JP3150259U - Braid making machine - Google Patents

Abstract

There is provided a new braid making machine capable of producing a braid of a complicated form sufficiently easily even by a person who is not familiar with work. A braided string manufacturing machine M includes a support gantry 1 and a string striking board 2, and the string striking board 2 includes a braid threading hole 22 and a string hanging edge 26. A large number of cords a are applied with a gentle load on the ball side, and the braid A is inserted into the braid through-hole 22 to change the latching position, and the braid A is sequentially constructed. In the braided stringing device that continues the work while pulling downward on the A side by gentle load, the string hooking edge 26 is a plurality of separately configured with respect to the stringing board 2 body in which the braid threading hole 22 is formed. The string hanging plate 25 is configured on the periphery of the string hanging plate 25. The string hanging plate 25 is rotatable with respect to the string driving board main body 21 and is in a click stop state in which a rotation position can be selected for each fixed rotation angle. It is characterized by being comprised. [Selection] Figure 1

Description

  The present invention relates to equipment for manufacturing braids, and particularly relates to a braid production machine capable of producing complex and advanced braids without requiring sufficient skill.

The braid is a traditional decorative string, and various braids have been devised by skilled workers since ancient times. As a general braid production tool for producing this braid, a braided string passing hole is provided in the center of a disk-shaped string striking machine, and its peripheral edge is used as a string hanging edge. The string is loosely applied to the ball side and locked, the combination side is inserted into the braid threading hole, these multiple strings are arranged according to their combination order, and the hook position is changed to constitute the braid string, and The braid side also continues the operation while being pulled downward by a gentle load.
Conventionally, how to obtain a complicated and luxurious braid from such a simple braid production tool is regarded as a technical evaluation of the producer, and the braid production tool itself has hardly been improved.

By the way, braided braids such as craftwork can be manufactured if mastering the necessary minimum regularity when extremely advanced products are not required, and people who cannot perform manual work quickly or elderly people It is recognized that it is also effective as a material for functional training for the elderly.
However, the conventional braid making tool has the same form as the skilled person, and since it is simple, it is difficult to handle, and the braid to be produced is limited to simple ones. This situation is aimed at the functional training of workers, and this is partly because the perception that it should be accepted has become a stereotype. Even if there is hope, it does not respond to this request.

Japanese Utility Model Publication No. 61-82985

  The present invention has been made in consideration of such a background, and development of a new braid making machine that can produce a braid of complex shapes easily enough even for those who are not familiar with work. Is an attempt.

The braid making machine according to claim 1 is configured to include a support frame and a string driving machine supported by the support frame, the string driving machine including a braid threading hole and a string hanging edge. A large number of laces are applied to the hanging edges by applying a gentle load to the ball side, the braided string side is inserted into the braided hole, and these multiple laces are repositioned according to their combination order. In the braid manufacturing equipment that constructs the braid sequentially and continues the work while pulling the braid side downward by gentle load,
The string hanging edge is configured at the periphery of a plurality of string hanging plates configured separately from the string driving board main body in which the braided through hole is formed, and the string hanging plate is attached to the string driving board main body. On the other hand, it is configured to be rotatable and to be in a click stop state at every fixed rotation angle.

  In addition to the above requirements, the braided string making machine according to claim 2 has a string hooking groove for hooking a string formed on the string hooking edge of the string hooking plate, and the string hooking groove includes a string striking body. The latching claw attached to the hook engages in a ratchet shape, thereby causing a click stop state and a rotation direction restriction to appear on the string hanging plate.

  According to a third aspect of the present invention, there is provided a braid making machine according to the first or second aspect, wherein the striking disk according to the first or second aspect is configured to be detachable from the support frame, and is a separate disk-shaped member, and the braid string is passed through the center thereof. A string striking disk is provided which is formed of a single string hanging plate having a hole and a peripheral edge as a string hanging edge, and this is configured to be freely replaceable with the support frame.

  First, according to the first aspect of the present invention, a plurality of string hooking plates for hooking the string are provided, and it is possible to provide a method of use that enables so-called plain weaving that requires a skill for production to be very easy.

  According to the second aspect of the present invention, the rotating string hanging plate obtains a click stop state while the rotation direction is regulated, and the string is held in a stable position without changing the rotation direction when changing the string. The braid can be manufactured more easily and accurately.

  Furthermore, according to the invention described in claim 3, by making it possible to replace different types of string driving machines, variations in the form of the string to be manufactured can be easily increased.

