JP2006318418A - Device, method and program for operation assistance for industrial waste collecting vehicle - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a device, a method and a program for operation assistance for an industrial waste collecting vehicle that can assist collecting operations of industrial waste disposal. <P>SOLUTION: Once operation data are input from a USB memory, a map, a last or sample trace, a person in charge, and an operation course name are displayed on a screen based upon the current position of a vehicle, and the map is moved as the vehicle moves. It is decided whether a preset collection place is reached based upon position information consisting of latitude and longitude and a speed signal "0" and when the collection place is reached, an actual result quantity input screen is displayed to input an actual result quantity. When the arrival place is not in its expected turn, a wrong turn warning is displayed. At the end of collecting operations, the time and date, collection places, collected items, collected quantities, a driver's name, etc., are printed. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to an industrial waste collection vehicle business support device, an industrial waste collection vehicle business support method, and an industrial waste collection vehicle business support program.

  The industrial waste processing collection vehicle patrols a plurality of discharge business sites, collects waste, and delivers it to a predetermined processing business site. It is necessary to obtain a proof stamp (store stamp) in order to prove whether or not each site has actually visited.

  Conventionally, the driver of the collection vehicle has to receive the store stamp manually, but in general, including the store, the normal customer must be given priority and the collection work has been completed. Often, you just have to wait to get a store stamp. In addition, the work clothes being collected are inevitably contaminated, but it may be disliked to wait for the customer's handling process to be completed at the store.

  The present invention has been made in view of the above problems, and provides a business support device for an industrial waste collection vehicle, a business support method for an industrial waste collection vehicle, and a business support method capable of performing business support in a collection operation of industrial waste treatment. The purpose is to provide a business support program for industrial waste collection vehicles.

In order to achieve the above object, the invention according to claim 1 is a state in which a USB memory containing business data including a driver name, a scheduled collection course route, a customer name, location information of a customer address, and a vehicle number is inserted. The means to import the business data from the USB memory into the main unit by pressing the data import button on the screen, the means to display a warning display when the vehicle number based on the business data is different, and the import of the business data are over Then, on the screen, a means for displaying the map and the previous or sample trajectory, the person in charge and the name of the work course, a means for obtaining the vehicle position, the collection location to be next on the screen, and the next collection The means to move the map according to the movement of the vehicle while displaying the location, and whether it has arrived at the preset collection location, latitude / longitude A means for displaying the actual quantity input screen when it arrives, a means for displaying an order warning when the arrival location is different from the planned order, and a touch panel on the screen. Is used, or the keyboard is used to monitor the operation of the actual quantity entered in the item and unit registered in the work course and the operation of the collection end button, and printing is performed when the button is pressed. In the case of printing, the printing device is provided with means for printing the date and time, the collection place, the collection item, the collection quantity, and the driver name.
Of course, such a data recording medium need not be limited to a USB memory, but is used only as an example of a medium, and a PC card, FD (flexible disk), or other magnetic material is used. Needless to say, media, media using magneto-optical recording (MO), CD-ROM, DVD, and the like are included.

  As described above, the method for obtaining the vehicle position and supporting the work is not necessarily limited to the substantial apparatus, and it can be easily understood that the method also functions as the method. For this reason, in the invention according to claim 2, the data on the screen is inserted with the USB memory containing the business data including the driver name, the scheduled collection course route, the customer name, the location information of the customer address, and the vehicle number. The process of importing the business data from the USB memory into the main unit by pressing the import button, the step of issuing a warning display when the vehicle number based on the business data is different, and the capture of the business data On the map and the previous or sample trajectory, the person in charge and the name of the work course, the step of obtaining the vehicle position, and the next collection location to be headed and the next collection location are displayed on the above screen. On the other hand, the process of moving the map according to the movement of the vehicle, and whether or not the vehicle has arrived at a preset collection location Whether to use the touch panel on the screen, the step of displaying the actual quantity input screen when it arrives, the step of displaying an order warning when the arrival location is different from the planned order, Using the keyboard, monitor the process of entering the actual quantity entered in the work course registered items and units and the operation of the collection end button, and check if printing is performed when the button is pressed. In the case of printing, it is configured to include a step of printing the date and time, the collection place, the collection item, the collection quantity, and the driver name.

