JPH08215453A - Sewing machine with embroidery function - Google Patents

Abstract

PURPOSE: To remarkably increase embroidery variations by correlating the embroidery patterns with the holing of ribbon sewing (fitting) positions. CONSTITUTION: This sewing machine with an embroidery function is provided with a pattern data memory means 3 storing pattern data such as multiple embroidery data, a display data memory means 4, a pattern display means 5 for selectably displaying patterns, a pattern selecting means 2 for selecting a pattern, a hole type data memory means 10 storing the hole types for holing, a hole type changing means 11 properly changing the hole types for holing, and a hole type change data memory means 12 storing the hole type change data forming the stitches for the changed hole types and the hole type change display data displaying the changed hole types. The pattern data related to the display data partially contain the hole position forming data for guiding continuous decorative bodies such as a ribbon, and the hole position forming data allow the stitches for holing the hole positions to be formed.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a sewing machine with an embroidery function, which is capable of dramatically increasing embroidery variations by relating an embroidery stitching pattern to a boring as a ribbon sewing (attachment) position.

[0002]

2. Description of the Related Art Conventionally, in a sewing machine having an embroidery function, there is no sewing machine having a constant embroidery pattern and, for example, a ribbon. Identifying the ribbon insertion position for appropriately sewing the ribbon requires skill and is extremely difficult. The ribbon embroidery was generally sewn stitch by stitch by hand. in this way,
There is nothing that associates the embroidery stitching pattern with the ribbon embroidery and sews a boring at the hole position for the ribbon embroidery to increase variations.

[0003]

[Problems to be solved by the invention]
The embroidery thread is used only, and the sewing state is always uniform, and its form can only be changed depending on the stitch forming direction and the like. In addition, in order to attach an accent with a ribbon or a string to the form, it is only necessary to manually sew the work, and it is extremely troublesome to associate the embroidery pattern with the ribbon sewing position. . In addition, there has been no one that forms a new pattern by reinforcing embroidery and combining embroidery with a ribbon.

[0004]

Therefore, as a result of intensive studies, the inventor of the present invention has found that the invention includes a pattern data storage means for storing pattern data such as a plurality of stitch data. Display data storage means for storing display data of a plurality of embroidery patterns, pattern display means for selectively displaying the patterns stored in the display data storage means, and patterns from the patterns displayed on the pattern display means Pattern selecting means for selecting, hole type data storing means for storing the hole type of the overhole, hole type changing means for appropriately changing the hole type of the overhole, and holes for forming stitches as the changed hole type A hole type change data storage means for storing the type change data and the hole type change display data for displaying the changed hole type is provided, and the pattern data related to the display data has a ribbon, Embroidery by including a hole position forming data for passing a continuous decorative object such as a thread and a string, and the hole position forming data is a sewing machine with an embroidery function capable of forming a seam for boring the hole position. Increased embroidery variations in sewing machines with functions, and at the same time as embroidering, we carry out hole stitching for passing continuous ornaments such as ribbons, beads, and strings.
The embroidery pattern and the ribbon stitching position can be related to each other, which makes it possible to easily and elegantly perform ribbon embroidery, string embroidery, etc., which were difficult in the past, in addition to the embroidery pattern. It was done.

[0005]

When the sewing machine having the embroidery function is turned on and the ribbon embroidery mode is selected, the embroidery pattern groups are read from the display data storage means and the embroidery pattern groups are displayed on the pattern display means. Then, a desired embroidery pattern is appropriately selected by operating the pattern selection key of the pattern selection means. Then, if you decide whether to select another embroidery pattern and do not change the embroidery pattern,
As the embroidery pattern is acceptable, the embroidery pattern is confirmed and the selected embroidery pattern is displayed on the pattern display means. Then, select the appropriate hole type for the overhollow, and when this is confirmed, attach the embroidery frame to the sewing machine with an embroidery function, start the sewing work of the embroidery pattern, sew, and then place it inside or at the optimum position of the embroidery pattern. , Start overholing and sew. Alternatively, the boring stitch is started and sewn, and then the sewing operation of the embroidery pattern is started and sewn, and the sewing operation of the embroidery pattern and the boring stitch are completed.

[0006]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT A first embodiment of the present invention will be described below with reference to FIGS.
This will be described with reference to FIGS. 7 to 9. First, the first embodiment will be described. The sewing machine with an embroidery function includes an embroidery sewing machine capable of embroidering only and a compound embroidery sewing machine capable of normal sewing and embroidery sewing. The sewing machine with an embroidery function has a computer program installed in advance, and a central processing unit (CPU) 1
Various embroidery stitches are made possible by the control device including the.

