JPS6186873A - Production system of dress pattern - Google Patents

Abstract

PURPOSE:To obtain a desired dress pattern just with the input of the take size dimension by adding a means which stores the desired algorithm and the information on plural parts where the size is taken. CONSTITUTION:A memory 1 stores the algorithm and the information on the parts where the size is taken. Then an operator supplies all size of the indicated areas through a size input operating matter 3 according to the indications given from a display device 2 which indicates successively plural take size parts. These dimensions are received by an arithmetic and control unit 4 which decides the contour of a dress pattern. The controller 4 calculates said contour according to the algorithm based on a fixed dress pattern drawing method and stored in the memory 1 and transmits the control signal to a drawing machine 5 for drawing contour lines.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a pattern making system that can be used at home for making patterns for clothing.

[Conventional technology]

As a conventional device for making paper patterns, a four-dimensional paper pattern making system has been proposed as one of the computer-aided design aid systems (CAD).
1,0111111754161446), LkaL, the above system is for the apparel industry that manufactures mass-produced ready-made products, and is an expensive and large system that requires a large storage device, so it cannot be used by individuals at home. isn't it. A pattern making system that can be used at home is
I still can't find it.

Generally, clothing patterns made at home are created according to a certain algorithm (drafting method) based on basic body measurements. For example, for a jacket blouse, the measurement point is 17? l, height.

Sleeve length is 1 circumference, and based on these measurements, the chest circumference is loose,,! V descending 1. Adjust the amount of correction around the cufflinks, etc.
i! ! Shirt, curved body, back body, yoke, collar.

Many patterns must be made for sleeves, cuffs, pockets, and plackets. Creating patterns for various types of bras, skirts, etc. based on measurements requires a certain level of specialized knowledge and is a tedious task.

[Problem that the invention seeks to solve]

SUMMARY OF THE INVENTION In order to eliminate such inconvenience, the present invention aims to provide a pattern making system that can create a pattern necessary for desired clothing simply by inputting measurements.

[Means for solving the problem, α]

For this reason, the present invention, as shown in FIG. An instruction device 2 that sequentially instructs a plurality of measurements at one location according to information in a storage device 1, and the instruction device 2
1. Dimensions 11 that can be operated in order to input the dimensions of 11 locations specified by 3 and the storage device 11.
an arithmetic and control unit 4 that generates a control signal that determines the outline of the pattern by pasting it on the algorithm in 1 and the input dimensions +i+i; A pattern one-layer system is provided that includes the figure f715.

[Action J According to the i4 feature of the present invention, v
Instructions for sequentially specifying the measuring points of I/F
Based on the input dimensions, the device 4 draws out the outline of the paper pattern according to an algorithm according to a certain pattern drafting method stored in the device, and the drawing is calculated to be 5. Generates a control signal to draw the outline. Therefore, the drafting machine 5 can draw the outline of the paper pattern.

〔Example〕

A portable pattern making machine which is an embodiment of the paper pattern making system of the present invention will be specifically described. First, I will briefly explain the appearance, functions, and operating procedures of this pattern maker, and then explain how it works. +'7t, the operation will be explained.

FIG. 2 is a plan view showing the appearance of the paper pattern generator.

This pattern maker is a portable type typewriter and M
It has a similar shape, with a width of 29 cm above the main body 6.
(A4?q) standard roll paper is VC-bound, roll paper 7
A printer section 8 is located below, and an operation panel section 9 is located below the printer section 8.

The operation panel part 9 includes a liquid crystal display (LCD) 21 that displays katakana characters and numbers, and various operation keys 31 to 3.
The ROM cassette 11 is inserted into the left side of the main body 6 where the ROM cassette 11 is provided.

As shown in 3rd r: IJ, the ROM cassette 11 has a rectangular parallelepiped shape, and has a connector 12 at one end,
By simply pushing it into the main body 6, it is connected to an arithmetic and control unit inside the main body 6, which is not shown in FIG. The ROM cassette 11 is a read-only half-four piece memory, such as a blouse.

Information such as a drafting method for creating a pattern for clothing such as a skirt and information indicating measurement locations is stored. Also,
ROM cassette 11 is a skirt.

A large number of them are prepared for each category of clothing such as blouses, and they are used interchangeably. On the surface of the ROM cassette 11, there is a blouse that can be used to create a pattern using the ROM cassette.
A menu indicating the type of clothing such as a skirt is printed, and when the ROM cassette 11 is inserted into the main body 6, the menu printed on the surface becomes visible.

