JPH05324669A - Production supporting device - Google Patents

Abstract

PURPOSE:To drastically improve the efficiency of manufacturing work as compared with the past, and besides, to evade a mistake due to misperception or oversight, etc., before it happens. CONSTITUTION:This manufacture supporting device is provided with a storage means 22 which stores data for displaying a menu besides plural kinds of working data obtained from the design data of a computer aided design system 12, a touch type color display device 14 which touch-inputs a manufactured object and touch-selects one working data on the basis of a display screen displaying the menu, and touch-designates successively necessary working places on the basis of the displayed working data, and a manufacture supporting data control means 21 which reads and displays the working data on the display device 14 on the basis of touch-inputted contents from the display device, and besides, blink-displays the corresponding working place on the basis of the touch-designation of the working place, and in addition, on the reception of the touch of the completion of work, turns a blink-displayed part into non-blink lighting by a different color.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a manufacturing support device suitable for use in manufacturing a variety of products, for example, high-mix low-volume products such as switchboards and control boards by order,
In particular, a touch-type color display device is used instead of the drawing to display the manufacturing work data necessary for the manufacturing work, and based on the displayed manufacturing work data, the manufacturing work place and its related parts are touched. The present invention relates to a manufacturing support device that advances manufacturing work without error while viewing necessary work information.

[0002]

2. Description of the Related Art Generally, in an FA system for controlling NC machine tools and robots, a computer-aided manufacturing system commonly called CAM is adopted, and various products can be manufactured while utilizing design data of the computer-aided design system. Has been done. However, for example, in the case of switchboards and control panels, which are often made-to-order, it is very difficult to robotize because of the high-mix low-volume production, and it is necessary to rely on manual work. Is.

Incidentally, the conventional method of assembling and wiring a switchboard, a control panel, etc. is required after the necessary design data has been constructed and stored in the memory in advance in the computer aided design system 1 called CAD as shown in FIG. At the same time, the design data is read from the memory and the printer 2 outputs the assembly drawing 3, the connection diagram 4, the article list 5, the designated man-hour list 6 and the like in the form of paper. Then, the manufacturing worker attaches the parts to required parts and performs wiring etc. while looking at the drawings such as the assembly drawing 3 and the connection diagram 4 and the list table such as the parts list 5 and the designated man-hour list 6. , Manufactures distribution boards and control boards.

At this time, the connection diagram 4 obtained from the design data of the computer-aided design system 1 is, for example, as shown in FIG.
It is created in the format shown in. That is,
8n, 9a, 9n, etc. are arranged on the surface of the sheet 7 in the form of a mounting diagram, and the X coordinate is "1" to "n",
The Y coordinate is divided into address numbers using the alphabets "A" to "Z", and these combination address numbers A1 to Zn
Represents the attachment position of each article 8a to 9n, while the alphanumeric character in the frame of each address number A1 to Zn represents the wiring instruction. Now, regarding a specific wiring instruction example, regarding the address number A1, the terminal number "1" is used to determine the line number "12".
345AB ", wire color" Y "(yellow), wire type" C "(# 91 vinyl), wire size" E "(1.2
5 mm ² ) Electric wire is used and the terminal number “1” of the address number An
4 ”is instructed to connect.

When performing wiring work for a switchboard, control panel, etc. using the connection diagram 4 shown in FIG. 12, the wire numbers are painted every time the wiring is completed one by one so that there is no wiring leakage. Are taking various measures. In the figure, the line number detail 10 indicates an abbreviation generally used in the connection diagram 4.

[0006]

However, in the manufacturing system as described above, a manufacturing worker directly looks at several kinds to a dozen or more drawings constructed by the computer-aided design system 1, and the drawings. Since the work is being carried out while memorizing the contents, if the number of drawings increases, mistakes and misunderstandings of the drawings, manufacturing mistakes such as oversights will occur, and it is important to check to reduce manufacturing mistakes. There is a problem that work efficiency is significantly reduced.