The pattern selection means 2 is a pattern display means 5 which will be described later.
This is a means for selecting an appropriate pattern from a plurality of embroidery pattern groups displayed on the screen by operating the pattern selection key 2a. A key signal is generated by the operation of the pattern selection key 2a, and an appropriate selection signal of the embroidery pattern selected through the signal conversion means is generated when the key signal is input. Also,
The pattern data storage means (ROM) 3 stores pattern data for embroidery stitches in the main body of the sewing machine with an embroidery function, and stores pattern data consisting of X data and Y data. This is for forming an appropriate embroidered seam.

The display data storage means (ROM) 4 stores display data for displaying a plurality of embroidery patterns on the pattern display means 5, which will be described later, in the main body of the sewing machine with an embroidery function. The display data has a paired relationship with the pattern data stored in the pattern data storage means 3. In this description, the pattern data storage means 3 and the display data storage means 4 are separate, but in reality,
The whole is often a ROM and is often configured as a data storage means. It may be stored as an external means.
The pattern display means 5 is a means for displaying a plurality of embroidery pattern groups stored in the display data storage means 4 so that the pattern selection means 2 can appropriately select a desired embroidery pattern, It is composed of liquid crystal display means (LCD).

Holling position data storage unit (ROM) 6
Is a means for storing hole position forming data for passing a continuous ornament C (see FIG. 22) such as ribbons, beads, strings (fashion ropes), chains, etc., and the hole position forming data is an embroidery pattern. To form a plurality of stitches of overhollow R (concept of overhollowing at the hole position) so as to be provided inside or outside. The holing position data storage unit (ROM) 6 is provided with the pattern data storage unit (R).
The embroidery pattern stitches and the hole stitching R stitches are separate data, but they are included in the inside of the OM) 3 at different times (the stitching pattern stitching is first and the hole stitching R stitch is after or vice versa). ) Is capable of forming a seam. Depending on the case, the holed position data storage unit (ROM) 6 may be provided separately from the pattern data storage unit (ROM) 3. In any case, the embroidery pattern stitching and the overedging R stitch are paired and stored as data.

The holing R is a seam for a boring position for passing the continuous decorative body C. Specifically, in the present invention, the kind of the holing R, that is, the kind of hole is appropriately selected. It can be selected, but as an example, FIG.
The hole type forms shown in (A) to (H) and FIGS. 21 (A) to (G) are used, but the hole types are not limited to these examples. The plurality of perforations R are formed on the inner side (see FIG. 7) or the outer side (see FIG. 8) of the embroidery pattern, and as another example of the ribbon embroidery, the outer circular frame of the embroidery pattern. It is sewn on the outer side of f (see FIG. 9).

The first mode selecting means 7 is a means for selecting a normal sewing mode and an embroidery sewing mode, and the second mode selecting means 8 is a normal embroidery sewing mode for embroidering the whole and a hole sewing at the same time as embroidering. Mode of R stitching (In the case of overhole R stitching, this is for making a hole and passing through the continuous decorative body C such as ribbons, beads, strings, chains, etc.) "Mode")) and.
In the ribbon embroidery mode, hole stitching R sewing is performed together with embroidery sewing. The first mode selecting means 7 and the second mode selecting means 8 are appropriately selected and input to the central processing unit (CPU) 1. Further, an operation key portion 9 is provided as a start key for starting the sewing machine with an embroidery function and a stop key for stopping the sewing machine.

The hole type data storage means (ROM) 10 stores, as hole type data, the form of the hole type (hole type) of the above-mentioned overboring R. The hole type changing means 11 is the hole type data storage means (ROM) 1
An appropriate hole type can be selected from a plurality of hole types of the overhole R of the hole type data stored in 0. The hole type change data storage means (RAM) 12 stores hole type change data for forming the overedging R stitch which is a stitch of the changed hole type,
It is a means for storing hole type change display data for displaying the changed hole type. That is, read that changing the hole type,
The change data for reading out and forming the overedged R stitch as the changed hole type and the hole type change display data for displaying the changed hole type on the pattern display means 5 are collectively referred to as hole type change data. The hole type change data is read and can be read out. The hole type change data and the hole type change display data have a paired relationship.