Referring again to the second section, the eight functions of this paper pattern making device are divided into three functions: pattern creation, pattern correction, and provision of cutting information.
Pattern key 31. Modification key 32. and〃id key 3
Selected by pressing 3. The above three keys 31,
32 and 33 are collectively referred to as function keys.

When the pattern creator is turned on, ROM cassette 1]
If no cassette is inserted, the liquid crystal display 21 will display "cassette". When the ROM cassette 11 is inserted, "Function" is displayed on the liquid crystal display 21, and the pattern key 31. (It is required to press either the main key 32 or the ID key 33. When the pattern key 31 is pressed to specify the pattern creation function, "Menu" is displayed on the liquid crystal display 21. ROM cassette 11 Select, for example, [1, Tight Skirt] from the types of skirts printed on the surface, enter the menu number (1) from the numeric keypad 34, and then press the enter key 35. Then, the measurements will appear on the LCD display 21. The location will be indicated.

Enter the measurements using the numeric keypad 34 according to the instructions and press the input key 35. For example, if a tight skirt is selected from the menu, select "Skirt Take",
You will be instructed to measure the measurement points in order: "Festo", "Hib", and "Koshitake", so respectively, the skirt height (front height, armpit height, back height), W4 circumference W, FIllllH,
Enter 9 measurements. When the input of the last measurement location is completed, "Print out" is displayed on the +i product display 21. Next, press the reduction key 38 and the area will be 1716.
When you press the actual size key 39, the area becomes 171.
Then, all nine sheets will be printed out. When printing at actual size, the large paper pattern is divided into pieces to fit within the width of the roll paper 7 and printed out.

The printed pattern above has basic dimensions, t-
For example, in a tight skirt, the height of the skirt, the waistline (WL), the looseness of the hipline (HL), the looseness of the belt, the circumference of the hem, etc., and the looseness of the chest, the fall of the shoulders, etc. of a jacket blouse are constant. Made with standard dimensions.

Check these dimensions using the printed pattern, and use the pattern correction function when you want to make corrections by taking into account your physique, fashion age, occupation, season, preference, or leg shape, thickness, etc.

Following the above-described pattern creation procedure, when the correction key 32 is pressed, the liquid crystal display 21 displays the correct items within the limited range that can be corrected. If the displayed correction item is an item [1 that does not require correction, press the item shift key 36 or 37 to call up the necessary correction item. Newly corrected dimensions, for example the tank dimensions of the cuffs, using the numeric keypad 3
Enter from 4 and press input key 35. If a jacket blouse is selected, "Yurumi", "Katasasu", "Cuffutake", etc. are selected by pressing shift key 3 (i, 3).
7, and shows correction items such as looseness around the chest, shoulder drop, and cuff length.Next, press the reduction key 38 or three actual size keys to make the corrections. The pattern will be printed out.

The procedure for providing sewing information is to print out the 1"Nil required for 712B for the clothing listed in the menu above. The operating procedure is to
, then press the ID key 33, input the menu number from the numeric keypad 34, and press the input key 35 to display the information necessary for ordering the clothing specified by the menu number, such as buttons, Information such as the type and quantity of zippers, threads, and other accessories, the threading of the fabric, the geology and color depending on the season and purpose, how to choose a pattern, and the sewing order of the pieces of cloth cut according to the pattern are printed out. .

Fig. 4 is a block diagram C showing the vI part of this pattern making machine.
The arithmetic and control device 4, which determines the contour line, is provided with a ROM cassette 11, which is an example of a storage device 1 that stores an algorithm and information representing a plurality of measuring points, and sequentially instructs the measuring points. A liquid crystal display (which is an example of the indicating device 2)
The LC'D) 21, various operation keys 31 to 3 which are an example of the dimension input drawing body 3, and a drawing machine 5 for drawing f* external lines are connected.

In the drafting fis, 51 is a thermal transfer type thermal
・2nd door, 52 is a line feed motor that moves the roll paper 7, and 53 is a line feed motor that moves the thermal head 51.
The latch motor 54 is a latching lever/id that determines the upper stop position. Pan7A55 is a flag registration system V'd'A
The thermal head 51 is driven according to the signal from fi4. Drive circuits 5G, 57.degree. 58 actuate motors 52, 53 and solenoids 54, respectively, in accordance with signals from the arithmetic and control unit 4 to perform drawing.

