JP2018190190A - Program and waste disposal assisting method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a program capable of reducing a burden for receiving and placing an order of a concerned party, and of addressing a communication inconsistency in a waste disposal.SOLUTION: A discharge business operator 21, an agency 23, a carrying and collecting business operator 25 and a disposal business operator 27 communicate via a server 19 for receiving and placing an order. The computer of the business operator who places the order displays a waste collection order placement screen 71, and the computer of the business operator who receives the order displays a disposal business operator order receiving screen 91. Order reception and placement are made by inputting predetermined information on the screens. Respective numbers of the discharge business operators, the agencies, the carrying and collecting business operators, and the disposal business operators are arbitrary.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a program for managing waste processing and a waste processing method.

The discharger that discharges the waste collects and transports the waste by a collection and transportation company that has a contract in advance, and causes the disposal contractor (industrial waste disposal company) that has contracted in advance to dispose of the waste.
The discharger contacts a predetermined collection and transportation company according to the type of waste, and determines the collection date. This communication is generally performed by telephone or facsimile.

For this reason, there is a problem that the burden of communication is large, and there is a case where there is a difference in understanding between the two.
In addition, there are cases where the discharger requests the distributor to dispose of the waste, and the trader contacts the collection carrier and the disposal agent that the discharger has previously contracted to collect, transport and dispose of the waste. In this case, the burden associated with communication is large. For this reason, each business operator is busy with ordering and ordering work, and is unable to perform the business that the company wants to perform, such as sales activities. In addition, there is a problem that personal and complicated management becomes a burden on newcomers and human resources are not established.
In addition, there is a request that each company wants to centrally manage the ordering of industrial waste.

  The present invention has been made in view of such circumstances, and a purpose thereof is a program and a waste processing method capable of reducing the burden of communication of ordering and receiving by a party in a waste processing, and eliminating a flaw in communication. Is to provide.

  The program of the first invention includes a first step of generating a waste collection order screen to be provided to the discharger in response to a waste collection order request (order) from the discharger. The ordering screen includes a first waste attribute input field for inputting (selecting) a waste attribute and a processing company's ordering pattern linked in advance, and a first ordering content input field for inputting order contents (collection) and the like. And a desired collection date input field for inputting a desired collection date. When an ordering instruction is input on the waste collection order screen generated in the first step, the order is input on the waste collection commission order screen. A second step of associating and storing the ordered order pattern, the order contents and the desired collection date as order data, and the first waste attribute input field based on the order data Processor contract image to be provided to processor The processor order screen is input to the waste attribute and the processor of the order pattern, and the first order content input field of the waste collection order screen. A display field for displaying the contents of the ordered order, and a desired collection date display field for displaying information on the desired collection date input in the desired collection date input field of the waste collection ordering screen, Causing the computer to execute the first step, the second step, and the third step.

  Preferably, the processor order screen has a dispatch information input field for inputting dispatch information of a vehicle from which the waste is collected, and the disposal provided by the processor to the processor after collecting the waste. The third step of generating a post-collection screen is executed by a computer, and the post-waste collection screen is a collection result of the waste collected in response to the dispatch information input in the dispatch information input field. It has a collection result input column for inputting (for example, quantity).

  Preferably, the processor order screen includes a first message field for transmitting / receiving a message to / from the discharger and a second message field for transmitting / receiving a message to / from another processor. Also have.

  Preferably, in response to a waste collection registration request from the discharger, an order pattern registration screen to be provided to the discharger is generated (generated for each processor). The pattern registration screen includes the second waste attribute input field for inputting the waste attribute and the pattern of the processing company linked in advance, and the order contents from the discharger in the first order content input field. A second order content input field for inputting selectable items, a processor input field for inputting information for specifying the processor, and an authority input column for inputting authority to be given to the processor, In the first step, the waste collection ordering screen is generated based on the information input and registered on the ordering pattern registration screen.

