JP2005046638A - Sewing machine with embroidery function - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To remarkably increase embroidery variation by correlating embroidery sewing patterns with hole darning as a ribbon sewing (attaching) position. <P>SOLUTION: This sewing machine is equipped with a pattern data storing means 3 to store pattern data such as a plurality of seam patterns etc., a display data storing means 4 to store display data of a plurality of embroidery patterns, a pattern display means 5 to selectively display patterns stored in the display data storing means 4, and a pattern selecting means 2 to select a pattern displayed on the pattern display means 5. A part of pattern data correlated with display data includes hole position forming data to pass a continuous decoration body C of a ribbon, beads, a string, etc. Hole position forming data can form a seam for hole darning R. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a sewing machine with an embroidery function that associates an embroidery pattern with a hole as a ribbon sewing (attachment) position and can dramatically increase embroidery variations.

  Conventionally, in a sewing machine with an embroidery function, there has been no embroidery sewing pattern that has a constant embroidery pattern, for example, a ribbon that is sewn. Specifying the ribbon insertion position for appropriately sewing the ribbon requires skill and is extremely difficult. The ribbon embroidery was usually sewn one by one by hand. In this way, there is no such thing that relates the embroidery pattern to the ribbon embroidery, sews a hole at the hole position for the ribbon embroidery, and increases variations.

  The embroidery stitch pattern is performed only using the embroidery thread, and the sewing state is always uniform, and the shape can only be changed depending on the stitch formation direction or the like. In addition, when adding an accent with a ribbon or string to the form, it is only possible to sew manually, and it is extremely troublesome to relate the embroidery pattern and the ribbon sewing position. . In addition, when a hole is made in a cloth with a cutter or a punch, there are serious problems such as damage to the cloth or tearing of the cloth.

Accordingly, as a result of earnest and research, the inventor has memorized the invention as a pattern data storage means for storing pattern data such as a plurality of stitch data and a display data of a plurality of embroidery patterns. Display data storage means, pattern display means for selectively displaying patterns stored in the display data storage means, and pattern selection means for selecting a pattern from the patterns displayed on the pattern display means The pattern data related to the display data includes, as a part of the pattern data, hole position forming data for forming a hole seam for passing a continuous decorative body including a ribbon, a bead, and a string and embroidering the ribbon. The hole position formation data includes a seam for boring the hole position, and an embroidery stitch and a seam indicating the boring independently on the front and rear. By using a sewing machine with an embroidery function that can be formed, the number of embroidery variations in the sewing machine with an embroidery function is increased, and a hole for allowing a continuous decorative body such as a ribbon, bead, or string to pass through simultaneously with embroidery sewing It is possible to link the embroidery pattern and the ribbon sewing position by performing over stitching, and in addition to the embroidery pattern, ribbon embroidery, string embroidery, etc., which have been difficult in the past, can be easily and elegantly performed. It solves the above problems.
The present invention also provides a hole display data storage unit for storing hole position display data for displaying the hole overhang at a predetermined position, hole position changing means for appropriately changing the position of the overbore, and the position of the overbore. A sewing machine with an embroidery function characterized by comprising position change data storage means for storing hole position change data for forming a seam at the changed position and hole position change display data for displaying the changed hole position That solved the problem.
The present invention also includes a hole diameter data storage means for storing a hole diameter of a hole, a hole diameter changing means for appropriately changing the hole diameter of the hole, and a hole diameter change data and a change for forming a seam as the changed hole diameter. The problem has been solved by providing a sewing machine with an embroidery function characterized by comprising hole diameter change data storage means for storing hole diameter change display data for displaying the hole diameter.
Further, the present invention solves the problem by using a sewing machine with an embroidery function, wherein the hole position formation data is formed at overlapping positions in order to overlap ribbons and the like.
When the sewing machine with the embroidery function is turned on and the ribbon embroidery mode is selected, the embroidery pattern group is read from the display data storage means and the embroidery pattern group is 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, it is determined whether to select another embroidery pattern, and if the embroidery pattern is not changed, the embroidery pattern is determined to be acceptable and the selected embroidery pattern is displayed on the pattern display means. Is displayed. Then, an embroidery frame is attached to the sewing machine with an embroidery function, sewing work of the embroidery pattern is started and sewing is performed, and then, the hole sewing is started and sewed inside or at the optimum position of the embroidery pattern. Alternatively, hole sewing is started and sewing is performed, and then the sewing work of the embroidery pattern is started and sewing is performed, and the problem is solved by finishing the sewing work of the embroidery pattern and the hole sewing.

