JP3157308U - Fang ballast - Google Patents

Abstract

PROBLEM TO BE SOLVED: To obtain a ballast ballast that can be stabilized immediately by simply attaching it to a blowgun without requiring muscular strength strengthening and habituation even for beginners of blown arrows. SOLUTION: A fixed fang stabilizer 3a and a movable fang stabilizer 3b each having a fang shape on a blowing cylinder 1 are mounted in combination so that the curving directions of the fang molds face each other, and the two fang ballasts are fixed. Built in the fang ballast 3a, it has a structure that is connected by a retractable belt 6 connected to a winding device that is always working to return to the fixed fang ballast 3a. A fang-shaped ballast with a mechanism that stabilizes the stance by the force of both hands pushing it forward and backward. [Selection] Figure 2

Description

  The present invention relates to a ballast ballast that stabilizes the posture by eliminating hand shake of the blower when aiming at a blower.

  Fukiya as a sport is widespread, but when aiming at a blown arrow, it is very difficult to stabilize the stance of the blowing tube with the blower attached to the mouth, and camera shake occurs, In addition to practicing, depending on the person, the face moves at the moment of blowing, and shakes due to the influence. Even muscle strength may be needed.

Although there are some blow tubes that are commercially available, most of them are only tubes.
A short urethane sponge tube inserted in the center of the tube is sold separately, but this is a non-slip material. Somehow trying to stabilize the position of the blow tube, there is a commercially available grip attachment that inserts the blow tube into the horizontal bar part of the T-shaped tube and fastens it with screws. Can stabilize, but is not immediately effective. In addition, there is no patent document as a blow cylinder stabilizer.

  With the mouth of the blow tube, which is a straight tube, in the mouth, even a beginner of blow arrows can easily stabilize the posture by attaching it to the blow tube without requiring muscular strength and habituation. It is to obtain a ballast ballast.

  In the present invention, a fixed fang ballast 3a and a movable fang ballast 3b each having a fang shape on the blow tube 1 are mounted in combination so that the curving directions of the fang molds face each other, and the two fang ballasts are fixed. It is built in the fang stabilizer 3a, and is always tied with the elastic belt 6 connected to the take-up device that works to return to the fixed fang stabilizer 3a and pushes the movable fang stabilizer 3b forward. Since the elastic belt 6 is pulled and slid, both hands separately exert the force to push the movable fang stabilizer 3b forward and the force to pull the fixed fang stabilizer 3a forward. Otherwise, it is a mechanism that stabilizes the stance by the force of both hands pushing each fang ballast forward and backward separately. When not in use, the movable fang ballast 3b is a fixed fang ballast Pull back the elastic belt 6 to the winding device in 3a Is, the fang-type ballast structure in a state of nestled in fixed fang ballast 3a side.

  The fang stabilizer of the present invention is a structure that can not be held without both hands pulling out the mouth and pushing forward, so people with poor muscle strength and elderly people who are difficult to stabilize the posture Anyone does not need to strengthen muscles or get used to it, and just by wearing the fang stabilizer of the present invention, the posture can be stabilized immediately and the hit rate can be improved. It helps beginners of blow arrows to acquire a sense of aim, and prevents them from saying that they would stop because of low hit rate even if they started blowing arrows.

  The fang-type ballast of the present invention is fixed to the tip of the blow tube 1 with a retaining ring 5 so that the movable fang-type ballast 3b does not go ahead from a certain position. The end 6a is attached to the belt end attachment hole 3e of the movable fang stabilizer 3b, and the fixed fang stabilizer 3a has two stoppers so as to sandwich the front and rear of the fixed fang stabilizer 3a at a position slightly ahead of the blowing port. The fixed fang ballast 3a is fixed with the wheel 5, and a winding mechanism similar to a tape measure is built in. When the movable fang ballast 3b is moved in the forward direction, the mainspring always tries to shrink. Since the elastic belt 6 is pulled out, the hand holding the fixed fang stabilizer 3a at the mouth cannot be held unless it is pushed forward, and the hand holding the movable fang stabilizer 3b cannot be pushed forward. Strength and habituation are also required due to the force exerted in the opposite direction Naturally poised without is stable.