In particular, in the case of the assembly drawing 3, an assembly article is searched from the article list 5, and the assembly is carried out while checking the type and rating of the article, so that the working time becomes very long. Also,
In the case of connection diagram 4, the connection destination is searched and the wiring route is taken into consideration while checking the wire number, the connection terminal number, the wire type to be used, the color, the size, etc. In many cases, it is necessary to review the connection diagram 4 again or to confirm the connection destination from the viewpoint of error prevention, and thus the work time is similarly long.

On the other hand, each time a manufacturing worker completes an individual work, he or she fills the necessary parts of the drawing to check whether or not there is an error in the manufacturing work, and prevents the manufacturing work from being leaked due to color filling. However, as a result, the number of drawings becomes very large and many drawings must be viewed at the same time, so
Check mistakes due to misunderstandings and misunderstandings are more likely to occur frequently.

Further, since the manufacturing progress is judged by looking at the completion degree of the drawing filling, it is necessary to check the drawing filling amount again and again, and
It is difficult to properly judge the manufacturing progress. On the other hand, in terms of work man-hour management, since there is no accurate man-hour management data, there is a problem that the work man-hours cannot be accurately managed depending on the actual man-hours with respect to the designated man-hours.

The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a manufacturing support device capable of significantly improving the efficiency of manufacturing work and avoiding mistakes due to mistakes and oversights. To do. Another object of the present invention is to provide a manufacturing support device that displays the manufacturing progress status and work man-hour management in a swift, accurate, and graspable manner.

[0011]

In order to solve the above-mentioned problems, the invention corresponding to claims 1 and 2 provides assistance in manufacturing an object to be manufactured using design data constructed by a computer-aided design system. In the manufacturing support device to be performed, in addition to a plurality of types of manufacturing work data based on the manufacturing work procedure from design data, a storage means for storing menu display data and various data necessary for manufacturing, and display by starting operation. Touch input of a manufacturing target based on a screen of a menu display, touch selection of the certain manufacturing work data, and a touch type for sequentially designating necessary work locations based on certain manufacturing work data displayed by the touch selection. Color display device, touch input of a manufacturing object from the touch-type color display device, and the certain manufacturing work data Based on the touch selection, the manufacturing work data necessary for manufacturing the object to be manufactured is read out from the storage means and displayed on the touch type color display device, and the work is required based on the touch designation of the work place. While blinking the work location, if necessary, data necessary for manufacturing is read from the storage means and displayed, and upon receipt of a work completion touch relating to the work location, the blinking portion is lit by changing the color. And the first
The manufacturing support data control means and the time from the touch designation of the work location to the touch of the work completion from the touch type color display device are counted to obtain the digestion man-hour, while the total work time of the certain manufacturing work data is obtained. From the touch type color display device based on the display content of the menu display data displayed by the start of the operation, and When you receive a touch selection,
While displaying manufacturing work data related to the man-hours on the touch-type color display device, work efficiency and work progress are obtained by a predetermined arithmetic expression using the digestion man-hours, the actual man-hours, and preset man-hours. And a second manufacturing support data control means for displaying on the display portion of the touch-type color display device.

[0012]

Therefore, in the inventions corresponding to claims 1 and 2, by taking the above-mentioned means, the tactile input of the serial number of the object to be manufactured is performed based on the menu display screen displayed on the touch type color display device. When touch selection of manufacturing work data (assembly, connection, etc.) related to
In the manufacturing support data control means of the above, based on the manufacturing number of the manufacturing target object that is touch-input and the manufacturing operation data such as touch-selected assembly or connection, it is possible to determine from the storage means the requirement of the manufacturing target object related to the manufacturing number. The manufacturing work data is read and displayed on the touch-type color display device.

Here, when the manufacturing worker touch-designates a work location necessary for the work based on the manufacturing work data of the display device, the work location and the related location are blink-displayed based on the touch designation, and the article is supplied. The detailed display, work location, and connection destination are clearly displayed. Here, if the manufacturing worker specifies the end touch of the wiring work based on the detailed displayed items, the blinking display part is changed to a static lighting by changing the color, so that the end part of the work can be easily recognized. , You can move on to the next task.

