JPS622709Y2 - - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a data sheet for computer input.

In general, estimation work requires accurate and prompt presentation of specifications, prices, etc. Particularly in power receiving and distribution equipment, there are a wide variety of devices and parts that make up the equipment, and the specifications required by each customer usually differ. Furthermore, to ensure the accuracy of the content,
A specific single-line connection diagram may also be required. In this way, computers have traditionally been used to calculate estimated specifications and price details for products (for example, power receiving and distribution equipment), or to arrange equipment and parts for manufacturing products. That is, equipment, parts, etc. are entered into a computer, a master data file is searched based on the information, prices are calculated, and estimated specifications and price breakdown sheets are created.

Conventionally, the equipment and parts that make up a product are classified into units such as their type, rating, and component, and a code number is assigned corresponding to each classification, as well as the product name and type of each equipment or part. ,
We have prepared a data sheet that lists ratings, components, etc. Then, the person in charge of estimating marks the corresponding parts of the product name, type, rating, and component of the equipment and parts in this data sheet. A data entry worker would read the code number where the mark was written, punch it on a piece of paper tape, and input the paper tape into the computer.

However, when using such a data sheet, the data entry worker deciphers the code number of the mark written on the data sheet and punches it onto the paper tape as described above, so errors are likely to occur during data creation during this time. However, since it is difficult to visually check the paper tape, it is almost impossible to prevent mistakes. Also, there is the inconvenience that data for creating a single-line connection diagram cannot be input from such a data sheet.

This idea is based on the calculation of product estimate specifications, price breakdown,
Accurate and speedy input of equipment and parts specifications for arranging equipment and parts for product production, as well as graphical data for drawing single-line connection diagrams that make up the product, into a computer. The purpose is to promote

The data sheet for this invention has a graphical symbol for the equipment and parts in each column, the equipment displayed with that symbol,
The number, type, rating, etc. of parts are entered in advance.
The person in charge of estimating and the designer enters marks in each column of this data sheet for the corresponding equipment, parts, and graphic symbols. The data sheet with the marks filled in is then pasted on a coordinate input device (tablet digitizer) connected to the computer, and the data entry operator enters the marks using a tablet pen connected to the coordinate input device. Input the coordinate values of the section into the computer. The coordinate values of the coordinate input device correspond to the items entered in advance in each column of the data sheet, so just by pressing a marked part with a tablet pen, the coordinate values of that part will be automatically entered into the computer. It will be input. The coordinate values input to the computer are decoded within the computer, and the master data file is searched for the corresponding equipment, parts, etc. from the coordinate values. Then, price estimation is performed and estimated specifications, price breakdown sheets, etc. are created.

Similarly, for graphic symbols, the coordinate values of the portions marked with the tablet pen are read. Then, the graphic symbols are automatically decoded in the computer, and a single-line connection diagram of the product is created based on the output. In this case, the contents of each column are arranged according to the order of the equipment that makes up the power receiving and distribution equipment, but the order may be reversed depending on the product specifications, so in that case, use a tablet pen to mark the parts. You can also reverse the order in the output result by changing the order in which you specify the .

An embodiment of this invention will be described with reference to the drawings. The data sheet 1 shown in the figure is provided with a symbol column 2, a quantity column 3, a product name column 4, a model rating column 5, and an option column 6 as necessary. Additionally, a column 7 for auxiliary data, a number column 8, etc. are also provided.
Each column 2 to 6 is arranged side by side as shown in the figure, and each column 2, 5, and 6 is further subdivided into vertical columns 2a to 2n, 5a to 5n, and 6a to 6n. ing. Further, each column 2 to 6 is subdivided along the vertical direction into horizontal columns A to N.