The sewing machine with the embroidery function is provided with a stepping motor drive circuit 20, an X-axis drive stepping motor 21, a Y-axis drive stepping motor 22, a sewing machine motor drive circuit 23, and a sewing machine motor 24, respectively. . The X-axis driving stepping motor 21 and the Y-axis driving stepping motor 22 can be driven by the output signal of the stepping motor driving circuit 20. In addition, the sewing machine motor drive circuit 2
The sewing machine motor 24 is provided so as to be driven by the output signal of No. 3. Further, the sewing machine motor 24 has a rotation speed commanding means 25 for appropriately instructing the rotation speed, and a sewing machine motor rotation speed detecting means 26, which is configured to control the rotation speed of the sewing machine motor 24. ing. Further, the upper shaft rotational phase detecting means 27 for detecting the needle position
Is provided and is connected to the central processing unit (CPU) 1.

Next, the operation of the first embodiment will be described with reference to the flowcharts and hole type changing routines shown in FIGS. 2 and 3, first, the sewing machine with an embroidery function is turned on and started. Then, the pattern display means 5 displays normal stitches and embroidery stitches. Then, it is determined whether or not to embroider (see S1), and when the embroidery mode is selected by the first mode selecting means 7 (YES.
In the case of), the embroidery mode is set (see S2). Next, it is judged whether or not to carry out ribbon embroidery (see S3), and when the second mode selecting means 8 selects the embroidery mode (in the case of YES), the ribbon embroidery mode is set (see S4). Then, in accordance with the ribbon embroidery mode, the embroidery pattern group is displayed on the display data storage means 4.
(See S5), these embroidery pattern groups are displayed on the pattern display means 5 (see S6). Then, the desired embroidery pattern is selected by operating the pattern selection key 2a of the pattern selection means 2 (see S7). Then, it is judged whether or not another embroidery pattern is selected, that is, whether or not the embroidery pattern is changed (see S8).

When the embroidery pattern is not changed (NO), that is, the embroidery pattern is acceptable, the selected embroidery pattern is displayed on the pattern display means 5 (see S9). Then, the process proceeds to a hole type changing routine as a subroutine [see FIG. 3 (A)], the embroidery pattern is kept as it is, and it is not judged whether or not the hole type of the overedging R is changed (see S10). If it is desired to change (YES), all the hole types are displayed on the pattern display means 5 (see S11), and then the hole type changing means 11 is operated to select an appropriate hole type (S12). reference). Then, it is determined whether or not the hole type is acceptable (see S13),
If the selected hole type is acceptable, the hole type changing means 11 is terminated and the hole type is determined (see S14). Also,
If you want to change the hole type in S13, click S in the hole type display.
Return to before 11. If the hole type is not changed in S10, the process immediately jumps to S14 to determine the hole type.

When the embroidery pattern is changed in S8 (YES), the process returns to the front of S6. After the hole type is determined (see S14), the hoop is attached to the sewing machine with an embroidery function (see S15). It is determined whether or not to start embroidering (see S16). When the start of embroidery sewing is selected (YES), that is, the operation key portion 9 is operated to start the sewing work of the embroidery pattern, sew this (see S17), and the sewing of the embroidery pattern is completed ( Next, the overhole R sewing is started, the overhole R sewing is performed (see S19), and the overhole R sewing is finished (see S20). Finally, it is judged whether or not the sewing work is finished (see S21), and when the work end is selected, the work is completely finished. Further, in the flowchart shown in FIG. 2, the embroidery pattern sewing is performed first, and the overhollow R sewing is performed after this, but the invention is not limited to this, and the overhollow R sewing is performed first, and after this, I sometimes try to do embroidery sewing.

In any case, it is important that the embroidery pattern sewing and the overhollow R sewing are sequentially performed at different times (not simultaneously). In this way, the embroidery thread is continuously stitched over the entire embroidery pattern by making the embroidery pattern stitching and the hole stitching R stitch at different times. The stitches are formed so that the adjacent overholes R and R are continuous through the thread. Then, the inside of the overhollowed R portion is perforated, and at this time, even if damage such as thread breakage or thread fraying occurs in the overhollowed R seam, any damage such as fraying is also given to the embroidery pattern seam. You can sew it so that it doesn't exist. An appropriate colorless and transparent adhesive may be used to prevent damage to the overhanging R portion during drilling.

If the start of embroidering is not selected in S16 or the work end is not selected in S21, the process returns to the front of the state in which the embroidery pattern group is displayed in S6. When the embroidery mode is not selected by the first mode selection means 7 in S1 (NO), the normal sewing mode is set (see S22). In this case, normal sewing is performed, and steps S23 to S26 are performed, and detailed description thereof will be omitted. If the second mode selection means 8 does not select the embroidery mode in S3 (NO), the normal embroidery mode is selected (see S27), and the subsequent S28 to S37 are normal embroidery sewing. Therefore, the description is omitted.