  Preferably, the processor order screen is used for inputting a precaution input field for inputting precautions when the disposal company makes a request to the processor and a candidate for the desired collection date of the waste. A screen type selection field for selecting a screen type is further provided.

  Preferably, the processor related to the ordering pattern is defined in advance by the discharger, and the authority input column is a column to be selected from among the collection, transportation and disposal of the waste.

  According to a second aspect of the present invention, there is provided a waste treatment support method including a first step of generating a waste collection order screen to be provided to a discharger in response to a waste collection order request from the discharger. The collection order screen includes a first waste attribute input field for inputting a waste attribute and a processing company's order pattern that are linked in advance, a first order content input field for inputting order contents, and a desired collection date. A desired collection date input field, and when an order instruction is input on the waste recovery order screen generated in the first step, an ordering pattern input on the waste recovery commission order screen; A second step of associating the contents of the order and the desired collection date with each other and storing it as order data, and providing to the processor entered in the first waste attribute input field based on the order data. Third to generate processor order screen The processor order screen displays the waste attribute of the order pattern and the processor, and the order content entered in the first order content input field of the waste collection order screen. A display column for displaying, and a desired collection date display column for displaying information on the desired collection date input in the desired collection date input column of the waste collection ordering screen, the first step, the first Cause the computer to execute step 2 and the third step.

  According to a third aspect of the present invention, there is provided a waste disposal support method, wherein a first waste collection order request from a discharger is transmitted from a first computer to a second computer of a first agency, A transaction indicated by a pattern in which the computer associates the waste attribute and the processing company included in the first waste collection order request is a transaction in which the first agent directly requests the processing company to place an order. If the second waste collection order request is transmitted to the computer of the processor, and the transaction indicated by the pattern is a transaction in which the first agent does not directly request an order to the processor Transmits a third waste collection order request to the third computer of the second agent, and the third computer responds to the operation of the second agent by the third agent. Waste collection order request Based transmitting a fourth waste collection order request which is generated to a processor of the computer.

  Preferably, the computer of the processing company ends the processing of the waste collected from the second discharging company, and when the second waste collection order request is received, the processing result is displayed. When the fourth waste collection order request is received, it is transmitted to the third computer.

  According to the present invention, it is possible to provide a program and a waste processing method capable of reducing a burden of communication of ordering / ordering of a party in a waste processing, and eliminating a flaw in communication.

FIG. 1 is a system configuration diagram of a waste disposal support system according to an embodiment of the present invention. FIG. 2 is a diagram for explaining a flow of ordering / ordering using the waste treatment support system. FIG. 3 is a functional block diagram of the server shown in FIG. FIG. 4 is a diagram for explaining the order pattern registration screen. FIG. 5 is a diagram for explaining the order pattern registration screen. FIG. 6 is a diagram for explaining the order pattern registration screen. FIG. 7 is a diagram for explaining the waste collection ordering screen. FIG. 8 is a diagram for explaining the processor order screen.

Hereinafter, a waste disposal support system according to an embodiment of the present invention will be described.
FIG. 1 is a system configuration diagram of a waste disposal support system 1 according to an embodiment of the present invention.
As shown in FIG. 1, the waste disposal support system 1 is used by, for example, a computer 11 used by an ejector 21, a computer 13 used by an agency 23, a computer 15 used by a transport collector 25, and a disposal company 27. And a server 19 used by the management company 35, which communicate via a network.

The computers 11, 13, 15, and 17 are, for example, portable communication devices or personal computers used by each business operator.
In addition, the number of each of the discharge | emission trader 21, the agency 23, the conveyance collection trader 25, and the disposal trader 27 is arbitrary.

  In the present embodiment, a contract for disposal of waste is made in advance between the discharger 21, the agent 23, the transport collector 25 and the disposal agent 27. The waste disposal support system 1 performs ordering processing by communication using a computer so as to comply with the contract.