In the symbol column 2, symbols of equipment, parts, etc. are written in each horizontal column. Then, in the same horizontal column, write the symbols of different types of equipment for the same equipment (for example, current transformers, disconnectors, etc.). In each horizontal column of the model/rating column 5, various types and ratings of the equipment, parts, etc. indicated by the symbols in the symbol column 2 written in the same column are shown in letters (kanji, hiragana, katakana, etc.) or numbers. etc. are entered. In the product name column 4, the names of equipment, parts, etc. indicated by the symbols in the symbol column 2 are written in characters. The devices and parts whose symbols are entered in the symbol column 2 are arranged vertically in a standard order from the power receiving end of the product, for example, power receiving and distribution equipment, to the terminal load.

In the option column 6, items specifically requested by the customer regarding each device, etc. are entered. Also, the quantity column, product name column, and type/rating column on the right side of option column 6 are used in the same manner as each column 3 to 5 described above. Column 7 is a column in which, for example, the number, dimensions, names, etc. of the power receiving and distribution boards are entered.

In the data sheet 1 constructed as described above, an estimator, designer, etc. first selects equipment necessary for manufacturing a product requested by a customer from the symbol column 2. For example, when the first piece of equipment required on the power receiving side of a power receiving and distribution facility is selected, a mark is drawn by circling the symbol of that equipment. Also, select the type, rating, etc. of the equipment from the same horizontal column as the column where the symbol is drawn and mark it in the same way. Also, enter the required number (for example, number of units), product name, etc. in each column 3 and 4. Thereafter, in the same manner, equipment etc. necessary for the power receiving and distribution equipment are selected in order along the vertical direction of the symbol field 2, and are written or marked in the fields 2 to 5. Also, enter the attached data in column 7.

The data sheet 1 on which the necessary marks have been added and the necessary items have been filled in as described above is then pasted on the coordinate input device by a data entry worker. Then, place the tablet pen on the marked location and indicate its coordinate value. The coordinate values are decoded by the computer and a menu data file corresponding to the menu stored in the computer is retrieved. Then, data corresponding to the designated coordinate values is converted into a code, combined with a code representing the device or component, and the master data file of the device or component is searched. As a result, prices are calculated and estimated specifications, price breakdown sheets, etc. are created. In this process, numbers such as number of parts and dimensions are read by touching the number field 8 with a tablet pen. This allows the coordinate values in each number field to be read and processed in the same way as other data.

On the other hand, if you specify the marked part in symbol field 2 with a tablet pen, the symbol code is searched from the menu data file based on the coordinate value, and the figure symbol data is searched separately from the figure master file stored on the computer. and sequentially display them on a graphic display connected to a computer. By repeating this process, a single line connection diagram can be created as well as the aforementioned estimated specifications and price breakdown sheets.

Note that in symbol column 2, each device is arranged in the order that makes up the product, that is, the power distribution system, but if this order is not possible depending on the product specifications, you can easily change the order by changing the order of data input instructions. Can be changed.

As detailed above, this invention provides the following effects.

(1) Datasheets can also be used as menu sheets for data entry, so data can be entered directly into the computer from the sheet.
Therefore, there is no need for code conversion for data input, making it possible to reliably prevent errors during conversion as in the prior art.

(2) Data for creating a single-line connection diagram can also be input from the data sheet, making it easy to create a single-line connection diagram.

(3) The graphical symbols for single-line connection diagrams and the specifications (models and ratings) of equipment and parts are arranged in the order that configures the power distribution system, so you can instantly configure the system by entering marks in each column. Be able to understand.

[Brief explanation of the drawing]

The figure is a plan view showing an embodiment of this invention. 5...first column, 2...second column.

Claims (1)

[Scope of utility model registration request] A first column in which the specifications of equipment, parts, etc. are entered in letters, numbers, etc. for each equipment, part, etc. in the order in which the product is configured, and each column for the specifications of the equipment, parts, etc. In the same column, a graphic symbol for creating a single-line connection diagram representing the equipment, parts, etc. is entered, and a second column is provided alongside the first column, and the description location in each column is provided. A data sheet for computer input in which the coordinate values correspond to the coordinate values indicating the described location on the coordinate input device.