In the present invention, first, pattern data storage means 3 for storing pattern data such as a plurality of stitch data, display data storage means 4 for storing display data of a plurality of embroidery patterns, and the display data storage means 4 The pattern display means 5 for displaying the patterns stored in the pattern selectable and the pattern selection means 2 for selecting a pattern from the patterns displayed on the pattern display means 5, and related to the display data The pattern data includes a hole position forming data for allowing a continuous decorative body C such as a ribbon, a bead, and a string to pass therethrough, and the hole position forming data can form a seam having a hole R. By using the sewing machine with embroidery function as the first, it is extremely easy to relate the embroidery pattern to the ribbon sewing position. Embroidery variations can be increased. Secondly, even if a hole is made in the hole R, the embroidery R can be used to reinforce the fabric, and even if the ribbon is embroidered, it can be improved without fraying. If the hole R is drilled, the ribbon embroidery or the like, which has been difficult in the past, can be easily performed.
In particular, at the same time as embroidery stitching, a hole R for allowing a continuous decorative body C such as a ribbon to pass through can be attached to a part of the embroidery pattern, and a hole is made in a cloth with a cutter or a punch. In this case, serious problems such as damage to the fabric or tearing of the fabric can be prevented, and even with a thin fabric, the seam of the perforation R serves as a reinforcing part, and the ribbon embroidery has an orderly finish over a long period of time. In addition, it is possible to hold it, and the hole R location can be used as a guide for ribbon embroidering. After punching the hole R as a hole H with a punch P or the like, ribbon embroidery, string embroidery, etc. can be easily performed. Can be done. In the past, it was extremely difficult to relate the embroidery pattern to the ribbon sewing position, but it was easy to solve this all at once and relate the embroidery pattern to the ribbon sewing position. It is possible to obtain a ribbon embroidery unique to the person as a handmade part of the embroidery. That is, even if the embroidery pattern is one type, the continuous decorative body C such as a ribbon can be made into a great many variations depending on the favorite color, thickness, width and the like. Furthermore, there is an advantage that it is possible to easily add additional value to the embroidery pattern by providing a swing embroidery or the like that gives an accent by a ribbon or a string to the embroidery form.

    Second, the hole display data storage unit 10 for storing the hole position display data for displaying the hole R at the predetermined position, the hole position changing means 11 for appropriately changing the position of the hole R, and the hole A sewing machine with an embroidery function is provided that includes position change data storage means 13 for storing hole position change data for forming a seam at the changed position of R and hole position change display data for displaying the changed hole position. Thus, the hole R can be appropriately changed by the operation on the pattern display means 5, and this has the advantage that more embroidery variations can be provided.

  Thirdly, in addition to the above, hole diameter data storage means 14 for storing the hole diameter of the hole R, hole diameter changing means 15 for appropriately changing the hole diameter of the hole R, and a seam as the changed hole diameter The sewing machine with the embroidery function comprising the hole diameter change data storage means 16 for storing the hole diameter change data to be formed and the hole diameter change display data for displaying the changed hole diameter. In addition, the hole diameter of the hole R can be changed as appropriate, and there is an advantage that it can cope with the desired ribbon width and the like.

  Fourthly, in addition to the above, the pattern data is a sewing machine with an embroidery function that can form the stitches of the embroidery pattern and the stitches showing the hole R sequentially at different times. Are continuously formed, and then in the rounded R stitch, the stitches are formed so that the adjacent rounded holes R and R are continuous via the jump thread. That is, the embroidery thread of the embroidery pattern seam and the embroidery thread of the seam R seam are independent from each other. The embroidery stitches have a very important advantage that they can be sewn without causing any damage such as thread fraying.