Next, a second embodiment of the present invention will be described. In addition to the structure of the first embodiment, a structure for changing the position of the overhollow R is included. That is, as shown in the block diagram of FIG. 4, when the ribbon embroidery mode is set, the embroidery pattern does not change at all, but only the position of the overhollow R inside or around the embroidery pattern X is set.
Direction and Y direction can be changed as appropriate, and a holed R seam is formed at the changed position, and a hole display data storage unit 13 and a hole position changing unit 14 that appropriately changes the position of the holed R, The position change data storage means 16 is added to the configuration of the first embodiment. The configuration of the first embodiment is the same as that described above, and a description thereof will be omitted.

The hole display data storage unit (ROM) 13 stores, as hole position display data, how the overhole R is provided inside or outside a plurality of embroidery patterns. Actually, the embroidery pattern display data in the display data storage means 4 is included in part or all of the embroidery pattern display data. The hole position display data stored in the hole display data storage unit (ROM) 13 is read out, and the pattern of the overedging R is displayed on the pattern display means 5.

The hole position changing means 14 is provided as a JOG key so that the position of the overedging R displayed on the pattern display means 5 can be appropriately moved in the X direction and the Y direction. A hole position changing start / stop key 15 is provided at the center of the hole type changing means 11. By this operation, the hole position changing means 14 is started and ended. The hole position changing means 14 may also be included in the pattern selecting means 2.

Position change data storage means (RAM) 16
Is a means for storing hole position change data for forming a stitched hole over R stitch at a position where the hole position of the overhole R is changed, and hole position change display data for displaying the changed hole position. That is, the fact that the hole position is changed to a desired position is read and read out, and the hole position change data for forming the overedging R stitch at the changed position and the fact that the hole position has been changed are displayed on the pattern display means 5. The hole position change display data is generically called position change data, and the hole position change data and the hole position change display data have a paired relationship.

The hole position change data of the position change data storage means 16 is configured such that only the position of the seam can be changed, and the changed position is based on the data stored in the hole-overlaying position data storage unit 6. The overhollow R is formed with seams. Further, the hole position change display data of the position change data storage means 16 is configured such that only the position displayed on the pattern display means 5 can be changed appropriately, and the hole display is performed at the changed position of the pattern display means 5. Data storage unit 1
The overhollow R stored in No. 3 is displayed.

Next, the operation of the second embodiment will be described with reference to the flow charts shown in FIGS. 5 and 6 (A). The hole position changing routine is inserted between the hole type changing routine and step S15. Is. That is, the embroidery pattern is left as it is, and it is judged whether or not the position of the overhollow R is changed (see S38). When the position of the overhollow R is changed (in the case of YES), the start for changing the hole position is started. / Press the stop key 15 to start changing the hole position,
The hole position changing means 14 as a JOG key is operated to appropriately change the hole position in the XY direction (see S39). Then, it is judged whether or not the hole position is fixed (see S40), and when it is judged that the hole position is fixed, the JOG key is stopped at that position, and the hole position changing start / stop key 15 is pressed. After the hole position change is completed, the position change data is stored in the position change data storage means 16, and the hole change position is determined (see S41). The following steps
As shown in FIG. 5, steps S15 to S37 are executed, which is the same as in the first embodiment, and the description thereof is omitted.

Next, the third embodiment will be described. In addition to the structure of the first embodiment, it is a structure including means capable of appropriately changing the hole diameter of the overhole R. That is, FIG.
This is a block diagram of the above with the desired means of changing the hole diameter. When the ribbon embroidery mode is set, the embroidery pattern does not change at all, but the hole diameter of the overhang R inside or around it can be changed as appropriate. A hole diameter data storage means 17 for storing hole diameter data, and a hole diameter changing means 18 for appropriately changing the hole diameter of the hole overburring R. And the hole diameter change data storage means 19 for storing the changed hole diameter data,
It is added to the configuration of the embodiment. The configuration of the first embodiment is the same as that described above, and a description thereof will be omitted.

The hole diameter data storage means (ROM) 17 stores the value of the hole diameter of the overedging R as hole diameter data. This hole diameter data is built into the sewing machine with an embroidery function as a general hole diameter. The hole diameter changing means 18 is configured to select an appropriate hole diameter from the appropriate hole diameters of the overburden R and calculate the hole diameter data and the like based on the selected hole diameter.
For example, when the ribbon width is widened, when the numerical value is entered, the hole diameter of the overhang R is calculated.