  Embodiments will be described below with reference to the accompanying drawings. FIG. 1 is a perspective view of the fang stabilizer mounted, and is a perspective view showing a state in which the elastic belt 6 is extended when the ballast is held. FIG. 2 is a side view of the mounting of the fang-shaped ballast, and is a side view showing a state in which the stretchable belt 6 is stretched when it is held. FIG. 3 is an exploded perspective view of the fixed fang type ballast and is a perspective view showing an internal structure of the fixed fang type ballast 3a. FIG. 4 is an external perspective view of the fixed fang stabilizer 3a, and is a perspective view in which the components shown in FIG. 3 are assembled. FIG. 5 is an exploded perspective view of the movable fang stabilizer, and is a perspective view showing the internal structure of the movable fang stabilizer 3b. FIG. 6 is an assembled perspective view of the movable fang stabilizer, and is a perspective view in which the components shown in FIG. 5 are assembled. FIG. 7 is a mounting movable perspective view of the fang type stabilizer, and is a perspective view showing the movement of the movable fang stabilizer 3b. FIG. 8 is a side view of the use of a fang-shaped ballast, and shows how to apply force to both hands. FIG. 9 is a moving side view of the movable fang stabilizer, and is a side view showing the movement of the movable fang stabilizer 3b during storage. FIG. 10 is an exploded perspective view of a simple fang ballast, which is a simple fang ballast 3h having no elastic belt. FIG. 11 is an assembled perspective view of a simple fang stabilizer, in which the components of FIG. 10 are assembled. FIG. 12 is a mounting perspective view of the simple fang ballast, in which two simple fang ballasts 3 h are mounted on the blow tube 1. FIG. 13 is a side view of the use of the simple fang stabilizer, and is a view for explaining how to apply force intentionally because there is no elastic belt. FIG. 14 is a moving side view of the simple fang stabilizer, and is a view showing how to move during storage. FIG. 15 is an exploded perspective view of a plate-type simple fang stabilizer and shows a structure of a small-volume production type. FIG. 16 is an assembled perspective view of a plate-type simple fang stabilizer.

  FIG. 1 is a mounting perspective view of a fang stabilizer, and shows a positional relationship of components when it is held. Since both hands apply forces in opposite directions to each other, the movable fang stabilizer 3b stops without going forward from the position of the retaining ring 5, and is in front of the retaining ring 5 as shown in the figure. The movable fang stabilizer 3b is positioned at the position. The telescopic belt 6 is always in a state where the movable fang stabilizer 3b is stretched with a force to draw it in the direction of the fixed fang stabilizer 3a that is fixed with both sides sandwiched by the retaining rings 5. FIG. 2 is a side view of the fang stabilizer mounted, as viewed from the side of the state shown in FIG.

  FIG. 3 is an exploded perspective view of the fixed fang type ballast and is a perspective view showing an internal structure of the fixed fang type ballast 3a. The adhesive groove 2a dug on the side surface of the tube pass 2 and the adhesive rail 3f on the upper part of the fixed fang ballast 3a are bonded, and the tube passer 2 and the fixed fang ball stabilizer 3a are integrated. A winding hole 3g is vacant in the center of the fixed fang stabilizer 3a, and a spring is wound around the spring fixing shaft 8 inside the winding hole 3g through a slit for leading the elastic belt 6 forward from the upper part of the winding hole 3g. 7 and the elastic belt 6 connected to the tip of the mainspring 7 is stored. A cylindrical belt end 6 a is attached to the end of the elastic belt 6. The both sides of the mainspring 7 and the elastic belt 6 are sandwiched between the sliding plates 9 for reducing friction and the both sides of the fixed fang stabilizer 3a are blocked with the lid 3c, and the shaft 7 comes out of the shaft through hole 3d opened at the center of the lid 3c. The screw portions at both ends of the mainspring fixing shaft 8 are fixed with the cap nut 4. When the components shown in FIG. 3 are assembled, the retractable belt 6 take-up mechanism is stored in the fixed fang type stabilizer 3a and has a shape as shown in FIG. FIG. 4 is an assembly perspective view of the fixed fang type ballast, in which the stretchable belt 6 is shown in a pulled out state. FIG. 5 is an exploded perspective view of the movable fang stabilizer, but is a perspective view showing the internal structure of the movable fang stabilizer 3b. The adhesive groove 2a dug in the side surface of the tube pass 2 and the adhesive rail 3f on the upper part of the fixed fang stabilizer 3a are bonded, and the tube pass 2 and the movable fang stabilizer 3b are integrated. A belt end mounting hole 3e for inserting the belt end 6a at the end of the elastic belt 6 is formed in the upper front of the movable fang stabilizer 3b, and a slit for passing the elastic belt 6 toward the front of the belt end mounting hole 3e. When the belt end 6a is attached, the both sides of the movable fang stabilizer 3b are closed with the lid 3c, and the bag screw 4a is inserted into the shaft through hole 3d opened in the center of the lid 3c on one side. After inserting the shaft through hole 3d of 3b and the shaft through hole 3d of the lid 3c on the opposite side, the cap nut 4 is fixed and tightened. When the components shown in FIG. 5 are lifted up, the shape shown in FIG. 6 with the belt end 6a attached is obtained. FIG. 6 is an assembled perspective view of the movable fang stabilizer, and shows a state where the elastic belt 6 is attached.

FIG. 7 is a mounting movable perspective view of the fang stabilizer, but is a perspective view showing the movement of the mounted movable fang stabilizer 3b. The movable fang stabilizer 3b is always pulled toward the fixed fang stabilizer 3a by the tension of the elastic belt 6. Therefore, when holding the blow tube, it is necessary to apply a force against the tension of the telescopic belt 6 to hold the movable fang stabilizer 3b at a fixed position, but a stopper for holding at the fixed position. Is the retaining ring 5. FIG. 8 is a side view of the use of the fang type ballast. When the blow tube is held, a forward force against the tension to be contracted by the elastic belt 6 is applied to the movable fang ballast, If you do not apply a forward force equal to the force applied to the ballast, you will be ready. As a result, the arm and hand shake are eliminated and the tube can be aimed stably, compared to a posture in which the blow tube is simply supported from below.
FIG. 9 is a moving side view of the movable fang stabilizer. During storage, the movable fang stabilizer 3b is drawn toward the fixed fang stabilizer 3a by the tension of the telescopic belt 6, and two fang ballasts are drawn. Is a close-up position as shown in the figure.