That is, it is not necessarily limited to a substantial apparatus, and there is no difference that the method is also effective.
By the way, such a business support device for an industrial waste collection vehicle may exist alone or may be used in a state of being incorporated in a certain device. Various embodiments are included. Therefore, it can be changed as appropriate, such as software or hardware.

When the software of the industrial waste collection vehicle business support apparatus is realized as an example of the idea of the invention, it naturally exists on a recording medium in which such software is recorded, and it must be used.
As an example, the invention according to claim 3 is a program for supporting business in an industrial waste collection vehicle by a computer, and includes a driver name, a scheduled collection course route, a customer name, customer address location information, and a vehicle number. When the USB memory containing business data is inserted and the data import button on the screen is pressed to import the business data from the USB memory into the main unit, and the vehicle number based on the business data is different A function to display a warning display on the screen, a function to display a map and a previous or sample locus, a person in charge and a work course name on the screen, a function to obtain a vehicle position, and the above The map is moved according to the movement of the vehicle while displaying the next collection location and the next collection location on the screen. A function for determining whether or not the vehicle has arrived at a pre-set collection location based on position information including latitude and longitude and a speed signal “0”, and displaying an actual quantity input screen upon arrival; A function that displays a warning of the order when the order is different from the scheduled order, and a function that uses the touch panel on the screen or inputs the actual quantity to be entered in the items and units registered in the work course using the keyboard , Monitoring the operation of the collection end button, confirming whether or not to print when the button is pressed, and when printing, the function to print the date and time, collection location, collection item, collection quantity, driver name Is implemented by a computer.

  Of course, the recording medium may be a magnetic recording medium, a magneto-optical recording medium, or any recording medium that will be developed in the future. In addition, the duplication stages such as the primary duplication product and the secondary duplication product are equivalent without any question. In addition, even when the communication method is used as a supply method, the present invention is not changed.

Further, even when a part is software and a part is realized by hardware, the idea of the invention is not completely different, and a part is stored on a recording medium and is appropriately changed as necessary. It may be in the form of being read.
When the present invention is implemented by software, a configuration using hardware or an operating system may be used, or may be implemented separately from these. For example, even if it is a variety of arithmetic processing, if it can be processed by calling a predetermined function in the operating system, it can also be input from hardware without calling such a function. is there. It can be understood that the present invention can be implemented with only this program in the process in which the program is recorded and distributed on the medium even though it is actually realized with the intervention of the operating system.

When the present invention is implemented by software, the present invention is not only realized as a medium storing a program, but the present invention is naturally realized as a program itself, and the program itself is also included in the present invention.
The present invention includes various embodiments, which are listed below.
In the work course, establishments to be collected are registered in the order of collection, and collection items and collection units are registered for each establishment.
It has a function to turn on / off the display of the previous trajectory and the sample trajectory, and can be switched arbitrarily during work and operation.
It is possible to set whether to leave the moved locus on the screen.
Even if the arrival location is different from the order of the schedule, it is possible to ignore it and collect it and enter the results.
When the operation of the collection end button is pressed, whether to print or not can be set on the system.
When the order is ignored or skipped and collected, the order of the place to be taken is displayed, and when the order is ignored and recovered, a warning display can be issued each time.
When printing is completed, the screen returns to the map screen again. When the course list button is selected, today's work results and work schedules can be displayed in a list in the order of collection schedules. Of course, this screen can be always displayed (prioritized display).
On this list screen, the customer name, the collection result, and the arrival time are displayed, and in the place where the arrival has not yet been made, it can be displayed as “no collection”. Even on the map, the color of the flag of the collected location can be changed so that uncollected is displayed in blue and collected is displayed in red.
When the vehicle is stopped for a predetermined time or longer, the PC automatically performs a shutdown process and records so that it can be understood that the shutdown is in progress.
It is also possible to enter the input quantity at the incinerator. An incinerator is just an example of a waste treatment facility. That is, in the case of garbage (combustible waste), an incineration site (which is often named as a clean center) is generally used, but in the case of industrial waste, crushing, melting, There are various processing methods such as impressions and compression, and it goes without saying that these processing plants and processing facilities are applicable.
When collecting multiple times or re-entering, a warning can be issued as to whether to add or replace.
If the car stops for a long time, it will be recorded as data if it stops longer than the set time.
On the screen, the number of remaining work, the number of completed work, and the scheduled end time (previous end time) are displayed. When the remaining number becomes 0, a work completion message is output. When the work is completed, an instruction is given to insert the USB memory, and when the USB memory is inserted, the work results of the day, stop information, speed information, the number of inputs at the processing place, and the like are written.