Further, the time (digestion man-hours) from the start of work of the work place to the touch designation of the work end based on the touch designation of the work place is counted, and the end time of all works related to the manufacturing work data ( (Actual man-hours) can be acquired, and work efficiency and work progress can be easily obtained by using the digestion man-hours, actual man-hours, and preset man-hours. Since the work progress is displayed as numbers or bar graphs, the work progress status can be easily grasped.

[0015]

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1 is a diagram showing a basic configuration example of a manufacturing support apparatus according to the present invention. The manufacturing support apparatus includes, for example, a computer-aided design system 12 that builds and stores various design data in accordance with a network 11 and instructions of a designer, and the computer-aided design system 1
The manufacturing support control device 13 for editing and storing the design data constructed in 2 into a plurality of types of manufacturing work data unified into the manufacturing work procedure and further storing menu display data and various data necessary for manufacturing is connected. Has been done. Here, the plurality of types of manufacturing work data mean, for example, assembly drawing data, connection drawing data, product data, designated man-hour data, etc. as described in the conventional example. It contains various data. Further, a color display device 14 such as a touch type color liquid crystal display is connected to the manufacturing support control device 13.

The touch-type color display device 14 performs touch input of a manufacturing number and touch selection of manufacturing work data such as assembly or connection on the basis of a menu display screen displayed upon start of operation, and the touch result. From the display contents of the manufacturing work data displayed by, the function of sequentially touching and specifying the necessary work points according to the work situation is provided.

On the other hand, the manufacturing support control device 13 can display the design data constructed by the computer-aided design system 12 based on the sequence program as shown in FIG. 2, that is, a plurality of kinds of works unified in the manufacturing work procedure. The display data (assembly drawing data, connection drawing data, product data, designated man-hour data, etc.) is edited, and necessary work display data is read out based on the touch content from the touch-type color display device 14 to perform the touch. The manufacturing support data control unit 21 to be displayed on the color display device 14 and a plurality of types of work display data converted by the manufacturing support data control unit 21 are stored, and further, menu display data and data necessary for manufacturing are stored. Data storage unit 22, which receives data between the manufacturing support data control unit 21 and the touch-type color display device 14. A design data transmitting unit 23 for teeth,
The time counting unit 24 counts the working time. The menu display data and the data necessary for manufacturing may be stored in a storage unit other than the data storage unit 22 shown.

FIG. 3 is a view showing an example of a menu display screen displayed on the touch-type color display device 14 when an operation start command for manufacturing support is received.
1, areas such as a work selection screen 32, a serial number input menu 33, and a key portion 34 are displayed.

Therefore, when inputting the serial numbers of the switchboards and control boards to be manufactured in this state, the manufacturing worker
If you touch the "Input" key of the key part 34 and further touch the "Production number" of the production number column 31 on the upper side of the screen, the touch content is recognized and the first digit of the production number column is blinked. It Here, the manufacturing worker selects and touches the first alphanumeric character to be input of the manufacturing number from the manufacturing number input menu 33. Incidentally, when the user touches “T” in the serial number input menu 33, “T” is displayed in the first digit of the serial number column 31, and then the serial number column 3 is displayed.
The second digit after 1 is blinked.

In this way, the serial number input menu 33
When the "Enter" key at the bottom of the screen is touched after the alphanumeric characters are serially and selectively touched and the alphanumeric serial number is entered in all digits of the serial number column 31, the touch-type color display device 14 is displayed. Sends the manufacturing number to the manufacturing support data control unit 21. Here, the manufacturing support data control unit 21 reads the design data (CAD data) corresponding to the manufacturing number from the computer-aided design system 12 via the network 11 and, for example, assembly drawing data, connection drawing data according to the manufacturing work procedure. The data is stored in the data storage unit 22 after being edited into the product data, the designated man-hour data, and the like.

After touching the "Execute" key, the manufacturing worker selects one of the assembly drawings, connection diagrams, man-hours, etc. corresponding to the manufacturing number based on the menu display screen, for example, "assembly drawing". When the "execution" key is touched after touching "assembly drawing" in the work selection screen 32, the screen of the touch color display device 14 is switched from the menu display screen to the assembly drawing screen. When the manufacturing number is completely entered in the manufacturing number column 31, the customer's name and the delivery date are clearly displayed if necessary. FIG. 4 is a diagram showing a screen display example of an assembly drawing, in which a product selection display part 41 such as a switchboard and a control panel, a product window screen 42 and a key part 43 are displayed.

