JPS5937886Y2 - Shipping control device - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a shipping control device for rationalizing shipping operations in a ready-mixed concrete batcher plant.

Generally speaking, ready-mixed concrete batching plants carry out work such as measuring and kneading various materials and loading ready-mixed concrete in response to orders from distributors or construction sites.

By the way, the shipping management at this ready-mixed concrete batch plant factory is such that the mixing ratio and shipping amount of ready-mixed concrete differs for each construction site, and the shipping amount changes depending on the progress of construction at the construction site and the weather. This often requires complex work.

For this reason, in the past, skilled personnel worked while communicating with each construction site, but because a large amount of information was processed manually, there were cases where mistakes were made and problems occurred.

Therefore, this invention eliminates the drawbacks of the conventional method by efficiently processing complex shipping management and shipping data processing in a ready-mixed concrete batcher plant using a microcomputer. This is carried out according to the example shown in .

FIG. 1 is a block diagram showing the configuration of a shipping control device for a ready-mixed concrete batcher plant.

1 CPU (Central Processing Unit) 2RO
This is a microcomputer consisting of M (read only memory) 3 and RAM (random access memory) 4. RAM 3 in this microcomputer 1 contains data necessary for shipping that is written from the keyboard (described later). Accompanying results data, buttons and key codes are stored.

5 writes data to the microcomputer 1,
Operation console for calling and modifying data, 6 is operation console 5
9 is an interface for connecting the CRT display device I and the microcomputer 1; For example, a printer for creating a delivery slip a and a daily shipping report according to instructions from the microcomputer 1; 10 is an interface for connecting the printer 9 and the microcomputer 1;
Reference numeral 11 denotes an output device that writes data on a medium in order to pass the data to a processing device installed externally, 12 an interface that connects the output device 11 and the microcomputer 1, and 13 a quality control device according to instructions from the microcomputer 1. (2) A control device on the batcher plant side for setting the mass of various materials to suit, automatically measuring, and performing operations such as kneading; 14, an interface for connecting the microcomputer 1 and the control device; 15, the above-mentioned This is a path line that connects each device.

In order to manage the shipping of a ready-mixed concrete batcher plant using the device with the above configuration, first, data about the scheduled shipments at the factory, that is, data about the contractor, the construction site, and the quality of the concrete, must be collected. A key code is attached to each of them, the CRT display device valve is input from the operation console 5, and the key code is stored in the microcomputer 1.

Next, regarding the shipping schedule that occurred on that day, based on the shipping conditions posted, data on the builder, construction site, and concrete quality are entered as a key code, and the scheduled delivery volume on that day is a numerical value indicating the required amount. When this data group is required, the data group can be retrieved from the microcomputer 1 by inputting the key code from the operation console 5. Keep it.

Next, when the transport vehicle that transports the ready-mixed concrete to each construction site arrives at the Batcha plant, the operator looks at the shipping schedule and enters the key code corresponding to each construction site, the current delivery volume to be added to this, and the transport vehicle. When entering the vehicle number etc. from the console 5 to the microcomputer 1 via the display device I, a series of data corresponding to the data is sent from the microcomputer 1 to the control device 13 on the batcher plant side via the interface 14. Based on this data, the mass of various materials that meet the quality is determined, the concrete is weighed on its own, and after mixing, the ready-mixed concrete is loaded onto a transport vehicle.

In this way, by assigning a key code to each set of data corresponding to each shipping destination, ready-mixed concrete production can be performed with simple operations, and shipping schedules can be adjusted depending on the situation at each construction site. When other changes occur, the control console 5
If a series of notators are called from the microcomputer 1 to the display device 7 by inputting a key code from the microcomputer 1, and necessary portions of the data can be modified using the console 5, changes can be easily made.

In order to create the delivery notice required when delivering ready-mixed concrete, the necessary data is prepared at the time of manufacturing the ready-mixed concrete, so the delivery notice is automatically printed on the printer without any special operations. Created by 9.

In addition, all data at the time of shipment is stored in the microcomputer 1.
1. A daily shipping report can be created using the printer 9 as needed. Output devices also allow data to be placed on output media in a form that can be processed by other data processing devices.

For all of these tasks, guidance indicating the details of the task is first displayed on the CRT display device by operating the console 5, and when the operator selects the necessary task from the list, the screen corresponding to that task will appear. , it is possible to understand the work according to this.

As explained above, this idea stores data for shipping work in a ready-mixed concrete batcher plant in the memory of a microcomputer, and organizes the stored data into a series of data corresponding to each shipping destination. A key code is set for each piece of data, and operators can perform complex shipping management tasks such as changing the amount of shipment at the time of shipment by simply entering the key code from a console connected to a microcomputer. It is possible to streamline shipping operations at batch plants and contribute to improving the near-physical structure of the factory.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing the configuration of a shipping management device according to the present invention. 1...Microcomputer, 2...-...
CPU. 3...ROM, 4...RAM, 5...
...Operation console, 7...Display device, 9...
-・Printer, 11...--Output device, 13...
...Control device, a...Delivery slip, b...
...Shipping daily report, C... Output medium. FIG. 2 is an example of guidance showing the work to be performed with this device.

Claims (1)

[Scope of utility model registration request] In a shipping control device using a microcomputer that grasps and directs the production and shipping of ready-mixed concrete in a ready-mixed concrete factory through the screen of a CRT display device, a plurality of screens sorted by function on the CRT display device are selected. To make it easier, a guidance item screen is provided to serve as a table of contents, and selection on this screen is made by entering a series of key codes attached to guidance items.
It is characterized by input from the operation console of the RT display device or an input device such as a light pen, and is used to input, register and store ready-mixed concrete order information from the operation console of the CRT display device. Equipped with magnetic memory or semiconductor memory, in order to make it easier to read the order information, a key code is attached to each set of data for the shipping destination, and the complicated shipping command work can be done by using the key code on a CRT display device. Shipping can be performed by simply inputting data from the operation console, and is also equipped with a function to issue payer's slips in conjunction with each other, set the mass of various materials that meet the quality, and automatically weigh and control. Management device.