  As described above, the present invention provides an industrial waste collection vehicle business support device and an industrial waste collection vehicle business support method capable of providing efficient and convenient business support in industrial waste collection business. In addition, a business support program for industrial waste collection vehicles can be provided.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is a system diagram showing an industrial waste collection vehicle business support apparatus according to an embodiment of the present invention.
The business support device for an industrial waste collection vehicle of the present invention has the following functions.
・ Customer management function Management of collection route (collection schedule) Collection schedules can be organized and managed according to various criteria such as days of the week, collection items, and regions. Information for each customer (regulation time regulation, work conditions, etc.) can be managed for each collection location. You can manage information such as address, telephone number, person in charge.

-Achievement management function Collected quantity management It is possible to automatically enter the actual quantity in conjunction with the measuring instrument. The collection location can be automatically set in cooperation with the navigation. The arrival time can be managed (collection proof) and accurate time can always be obtained from the satellite. The arrival time at the point registered in advance can be stored. A recovery certificate can be issued on-site by connecting a printer. It has a function of preventing forgetting to collect when the collection order is skipped.

・ Navigation function Route management The route registered in advance can be displayed and used for guidance. The route to the previous time can be managed and displayed on the screen.

Current position By connecting a GPS receiver, the current position can be grasped. Destination guidance, estimated arrival time, and remaining process distance can be displayed.
-Dynamic management function Records and manages the signals of vehicle sensors such as engine speed, speed and acceleration. It is possible to calculate mileage from vehicle speed, time, etc., and to manage vehicle maintenance and the like.

-Operation status management function It is possible to issue a warning when the vehicle has stopped for a preset time. Dangerous driving can be prevented by managing acceleration and speed. Can check entry / exit to disposal site ・ Network function It is possible to link with servers and multiple systems using mobile communication. Vehicle dispatch using the mail system is possible. Wireless communication for business use, such as completion reports, IP phone functions, and voice calls via mobile phone connections, is possible.

First, the configuration of the in-vehicle PC system used in the present invention will be described.
A dedicated computer equipped with anti-vibration measures is installed in the vehicle. Unlike a normal car navigation device, by installing a highly versatile computer, various applications and databases can be used in addition to the navigation function. It also supports a wide range of input / output devices such as communication functions, barcode readers, and printers. In addition, a comprehensive information system related to vehicles and operations is established.

The PC can execute software including a database, and the system is formed with a view to expanding the interface.
The basic specifications of the computer are RS232C interface, USB interface, VGA (or DVI) interface, parallel interface, IDE interface, PC card interface, Bluetooth, and personal computer (with various interfaces depending on the system configuration) It has been realized.

The sensors attached to the vehicle are as follows. A GPS unit, a speed sensor, a back sensor, an engine speed sensor, and a measuring instrument. Each sensor is connected to the computer via the interface.
As an example, a back lamp power supply line or a back signal output line on the vehicle side is taken in as a digital signal to a PC via analog-digital conversion, or analog-digital conversion is performed in the PC.
The sensors directly connected to the PC are as follows. Two-dimensional and one-dimensional code readers, data communication PC cards or mobile phones capable of data communication, and digital wireless communication units.
Other input / output devices include a keyboard, touch panel liquid crystal or liquid crystal or CRT, printer, and USB memory.
Built-in map data Map data is arranged in a storage device equipped in the PC. In this case, the present location can be displayed by specifying the latitude and longitude, and the direction can be acquired. And map information can be utilized from an application using OCX and DLL.

