application program uploads the following information to the collection and transportation management system server 6 as a function.
- Taking a picture of the collection point - Location of the collection point - Additional information shown in Figs.
Collection amount, collection direction (collection on both sides, collection on one side), other (requires a key to a building or condominium, hidden collection point, walking, large house, group collection)

FIG. 6 shows an operation screen of the smartphone terminal 11 in the collection point registration application program. Each screen is as follows.
(a) Smartphone long-in screen (b) Registration/history confirmation screen (c) Camera screen (d) Collection site registration screen (e) Collection site registration history screen

FIG. 7 shows a garbage collection amount registration screen among the operation screens of the smartphone terminal 11 in the collection point registration application program. As additional information on the collection site, the collection amount can be input for each day of the week for each type of garbage, such as "flammable", "non-flammable", "can", and "PET bottle".

The residents application program allows residents to make various applications, and users are residents.

FIG. 30 shows the configuration of this resident application program, which includes a user registration program for new registration, SMS authentication, registration information conversion, and withdrawal; a new application, change application, deletion application; It consists of an oversized garbage application program and a waste home appliance application program that searches items, carts, specifies the date of disposal, and confirms application details, and an inquiry program that sends data.

The feature of the Residents App Program is that residents can make various applications. It consists of a user registration program, a collection site application program, an oversized garbage application program, a waste home appliance application program, and an inquiry program, and data is sent to the collection transportation management system server. application (new, change, deletion), application for oversized garbage, and application for waste home appliances, receiving notices, and making inquiries.

On the other hand, on the personal computer of the administrator side, it is possible to check the application contents of the collection site by the user file, the image file, and the collection site file of the collection transportation management system server, and furthermore, it is possible to easily manage the equipment of the collection site. can.

In the collection and transportation management system server, various files such as user files, SMS files, collection A collection center request file, a collection request file, a collection item file, a collection category file, a collection request item file, a collection request exclusion date file, an incineration plant file, an inquiry file, and a mail transmission history file are formed.

The resident application program uploads the following information to the collection and transportation management system server 6 as a function.
・Application for collection point (new, change, deletion)
・Apply for oversized garbage ・Apply for waste home appliances ・Notifications ・Inquiries

FIG. 9 shows an operation screen of the resident application program.
(a) Smartphone home screen (b) Application startup screen (c) Membership registration screen (d) Main menu (e) Selection of location of collection point is.

FIG. 10 shows an application operation screen for oversized garbage.
(a) Selection of discharge method and place (b) Selection of discharge date (c) Keyword search (d) Category list

Fig. 3 shows the operation flow of the resident application program of the smartphone 12, "application launch" -> first time -> agree to terms of use (rules, personal information, disclaimer) -> personal information input (phone number authentication) -> confirmation screen -> completion screen. → "Notify administrator by e-mail" and "Register information in collection and transportation management system".

From the second time onwards, it is based on various application screens. The main menu is displayed.

The main menu consists of items such as "new registration of collection point", "change or abolition of collection point", "rental of equipment (bird net, etc.)", "application for oversized garbage", and "application for waste home appliances".

In the new registration of the collection point, the registered address is displayed in the center of the map as a map screen. In addition, you cannot apply if you have your own collection point.

Next, selection of individual/collection → equipment rental: selection of type → confirmation screen → equipment rental: selection of type → confirmation screen → completion screen, and after application is registered in my collection point.

This registration result is sent to the administrator by e-mail, sent to the user by e-mail, registered in the "application history" of the user's My Page, and registered in the collection and transportation management system server.

When changing or abolishing the collection point, the registered address is displayed in the center of the map screen, and when changing, the map screen of the changed destination is displayed. (It is assumed that there is a pin, but it is not always the case, so if there is a failure to register, etc., it will be "I can't select it, so go to the inquiry form."

Including the abolishment, it will be the screen of "enter the reason for change / abolition", and after the confirmation screen, it will be the completion screen. After applying to change or abolish this collection point, it will be registered in My Collection Point

These registration results are emailed to the administrator, emailed to the user, registered in the "application history" of the user's My Page, and information is registered in the collection/transportation management system server 6.

When renting equipment (bird netting, etc.), ask if you have registered your collection point, and if so, select the equipment type. There is not necessarily a pin (such as missing registration) ⇒ If you cannot select it, you will be guided to a new or inquiry form)", specify the location, and then select "furniture type".

Then, it will move to the "confirmation screen" and then to the "completion screen", and after applying, it will be registered in my collection point.

This registration result is sent to the administrator by e-mail, sent to the user by e-mail, registered in the "application history" of the user's My Page, and registered in the collection/transportation management system server 6.

When applying for oversized garbage, ask if you have registered your own collection point, and if so, select the item and amount of garbage. (For the application screen, see Fig. 8 above.)