In this state, the product to be attached by touching the "input" key of the key unit 43, for example, the product selection display unit 4
If you touch the item number or item (appliance name) of item 1, for example, "21", the item "21" blinks. If you then touch the "Execute" key, the item "21" will be displayed on the window screen 42 indicated by the dotted frame. Displays the name, model, rating, equipment number, etc. of the supplies arranged in. here,
The manufacturing worker selects a product on the window screen 42 and starts assembly. After completing this product assembly, touch the "Complete" key to stop the blinking of the product "21".
Upon completion of assembly, the color is changed to another color and the stationary lighting display is performed. In this way, other products are sequentially assembled in the same manner.

On the other hand, in the time counting unit 24, the key unit 4
The work time from the touch of the "input" key and the touch of the item "21" of 3 to the touch of the "completion" key is counted and stored as the assembly man-hour. In this case, the assembly drawing and the article number may be separately stored in a memory or the like not shown together with the man-hours for assembling the assembly.

Therefore, due to the above-described processing, the color of the finished product is different from that of the finished product, and the color does not change to the color corresponding to the completion of each product unless each product assembly is completed. It is possible to distinguish between the two, and at the same time, the man-hours for assembling work can be managed. In the case of an assembly drawing that cannot be displayed on one screen of the touch-type color display device 14, the screen can be divided and displayed, and the "previous screen" and "rear screen" of the key unit 43 can be displayed.
The split screen can be similarly displayed by the key. In addition, if all the assembly work of the work display data (assembly drawing) is not completed and the assembly work of the day is completed, "work end"
Touch the key.

This means that while the conventional manufacturing worker proceeded with the work while looking at several drawings such as the assembly drawing and the product list, the name of the product can be changed by touching the necessary product with this device. Since the rating, etc. are displayed on the window screen 42, the efficiency of assembly work can be improved.

FIG. 5 is a diagram showing an example of a connection diagram display screen when the “connection diagram” in the work selection screen 32 of the menu display screen shown in FIG. 3 is touched, and a distribution board or control panel article is mounted. The address number display section 5 of A1 to An, E1 arranged in the figure and composed of X and Y coordinates similar to the conventional connection diagram
1, a window screen 52 and a key portion 53 are displayed.

In FIG. 5, when the manufacturing worker wants to perform wiring, he touches the “input” key of the key part 53, and then, for example, the terminal number of the address number “A1” which is one of the address number display parts 51. Connection destination position "An" that belongs to "1"
Touch, and the connection destination position of the address number "A1""A
"n" blinks. When the "execute" key of the key section 53 is touched in this state, the address number "A" of the connection destination is touched.
The connection destination position "A1" of the terminal number "B" of "n" automatically blinks to clarify the connection destination. Further, the wire color, wire type, wire size, and connection destination used for the wire number “12345AB” are displayed in the lower part of the screen.

On the other hand, in the connection diagram which cannot be displayed on the screen of the touch type color display device 14, the screen is divided in the same manner as described above, and when the connection destination article is not within one screen, for example, the address number "A1" in FIG. When touching "S9" which is the connection destination position of the terminal number "2" of "", since the connection destination article is not on the screen, it is displayed on the window screen 52 shown by the dotted frame, and the terminal number of the address number "S9"" The connection destination position "A1" of "A" is displayed blinking.

When the manufacturing worker touches the "completion" key when the wiring has been completed, the blinking connection destination position stops blinking and the color is changed to a static lighting display, and the time counting is performed. The work time required for wiring is stored in the section 24. In addition, if all wiring work is not completed and the wiring work for the day is completed, "work completed"
The operation is completed by touching the key.