  Fifth, in addition to the above, the hole position formation data includes a sewing machine with an embroidery function formed at overlapping positions so as to overlap ribbons, etc. There is an advantage that the fabric can be further reinforced and the fabric at the hole position when the ribbon is embroidered is not exposed, and the appearance can be improved.

  Hereinafter, a first embodiment of the present invention will be described with reference to FIGS. 1, 2, and 8 to 10. FIG. First, the first embodiment will be described. The sewing machine with an embroidery function includes an embroidery sewing machine capable of only embroidery sewing and a composite embroidery sewing machine capable of normal sewing and embroidery sewing. The sewing machine with an embroidery function is configured so that various types of embroidery can be sewn by a control device including a central processing unit (CPU) 1 by incorporating a computer program in advance.

  The pattern selection means 2 is a means for selecting an appropriate pattern from a plurality of embroidery pattern groups displayed on the pattern display means 5 described later 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 by the input of the key signal. The pattern data storage means (ROM) 3 stores pattern data for embroidery stitches in the main body of the sewing machine with the embroidery function, and stores pattern data such as X data and Y data. This is for forming an appropriate embroidery stitch according to the data.

  The display data storage means (ROM) 4 stores display data for displaying a plurality of embroidery patterns on the pattern display means 5 described later in the main body of the sewing machine with an embroidery function. The display data is paired 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 separated from each other, but in reality, the whole is often constituted by a ROM as a data storage means. This may be stored as external means. The pattern display means 5 is a means for displaying a plurality of embroidery patterns stored in the display data storage means 4 so that a desired embroidery pattern can be appropriately selected by the pattern selection means 2. It is composed of liquid crystal display means (LCD).

  The hole position data storage unit (ROM) 6 is means for storing hole position formation data for allowing a continuous decorative body C (see FIG. 19) such as a ribbon, a bead, a string (fashion rope), or a chain to pass therethrough. The hole position formation data is used to form a seam of a hole R (concept of hole hole position) so that a plurality of holes are provided inside or outside the embroidery pattern. The hole position data storage unit (ROM) 6 is configured to be included in the pattern data storage means (ROM) 3, but the embroidery pattern seam and the hole R seam are separate data. The stitches can be formed at different times (embroidery pattern sewing first and hole R sewing after or vice versa). In some cases, the hole position data storage unit (ROM) 6 may be provided separately from the pattern data storage unit (ROM) 3. In either case, the data is stored so that the embroidery sewing and the hole R sewing are paired.

  The hole R is used for a drilling position for allowing the continuous decorative body C to pass therethrough, and the hole type (hole type) of the hole R is constant depending on the embroidery, but depending on the type of embroidery. 17 (A) to (H) and FIGS. 18 (A) to (G), the optimum hole type is used, but is not limited to these embodiments. The hole R is inside the embroidery pattern (see FIG. 8) or outside (see FIG. 9), and further outside the round frame f on the outer periphery of the embroidery pattern for swing embroidery as another example of ribbon embroidery. (See FIG. 10).

The first mode selection means 7 is a means for selecting the normal sewing mode and the embroidery stitching mode, and the second mode selection means 8 is for the normal embroidery sewing mode for embroidering the whole and the embroidery sewing at the same time as the hole R sewing. Mode (In the case of hole R sewing, it is for making a hole there and passing a continuous decorative body C such as a ribbon, a bead, a string, a chain, etc., but as a typical mode, hereinafter, simply referred to as “ribbon embroidery mode”. ). In the ribbon embroidery mode, hole R stitching is performed together with embroidery stitching. The first mode selection means 7 and the second mode selection means 8 are appropriately selected and input to the central processing unit (CPU) 1.
An operation key unit 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 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, and a sewing machine motor drive circuit 23 and a sewing machine motor 24, respectively. According to the output signal of the stepping motor driving circuit 20, the X-axis driving stepping motor 21 and the Y-axis driving stepping motor 22 are provided so as to be driven. Further, the sewing machine motor 24 is provided so as to be driven by an output signal of the sewing machine motor drive circuit 23. Further, the sewing machine motor 24 has a rotation speed command means 25 for appropriately instructing this rotation speed, and is provided with a sewing machine motor rotation speed detection means 26, and is configured to control the rotation speed of the sewing machine motor 24. ing. Further, an upper shaft rotation phase detecting means 27 for detecting the needle position is provided and connected to the central processing unit (CPU) 1.