When viewed from the discharger 21, the broker 23, the transport collector 25, and the disposer 27 are the processors.
The discharger 21 is a supplier that discharges waste.
The agency 23 is a agency that collects and transports and disposes of the waste discharged by the discharger 21 to the transporter and collector 25 and the disposal contractor 27. Collecting, transporting and disposing of waste may be carried out by a plurality of brokers 23.

The transport collection company 25 is a trader that collects the waste of the discharge trader 21 and transports it to the disposal trader 27.
The disposal trader 27 is a trader that disposes of the waste transported by the transport collection trader 25.

FIG. 2 is a diagram for explaining the flow of ordering / ordering using the waste disposal support system 1.
The first waste collection order request REQ1 from the discharger 21 is transmitted from the first computer 11 to the second computer 13_1 of the first agency 23_1.
The second computer 13_1 makes an order request from the first operator 23_1 to the direct processing contractor for the transaction indicated by the ordering pattern in which the waste attribute and the processing contractor included in the first waste collection order request REQ1 are associated with each other. If the transaction is a transaction to be performed (solid arrow in FIG. 2), a second waste collection order request REQ2 is transmitted to the computer of the processor.
In the example of FIG. 2, the second computer 13_1 of the agency 23_1 transmits a second waste collection order request REQ2 to the computer 15 of the transport collector 25 that is a processor.

On the other hand, the second computer 13_1 of the first agent 23_1 performs a transaction indicated by an ordering pattern in which the waste attribute included in the first waste collection order request REQ1 and the processing agent are associated with each other. When the person 23_1 does not directly request an order from the processing company (the chain line arrow in FIG. 2), the third waste collection order request REQ3 is sent to the second computer 13_2 of the second agency 23_2. Send.
The third computer 13_2 transmits a fourth waste collection order request REQ4 generated based on the third waste collection order request REQ3 to the processor computer in response to an instruction from the second agency 23_2. . Specifically, the third computer 13_2 transmits a fourth waste collection order request REQ4 to the computer 15 of the transport collector 25 that is a processor.

  When the computer 15 of the transport collector 25 receives the second waste collection order request REQ2 or the third waste collection order request REQ3 from the second computer 13_1 or the third computer 13_2, The communication date is determined to determine the collection date and time. Then, at the collection date and time, the transport collection company 25 collects the waste from the discharge company 21 and delivers it to the disposal company 27. The disposal contractor 27 disposes of the delivered waste. At this time, the transport collection company 25 operates the computer 15 to transmit a disposal request REQ5 to the server 17 of the disposal company 27.

When the computer 15 of the transport collection company 25 finishes the processing of the waste collected from the discharger 21, when the second waste collection order request REQ2 is received, the processing result of the computer 15 of the first collection trader 23_1 is received. Transmit to the second computer 13_1. The transport collector 25 measures the weight or volume of the collected waste.
In addition, when the computer 15 of the transport collection company 25 receives the fourth waste collection order request REQ4, the computer 15 transmits the processing result to the third computer 13_2 of the second agency 23_2.

In the present embodiment, as shown in FIG. 2, the server 19 manages the ordering / ordering between the businesses, so that the ordering / ordering process can be made more efficient. Further, even when the first broker 23_1 and the second broker 23_2 enter, it is possible to appropriately manage orders.
Alternatively, the first computer 11 of the discharger 21 may transmit a waste collection order request REQ11 to the computer 15 of the transport collector 25.

  The server 19 displays a waste collection ordering screen 71 and a processing contractor ordering screen 91, which will be described later, on the display of each computer in the ordering process between the respective companies shown in FIG. Use information.

FIG. 3 is a functional block diagram of the server 19 shown in FIG.
As illustrated in FIG. 3, the server 19 includes, for example, an interface 121, a display 122, an operation unit 123, a memory 124, and a processing circuit 125, which are connected via a bus 120.