GPS unit specifications Data can be output from the RS232C and COM ports. As the communication mode, the NMEA mode (or one conforming thereto) is used. The communication speed is 4800/9600 baud (depending on the GPS unit used).
The main output data contents are latitude / longitude, altitude, moving speed, moving direction, time (time acquired from the satellite), and other data conforming to the NMEA standard specifications.
As a positioning method, GPS single positioning, self-supporting positioning (gyro), GPS positioning + self-supporting positioning (hybrid) is adopted. Even if GPS positioning cannot be performed, it is only necessary that the latitude and longitude are corrected by the built-in gyro and output to the PC.
Connection between GPS unit and vehicle sensor Speed signal line (connection to vehicle side speed signal line or connection to signal line that can acquire the same signal as fuse box speed signal line), back signal line (connection to backward ramp line) Or, a connection with a line that can acquire the same signal as the back signal line such as a fuse box) is connected.

Connection between GPS unit and PC Connection is made with a port capable of RS-232C compliant communication such as serial port connection or serial port / USB port connection via USB port and serial port conversion connector.

Communication specification between GPS unit and PC The communication method is based on RS-232C, and the transmission speed is 4,800 baud or more. Data bits, parity, and stop bits are in accordance with the connected GPS unit.
Method of storing transmission data from GPS unit A text file having date and work course information is created in the data storage area, and data of one packet transmitted from the GPS unit is added. And it stores in the database which has a work performance table.

Here, the data stored in the text file or database is as follows.
Latitude Longitude Moving speed Moving direction Time (Time acquired from satellite)
DOP value (HDOP, VDOP)
Error long axis Error short axis Speed Direction Odometer Direction change amount GPS reception status Time of PC built-in clock (packet data reception time)

Next, an operation procedure and the like in the present embodiment employing the above configuration will be described.

First, the initial operation will be described.
Data is transferred from the USB memory to the database via the USB port (work schedule table). The person-in-charge code is input, and the person-in-charge name is acquired from the person-in-charge table based on the person-in-charge code. When the person in charge cannot be obtained, a warning is displayed. The signal sent from the GPS unit is divided (performed for each packet data delimiter code), and it is confirmed whether the reception status data indicates positioning.

  When the GPS unit indicates positioning, a work start button is displayed, and when the GPS unit does not indicate positioning, a GPS unused work button is displayed. Thereafter, the work start button is monitored, and when pressed, the main routine is called. If the interrupt button is pressed, the end routine is called.

In the main routine:
Get the time of the PC built-in clock.
Append packet data to a text file.
The packet data received from the GPS unit is segmented, the segmented data is written to the database, and the latitude / longitude data among the segmented data is delivered to the map display routine.
A screen frame drawing routine is called to execute a predetermined display.
The sample display / non-display flag is monitored, and if it is displayed, the sample data display routine is called.
The divided odometer data is transferred to the remaining distance comparison routine.
It is determined whether or not the speed signal is “0” in the divided data. When the speed signal “0” is received, the on-site arrival determination routine is called with latitude and longitude data as arguments.
The display switching button is monitored, and if there is a button operation, a corresponding process is performed in advance.
Displays a map scale, saturation, and brightness change screen.
Monitor all work complete buttons. When the button is pressed, a completion routine for writing data to the USB memory is called.
The contents transferred from the USB memory to the PC are as follows.
Course number Order Site code Site name Site latitude Site longitude Site collection item Collection unit Odometer data Latitude / longitude from start to finish of the corresponding course sample data Sample data Odometer data Sample course time (obtained from PC built-in clock)
Person in charge code Each of the above processes will be described in detail below.