Next, FIG. 6 is a view showing an example of a man-hour screen display for managing the manufacturing progress status and work man-hours when "man-hours" in the menu display screen of FIG. 3 is touched. Is obtained from the design man-hours as design data, the man-hours required to complete each work of the assembly drawing and the connection diagram, the actual man-hours when all the works are completed, and (actual man-hours / 100) / digest man-hours. The work efficiency etc. that are displayed are displayed.

On the other hand, the display of the work progress is divided into an assembly progress and a wiring progress. Of these, the assembly progress is represented by the number of man-hours / 100 / the designated number of man-hours required to complete the work in the assembly drawing. It is expressed by the man-hours for extinguishing work / 100 / specified man-hours for wiring in the connection diagram.

When another screen is displayed, for example, when the man-hour screen of FIG. 6 is changed to the connection diagram screen of FIG. 5,
By touching the "menu" key, the menu screen shown in FIG. 3 is displayed. Next, the operation of the apparatus configured as described above will be described with reference to FIGS.

First, in FIG. 7, when the touch type color display device (LCD) 14 is powered on, step ST1
When it is confirmed that the power is turned on, the manufacturing support data control unit 21 reads the menu display data from the data storage unit 22 or the like and displays the menu display screen as shown in FIG. 3 on the screen of the display device 14 (ST2). .. Then, the manufacturing worker touches and selects the manufacturing numbers of the distribution boards and control boards that require assembly and wiring from the manufacturing number input menu 33 to sequentially input the digits into the manufacturing number column 31, and then Touch the "Execute" key 3 (ST3).

Here, when the manufacturing support data control unit 21 shown in FIG. 2 receives the manufacturing number from the touch-type color display device 14, the design corresponding to the manufacturing number from the computer-aided design system 12 via the network 11 ( CA
D) After reading the data (ST4), the work display data unified so as to be displayed on the touch-type color display device 14 based on the manufacturing work procedure is stored in the data storage unit 22 (ST5). Then, when the "assembly drawing" and "execute" keys are touched on the menu display screen of FIG. 3 as in step ST6, the assembly drawing is read from the data storage unit 22 and assembled on the touch color display device 14 as shown in FIG. The figure data is displayed (ST7).

In this state, when the article is touched from the article selection display section 41 as shown in step ST8,
The touched item, for example, "21" is displayed blinking (ST9). After that, if you touch the "Run" key,
The corresponding article is extracted from the article data already stored in the data storage unit 22, and the detailed content of the article is displayed on the window screen 42 (ST10). Therefore, the manufacturing worker selects and attaches the article displayed on the touch-type color display device 14 (ST11). Then, when the "completion" key is touched as shown in step ST12 after completion of the attachment of the article, the blinking article is changed to the color of the work completion and the state is switched to the stationary lighting state and stored as the completion of the assembly work (ST13). ). When another item is touched again (ST14), the touched item is blinked (ST9), and the same operation is repeated.

On the other hand, when the item position and the "execute" key are touched (ST8), the time counting section 24 starts counting the assembly work time (ST15). Then, it is checked whether all the assembly drawing data have been completed (ST1
6). Here, when all the work relating to the assembly drawing is completed, the assembly work time, which has been counted by the time counting unit 24, is stored in the data storage unit 22 and other storage units (not shown) as the actual assembly man-hours. It is stored (ST17). On the other hand, if all the work of the assembly drawing is not completed and the assembly work of the day is completed, the “work end” key of the key portion 43 is touched, so it is determined that there is a work end touch in ST18. To do. Therefore, when this work is finished, the time counting unit 24 stops counting the assembly work time (ST19), and stores this count stop time in the necessary storage unit as the assembly man-hour (ST20).

If it is determined in step ST6 that no assembly drawing is selected, step S in FIG.
The process proceeds to T21, where it is determined whether the connection diagram is selected. That is, the "connection diagram" of the menu screen of FIG.
When touching and touching the “execute” key, it is determined in ST21 that the connection diagram is selected, and the manufacturing support data control unit 21 reads the connection diagram data from the data storage unit 22 and touch-type color display device. It is displayed on 14 as shown in FIG. 5 (ST22).