The interface 21 is used for communicating with other computers, for example.
The display 22 displays various screens provided by the program PRG executed by the processing circuit 25.

The operation unit 23 is an operation means such as a keyboard or a mouse.
The memory 24 temporarily stores a program PRG executed by the processing circuit 25 and data used for processing of the processing circuit 25.
The processing circuit 25 executes the program PRG and comprehensively controls the processing of the server 19.
The processing of the server 19 shown in this embodiment is described in the program PRG.

Hereinafter, various processes executed by the server 19 shown in FIGS. 1 and 3 will be described.
[Processor registration process]
4, 5, and 6 are diagrams for explaining the order pattern registration screen 41.
When the processing circuit 125 of the server 19 receives a processing supplier registration request from, for example, the first computer 11 of the discharger 21 via the interface 121, the processing pattern 125 displays the order pattern registration screen 41 shown in FIGS. 11 display.
The ordering pattern is registered for each combination of waste type and processing company.
Based on the order pattern registered using the order pattern registration screen 41, a waste collection order screen 71 described later is generated.

  The order pattern registration screen 41 includes, for example, a second waste attribute input field 401, a second order content input field 403, a notes input field 405, a screen type selection field 407, a processor input field 409, and an authority input field 411. Have The order pattern registration screen 41 is displayed on the display of the first computer 11 and is used to input each column by the operation of the discharger 21.

  The second waste attribute input column 401 is used to input a waste attribute and an ordering pattern of a processing trader (agency trader, transporter, disposal trader) linked in advance.

  The second order content input field 403 is an item (collection, monthly recovery, container recovery, container selectable as the order content from the discharger 21 in the first order content input field of the waste collection ordering screen 71 described later. Used to input (lift).

The precaution input column 405 is used to input precautions for inputting precautions when the discharger 21 makes a request to the processor.
The screen type selection field 407 is used to select the type of screen used for inputting candidates for the desired collection schedule of wastes of the discharger 21.

The processing contractor input field 409 is used to input information for specifying a processing contractor associated with the ordering pattern generated on the ordering pattern registration screen 41.
The authority input field 411 is used to input authority to be given to the processing company.
The authority is selected from agency, transportation, and disposal. The authority input field 411 displays them as selection items.

[Waste collection order processing]
FIG. 7 is a diagram for explaining the waste collection order screen 71.
When the processing circuit 125 of the server 19 receives a waste collection order request from the first computer 11 of the discharger 21, for example, via the interface 121, the processing circuit 125 displays a waste collection order screen 71 shown in FIG. 7 on the first computer 11. On the display.
The waste collection order screen 71 is generated based on the order pattern registered using the order pattern registration screen 41 described above with reference to FIGS.

As shown in FIG. 7, the waste collection order screen 71 includes, for example, a first waste attribute input field 81, an order content input field 83, a desired collection date input field 85, and an order button 87.
The first waste attribute input column 81 is used for inputting (selecting) a waste attribute and an ordering pattern of a processor that are linked in advance to the processor registration process described above. The selection item of the order pattern is defined by the input in the second waste attribute input field 401 of the order pattern registration screen 41 described above.

The order contents input field 83 is used for inputting order contents (collection, monthly collection, container collection, container withdrawal) and the like. The selection item of the order content is defined by the input in the second order content input field 403 of the order pattern registration screen 41 described above.
The desired collection date input field 85 is used to input a desired collection date for waste. The desired collection date input field 85 is defined by the input in the screen type selection field 407 of the order pattern registration screen 41 described above.
The order button 87 is used for confirming an order (order) after inputting in each field.

When the discharger 21 designates the order button 87 after inputting in each column of the waste collection ordering screen 71, the order data is generated based on the contents input in each column, and this is stored in the memory 124 of the server 19 shown in FIG. To remember.
The first computer 11 of the discharger 21 uses the processor's computer based on the order data.