Arithmetic control unit fl! 4, 40 is a central processor (CPU) that performs arithmetic processing, and 41 is a read-only memory (ROM) in which basic control programs are stored.
, 42 is a temporary storage memory (R
AM), 43 is ROM Kase Nodo 11 and Fumon bus 49
An interface circuit (I/F) that connects the
The conversion circuit 44 converts the input dimensions from the numeric keypad 34 into a binary code and transmits it to the CPU 40. input boat 4
5 is the 7 unlink key 3 on the dimension input operation body 3
1-33, input key 35. Item shift key 36°37,
It also receives signals from various operation keys such as printout keys 38 and 39 and transmits them to the CPU 40.

The controller 46 is a liquid crystal drive circuit that causes the liquid crystal display (LCD) 21 of the instruction device 2 to display characters or numbers according to data given from the CPU 40. The output boat 47 outputs 24 outputs according to the data received from the CPU 40.
The dot pattern of the dots is output to the buffer 55, and the thermal head ('/H) 51 thermally transfers characters, molding, curved edges, etc. 56.57.5
8 Outputs a signal indicating that it is not activated.

110M case) 11 stores procedures (algorithms) based on a certain drafting method for creating patterns for various clothing such as skirts and blouses, as well as Jl and a information. The drawing method for the above-mentioned paper pattern will be explained using a blouse as an example.

No. sU! The jacket blouse shown here is based on 69 measurements: ``chest circumference'', ``back length'', 11' sleeve length, and ``!11 circumference'', and as shown in Figure 6, the front body is 71 and the back body is 72. ．． York 73. Collar 74. Many patterns such as sleeves 75, cuffs 76, bokeh/) 77l and placket 78 are created. With this pattern maker,
Front body 71. Back body 72. A wide pattern such as the upper sleeve 75 is divided and printed out as shown by broken lines in order to fit within the width of the roll paper. Further, an arrow mark indicating the direction of the cloth grain as shown by an arrow in the figure is also printed out at the same time as the contour line.

Here - as an example, the front body 71. A drafting method for creating patterns for the back body 72 and the yoke 73 will be described with reference to FIG. The yoke 73 has two parts (73a
, 73b).

In Figure 7, Alphabella) (A, B, 'C...
) indicates a specific breath on the outline or leader line of the pattern. Each dimension determining the 0 outline is calculated as follows. The unit is cll.

1 piece AB (height) + 18 (am) 2 shoulder width CD = E
F = (Chest circumference B) / 4 3 Looseness D E = 6 (cm) 4 Neck circumference GH = C Neck circumference N) / 60.5 (all) 5 Neck circumference GI- = 1.5 (cm) 6 Collar Guri = (ff1 interval N) / 6 + 1.5 (am) 7
Neckline JL = (m circumference N) / 6 +1 (cm) 8 Lower eyebrow lid 4N = 4 (c++) 9 Side guts OP = Q R = 4 (cm) 10 Yoke width SI = 5 (am) Gear date after ll or tack ST = 4 (cm
) + 21it + standing UV = 1,5 (all) 13 Hem wobble XY = XW = 5 (cab) Of the above dimensions,
The dimensions of the looseness (DE) and the looseness (MN) can be adjusted according to the body shape and preference of this paper pattern creator.

Based on the drawing method described above, the ROM 11 stores a procedure for calculating and printing out the outline position.

FIG. 8 is a flowchart showing processing in the central processor (CPU) 40.

When the power is turned on and processing 201 is started, the fX? At the knob 202, initial settings such as erasing the contents of the memory are performed.Next, at step 203, it is checked whether or not the ROM cassette 11 is inserted, and if it is not inserted, the process advances to step 204. , liquid crystal display (LC)
D) Cassette y on 24! :Displays the request, returns to step 203, and cycles through steps 203 and 204. R
If the OM cassette 11 is inserted, the process advances to step 205. In step 205, press the function key pattern key 311, dawn key 32 or ID key 3.
The input board 45 is searched to see if any one of the items 3 has been selected. If not, the process proceeds to step 206, and the controller displays the function key request on the liquid crystal display (1, CD) 21. 46 and returns to step 205 again. If a function key is selected, proceed to step 207, steps 207 and 208
, 209, it is checked whether the selected function key is pattern A-31, correction key 32, or ID key 33, and the process proceeds to step 210, step 2201, and step 223, respectively, according to the pressed key.

If pattern key 31 is selected, step 210
, it is checked whether menu number 1 for selecting, for example, the type of skirt among i-clothes has been selected, and if it has not been selected, the process proceeds to step 211, where crystal display 1 (LCD) 2 is selected.
1, a display requesting selection of menu number 1 is displayed, and the process returns to step 210 again. If the menu number 1 is input from the numeric keypad 34, the process advances to step 212. At step 212, data for the five menus selected from the ROM cassette 11 is transferred to the RAM 42.