Then, in step ST23, it is determined whether or not the connection position is touched (ST23). Here, for example, a manufacturing worker is assigned a certain address number, for example, "A1".
When the connection position such as "An" of the terminal number of "1" is touched and the "execute" key is touched, the touched connection position "An" is displayed in blinking,
After the "execute" key is touched, the connection position "A1" of the connection destination blinks (ST24).

Thereafter, the used wire color, wire type, wire size, address number of the connection destination, etc., which are stored in the storage unit in advance based on the alphanumeric characters arranged after the terminal number are read out,
Display on the lower side of the touch-type color display device 14 (ST
25). Here, the manufacturing worker installs the wiring blinkingly displayed by the color display device 14 (ST26),
When the "Done" key is touched after the wiring is completed, it is determined that there is a touch to complete the work (ST27), the connection position "An" of the connection destination that is blinking is changed to the color of the work completion, and the blinking display stops. It is turned on and stored as the completed wiring work (ST28). When retouching another connection position, it is determined that the connection position is retouched (S
(T29), the touched connection position and the connection position of the connection destination are blinked and displayed (ST24), and the same operation is repeated.

On the other hand, when the connection position and the connection position of the connection destination and the "execute" key are touched (ST23), the time counting section 24 starts counting the wiring work time (ST3).
0). Then, it is checked whether all the connection diagram data have been completed (ST31). Here, when all the work of the connection diagram is completed, the wiring work time counted up to that point is stored in the data storage unit 22 and other storage units as the actual wiring man-hours (ST32). Further, when the wiring work is not all completed but the wiring work of the day is completed, the “work end” key of the key portion 43 is touched, so that it is determined in ST33 that the work end is touched. Therefore, upon receiving the completion of the wiring work, the time counting section 24 stops counting the wiring work time (ST34),
This count stop time is stored in a necessary storage unit as a wiring digestion man-hour (ST35).

Further, when the connection diagram is not selected in step ST21, the process proceeds to step ST41 in FIG. 9 and it is confirmed whether or not the manhour screen is selected. Here, when the “man-hours” on the menu screen of FIG. 3 is touched and the “execute” key is touched, ST
It is judged at 41 that the man-hours are selected, and the manufacturing support data control unit 21
Then, the man-hour data of the design data in the data storage unit 22 is read out and displayed on the touch-type color display device 14 as shown in FIG. 6 (ST42).

Then, the designated man-hours of the assembly and wiring man-hours are displayed from the design data, and the completed work of the assembly and wiring is displayed as the digested man-hours (ST43). In addition, using the digestion man-hour and the designated man-hour,
/ Work progress is calculated from the designated man-hours and displayed in a bar graph (ST44). Next, when all the work is completed for the assembly drawing data or the connection drawing data, the digestion man-hour is displayed as the actual man-hour (ST45). In addition, designated man-hours ・ 1
00 / work efficiency is calculated from the actual man-hours, and the calculated efficiency is displayed (ST46).

Therefore, according to the configuration of the embodiment as described above, the work display data is selectively read out according to the work content, instead of looking at several to ten or more drawings, and one touch type is used. It can be easily viewed on the color display device 14, and in the case of an assembly drawing, when a necessary product is touched, the name, rating, etc. of the product can be automatically displayed, which makes it very easy to select the product. On the other hand, in the case of the connection diagram, the connection destination can be automatically blinked and displayed, and the wiring work can be performed quickly.
Moreover, the completion of work can be checked by touch, and the manufacturing work time can be greatly reduced. Further, since the digestion man-hours and the work progress status are automatically generated, it is possible to quickly and accurately display the manufacturing progress status and the work man-hour management, and to quickly grasp the work status.

Needless to say, in the above embodiment, various work display data can be displayed according to the user's request. Besides, the present invention can be variously modified and implemented without departing from the scope of the invention.

[0046]

As described above, according to the present invention, the following various effects are exhibited. According to the first aspect of the invention, it is possible to provide a manufacturing support device capable of greatly improving the efficiency of manufacturing work as compared with the related art and capable of avoiding mistakes due to oversight or oversight. Further, the invention of claim 2 can display the manufacturing progress status and the work man-hour management quickly and accurately,
In addition, the work status can be grasped quickly.