On-site arrival determination The latitude / longitude of each planned work location registered in the work schedule table fetched from the USB memory is compared with the latitude / longitude obtained from the GPS unit as an argument. If there is a site where both the latitude and longitude of the argument exist in the error tolerance value on the system of latitude and longitude data output from the GPS unit registered in the initial setting file (INI file or registry) in advance, Judge that it has arrived at the scene. If the site code for the site is different from the next site code, a skip warning routine is called. When it is determined that the job has arrived, the work result input routine is called with the arrival site code and the arrival time as arguments in order to save the work place arrival time in the work result table. If any numerical value or all two numbers are outside the allowable error range, it is determined that the vehicle has stopped other than the arrival at the site, such as a signal stop, and the process returns to the main routine.

About work result input The arrival time received as an argument from the on-site arrival determination routine is registered in the arrival time field of the data record of the relevant site in the work result table. Using the arrival site code received as an argument as a search key, the site name, the collection item and the collection unit data are called from the work schedule table. When the input form is called, the arrival time and the site name, the item to be collected, and the collection unit are handed over as display contents. The actual number of each item scheduled to be collected returned from the input form routine is written in the corresponding field record of the work result table. The time when the value is returned from the input form routine is written as the collection end time in the field record of the work result table. If the work is in order, 1 is added to the order code, and the site name of the order code in the work schedule table is returned to the main routine as the next site code.

Regarding the reception status of the GPS unit,
When the data valid signal is not passed from the GPS to the PC, the data indicating that the data is not valid is passed to the VGA driver which is the OS display unit.
The in-vehicle PC incorporates map data having latitude / longitude information, and specifies the vehicle position on the map based on the latitude / longitude data obtained from the GPS unit. On the screen connected by the VGA terminal, the map data incorporated at a scale that can be arbitrarily specified centering on the vehicle position and the image showing the vehicle are synthesized and the data is passed to the display unit of the OS. Even if the data from the GPS satellite cannot be acquired, if the gyro is valid, the latitude, longitude, altitude, moving speed, and moving direction calculated from the gyro data can be acquired. .

About vehicle information takeover The final state at the time of the previous operation is held in the DB, and the previous state is displayed at the time of activation.
Capable of taking over collection courses and supporting new education.
About the drive recorder function Keep the vehicle status (video / numerical value) for 20 seconds (configurable) immediately before a traffic accident. The situation is photographed with a digital camera such as a collection certificate, and the image data is retained.
About sales management system linkage Daily work report is output.
Under the above-described configuration, the worker of the collection vehicle uses the industrial waste collection vehicle business support device as follows.
First, the in-vehicle PC always secures power from the energized terminal, but since the power is turned off in 10 minutes after detecting the vehicle speed “0”, it is necessary to turn on the power switch of the PC at the start or at the break. .
When the power is turned on, the application starts in about 1 minute. When it starts up, a USB memory containing business data (driver name, scheduled collection course route, customer name, customer address (location information), vehicle number) is inserted into the USB socket of the PC.
Pressing the data capture button on the screen captures data from the USB memory to the main unit. If the vehicle number is different, a warning will be displayed. Warnings can be ignored.
When the data acquisition is completed, the map and the previous or sample trajectory are displayed, and the person in charge and the name of the work course are displayed on the screen. In the work course, establishments scheduled to be collected are registered in the order of collection, and collection items and collection units are registered for each establishment.

It has a function to turn on / off the display of the previous trajectory and the sample trajectory, and can be switched arbitrarily during work and operation.
On the screen, the collection location to be directed next and the next collection location are displayed. The map moves as the vehicle moves. At this time, it is possible to set whether to leave the moved locus on the screen.
When you arrive at the pre-set collection location, the actual quantity input screen appears. The arrival determination is made based on the position information including the latitude and longitude and the speed signal “0”. If it is different from the order of the schedule, a warning of order is displayed, but it can be ignored and collected and the result can be input.