Next, the operation of the first embodiment will be described with reference to the flowchart shown in FIG. 2. First, the sewing machine with the embroidery function is turned on and started. Then, normal stitches and embroidery stitches are displayed on the pattern display means 5. Then, it is determined whether or not to embroider (see S1). When the embroidery mode is selected by the first mode selection means 7 (in the case of YES), the embroidery mode is set (see S2). Next, it is determined whether or not ribbon embroidering is performed (see S3). If the embroidering mode is selected by the second mode selection means 8 (YES), the ribbon embroidering mode is set (see S4). Then, in the ribbon embroidery mode, the embroidery pattern group is read from the display data storage means 4 (see S5), and these embroidery pattern groups are displayed on the pattern display means 5 (see S6). Then, a desired embroidery pattern is appropriately selected by operating the pattern selection key 2a of the pattern selection means 2 (see S7).
Then, it is determined whether to select another embroidery pattern, that is, whether to change the embroidery pattern (see S8). When the embroidery pattern is not changed (NO), that is, the embroidery pattern is selected as it is, and the confirmed embroidery pattern is displayed on the pattern display means 5 (see S9). When the embroidery pattern is changed in S8 (in the case of YES), the process returns to the front of S6.

Then, an embroidery frame is attached to the sewing machine with the embroidery function (see S10). It is determined whether or not to start embroidery sewing (see S11). When the start of embroidery sewing is selected (in the case of YES), that is, the operation key unit 9 is operated to start the sewing work of the embroidery pattern, sew it (see S12), and finish the sewing of the embroidery pattern ( Next, the over-turning R-sewing is started, the over-turning R-sewing is performed (see S14), and the over-turning R-sewing is finished (see S15). Finally, it is determined whether or not the sewing work is finished (see S16), and when the work finish is selected, the work is completely finished.
Further, in the flowchart shown in FIG. 2, the embroidery pattern sewing is performed first, and the hole R stitching is performed after the end. However, the present invention is not limited to this. Sometimes embroidery patterns are sewn.

  In any case, it is important that the embroidery pattern stitching and the hole R stitching are sequentially performed (not performed simultaneously) at different times. In this way, by setting the embroidery pattern sewing and the hole R stitching at different times, the entire embroidery thread is continuously stitched. In the hole R stitching, the embroidery thread is japped. The stitches are formed so that the adjacent perforations R and R are continuous via the thread. Then, the inside of the hole R is drilled. At this time, even if damage such as thread breakage or thread fraying occurs at the hole R seam, the embroidery pattern seam is also damaged at all. Can be sewn so that there is no. In addition, in order to prevent damage to the hole R at the time of drilling, an appropriate adhesive that is colorless and transparent may be used.

  If the start of embroidery sewing is not selected in S11, or if the end of work is not selected in S16, the process returns to the front of the state in which the embroidery pattern group is displayed in S6. If the first mode selection means 7 does not select the embroidery mode in S1 (NO), the normal sewing mode is set (see S17). In this case, it is normal sewing, and it becomes like S18-S21, and detailed explanation is omitted. In S3, when the second mode selection means 8 does not select the embroidery mode (in the case of NO), the normal embroidery mode is selected (see S22), and the subsequent S23 to S32 are normal embroidery stitches. Therefore, the description is omitted.

  Next, a second embodiment of the present invention will be described. In addition to the configuration of the first embodiment, a means capable of changing the position of the hole R is included. That is, as shown in the block diagram of FIG. 3, when the ribbon embroidery mode is selected, the embroidery pattern does not change at all, but only the position of the hole R inside or around it is appropriately changed in the X direction and the Y direction. And a hole R data seam is formed at the change position, a hole display data storage unit 10, a hole position change unit 11 for appropriately changing the position of the hole R, and a position change data storage unit 13; Is added to the configuration of the first embodiment. The configuration of the first embodiment is the same as described above, and a description thereof is omitted.

  The hole display data storage unit (ROM) 10 stores how the hole R is provided inside or outside the plurality of embroidery patterns as hole position display data. Actually, the display data storage means 4 includes a part of the display data of the embroidery pattern. The hole position display data stored in the hole display data storage unit (ROM) 10 is read out, and the mark R of the hole is displayed on the pattern display means 5.