It is a perspective view which shows the braid production machine of this invention. It is a top view same as the above. It is a partially broken front view same as the above. It is a top view which shows a braid production procedure. It is a perspective view which shows that a braided board can be changed into a different kind.

  The mode for carrying out the present invention includes an embodiment described below, as well as embodiments including various improvements based on this technical idea.

Hereinafter, the present invention will be described in detail based on illustrated embodiments.
Reference numeral M denotes a braid making machine, which has a support base 1 and a stringing board 2 as main members, and both are configured to be easily removable by a fixing member 3 using a surface fastener as an example. is there.
Therefore, when different types of stringing machines 2 are applied, they can be easily replaced, and various forms of braid A can be produced.

  First, the support frame 1 will be described. As shown in FIG. 1, this device has an appropriate weight and is provided with a base plate 13 on an upper portion of a support leg 12 raised against a substrate 11 that can be stably placed. The base plate 13 is provided with a hook-and-loop fastener element 31 which is an example of the fixing member 3 for fixing the stringing board 2 on the upper surface thereof, and a string passing hole 14 through which the braided string A is passed is formed in the substantially center. .

On the other hand, the stringing board 2 is provided with a stringing board body 21 as a fixing member, and a braided hole 22 is provided in the stringing board body 21. The braided hole 22 is provided at a position where the braided hole 22 can be matched with the string passing hole 14 in the base plate 13. Further, the stringing board main body 21 is partly recessed, and the remaining part is set with a relatively large thickness dimension. In addition, a rotating shaft 24 is provided in the recessed portion, and a pair of disk-like string hooking plates 25 is provided as an example, and these are disposed at equal distances from the braided hole 22 respectively.
The string hanging plate 25 has a peripheral edge as a string hanging edge 26, and the string hanging edge 26 is provided with a string hanging groove 27 for locking the string a.

  Furthermore, a locking claw 28 is attached to the stringing board main body 21 at a position sandwiched between the pair of string hanging plates 25 so as to act on both the pair of string hanging plates 25. The locking claw 28 and the string hooking plate 25 have a mechanism that allows the rotation position of the string hooking plate 25 to be selected at a certain angle by locking the tip of the locking claw 28 to the string hooking groove 27, that is, a click stop. The mechanism is formed first. In addition, in the relationship between the locking claw 28 and the string hooking groove 27, a mechanism that restricts rotation in one direction so that the string hooking plate 25 does not rotate to the fixed side of the locking claw 28, that is, a ratchet mechanism appears. The structure to do is taken.

  Such a stringing board 2 and the support frame 1 are fixed by a fixing member 3. As an example of the fixing member 3, a hook-and-loop fastener is used, and the hook-and-loop fastener element 31 on the support frame 1 side is used as a loop, and the hook-and-loop fastener element 32 on the lower surface of the stringing board 2 is hooked to the loop. Shall. Needless to say, the removable configuration is not limited to such a configuration.

The present invention is based on the above-described configuration, and the braid A is manufactured by the following operation. In addition, with respect to the braid A, a string as an element thereof is represented by a symbol a, and a ball around which the string a is wound is represented by a symbol a0. The core of the ball a0 is formed of a member having an appropriate weight so that a gentle load can be applied to the string a. Moreover, although detailed illustration is abbreviate | omitted, means, such as a lock | rock with an entanglement in which the string a is not freely extended with respect to the ball a0, are taken.
As shown in FIGS. 1 to 4, this braid A is constructed by a total of six cords a in which a large number of cords, for example, a set of three colors of a pair of cords a are combined in pairs. In the drawing, in order to distinguish and express this, as an example, a solid line indicates a red string a1, a broken line indicates a blue string a2, and a broken line indicates a yellow string a3.

First, the knitting starts with knitting in a state where the strings a are appropriately bundled, but the starting state in the description is shown in FIG. 4 (a) as shown in FIG. For example, when viewed from above, the left and right sides are relatively close to the latching claws 28, and the three hooking grooves 27 are used in place of the red cord a1, the blue cord a2, and the yellow cord a3. It will be in the state. The braided braid A that has already been knitted is guided downward from the braid through-hole 22 and is given a gentle load downward by the weight W.
Then, as the next operation, in order to prepare for the string a being replaced again at the position shown in FIG. 4 (a), the string hanging plate 25 is mutually connected as shown in FIG. 4 (b) in order to secure the space. Rotate in the away direction.