The actual quantity is input using a touch panel on the screen or using a keyboard (numeric keypad). In this embodiment, a function for inputting a plurality of items is provided, and the items and units registered in the work course can be input.
When the collection end button is pressed, whether or not to print is confirmed, so whether or not to print is selected. It should be noted that whether to print in advance or not can be set on the system. The printed contents are date and time (day of the week), collection location (customer name), collection item, collection quantity, and driver name.

When the order is ignored or skipped, the order of places to be taken is displayed. In addition, a warning is displayed each time the order is ignored and collected.
When printing is completed, the screen returns to the map screen again. When the course list button is selected, today's work results and work schedules are displayed in a list in the order of collection schedules. It is also possible to set this screen to always be displayed (prioritized display). The list screen displays the customer name, the collection result, and the arrival time, and displays “not collected” in the result column at a place where the customer has not yet arrived. Even on the map, the color of the flag of the collected place is changed. Uncollected is displayed in blue and collected has been displayed in red.

For the display on the map, only the number, only the store name, and the number / store name and method can be selected.
Character information can be registered for each customer. The time designation method is displayed with a warning sound on the input screen that opens upon arrival at the site.
If there is an instruction to stop the engine due to noise problems, the engine is stopped, but the PC continues to operate because the PC is powered directly from the battery. If the vehicle is stopped for 10 minutes or more during lunch break or for some reason, the PC automatically performs a shutdown process. In this case, a record is left so that it can be understood that the shutdown is in progress.

At the incinerator, the input quantity can be entered. Enter the unit in kg. Item information is also selected.
A warning is given when the vehicle is traveling even though GPS positioning is not possible. Of course, a mode that does not use GPS can be set. In this case, since the arrival determination or the like cannot be automatically performed, the list input screen is opened at the speed determination “0” stage. If the speed cannot be judged, the list entry screen can be opened manually.

There may be cases where it is collected twice or may be re-entered, but if the number of achievements has already been entered once or more, a warning will be given as to whether to add or replace. The principle is to add. In the case of addition, the details are also understood. The same applies to the input to the treatment plant.
When the vehicle is stopped for a long time due to a break or the like, the stop over the set time is recorded as data. When you stop for a long time, if you press the break button, it will be registered as a reason. Stops for which no reason is registered can be understood, for example, when the daily report is printed later, the reason column is output blank or highlighted.

  On the screen, the number of remaining work, the number of completed work, and the scheduled end time (previous end time) are displayed so that the progress of the work can be easily grasped. When the remaining number becomes “0”, a message indicating completion of work is output. If the vehicle has returned to the starting point even though the work has not been completed, the name of an unimplemented customer is displayed together with a warning display.

  When the work is completed, press the work completion button. Since an instruction to insert the USB memory is issued, when the memory is inserted, the work results of the day, stop information, speed information, input quantity at the processing place, and the like are written. When the writing is completed, a confirmation message is displayed to turn off the PC. If OK, the shutdown process is performed. Remove the USB memory after the power is turned off and submit it to the office. Even if the power is forgotten to be turned off, the power is turned off in about 10 minutes after the speed signal becomes “0”.

Note that data for about two days is left in the in-vehicle PC. Past data can also be downloaded to the USB memory.
As described above, the present embodiment has the following effects.
There is no need to get a store stamp. This is because the work in the store can be grasped by acquiring the accurate time, position, and speed (stop). Even if it is not possible to communicate with a GPS satellite under the overhead, accurate time and position information can be obtained from the gyro GPS. In addition, accurate speed information can be obtained from the engine ECU.

Proof of work can be left at the store or collection headquarters by issuing printed matter from the in-vehicle printer or by sending e-mail. Further, when a printer with a wireless function is provided, a receipt can be printed even when the vehicle is away from the vehicle. Furthermore, mail can be sent and received promptly. Next, a car navigation function can be provided. By displaying the track of the veteran driver, even a new driver can accurately collect, and the veteran does not need to give guidance directly. In addition, experience of experienced drivers can be converted into data. In addition, you can be alerted until you have collected everything, and you can eliminate forgetting.