Then steps 213, 214. In accordance with the transferred data in '215, measurement points are displayed one after another on the liquid crystal display (LCD) 21. When the dimensions of all measurement points have been entered from the numeric keypad 34, the process advances to step 216.In step 216, it is checked whether the reduction key 38 or the actual size key 39 for selecting the print mode has been pressed, and when either key is If it has not been pressed, the process advances to step 217, where a display requesting selection of a print mode is displayed on the liquid crystal display (LCD) 21, and the process returns to step 216 again. If either the reduction or display print mode is selected, the process advances to step 218.

At step 218, the outline of the selected paper pattern, such as a skirt, is calculated according to the print mode selected in the previous step. The contour line is calculated from the measurements according to the paper pattern drawing method stored in the ROM cassette.

Next, in step 219, data is sequentially outputted to output ports 47 and 48 according to the contour line drawn above, and the thermal hemometer)'' (T/H) 51 is removed, and the roll paper 7 is sent, and the paper pattern is printed. After printing out all the patterns, return to step 205 and prepare for the next operation.

The operator checks the printed pattern on the dog,
If you want to make a correction, press the correction key 32. Then, the process advances from step 208 to step 220.

At steps 220, 221, and 222, the substitute product display ()
The areas that can be corrected are displayed on the LCD 21, and when all the correction dimensions are entered from the numeric keypad 34, the process proceeds to step 216.

From step 216, the outline of the paper pattern is drawn out and printed out according to the modified dimensions using the stencil 2191. After printing out, return to Stella 120.5 and wait for the next operation.

When two people and one child press 33, step 209
The process then proceeds to step 223, and in steps 223 and 224, the information necessary to sew the clothing of the selected menu number, such as a tight skirt, is read out from the ROM card 11 and printed. When printing is completed, the process returns to step 205.

As described above, according to this embodiment, various dimension input operation bodies 3. Since the arithmetic and control unit 4 and the drafting unit 5 are housed in one frame and are combined into a small device rt, there is an advantage that it is easy to carry.

Furthermore, a large number of ROM cassettes are prepared for each type of object and are removable from the machine frame, making it possible to obtain patterns for many different types of clothing by replacing the ROM cassettes. There are soy beans. For this reason, by providing one after another ROM cassettes containing information on patterns that realize the latest fashions in clothing,
The user can obtain a new Q pattern simply by replacing the ROM cassette. Also, for the wide pattern paper, the entire ring 3' line is divided into multiple sections and each section is printed out, so the width is 29.6c+n (A
4Jll's We roll paper is used, which has the advantage of making the size of the paper pattern maker smaller, making it convenient to use at home.

〔Effect of the invention〕

As described above, the present invention has the excellent effect that it is possible to create a pattern necessary for desired clothing in 'ff5X simply by inputting the specified measurements.

[Brief explanation of the drawing]

Fig. 1 is a basic configuration diagram of the present invention, Fig. ptS2 is a plan view of a pattern making machine which is an embodiment, Fig. jl'13 is a perspective view showing another example of a ROM cassette, and Fig. 4 is a block diagram of the embodiment. 5 is a perspective view showing an example of brass, FIG. 6 is a diagram illustrating a paper pattern, FIG. 7 is a diagram explaining a drawing method of the paper pattern, and FIG. 8 is a 70-chart. DESCRIPTION OF SYMBOLS 1...Storage device, 2...Instruction device, 3...Dimension input operation body, 1... Place in performance 1 degree control, 5...Drawing machine, 11...ROM cassette, 21 ...Liquid crystal display,
34...Numeric keypad - Kagaki

Claims (1)

[Claims] 1. A storage device that stores information representing an algorithm and a plurality of measurement points required for creating a pattern for clothing prepared in advance; an indicating device for sequentially instructing measurement points; a dimension input operating body operable to input dimensions of the measurement points indicated by the indicating device; A pattern making system comprising: an arithmetic and control device that generates a control signal for determining the outline of a paper pattern; and a drafting machine that draws the outline of the paper pattern in accordance with the control signal. 2. The instruction device, the dimension input operation body, the arithmetic control device, and the drawing machine are housed in one machine frame, and a plurality of the memory devices are prepared corresponding to each garment, and are removable from the machine frame. A pattern making system according to claim 1, characterized in that: 3. The arithmetic and control device sequentially generates a control signal corresponding to each section to determine dividing contour lines in which the entire outline of the paper pattern is divided into a plurality of sections. Pattern making system described in section.