Hole diameter change data storage means (RAM) 19
Is a means for storing the hole diameter change data for forming the sewing of the overedging R having the shape of the changed hole diameter and the hole diameter change display data for displaying the changed hole diameter. That is, the change of the hole diameter to a desired size is read and read out, and the change data for forming the overedging R stitch as the changed hole diameter value and the change of the hole diameter are displayed on the pattern display means 5. The hole diameter change display data to be displayed is generically referred to as hole diameter change data, and the hole diameter change data is configured to be readable and readable. The hole diameter change data and the hole diameter change display data have a paired relationship.

When the hole diameter changing means 18 is operated to change the hole diameter of the overedging R displayed on the pattern display means 5, the hole diameter is changed and calculated as hole diameter display data. The changed hole diameter is displayed and stored as the hole diameter change display data, and is further rewritten as the hole diameter change data so as to change the sewing hole diameter of the stitched overlock R related to the hole diameter change display data. Stored and stored. After that, when the ribbon is embroidered, the hole diameter changing data is read out, and the overedging R is formed in the changed hole diameter. Further, when the hole diameter is changed, a plurality of overedging R are displayed inside or outside the embroidery pattern at the same time as the embroidery pattern displayed by the pattern display means 5.

Next, the operation of the third embodiment will be described with reference to the flow charts shown in FIGS. 2 and 6B. Between the hole type changing routine of FIG. 2 and step S15, the hole diameter changing subroutine [FIG. (See (B)] is inserted. That is, when the embroidery pattern and the hole position are left as they are, it is judged whether or not the hole diameter of the overhollow R is changed (see S42), and the hole diameter of the overhollow R is changed (Y
In the case of ES), the hole diameter changing means 18 is operated to change and input the hole diameter appropriately (see S43). Then, the hole diameter is calculated by the central processing unit 1 (see S44), and it is determined whether or not the hole diameter is fixed (see S45). When it is determined that the hole position is fixed, the hole diameter is changed. The operation of the means 18 is completed, the confirmed hole diameter change data is stored in the hole diameter change data storage means (RAM) 19, and the hole diameter is decided (S).
46). If the hole diameter is not fixed, the process returns to the step before S43 where the hole diameter is input again. If the hole diameter is not changed in S42, the process jumps to S46 and the hole diameter is immediately fixed. The following steps execute S15 to S37 as shown in FIG. 2, and are the same as those in the first embodiment, and the description thereof will be omitted.

Next, a description will be given of the fourth embodiment. In addition to the structure of the second embodiment (the hole structure can be changed and the hole position can be changed as the main structure), the hole diameter of the overhole R can be appropriately set. This is a configuration including means that can be changed. That is, FIG.
This is a block diagram of the above with the desired means of changing the hole diameter. When the ribbon embroidery mode is set, the embroidery pattern does not change at all, but the hole diameter of the overhang R inside or around it can be changed as appropriate. The stitches of the overhole R are formed on the changed hole diameter, and the hole diameter data storage means 17, the hole diameter changing means 18 for appropriately changing the hole diameter of the overhole R, and the hole diameter change data storage Means 19 are added to the configuration of the second embodiment. The configuration of the second embodiment is the same as that described above, and the hole diameter data storage means 17 is also provided.
The hole diameter changing means 18 for appropriately changing the hole diameter of the boring R and the hole diameter change data storing means 19 are the same as those in the third embodiment, and the description thereof will be omitted.

Next, the operation of the fourth embodiment will be described with reference to the flowcharts shown in FIGS. 5 and 6B. Between the hole position changing routine of FIG. 5 (see FIG. 6A) and step S15. A hole diameter changing routine [see FIG. 6 (B)] is inserted in the. That is, the embroidery pattern and the hole position are appropriately selected, and it is determined whether or not to change the hole diameter of the overedging R (see S42). The steps S43 to S46, and S15 to S37 described below are performed as described above. Since the operation is the same as that of the third embodiment, the description thereof will be omitted.

In addition, a part of the pattern data is overhole R
18 is stored and, for example, as shown in FIG. 18, for example, every other petal [see (A) in the figure], that is, the embroidery pattern and the ribbon embroidery are alternately arranged, or , Every two [see (B) in the figure], that is, two petals are continuous as an embroidery pattern, then 1
In some cases, two ribbon embroidery patterns are alternated. Further, as shown in FIG. 19 (A), the embroidered pattern may be controlled so that the overhollow R is sewn on the entire embroidery pattern. In this case, ribbon embroidery is applied as shown in FIG. 19 (B) or (C). In any case, the overhollow R may be formed at an appropriate place or the whole of the embroidery pattern. Also,
As shown in FIGS. 17 (A) and 17 (B), the overhollow R
In the shape of, one has a pointed shape and may form a special hole type. In this case, unlike the hole type described above, the sewing is performed at the same time as embroidering. this is,
It is a mixture of ribbon embroidery and embroidery for a more beautiful and individual appearance.