  On the other hand, since it is configured on the assumption of a PC, various functions can be shared as an in-vehicle PC. For example, instead of a tachograph, a radio, and a car navigation. In addition, it is possible to capture the data of the own heavy equipment, and to monitor and record the monitor.

  Of course, this function can be used for the operation management system. For example, moving object management can be performed at the head office, and results can be input at the input terminal. Data for maintenance and management of the vehicle can be grasped, and thereby the mileage, tire replacement time, etc. can be managed. In addition, it is possible to connect devices of each manufacturer in a concentrated manner.

  As described above, according to the present embodiment, the data on the screen with the USB memory containing the business data including the driver name, the scheduled collection course route, the customer name, the location information of the customer address, and the vehicle number inserted. If you import the business data from the USB memory into the main unit by pressing the import button, a warning message will be displayed if the vehicle number etc. based on the business data is different. In addition, the trajectory, the person in charge, and the work course name as the previous or sample are displayed. The position of the vehicle is sequentially acquired, and the map is moved according to the movement of the vehicle while displaying the next collection location and the next collection location on the screen. During this time, it is determined whether or not it has arrived at a pre-set collection location based on position information consisting of latitude / longitude and a speed signal “0”. Upon arrival, an actual quantity input screen is displayed and a touch panel on the screen. Or use the keyboard to enter the actual quantity entered for the item and unit registered in the work course. If the arrival location is different from the scheduled order, an order warning is displayed. Then, the operation of the collection work end button is monitored, and if the button is pressed, whether or not printing is confirmed is confirmed. When printing, the date and time, the collection place, the collected item, the collected quantity, and the driver name are printed.

  The industrial waste treatment as described above generally uses an industrial waste management slip that is a paper medium. However, as an industrial waste system that does not use paper media, the operation of an “electronic manifest” using electromagnetic records has also begun. The Japan Industrial Waste Disposal Promotion Center manages the foundation. With this amendment of the law, it is obliged to carry the industrial waste management table (during collection and transportation work), but if an electronic manifest is used, it is necessary to bring one that shows its contents. Actually, memos and the like may be used. However, in the in-vehicle PC system, it is possible to realize the matters required by the law by displaying the contents of the manifest on the screen or by printer output.

Data is requested from a host computer (installed in the office to which the vehicle belongs) using digital wireless communication or Internet communication using a mobile phone. The host computer acquires the manifest item from the JW-NET according to the communication standard established by the Japan Industrial Waste Management Promotion Center.
・ Grant number ・ Date of issue ・ Reference number ・ Person in charge of issue ・ Name of discharge company ・ Address of discharge company ・ Phone number of discharge company ・ Name of discharge place ・ Address of discharge place ・ Phone number of discharge place ・ Waste Type ・ Waste quantity ・ Waste quantity unit ・ Waste packing ・ Remarks ・ Vehicle number ・ Collection carrier name ・ Collection carrier address ・ Collection carrier phone number ・ Disposer name ・ Disposer address ・ Disposer phone number ・Scheduled final disposal location

Further, the transportation of the waste is terminated, and the date is notified to the host computer, so that the host computer communicates the transportation termination to the JW-NET. The notification to the host computer is a connection by a digital wireless device connected to the in-vehicle computer or an Internet connection using a mobile phone device, and the data format depends on the connected device. Communication between the host computer and JW-NET is performed in the Zenginkyo format (tcp / ip) established by the Japan Industrial Waste Management Promotion Center.
If the host computer is not always connected to the Internet, it issues a connection request to the modem connected to the telephone line and connects to the access point determined by the Internet service provider. After the connection to the Internet is completed, it connects to the server of the Japan Industrial Waste Management Promotion Center in the format specified and requests data. For data acquired from the server, a connection request is issued to the in-vehicle computer, and data is transmitted when communication with the in-vehicle computer is established. Of course, the in-vehicle computer itself can be the host.

