JP3103647U - Bead weaving machine with stand - Google Patents

Abstract

PROBLEM TO BE SOLVED: To develop and provide a bead weaving machine with a stand that can reach the entire work area, can be used easily, and has good workability regardless of who uses it.
SOLUTION: In this invention, left and right side plates having projecting portions formed in front and rear upper portions are juxtaposed in parallel with a predetermined width dimension, and mandrel-wound rods having mandrel formed with threaded portions in left and right front ends are rotatably provided in front and rear lower portions. Each is attached and locked by stoppers on the left and right outer sides of the side plate. A thread presser rod is fitted into a long groove formed in the mandrel direction on the bobbin rod, and a plurality of thread stoppers are arranged at a predetermined interval in a row in the mandrel direction. A stopper hole is provided in a direction perpendicular to the long groove, a thread stopper is inserted into the thread stopper hole, and a helical spring and a holding rod with a scale are respectively provided on upper and lower sides of the side plate. A pair of stands fixed to each other at the front ends of the outer surfaces of the left and right side plates by a locking member such as a thumb screw are provided, and the pair of stands can be used upright at a predetermined angle. Things.
[Selection diagram] Fig. 1

Description

  This invention relates to a bead loom with a stand for weaving small emblems, brooches and pendant fabrics using beads.

  In conventional large glass beads, one or two twisted yarns are twisted around the bead weaving to create a bead decorative yarn, which is sewn by hand, sewn to another fabric, or pasted with an adhesive To make a dough, which is used to make a bar tie, belt, bag, or the like.

Then, a bead weaving machine for weaving fabrics such as bar ties, belts or bags from small emblems, brooches and pendants using small antique glass beads has been devised. (For example, see Patent Document 1)
6-6469

  However, the problem of the conventional bead weaving machine of the above invention is that the workability has some disadvantages, and as the bead weaving work progresses, the working part moves away from the weaver, so that a situation where the hand cannot be reached occurs. You need to interrupt your work.

  Therefore, the present invention aims to develop and provide a bead weaving machine with a stand that can reach the entire work area, can be used easily, and has good workability in order to achieve the above-mentioned problems.

  As a means for solving this problem, the present invention provides left and right frames, each having a protruding portion toward the front, at the upper and lower ends, while maintaining a predetermined width dimension, and juxtaposed to the left and right. A bobbin bar having both ends locked by a locking member is rotatably attached to the frame, and a bobbin presser bar is fitted into a long groove formed in the mandrel direction, and the bobbin bar is fitted in the mandrel direction. A plurality of thread stopper holes are provided at predetermined intervals in a row at right angles to the long groove, and thread stoppers are inserted into the thread stopper holes, and further between the projecting portions at both ends of the side frame. A helical spring and a holding rod with a scale are fixed respectively, and a thread detachment preventing locking member is inserted into the upper helical spring, and near the upper end of each of the inner surfaces of the left and right frames. Attach it with a stopper such as a stopper, and secure it with a folding stopper. Provided the stand having means respectively, these stands, the left and right frame by the stand, is to use inclined at a predetermined angle.

  The idea is to install a stand on the conventional bead weaving machine (0003) and to use it at any given angle, so that the work is not interrupted and the bead makes it relatively easy to follow the design and weaving pattern. With a wide range of operations, from small emblems, brooches and pendants to large ties, belts and bags, it is possible to weave delicate and shining luxury products unique to glass beads. In addition, weaving machines can be freely manufactured to be small and large according to the product, and the structure can be provided at a low price. These products have extremely beneficial effects such as being able to contribute to the art as new arts and crafts. Things.

  Therefore, the best mode of this invention is to provide a conventional bead weaving machine (0003) with a pair of foldable stands that can be adjusted to an arbitrary angle and height adjustment means that can adjust the height in the vertical direction. If this is the case, the workability will be further improved, but this will also lead to an increase in cost, and comprehensive judgment on quality, function, cost, delivery date, etc. will be required.

  One embodiment of the present invention will now be described in detail with reference to FIGS. 1 to 4. Left and right frames (1) and (2) having upper and lower end portions projecting forward are respectively provided with predetermined width dimensions. (W), the bobbin rods (4), which are arranged side by side on the left and right sides, and are rotatably attached to these side frames (1) and (2), both ends of which are locked by locking members (5). A thread presser bar (6) is inserted into the mandrel (4) with a long groove (7) formed in the mandrel direction, and a plurality of thread clamps are arranged at predetermined intervals (P) in a line in the mandrel direction. A bar stopper hole (8) is provided in a direction perpendicular to the long groove (7), a thread stopper bar (9) is inserted into the thread stopper bar stopper hole (8), and a side frame (1) (2) is further provided. A helical spring (10) and a holding rod (11) with a scale (12) are respectively fixed between the projecting portions at both ends, and the helical spring (10) is fixed inside the upper helical spring (10). And a locking member (13) such as a stopper plug is inserted near the upper end of each of the inner surfaces of the left and right frames (1) and (2). ) And provided with stands (14) and (15) each having fixing means (17) such as a foldable stopper, and by standing these stands, the left and right frames (1) and (2) are fixed to predetermined positions. It is composed of a bead weaving machine with a stand characterized by being used at an angle (α).

  First, as shown in FIG. 5, the bead weaving machine of this invention sets the left and right stands (14) and (15) to a predetermined angle (α) that is easy for the operator to use, and locks the mandrel (3) on the outer surface of the side frame. The member (13) is tightened and fixed, and the bead weaving machine is set up. At this time, the locking member (5 ') is lightly loosened and adjusted so that the upper and lower scales (12) can be seen well, and once the position is determined, it is tightened and fixed again.