[0033]

According to the invention of claim 1, pattern data storage means 3 for storing a plurality of pattern data such as stitch data, display data storage means 4 for storing a plurality of embroidery pattern display data, and the display. Pattern display means 5 for selectively displaying the patterns stored in the data storage means 4.
A pattern selection unit 2 for selecting a pattern from the patterns displayed on the pattern display unit 5, a hole type data storage unit 10 for storing the hole type of the overedging R, and a hole type of the overedged R as appropriate. And a hole type change data storage unit 12 for storing hole type change data for forming a stitch as the changed hole type and hole type change display data for displaying the changed hole type. The part of the pattern data related to the display data includes hole position forming data for passing a continuous decorative body C such as a ribbon, a bead, and a string, and the hole position forming data is the hole position forming data. By using a sewing machine with an embroidery function that makes it possible to form a seam that makes a hole R, firstly, it is extremely easy to associate the embroidery sewing pattern with the ribbon sewing position. The embroidery variation in the thin can be dramatically increased. Secondly, even if a hole is formed in the overhollow R, the overhollow R by the embroidery can reinforce the cloth, and even if the ribbon is embroidered, it can be satisfactorily unraveled. Thirdly, the overhole R can be selected as appropriate for each hole type (hole type) each time, and more preferable ribbon embroidery can be performed. Fourth, if the overhole R location is opened (Fig. 2).
3), there is an advantage that string embroidery, ribbon embroidery, swing embroidery, etc., which have been difficult in the past, can be easily performed.

In particular, at the same time as embroidering, a portion of the embroidery pattern can be provided with a buttonhole R for allowing the continuous decorative body C such as a ribbon to pass therethrough. The R seam serves as a reinforcing part, which can maintain a tidy finish of the ribbon embroidery for a long period of time. Furthermore, the overhollowed R portion can be used as a guide for ribbon embroidery, and the overhollowed R is punched. Ribbon embroidery, swing embroidery, etc. can be easily performed after the holes H have been made with P or the like [see FIG. 23 (C)]. Further, according to the present invention, since the hole type R (type of hole) can be appropriately selected each time, the optimum hole type for the person who embroiders can be selected, and there is an advantage that more preferable ribbon embroidery can be performed. .

Conventionally, it has been extremely difficult to relate the embroidery stitching pattern and the ribbon stitching position. However, by solving this at once, the stitching stitch pattern and the ribbon stitching position are related. It is easy to attach, which has the greatest effect that you can get a unique ribbon embroidery as a handmade piece of embroidery. That is, even if there is only one kind of embroidery pattern, the continuous decorative body C such as a ribbon can be made in a great many variations depending on the desired color, thickness, width and the like. In addition, a swing embroidery to add accents to the embroidery form with ribbons or strings (see Fig. 9)
By providing such as, there is an advantage that it is easy to add additional value to the embroidery pattern.

Next, in the invention of claim 2, in claim 1, the hole display data storage section 13 for storing the hole position display data for displaying the overhole R at a predetermined position and the position of the overhole R are set. It comprises hole position changing means 14 for changing appropriately, and position change data storing means 16 for storing hole position changing data for forming a stitch at the changed position and hole position changing display data for displaying the changed hole position. Since the sewing machine with the embroidery function is used, the overhang R can be appropriately changed by the operation on the pattern display means 5, which has an advantage that it is possible to provide more embroidery variations. Another configuration is claim 1.
And has the same effect as this.

According to a third aspect of the present invention, in the first or second aspect, the hole diameter data storage means 17 for storing the hole diameter of the overhole R and the hole diameter changing means 18 for appropriately changing the hole diameter of the overhole R are provided. And a hole diameter change data storing means 19 for storing hole diameter change data for forming a stitch as the changed hole diameter and hole diameter change display data for displaying the changed hole diameter. As a result, in addition to the effect of the first aspect, the hole diameter of the overhole R can be appropriately changed, and there is an advantage that the desired ribbon width and the like can be favorably dealt with.