[Processor order processing]
FIG. 8 is a diagram for explaining a processing contractor order screen 91 displayed on the computer 15 of the transport collection contractor 25 that has received a waste collection order request from the discharge contractor 21.
As shown in FIG. 8, the processor order screen 91 includes, for example, a basic information display field 93, a first message field 95, a second message field 97, a dispatch information input field 99, and a collection result display field 101.
The processor order screen 91 is generated based on the order data stored in the memory 124 as described above.

  In the basic information display field 93, information on the broker, carrier, and disposal company of the ordering pattern and the desired collection date are displayed. The information displayed in the basic information display column 93 is information input in the first waste attribute input column 81, the order content input column 83, and the desired collection date input column 85 of the waste collection order screen 71 shown in FIG. Generated based on (order data).

In the first message column 95, messages transmitted to and received from the discharger 21 are displayed.
In the second message column 97, messages transmitted / received to / from other processors are displayed.
In the dispatch information input field 99, dispatch information of a vehicle for collecting waste is input.

The collection result display column 101 includes columns for confirmed dispatch date, lightweight value, remarks, and slip.
An edit button 103 is provided adjacent to the collection result display field 101.
When the edit button 103 is designated after collection after the date of dispatch, the server 17 displays a post-waste collection screen 105 on the computer screen of the processor.
The post-waste collection screen 105 has a quantity input field 107 for inputting the collection result (quantity) of the collected waste.
When the processor inputs the quantity of collected waste in the quantity input column 107 and designates the save button 109, the input quantity is reflected in the collection result display column 101.

2, the server 19 displays the above-mentioned waste collection order screen 71 shown in FIG. 7 and the processor order screen 91 shown in FIG. 8 on the computer display of each business operator. To help you make transactions.
For example, when the first agent 23_1 places an order with the transport collector 25, for example, the server 19 displays the screens shown in FIGS. As a result, order processing is performed, and the screen shown in FIG.

  As described above, according to the waste processing support system 1, all the ordering / ordering processes between traders are realized by the processing of the server 19 according to the operation from the computer. For this reason, the business operator does not need to use a telephone, a facsimile, or the like, so that the burden of communication can be reduced and it is possible to avoid a difference in understanding between each other.

  In addition, according to the waste processing support system 1, it is possible to centrally manage orders placed between businesses.

The present invention is not limited to the embodiment described above.
That is, those skilled in the art may make various modifications, combinations, subcombinations, and alternatives regarding the components of the above-described embodiments within the technical scope of the present invention or an equivalent scope thereof.

  For example, the server 19 uses the collection result (quantity) of waste collected by each processing company using the post-waste collection screen 105 to collect the collected amount (order received) or order received within a certain period. A function may be used in which the number of times is calculated and an alert is output when the number falls below a predetermined amount. As a result, it is possible to know at an early stage that orders from predetermined businesses are decreasing, and it is possible to respond. Therefore, it is possible to effectively take measures for preventing the customer from leaving.

  The present invention is applicable to a waste disposal support system.

DESCRIPTION OF SYMBOLS 1 ... Waste disposal support system 11 ... 1st computer 13 ... 2nd, 3rd computer 15 ... Computer 19 ... Server 21 ... Discharge trader 23 ... Distributor 25 ... Transport collection trader 27 ... Disposal trader 35 ... Management trader 41 ... Order pattern registration screen 71 ... Waste collection order screen 91 ... Processor order screen

Claims (9)