If not, display the "map screen", specify the location, and then select "select garbage item/quantity".

Next, if there is a "price list", display it, select a price, select "discharge date", and go to "confirmation screen" → "completion screen". be.

This registration result is sent to the administrator by e-mail, sent to the user by e-mail, registered in the "application history" of the user's My Page, and registered in the collection/transportation management system server 6.

When applying for waste home appliances, ask if you have a registration for your collection point, and if so, select the type of waste.

If not, display the "map screen", specify the location, and then perform "selection of garbage type".

Next, if there is a "price list", display it, select a price, select "discharge date", and go to "confirmation screen" → "completion screen". be.

This registration result is sent to the administrator by e-mail, sent to the user by e-mail, registered in the "application history" of the user's My Page, and registered in the collection/transportation management system server 6.

FIG. 4 shows an application menu that is displayed after the various application screens, and displays items such as "my collection point", "application history", "notice", "Q&A", "inquiry", "account", and "logout".

When "My collection point" is selected, the information of the My collection point is displayed for confirmation. Changes and deletions require an application. Also, only one user can register for My Collection Site.

When "Application history" is selected, a list of application history is displayed.

When "Notification" is selected, a list of notifications is displayed, and additional functions, trouble information, etc. are posted.

If you select "Q&A", a list of Q&A will be displayed, and frequently asked questions will be posted as a guide for the app.

When "Inquiry" is selected, a screen for inputting the content of the inquiry is displayed.

The result is sent to the administrator by e-mail, sent to the user by e-mail, registered in the "application history" of the user's My Page, and registered in the collection and transportation management system.

When "Account" is selected, the personal information change screen appears, and after inputting, the completion screen appears.

If you select "Logout", the login screen will be displayed.

FIG. 5 shows the procedure of the login screen. When a password is entered to log in, various application screens appear.

If you forget your password, you will be prompted to enter your email address and enter the authentication code. After entering the email address, an email will be sent to the user. "The verification code is included in the email (4 digits)"

After the authentication code input screen, the password change screen is displayed, and then the completion screen is displayed.

The personal computer 9 on the so-called administrator side of the cleaning office or administrative staff receives such applications from the smartphones 7 and 8 via the collection and transportation management system server 6, and confirms the collection point and the contents of the application.

A screen similar to the application screen is displayed to check the collection point and application details, but the management menu for that case is as follows.
・Business management (Register company information of cleaning business)
・Vehicle management (registration of cleaning company vehicle information)
・User management (managing users who log in to the system)
Collection point/collection point management (confirmation of collection point data)
・Guidance history (recording of troubles at collection points, etc.)
Support for residents ・Manage data applied from the residents app program ・Apply for collection points ・Bulky waste ・Waste home appliances

Various settings such as the management of collection points and the management of garbage trucks are performed from the management screen of the personal computer 9 on the administrator's side. Depots with attached functions (guidance history, equipment lending, communication records, etc.) will leave guidance history and share information with staff to realize efficient depots.

FIG. 11 shows a collection point registration screen, FIG. 12 shows a collection point management screen, and FIG. 13 shows a collection amount management screen also on the collection point management screen.

14 to 20 show the operation flow of the personal computer 9 on the administrator side, and FIG. In the case of doing so, FIG. 15 shows a case where an application for a collection site is accepted in correspondence with the smartphone terminal 12 loaded with the resident application program.

FIG. 16 shows the case of receiving an application for oversized garbage, FIG. 17 shows the case of accepting a waste home appliance, FIG. 18 shows the case of handling a notice, and FIG. 19 shows the case of handling an inquiry.

FIG. 20 is a flow regarding member registration.

In the present invention, the cloud server 1 is used as a collection and transportation management system server, and the collection and transportation management system server 6 is formed with a collection point management section, a collection point instruction history management section, a bulky garbage reception section, and a waste home appliance reception section, and is registered at the collection point. The smartphone terminal 11 loaded with the application program and the smartphone terminal 12 loaded with the resident application program are connected to the collection and transportation management system server 6, and the personal computer 9 on the administrator side is connected to the collection and transportation management system server 6. , collection point registration and collection point applications can be made through the dedicated applications of these collection point registration application programs and resident application programs via smartphone terminals, and the content of collection point applications can be confirmed on the administrator's computer. Furthermore, although it is designed to facilitate the management of equipment at the collection point, the personal computer 9 on the administrator side responds to the input of the smartphone terminal 11 and the smartphone terminal 12 via the collection and transportation management system server 6. It is something to do.

The relationship between the smartphone terminal 11 or the smartphone terminal 12 and the administrator's personal computer 9 is basically such that the administrator's personal computer 9 receives screen input contents from the smartphone terminal 11 or the smartphone terminal 12 as they are, and manages them. , and returns to the smartphone terminal 11 or the smartphone terminal 12 as necessary. The contents are stored in the collection and transportation management system server 6 .