Further, in the invention of claim 4, in claim 1, the pattern data includes stitches of an embroidery pattern,
By using a sewing machine with an embroidery function that can form the stitches indicating the overhollow R at different times in sequence,
The embroidery thread is continuously stitched over the entire embroidery pattern, and then in the stitching R stitch, the stitching thread is stitched so that the adjacent stitches R, R are continuous through the jump thread. That is, the embroidery thread of the embroidery pattern seam and the embroidery thread of the overedging R seam become independent from each other, and even if the center portion of the overedging R is bored and the overlaid R seam causes thread fraying etc. The embroidery seam has an extremely important advantage in that it can be sewn without any damage such as thread fraying.

Further, in the invention of claim 5, in claim 1, the hole position forming data forms a pattern by the arrangement and combination of ribbons and the like, and the hole position forming data corresponds to the overlap of the ribbons. Since the sewing machine with embroidery function is placed in the overlapping position, the stitches of the overhollow R overlap and the gap is eliminated, and the reinforcement is further enhanced, and the fabric at the hole position when the ribbon is embroidered is exposed. It is possible to improve the aesthetics without doing so, and further to provide a very new thing which has never existed by combining the ribbon and the embroidery pattern.

[Brief description of drawings]

FIG. 1 is a block diagram of a first embodiment of the present invention.

FIG. 2 is a flowchart of the first embodiment of the present invention.

FIG. 3A is a hole type changing routine, and FIG. 3B is a plan view of a plurality of hole types for boring.

FIG. 4 is a block diagram of a second embodiment of the present invention.

FIG. 5 is a flowchart of the second embodiment of the present invention.

FIG. 6A is a hole position changing routine, and FIG. 6B is a hole diameter changing routine.

FIG. 7 (A) is a plan view of an embroidered hole (including an enlarged portion) sewn according to the present invention. FIG. 7 (B) is an embroidered state in which the holed portion (including an enlarged portion) of FIG. Plan view of (C) is a plan view of ribbon embroidery by passing a ribbon between a plurality of holes of (B). (D) is a plan view of normal embroidery.

FIG. 8A is a plan view of another embroidery embroidery stitched according to the present invention, and FIG. 8B is a plan view of the embroidery embroidered at the overhollow portion of FIG. 8A. (B) A plan view of a ribbon embroidery provided by passing a ribbon between a plurality of holes (D) is a plan view of a normal embroidery

FIG. 9 (A) is a plan view of yet another embodiment of embroidering with a hole sewn according to the present invention (B) is a plan view of the embroidery in the state in which the holing portion of (A) is punched (C) Is a plan view in which a ribbon is embroidered by passing a ribbon between a plurality of holes in (B).

FIG. 10A is a plan view of yet another embodiment of the embroidered boring machine sewn according to the present invention by changing the hole type of the boring of FIG. 7A, and FIG. 10B is the hole of FIG. The top view of the embroidery with the overlocked holes punched (C) is the plan view of the ribbon embroidery by passing the ribbon between the holes of (B). The top view of the normal embroidery is (D).

FIG. 11 (A) is the width (position) of the overhole of FIG. 9 (A).
(B) is a plan view of still another embodiment of embroidering with overhollow stitches sewn in accordance with the present invention by changing the above. (B) is a plan view of embroidery in which the overhollow portion is punched. Top view with ribbon embroidered by passing the ribbon through multiple holes

FIG. 12 (A) is a plan view showing a state in which the hole position is changed in the embroidered boring machine sewn according to the present invention, and FIG. 12 (B) is a plan view of the embroidery in which the boring portion of (A) is punched. (C) is a plan view of a ribbon embroidery formed by passing a ribbon between a plurality of holes in (B).

FIG. 13 (A) is a plan view showing a state in which the number of holing is reduced and the position is changed as a result in the embroidering with holing sewn according to the present invention (B) is the holing portion of (A) Plan view of embroidery with holes punched (C) is a plan view of ribbon embroidery by passing a ribbon between holes in (B)

14 (A) is a plan view of an embodiment in which the holing width of the embroidery with holing sewn in FIG. 7 (A) is changed to a wide range, and FIG. 14 (B) shows a state in which the holing portion of FIG. Plan view of the embroidery of (C) is a plan view of ribbon embroidery by passing the ribbon between the holes in (B).

FIG. 15 (A) is a plan view of an embodiment in which the diameter of the holing is increased in the embroidering with holing sewn in FIG. 8 (A), and FIG. 15 (B) shows the holing portion of (A). Plan view of the embroidery in the state (C) is a plan view of the ribbon embroidery by passing the ribbon between the plurality of holes in (B).