A first step of generating a waste collection order screen to be provided to the discharger in response to a waste collection order request from the discharger;
The waste collection order screen
A first waste attribute input field for inputting a waste attribute associated in advance and an order pattern of a processor;
A first order content input field for entering the order details;
The desired collection date input field for entering the desired collection date,
Have
When an order instruction is input on the waste collection order screen generated in the first step, the order pattern input on the waste collection commission order screen, the order contents, and the desired collection date are associated with each other. A second step of storing as ordering data,
And a third step of generating a processor order screen to be provided to the processor inputted in the first waste attribute input field based on the order data,
The processor order screen is
A display field for displaying the order attribute entered in the first order content input field on the waste attribute and the processor of the order pattern and the waste collection order screen;
A desired collection date display field for displaying information on the desired collection date input in the desired collection date input field on the waste collection order screen;
Have
A program for causing a computer to execute the first step, the second step, and the third step. The processor order screen is
A dispatch information input field for entering dispatch information of a vehicle for collecting the waste,
After the processor collects the waste, the computer executes a third step of generating a post-waste collection screen to be provided to the processor,
The post-waste collection screen
The program according to claim 1, further comprising a collection result input field for inputting a collection result of the waste collected in response to the dispatch information input in the dispatch information input field. The processor order screen is
A first message field for sending and receiving messages to and from the discharger;
The program according to claim 1, further comprising: a second message field for transmitting / receiving a message to / from another processor. In response to the waste collection registration request from the discharger, the computer further executes a fourth step of generating an order pattern registration screen to be provided to the discharger,
The order pattern registration screen is
A second waste attribute input field for inputting a waste attribute associated in advance and the ordering pattern of the processor;
In the first order content input field, a second order content input field for inputting an item selectable as the order content from the discharger;
A processor input field for inputting information identifying the processor;
And an authority input field for inputting authority to be given to the processor.
In the first step,
The program according to any one of claims 1 to 3, wherein the waste collection ordering screen is generated based on information registered by inputting on the ordering pattern registration screen. The processor order screen is
Notes input field for inputting notes when the waste disposal company makes a request to the processing company;
The program according to any one of claims 1 to 4, further comprising: a screen type selection field for selecting a type of screen to be used for inputting a candidate for the desired collection date of the waste. The processor related to the ordering pattern is defined in advance by the discharger,
The program according to claim 4 or 5, wherein the authority input column is a column selected from among the intermediary, transportation and disposal of the waste. A first step of generating a waste collection order screen to be provided to the discharger in response to a waste collection order request from the discharger;
The waste collection order screen
A first waste attribute input field for inputting (selecting) a waste attribute and a processing company's ordering pattern linked in advance;
A first order content input field for entering the order details;
The desired collection date input field for entering the desired collection date,
Have
When an order instruction is input on the waste collection order screen generated in the first step, the order pattern input on the waste collection commission order screen, the order contents, and the desired collection date are associated with each other. A second step of storing as ordering data,
And a third step of generating a processor order screen to be provided to the processor inputted in the first waste attribute input field based on the order data,
The processor order screen is
A display field for displaying the order attribute entered in the first order content input field on the waste attribute and the processor of the order pattern and the waste collection order screen;
A desired collection date display field for displaying information on the desired collection date input in the desired collection date input field on the waste collection order screen;
Have
A waste processing support method for causing a computer to execute the first step, the second step, and the third step. Sending a first waste collection order request from the discharger from the first computer to the second computer of the first agency;
The second computer directly issues an order request from the first operator to the processing contractor for the transaction indicated by the ordering pattern in which the waste attribute included in the first waste collection order request and the processing contractor are associated with each other. If the transaction is a transaction to be performed, the second waste collection order request is transmitted to the computer of the processor, and the transaction indicated by the order pattern is directly requested by the first operator to the processor. If the transaction is a transaction that does not, the third waste collection order request is sent to the third computer of the second agent,
The third computer transmits a fourth waste collection order request generated based on the third waste collection order request to the processor computer in accordance with the operation of the second agent. Material processing support method. When the computer of the processing company finishes processing the waste collected from the second discharging company, the processing result is transmitted to the second computer when the second waste collection order request is received. The waste disposal support method according to claim 8, wherein when the fourth waste collection order request is received, the fourth waste collection order request is transmitted to the third computer.

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