  The hole position changing means 11 is provided as a JOG key so that the position of the hole R displayed on the pattern display means 5 can be appropriately moved in the X and Y directions. A hole position changing start / stop key 12 is provided at the center of the hole position changing means 11. By this operation, the hole position changing means 11 is started and ended. The hole position changing means 11 may also be included in the pattern selecting means 2.

  The position change data storage means (RAM) 13 includes hole position change data for forming a hole R stitch which is a stitch at a position where the hole position of the hole R is changed, hole position change display data for displaying the changed hole position, and Is a means for storing. That is, it reads and reads that the hole position is changed to a desired position, and displays the hole position change data for forming the hole R-sewing at the changed position and the pattern display means 5 that the hole position is changed. The hole position change display data is collectively referred to as position change data, and the hole position change data and the hole position change display data are in a pair relationship.

  The hole position change data in the position change data storage means 13 is configured so that only the position of the seam can be changed. Based on the data stored in the hole position data storage unit 6, the hole position is changed. R is stitched. Further, the hole position change display data in the position change data storage means 13 is configured so that only the position displayed on the pattern display means 5 can be changed as appropriate, and the hole display is displayed at an appropriate position on the changed pattern display means 5. The drilling R stored in the data storage unit 10 is displayed.

  Next, the operation of the second embodiment will be described with reference to the flowchart shown in FIG. 4. The flowchart shown in FIG. 5A, which is a hole position changing subroutine, is inserted between steps S9 and S10. That is, the embroidery pattern is left as it is, and it is determined whether or not to change the position of the hole R (see S33). When the position of the hole R is changed (in the case of YES), the hole position change start is started. / Press the stop key 12 to start the hole position change, and operate the hole position changing means 11 as a JOG key to change the hole position appropriately in the XY direction (see S34). Then, a determination is made as to whether or not the hole position has been determined (see S35). If it is determined that the hole position has been determined, the JOG key is stopped at that position, and the hole position change start / stop key 12 is pressed. The hole position change is completed, the position change data is stored in the position change data storage means 13, and the hole change position is determined (see S36). The following steps execute S10 to S32 as shown in FIG. 4 and are the same as those in the first embodiment, and will not be described.

  Next, the third embodiment will be described. In addition to the configuration of the first embodiment, the configuration includes means capable of appropriately changing the hole diameter of the hole R. That is, as shown in the block diagram of FIG. 6, when the ribbon embroidery mode is selected, the embroidery pattern does not change at all, but the hole diameter of the hole R inside or around the embroidery pattern can be appropriately changed. A hole diameter data storage means 14, a hole diameter change means 15 for appropriately changing the position of the hole radius R, and a hole diameter change data storage means 16 This is added to the configuration of the first embodiment. The configuration of the first embodiment is the same as described above, and a description thereof is omitted.

  The hole diameter data storage means (ROM) 14 stores the value of the hole diameter of the hole R as hole diameter data. This hole diameter data is built in a sewing machine with an embroidery function as a general hole diameter. The hole diameter changing means 15 is configured to select an appropriate hole diameter from the appropriate hole diameters of the above-mentioned hole R and calculate 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 hole R is calculated.

  The hole diameter change data storage means (RAM) 16 stores hole diameter change data for forming the seam of the hole overhang R, which is a stitch having a changed hole diameter, and hole diameter change display data for displaying the changed hole diameter. It is means to do. That is, it reads and reads that the hole diameter is changed to a desired size, changes the hole diameter value to change data for forming a hole R-sewing, and changes the hole diameter to 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 can be read and read. The hole diameter change data and the hole diameter change display data are in a pair relationship.

  When the hole diameter of the hole R displayed on the pattern display means 5 is changed by operating the hole diameter changing means 15, the hole diameter is changed, calculated as hole diameter display data, and changed to the pattern display means 5. The hole diameter is displayed and stored as hole diameter change display data, and is further rewritten and stored as hole diameter change data so as to change the hole diameter of the seam of the seam R related to the hole diameter change display data. Is done. Thereafter, when ribbon embroidering is performed, the hole diameter change data is read out, and a hole R is formed in the changed hole diameter. Further, when the hole diameter is changed, a plurality of holes R are displayed inside or outside the embroidery pattern simultaneously with the embroidery pattern displayed on the pattern display means 5.