FIG. 16 (A) is a plan view of an embroidery with a holed hole (including an enlarged portion) in which the hole type of FIG. 9 (A) is changed, and FIG. 16 (B) is a ribbon embroidery prepared by drilling the holed portion of (A). Plan view provided (C) is an enlarged plan view of the hole type of (B) (D) is an enlarged sectional view taken along the line Q-Q of (B)

FIG. 17 (A) is a plan view of a holed embroidery in which a hole type is a special shape, and FIG. 17 (B) is a plan view of a ribbon embroidery formed by passing a ribbon between a plurality of holes in (A).

18A and 18B are plan views in which an embroidery pattern and ribbon embroidery are appropriately mixed.

FIG. 19 (A) is a partial plan view in which all embroidered patterns have holes formed therein. (B) and (C) are plan views in which ribbon embroidery is provided after the holes in (A) are punched.

20 (A) to (H) are plan views of an embodiment of hole forming.

21 (A) to (E) are plan views of another embodiment of boring.

FIG. 22 (A) is a partial plan view of a continuous decorative body made of a ribbon (B) is a partial plan view of a continuous decorative body made of a string (fashion rope); Partial cross-sectional view (D) is a partial cross-sectional view of a continuous ornamental body made of beads.

FIG. 23 (A) is a partial perspective view of embroidered fabric with overhollowing; (B) is a partial perspective view of fabric with perforated holes in (A); ) Partial perspective view of fabric with holes

[Explanation of symbols]

 2 ... Pattern selecting means 3 ... Display data storing means 4 ... Pattern data storing means 5 ... Pattern displaying means 10 ... Hole type data storing means 11 ... Hole type changing means 12 ... Hole type changing data storing means 13 ... Hole display data storing section 14 ... Hole position changing means 16 ... Position change data storage means 17 ... Hole diameter data storage means 18 ... Hole diameter change means 19 ... Hole diameter change data storage means C ... Continuous decorative body R ... Hole overhollow

 ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Mikio Koike 3-1-1 Kyobashi, Chuo-ku, Tokyo Serpent's Eye Sewing Machine Co., Ltd. (72) Inventor Chise Suzuki 3-1-1, Kyobashi, Chuo-ku, Tokyo Serpent's Eye Sewing Machinery Co., Ltd. (72) Inventor Eiko Imaizumi 3-1-1 Kyobashi, Chuo-ku, Tokyo Jamme Sewing Machinery Co., Ltd. (72) Shinichi Fukada 3-1-1 Kyobashi, Chuo-ku, Tokyo Jabino Sewing Machine Within the corporation

Claims (5)

[Claims] 1. A pattern data storage means for storing pattern data such as a plurality of stitch data, a display data storage means for storing display data of a plurality of embroidery patterns, and a pattern stored in the display data storage means is selected. Pattern display means for enabling display, pattern selection means for selecting a pattern from the patterns displayed on the pattern display means, hole type data storage means for storing the hole type of the overhole, and A hole type change means for appropriately changing the hole type, and a hole type change data storage means for storing hole type change data for forming a stitch as the changed hole type and hole type change display data for displaying the changed hole type. In addition, the pattern data related to the display data includes hole position forming data for passing a continuous decorative body such as a ribbon, a bead, and a string in a part thereof, and the hole position forming data is a hole position forming data. A sewing machine with an embroidery function that is capable of forming a seam that pierces a position. 2. The hole display data storage unit for storing hole position display data for displaying the hole holing at a predetermined position, a hole position changing means for appropriately changing the position of the holing, and a hole according to claim 1. An embroidery function characterized by comprising position change data storage means for storing hole position change data for forming a stitch at a position where the overlock position is changed and hole position change display data for displaying the changed hole position. Sewing machine. 3. The hole diameter data storage means for storing the hole diameter of the overhole, the hole diameter changing means for appropriately changing the hole diameter of the overhole, and the stitch as the changed hole diameter according to claim 1 or 2. A sewing machine with an embroidery function, comprising: hole diameter change data storing means for storing hole diameter change data for displaying the changed hole diameter and hole diameter change display data for displaying the changed hole diameter. 4. The pattern data according to claim 1,
A sewing machine with an embroidery function, which is capable of forming a stitch having a stitch pattern and a stitch showing a holed hole at different times in sequence. 5. The hole position forming data according to claim 1, wherein a pattern is formed by arranging and combining ribbons and the like, and the hole position forming data is arranged at a position where they overlap in accordance with the overlapping of the ribbons. A sewing machine with an embroidery function characterized by