  At this time, the string hooking plate 25 rotates while exhibiting a click stop state due to the engagement between the string hooking groove 27 and the locking claw 28. By the way, if such a click stop state cannot be obtained and the string hanging plate 25 having changed the string a can freely rotate, the string hanging plate 25 is rotated by the load of the ball a0, and the position of the string a is arbitrary. This makes it difficult to work. Further, at this time, in the present invention, the engagement form between the string hooking groove 27 and the locking claw 28 is in a ratchet (non-return) state, so that the left and right string hooking plates 25 must be parts where the string a is hung. Can rotate only in directions away from each other, and the operation is not mistaken.

After such an operation for replacing the string a is performed, the string a hung on the pair of left and right string hanging plates 25 as shown in FIG. The yellow cord a3 on the position side is hooked next to the red cord a1 on the opposite cord hanging plate 25, and the yellow cord a3 provided on the cord hanging plate 25 on the side on which the yellow cord a3 is hooked is next. The red string a1 on the opposite side string hanging plate 25 is hooked on the adjacent empty string hanging groove 27, and this is repeated six times as shown in circled numbers 1 to 6 in the left and right alternately. . At this time, as a matter of course, each of the red string a1, the blue string a2, and the yellow string a3 is re-hanged on the string hooking groove 27 at a position close to the locking claw 28 as shown in FIG. Therefore, there is no room for using the string hooking groove 27 provided for the next stringing. For this reason, as shown in FIG. 4 (b), the string hooking plate 25 is moved again in the left and right directions so that the empty string hooking groove 27 appears in preparation for the next stringing.
The plain braided braid A is constructed by continuing such an operation, and the braid A is provided with a weight W that applies a gentle load in the middle of the braid A, so that the braid A is appropriately inserted from the braid through hole 22. It shifts downward.

[Other Embodiments]
The present invention uses the above-described embodiment as one basic technical idea, but the following modifications are possible.
First, in the embodiment described above, the string hanging plate 25 is separate from the string driving board main body 21 and two pairs are provided. However, if necessary, the number of the string hanging plates 25 is further increased. It is also possible to manufacture a more complicated braid A.
Further, as shown in FIG. 5, a stringing operation can be performed by changing the form of the stringing board 2 to a simpler conventional technique. In this embodiment, the stringing board main body 21 itself is disk-shaped, and this substantially constitutes the string hanging plate 25. The peripheral portion of the disk-shaped stringing board main body 21 serves as a string hanging edge 26, and a braid threading hole 22 is formed at the center thereof. If a hook-shaped hook and loop fastener element 32 is provided on the lower surface side, it can be fixed to the base plate 13 of the support frame 1.
In the case of such a simple disk-shaped stringing machine 2, stringing work is performed according to the form of braided string A that has been conventionally devised.

DESCRIPTION OF SYMBOLS M braid making machine 1 Support stand 2 String striking board 3 Fixing member 11 Substrate 12 Support leg 13 Base plate 14 String passing hole 2 String striking board 21 Strapping board main body 22 Braiding string through hole 23 Surface alignment part 24 Rotating shaft 25 String hanging board 26 String hook edge 27 String hook groove 28 Locking claw 3 Fixing member 31 Surface fastener element (support frame side)
32 hook and loop elements (stringer side)
A braid a string a0 ball a1 red string a2 blue string a3 yellow string W weight

Claims (3)

The stringing machine includes a support frame and a stringing machine supported by the support frame. The stringing machine has a braided hole and a string hanging edge, and a plurality of strings are placed on the string hanging edge. Apply a gentle load on the side, hook the braided string side, insert the braided string side into the braided string through hole, change the latching position according to the combination order of these multiple strings, In the braid making equipment that works continuously while pulling the braid side by gentle load,
The string hanging edge is configured at the periphery of a plurality of string hanging plates configured separately from the string driving board main body in which the braided through hole is formed, and the string hanging plate is attached to the string driving board main body. On the other hand, a braid making machine characterized in that it is rotatable and is configured to be in a click stop state at every fixed rotation angle.
A string hooking groove for hooking the string is formed on the string hooking edge of the string hooking plate, and a locking claw attached to the string striking board main body engages with the string hooking groove in a ratchet shape. The braided string making machine according to claim 1, wherein a click stop state and a rotation direction restriction are caused to appear on the string hanging plate.
  The string striking disk according to claim 1 or 2 is configured to be detachable from the support frame, and is a separate disk-shaped member. A braided string making machine comprising: a string striking plate made of a single string hanging plate, which is configured to be freely replaceable with the support frame.

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