  Next, the operation of the third embodiment will be described with reference to the flowcharts shown in FIG. 2 and FIG. 7. A hole diameter changing subroutine (see FIG. 7) is inserted between steps S9 and S10 in FIG. . That is, the embroidery pattern and the hole position are left as they are, and it is determined whether or not to change the hole diameter of the hole R (see S37), and when the hole diameter of the hole R is changed (in the case of YES), The hole diameter changing means 15 is operated to change and input the hole diameter as appropriate (see S38). Then, the hole diameter is calculated (see S39), and it is determined whether or not the hole diameter is confirmed (see S40). When it is determined that the hole position is confirmed, the operation of the hole diameter changing means 15 is stopped The determined hole diameter change data is stored in the hole diameter change data storage means (RAM) 16, and the hole diameter is determined (see S41). As shown in FIG. 2, the following steps execute S10 to S32, which are the same as those in the first embodiment, and will not be described.

  Next, the fourth embodiment will be described. In addition to the configuration of the second embodiment (the hole position can be changed as a main configuration), means capable of appropriately changing the hole diameter of the hole R is included. It is a configuration. That is, as a block diagram, a desired means for deforming the hole diameter is added to the block diagram shown in FIG. 3, and when the ribbon embroidery mode is set, the embroidery pattern does not change at all, but is in or around the inside. The hole diameter of the hole R can be changed as appropriate, and the seam of the hole R is formed in the changed hole diameter. The hole diameter data storage means 14 and the hole diameter for changing the hole diameter of the hole R appropriately. A change means 15 and a hole diameter change data storage means 16 are added to the configuration of the second embodiment. The configuration of the second embodiment is the same as that described above. Further, the hole diameter data storage means 14, the hole diameter change means 15 for appropriately changing the hole diameter of the hole R, and the hole diameter change data storage means 16. Are the same as those of the third embodiment, and the description thereof is omitted.

  Next, the operation of the fourth embodiment will be described with reference to the flowcharts shown in FIGS. 4 and 7. Between the hole position changing subroutine of FIG. 4 (see FIG. 5A) and step S10, the hole diameter changing subroutine is executed. (See FIG. 7) is inserted. That is, the embroidery pattern and the hole position are left as they are, and it is determined whether or not to change the hole diameter of the hole R (see S37). The following steps S38 to S41 are the same as those in the third embodiment. Yes, explanation is omitted.

  Further, stitch data of the hole R is stored in a part of the pattern data, and as shown in FIG. 15, for example, every other petal [see FIG. 15A], that is, an embroidery pattern and a ribbon embroidery. Or every other [see Fig. (B)], that is, two petals are continuous as an embroidery pattern, and then one ribbon embroidery is alternated. Sometimes. Further, as shown in FIG. 16 (A), there may be a control configuration in which a hole R is sewn on the entire embroidery pattern. In this case, ribbon embroidering is performed as shown in FIG. 16 (B) or (C). In any case, the perforation R may be configured so as to be formed at an appropriate place or the whole of the embroidery pattern.