The registration of the amount of garbage collected by the smartphone terminal 11 in the collection point registration application program is as described with reference to FIG. It is displayed on the personal computer 9, and the personal computer 9 on the administrator's side saves the garbage collection amount for each collection place and uses it for management.

22 to 26 show an example of "inquiry". On the smartphone terminal 12, items are displayed as shown in FIG. If you enter the contents of the inquiry and click the send button, the transmission completion screen will appear.

On the other hand, the personal computer 9 on the administrator's side receives this content via the collection and transportation management system server 6, and an "inquiry" management screen as shown in FIG. 24 is displayed on the monitor. Since a screen displaying the contents of the "inquiry" is displayed, it becomes a reply input screen shown in FIG. The transmission history is stored in the collection and transportation management system server 6. FIG.

27 and 28 are screens for receiving the "inquiry" on the smartphone terminal 12 side. After the items are displayed, a screen for selecting "notice" is displayed. As shown in FIG. is displayed.

The collection and transportation management system server stores the information from this smartphone terminal in the user file, image file, and collection site file at the collection site management department, and the user file, image file, and By using the collection site file, it is possible to check the contents of the collection site application, and furthermore, it is possible to easily manage the equipment of the collection site.

The above is just an example, and similar responses are made for other items. Confirm.

According to the present invention, when checking the collection point application contents on the personal computer 9 of the manager, the problematic collection point gives guidance and leaves a guidance history.

The contents of the instruction are as follows.
・Not sent to the designated place.
・Do not keep collection days.
・Waste is scattered.
・Separation is not possible.
・Notifications from the government ・Cleaning vehicle notifications ・Separation guidance ・Collection day calendar ・Map display of cleaning facilities

1...Waste treatment information terminal 2...Waste information management server 3...Business information processing terminal 4...Submitter information processing terminal 5...Disposer information processing terminal 6...Collection and transportation management system server 6a...Collection site management department 6b... Collection point guidance history management unit 6c... Oversized garbage reception unit 6d... Waste home appliance reception unit 9... Administrator's personal computer 11, 12... Smartphone terminal 13... Garbage truck

Claims (3)

The application program (hereinafter referred to as the application program) consists of two programs, the accumulation site registration application program and the residents application program,
It consists of a cloud server as a collection and transportation management system server, a first smartphone terminal equipped with a collection site registration application program, a second smartphone terminal equipped with a resident application program, and a personal computer in the management side cleaning office. The smartphone terminal of, the second smartphone terminal, and the personal computer of the cleaning office are connected to the collection transportation management system server,
Resident application program includes user registration program, application registration program for depots,
The accumulation site registration application program and the residents application program are a login program, a camera function program that requests the camera function to the smartphone terminal, acquires camera function information from the smartphone terminal, requests location information from the smartphone terminal, and the smartphone A latitude and longitude acquisition program that acquires location information from a terminal, a map display program that transmits latitude and longitude information to a smartphone terminal using a map application, which is an external system of the smartphone terminal, and acquires map information from the smartphone terminal, an external device owned by the smartphone terminal Send latitude and longitude information to the smartphone terminal by the map application that is the system, and have an address information conversion program and a data update program from the latitude and longitude that receive the address information from the smartphone terminal,
In the collection and transportation management system server, a user file for accumulating user information, an image file for accumulating image information, and a depot file for accumulating latitude/longitude, address, etc. are formed,
The user of the collection point registration application program of the first smartphone terminal is the government, and the location information of the smartphone terminal is acquired using this application program, and the data is sent to the collection transportation management system server together with the photographed photograph. ,
The user of the resident application program of the second smartphone terminal is the resident, and the resident makes various applications. It consists of a program that sends data to the collection and transportation management system server, applies for collection points (new, change, delete), applies for oversized garbage, applies for waste home appliances, receives notices, makes inquiries,
The collection and transportation management system server accumulates information from this smartphone terminal in the user file, image file, and collection site file at the collection site management department,
On the personal computer of the manager, the user files, image files, and collection site files of the collection and transportation management system server can be used to check the application contents of the collection site, and furthermore, it is possible to easily manage equipment at the collection site. A garbage collection and transportation management system characterized by: 2. The collection site registration application program includes display and input means for displaying a display screen for inputting the collection amount for each type of garbage as collection site individual information and for inputting numerical values on a smartphone terminal. Garbage collection and transportation management system. 3. A waste collection and transportation management system according to claim 1 or claim 2, wherein, when confirming the content of collection site application by the personal computer of the administrator, guidance is given to the problematic collection site, and guidance history is left.

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