  Next, the method of using the loom of the present invention will be described. First, the method of tensioning the warp will be described. First, the warp (T) is connected by one piece from the beginning to the end like a small object such as a broach. In this case, insert the thread stop rods (9) into the front and rear thread winding rods (4) of the weaving machine, fasten one end of the warp thread to the left side of the front thread winding rod with cellophane tape, and apply three times to the front thread locking rod (9). Wrap it around.

  Then, the thread is passed through the corresponding spiral from the upper spiral on the front side to the opposing thread stopper bar (9), and the thread is passed through the spiral on the right side, pulled to the spiral on the right side on the front side, and the thread is inserted into the thread stopper bar on the front side. Hang while pulling tight so that it does not loosen. Then, similarly, the warp (T) is reciprocated back and forth, and the warp (T) is stretched by one more than the number of horizontal streaks of the beads (B). The end is fixed with cellophane tape to the right side of the beginning wound pin (4).

  Next, for long works such as bar ties and belts and wide works such as bags, the necessary number of warps (T) is prepared and stretched. First, a yarn bundle is placed at the center of the front winding rod (4) at an interval of about 1.5 cm, sandwiched in the long groove (7) with the yarn holding rod (6), and stopped on both sides with cellophane tape.

  Next, the warps are passed one by one between the spiral springs (10). Then, after the threading is completed, the thread releasing prevention locking bar member (10 ') is inserted and fixed so that the thread does not rise. The thread is sandwiched between the thread presser bar (6) and the long groove (7) of the opposing spool pin (4) with a toothbrush, fixed to the spool pin (4), and stopped with cellophane tape. Then, the yarn ends are trimmed and wound around a winding rod (4) while adjusting the tension of the yarn, and the right and left locking members (5) are firmly tightened to complete the warp yarn tensioning.

  Subsequently, the basic weaving method will be briefly described. First, when performing the bead weaving operation, a pair of stands (14) and (15) provided on the inner surfaces of the left and right frames of the bead weaving machine are set to a predetermined angle. Spread out and secure with locking member (13).

  Then, a weft thread (about 80 cm) is passed through from the bottom of the leftmost warp thread, and the knot is tightly tied once to leave a thread end of about 15 cm. First, the weft thread is passed under the warp thread, and beads (B) having a color tone as shown in the drawing are picked up by a bead needle (N) provided with a weft thread.

  Next, the beads (B) are sandwiched between the warps (T) by pushing up the beads (B) with a finger. Then, the bead needle (N) is turned back so that the bead needle (N) passes over the warp (T). At this time, pass the needle from the needle head so that the needle thread does not sew the warp (T). After weaving the first stage, adjust the width of the metal fittings to be used and the weaving width, and tie the end yarn at the beginning of weaving again. Then, the end thread is passed through the bead needle (N), and the thread (T) is cut off to the center of the first stage.

  After that, continue weaving as described above, and when weaving is completed, tie the weft with the leftmost warp twice, then cut the yarn up to the center of the weaving width. Also, if the weft becomes shorter on the way, the new thread is tied and connected.

  When the bead weaving operation is completed and stored, the hinge portion of the foldable stopper (17) is lightly lifted and folded so that the left and right stands are parallel to the side frames and stored.

  The bead weaving machine with stand of this invention improves the workability of the conventional bead weaving machine, so that everyone can easily and quickly weave large and small decorative items using glass beads in a wide range of markets. Has industrial applicability in that it contributes to

FIG. 1A is a plan view, and FIG. 1B is an enlarged detailed view of a portion c in FIG. 1A, showing an embodiment of the present invention. 1A is a front view, and FIG. 1B is a right side view with a part cut away, showing an embodiment of the present invention. FIG. 2 is a cross-sectional view taken along the line aa of FIG. FIG. 2 is a cross-sectional view taken along the line bb of FIG. It is a perspective view showing an example of use of this invention.

Explanation of reference numerals

DESCRIPTION OF SYMBOLS 1 Left frame 2 Right frame 3 Mandrel 4 Winding bar 5 Locking member 5 'Locking member 6 Thread presser bar 7 Long groove 8 Thread stop bar stop hole 9 Thread stop bar 10 Spiral spring 10' Thread stop prevention lock member 11 Holding rod 12 Number scale 13 Locking member 14 Left stand 15 Right stand 16 Spacer 17 Fixing means such as stopper B Bead T Thread N Bead needle W Predetermined width dimension P Predetermined interval α Predetermined angle

Claims (1)

  Left and right frames (1) and (2), each having a projection at the upper and lower ends toward the front, are juxtaposed to the left and right while maintaining a predetermined width (W). In (2), a bobbin rod (4) whose both ends are locked by a locking member (5) is rotatably attached to the bobbin bar, and a bobbin presser bar (6) is attached to the bobbin rod (4). A plurality of thread stopper holes (8) are fitted in the elongated groove (7) formed in the direction of the mandrel and arranged at a predetermined interval (P) in a line in the direction of the mandrel, at right angles to the long groove (7). At the same time, a thread stopper (9) is inserted into the thread stopper hole (8), and a helical spring (10) and a scale (12) are inserted between the projecting portions at both ends of the side frames (1) and (2). Holding rods (11) are fixed to each other, and a locking rod member (10 ') for preventing thread detachment is inserted into the upper spiral spring (10), and the left and right A stand (14) which is fixed near the upper end of the inner surface of each of the side frames (1) and (2) by a locking member (13) such as a stopper and has fixing means (17) such as a foldable stopper. (15) A bead weaving machine with a stand, characterized in that the stand is set up and the left and right frames (1) and (2) are used at a predetermined angle (α).

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