Block diagram of the first embodiment of the present invention Flowchart of the first embodiment of the present invention Block diagram of the second embodiment of the present invention Flowchart of the second embodiment of the present invention (A) is a position change subroutine of the second embodiment of the present invention (B) is a state diagram showing position change Block diagram of the third embodiment of the present invention Hole diameter change subroutine (A) is a plan view of an embroidery with a hole (including an enlarged portion) sewn according to the first embodiment of the present invention (B) is a state in which the hole (including an enlarged portion) of (A) is in a state of being drilled. Plan view of embroidery (C) is a plan view in which a ribbon is passed between a plurality of holes in (B) and ribbon embroidery is provided. (D) is a plan view of normal embroidery. (A) is a plan view of another embodiment of the embroidery with a hole stitched according to the first embodiment of the present invention (B) is a plan view of the embroidery in a state where the hole location of (A) is drilled (C) (B) is a plan view of a ribbon embroidered by passing a ribbon between a plurality of holes in (B) (D) is a plan view of a normal embroidery (A) is a plan view of yet another embodiment of the embroidery with a hole stitched according to the first embodiment of the present invention (B) is a plan view of the embroidery in a state in which the hole location of (A) is pierced (C) ) Is a plan view in which a ribbon is embroidered by passing a ribbon between a plurality of holes in (B). (A) is a top view which shows the state which changes the hole position in the embroidery with a hole stitched by 2nd Example of this invention. (B) is the plane of the embroidery in the state which drilled the hole location of (A). Fig. (C) is a plan view in which ribbon embroidery is provided by passing the ribbon between the holes in (B). (A) is a plan view showing a state in which the number of holes is reduced and the position is changed as a result, in the embroidery with a hole stitched by the second embodiment of the present invention. (B) is a hole hole of (A). Plan view of embroidery with holes drilled (C) is a plan view in which ribbon embroidery is provided by passing a ribbon between a plurality of holes in (B) FIG. 6A is a plan view of an embodiment in which the hole width is widely changed in the embroidery with a hole stitched in FIG. 6A. FIG. 6B is a plan view of the embroidery in a state where the hole portion of FIG. Fig. (C) is a plan view in which ribbon embroidery is provided by passing the ribbon between the holes in (B). (A) is a plan view of an embodiment in which the hole diameter of the hole is increased and the position is changed in the embroidery with the hole stitched in FIG. 6 (A). (B) is a hole in the hole portion of (A). (C) is a plan view in which ribbon embroidery is provided by passing a ribbon between a plurality of holes in (B). (A) and (B) are plan views in which embroidery and ribbon embroidery are mixed appropriately. (A) is a partial plan view in which an appropriate hole is formed on all the embroidery patterns. (B) and (C) are plan views in which a ribbon embroidery is provided after the hole portion in (A) is drilled. (A) thru | or (H) is a top view of the Example of boring. (A) thru | or (E) is a top view of the other Example of boring. (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). (C) is a partial cross-sectional view of a continuous decorative body made of a chain. D) is a partial sectional view of a continuous decorative body made of beads. (A) is a partial perspective view of a cloth embroidered with a hole (B) is a partial perspective view of the cloth in a state where the hole portion of (A) is drilled (C) is a hole of (B) Partial perspective view of the finished fabric

Explanation of symbols

  DESCRIPTION OF SYMBOLS 2 ... Pattern selection means 3 ... Pattern data storage means 4 ... Display data storage means 5 ... Pattern display means 10 ... Hole display data storage part 11 ... Hole position change means 13 ... Position change data storage means 14 ... Hole diameter data storage means 15 ... hole diameter changing means 16 ... hole diameter changing data storage means C ... continuous decorative body R ... hole drilling

Claims (4)

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 for a plurality of embroidery patterns, and a pattern stored in the display data storage means for display in a selectable manner. Pattern display means, and a pattern selection means for selecting a pattern from the patterns displayed on the pattern display means, and the pattern data related to the display data includes, in part, ribbons, beads, strings Including hole position forming data for forming a hole seam for passing through a continuous decorative body including ribbon, and the hole position forming data enables formation of a seam for hole hole positioning and embroidery. A sewing machine with an embroidery function, wherein a pattern seam and a seam showing a hole can be formed independently in front and rear. 2. The hole display data storage unit for storing hole position display data for displaying the hole overhang at a predetermined position, hole position changing means for appropriately changing the position of the overbore, and changing the position of the overbore according to claim 1. A sewing machine with an embroidery function, comprising: position change data storage means for storing hole position change data for forming a seam at the position and hole position change display data for displaying the changed hole position. 3. The hole diameter data storage means for storing the hole diameter of the over-hole, the hole diameter changing means for appropriately changing the hole diameter of the over-hole, and the hole diameter change data for forming a seam as the changed hole diameter according to claim 1 or 2. And a hole diameter change data storage means for storing hole diameter change display data for displaying the changed hole diameter. The sewing machine with an embroidery function according to claim 1, wherein the hole position formation data is formed at overlapping positions in order to overlap ribbons and the like.

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