The in-vehicle computer displays the obtained data. The in-vehicle computer can display electronic manifest information on the screen via a VGA or DVI terminal on a CRT or a liquid crystal display or the like, and when displaying data, the display position relationship is the same as the display position relationship of the paper medium. Thus, it is possible to display as if a paper medium was used.
The relationship between the host computer and the in-vehicle computer is not limited to the case of the industrial waste management table, but the vehicle such as the relationship between the welfare patrol service vehicle and its management center, and the relationship between the patrol vehicle and its vehicle center in the internal management business. In business operations related to the management center, items that depend on the business, such as an industrial waste management table, can be replaced with slips used in the respective business.
As described above, the present invention has a system configuration applicable regardless of industrial waste treatment support.

It is a system diagram of the business support device for industrial waste collection vehicles concerning one embodiment of the present invention.

Claims (3)

Press the data capture button on the screen with the USB memory containing business data consisting of the driver name, scheduled collection course route, customer name, customer address location information, and vehicle number inserted, and from the USB memory to the main unit Means to capture business data;
Means for issuing a warning display when the vehicle number or the like based on the business data is different;
Once the above business data has been imported, a means for displaying a map, the previous or sample trajectory, the person in charge and the name of the work course on the screen,
Means for obtaining a vehicle position;
Means for moving the map according to the movement of the vehicle while displaying the collection location to be next and the next collection location on the screen;
A means for determining whether or not the vehicle has arrived at a pre-set collection location based on position information including latitude and longitude and a speed signal “0”, and displaying an actual quantity input screen upon arrival;
A means to display an order warning if the arrival location is different from the scheduled order;
Means for inputting the actual quantity to be entered in the items and units registered in the work course using the touch panel on the screen or with the keyboard;
Monitor the operation of the collection end button, confirm whether to print when the button is pressed, and if printing, the means to print the date, collection location, collection item, collection quantity, driver name A business support device for an industrial waste collection vehicle, comprising: Press the data capture button on the screen with the USB memory containing business data consisting of the driver name, scheduled collection course route, customer name, customer address location information, and vehicle number inserted, and from the USB memory to the main unit Importing business data;
A step of issuing a warning display when the vehicle number or the like based on the business data is different,
When the above business data has been imported, a step of displaying a map, a previous or sample locus, a person in charge and a work course name on the screen,
Obtaining a vehicle position;
A step of moving the map according to the movement of the vehicle while displaying the collection location to be next and the next collection location on the screen;
Determining whether or not it has arrived at a pre-set collection location by using position information consisting of latitude and longitude and a speed signal “0”, and displaying an actual quantity input screen upon arrival;
A process of displaying an order warning when the arrival location is different from the scheduled order; and
Using the touch panel on the screen or inputting the actual quantity entered in the item and unit registered in the work course with the keyboard,
Monitors the operation of the collection end button, confirms whether or not to print when the button is pressed, and prints the date and time, collection location, collection item, collection quantity, and driver name. A business support method for an industrial waste collection vehicle, comprising: A program for supporting operations in an industrial waste collection vehicle using a computer,
Press the data capture button on the screen with the USB memory containing business data consisting of the driver name, scheduled collection course route, customer name, customer address location information, and vehicle number inserted, and from the USB memory to the main unit A function to import business data,
A function to display a warning when the vehicle number based on the above business data is different,
Once the above business data has been imported, a function that displays the map, the previous or sample locus, the person in charge and the work course name on the screen,
A function to obtain the vehicle position;
A function of moving the map according to the movement of the vehicle while displaying the collection location to be next and the next collection location on the screen,
A function of determining whether or not the vehicle has arrived at a pre-set collection location based on position information including latitude and longitude and a speed signal “0”, and displaying an actual quantity input screen upon arrival;
A function to display a warning of the order when the arrival location is different from the order of the schedule,
Use the touch panel on the screen or use the keyboard to enter the actual quantity entered in the items and units registered in the work course,
Monitors the operation of the collection end button, confirms whether or not to print when the button is pressed, and prints the date and time, collection location, collection item, collection quantity, and driver name. A business support program for an industrial waste collection vehicle characterized by being realized by a computer.

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