[Brief description of drawings]

FIG. 1 is a basic configuration diagram of a manufacturing support device according to the present invention.

FIG. 2 is a detailed block configuration diagram showing a main part of the manufacturing support apparatus.

FIG. 3 is a diagram showing an example of a menu display screen of a touch-type color display device.

FIG. 4 is a view showing a screen display example of assembly drawing data.

FIG. 5 is a diagram showing a screen display example of connection diagram data.

FIG. 6 is a diagram showing a screen display example of man-hour data.

FIG. 7 is a flowchart mainly illustrating an operation relating to an assembly drawing.

FIG. 8 is a flowchart mainly illustrating an operation relating to a connection diagram.

FIG. 9 is a flowchart mainly illustrating an operation related to man-hours.

FIG. 10 is a conceptual diagram of a conventional manufacturing system.

FIG. 11 is a schematic diagram showing a connection diagram used in a conventional manufacturing system.

[Explanation of symbols]

11 ... Network, 12 ... Computer-aided design system, 13 ... Manufacturing support manufacturing device, 14 ... Touch color display device, 21 ... Manufacturing support data control unit, 22 ... Data storage unit, 23 ... Data transmission unit, 24 ... Time counting Department.

Claims (2)

[Claims] 1. A manufacturing support apparatus for supporting the manufacturing of an object to be manufactured using design data constructed by a computer-aided design system, comprising a plurality of types of data integrated from the design data according to a manufacturing work procedure. In addition to data for manufacturing work, storage means for storing data for menu display and various data necessary for manufacturing, and touch input of an object to be manufactured based on the screen of the menu display displayed by the start of operation, the certain manufacturing A touch-type color display device for sequentially touch-selecting necessary work points based on touch selection of work data and certain manufacturing work data displayed by the touch selection, and a manufacturing object from the touch-type color display device. Based on the touch input and the touch selection of the certain manufacturing work data, the manufacturing pair is stored in the storage means. The manufacturing work data necessary for manufacturing the elephant is read out and displayed on the touch type color display device, and the work place necessary for the work is blinked based on the touch designation of the work place, while the work place is required. Manufacturing support data control means for reading out and displaying the data necessary for manufacturing from the storage means, and for receiving a touch of a work completion related to a work place, and for making the blinking display part a static lighting by changing the color. A manufacturing support device characterized by being provided. 2. A manufacturing support device for supporting the manufacturing of an object to be manufactured using design data constructed by a computer-aided design system, comprising a plurality of types of data integrated from the design data in accordance with a manufacturing work procedure. In addition to the manufacturing work data, storage means for storing menu display data and various data necessary for manufacturing, and touch input of a manufacturing target object based on the menu display screen displayed by the start of operation, the certain manufacturing A touch-type color display device for sequentially touch-selecting necessary work points based on touch selection of work data and certain manufacturing work data displayed by the touch selection, and a manufacturing object from the touch-type color display device. Based on the touch input and the touch selection of the certain manufacturing work data, the manufacturing pair is stored in the storage means. The manufacturing work data necessary for manufacturing the elephant is read out and displayed on the touch type color display device, and the work place necessary for the work is blinked based on the touch designation of the work place, while the work place is required. First manufacturing support data control means for reading out and displaying data necessary for manufacturing from the storage means and displaying the data, and receiving a touch of a work completion relating to a work place to make the blinking display part turn on statically by changing colors. A time counting unit that counts the time from the touch designation of the work point to the touch of the work completion from the touch color display device to obtain the digestion man-hour, while obtaining the actual man-hour from the total work time of the certain manufacturing work data. And a touch input and an object to be manufactured from the touch-type color display device based on the screen of the menu display displayed by the start of the operation. When the touch selection of the manufacturing work data relating to the man-hour is received, the manufacturing work data relating to the man-hour is displayed on the touch type color display device, while the digesting man-hour, the actual man-hour, and the preset designated man-hour are set. Work efficiency by a predetermined calculation formula using
A manufacturing support device, comprising: a second manufacturing support data control means for displaying a work progress on a predetermined display portion of the touch-type color display device.