  FIG. 10 is an exploded perspective view of a simple fang type ballast, but both the fixed and movable fang type ballasts do not incorporate an elastic belt and a winding device, and are bonded to the side surface of the tube passage 2. FIG. 5 is an exploded perspective view of a simple fang stabilizer that uses only the adhesive rail 3f on the upper part of the simple fang stabilizer 3h. FIG. 11 is an assembled perspective view of a simple fang stabilizer, but it has a very simple shape. FIG. 12 is a mounting perspective view of the simple fang stabilizer, but since there is no elastic belt, the position of the front fang stabilizer 3h is determined by the role of the stopper of the retaining ring 5, and the simple fang stabilizer in front is stabilized. The container 3h is sandwiched between the retaining rings 5 from both sides and fixed. When holding, the front simple fang stabilizer 3h is pushed forward and the simple fang stabilizer 3h at the mouth is pulled forward. It will be used with great effort. FIG. 13: is a use side view of a simple fang type stabilizer, and is the figure which looked at how to put force when holding it from the side. FIG. 14 is a moving side view of the simple fang stabilizer 3h. The front fang stabilizer 3h is not automatically pulled in the direction indicated by the arrow because there is no elastic belt 6 indicated by a dotted line. However, since the retaining ring 5 is only at the front, it can be slid, and can be stored by hand to the simple fang stabilizer 3h on the outlet side.

  FIG. 15 is an exploded perspective view of a plate-type simple fang stabilizer. The simple fang stabilizer does not necessarily have to be a molded product for mass production. In the case of small-volume production, the plate type simple fang stabilizer 3i is made of a metal or plastic plate to reduce the manufacturing cost. Create and slide through 2 to prevent damage to blow cylinder 1 by resin plate or paper board, wrap blow cylinder 1 and create lid 3c with resin board or wood board with good touch, plate The fang portion of the type simple fang stabilizer 3i is sandwiched and attached from both sides, and is fastened and fixed with the cap screw 4a and the cap nut 4. FIG. 16 is an assembly perspective view of the plate-type simple fang stabilizer, and shows a state in which the components shown in FIG. 15 are lifted up.

  Fukiya uses both abdominal breathing and chest breathing, and has the effect of improving health and increasing mental concentration, and although it is popular as a sport, the intensity and timing of breath blowing into the blower can be improved by training. In particular, it is difficult to aim, and the conventional way of holding the blowing tube from below will cause arm shakes and hand shakes. As a result of training, or strength training, the only way to strengthen the muscles is to prevent hand shakes, and because the hit rate is low, it was frustrated in the middle and sometimes ended without lasting. By using the invented fang stabilizer, the left and right hands in the forward direction and the forward direction put force in different directions, so anyone can wear the fang stabilizer from the moment No shake, raise the hit rate, it will be long-lasting remember at the same time fun and surprise, very useful to health maintenance and health promotion of the improvement and the elderly of the children of mental concentration.

It is a mounting perspective view of a fang type stabilizer. It is a mounting side view of a fang type stabilizer. It is a disassembled perspective view of a fixed fang type stabilizer. It is an assembly perspective view of a fixed fang type stabilizer. It is a disassembled perspective view of a movable fang type stabilizer. It is an assembly perspective view of a movable fang type stabilizer. It is a mounting movable perspective view of a fang type stabilizer. It is a use side view of a fang type stabilizer. It is a movement side view of a movable fang type stabilizer. It is a disassembled perspective view of a simple fang type stabilizer. It is an assembly perspective view of a simple fang stabilizer. It is a mounting perspective view of a simple fang stabilizer. It is a use side view of a simple fang type stabilizer. It is a movement side view of a simple fang type stabilizer. It is a disassembled perspective view of a plate type simple fang type stabilizer. It is an assembly perspective view of a plate type simple fang stabilizer.

DESCRIPTION OF SYMBOLS 1 Blow cylinder 2 Tube through 2a Adhesive groove 3a Fixed fang type ballast 3b Movable fang type ballast 3c Cover 3d Shaft through hole 3e Belt end attachment hole 3f Adhesive rail 3g Winding hole 3h Simple fang type ballast 3i Plate type simple fang Mold ballast 4 Cap nut 4a Cap screw 5 Retaining ring 6 Telescopic belt 6a Belt end 7 Spring 8 Spring fixing shaft 9 Sliding plate

Claims (1)

  A fixed fang ballast 3a and a movable fang ballast 3b, each having a fang shape on the blow tube 1, are mounted in combination so that the curving directions of the fang molds face each other, and the fixed fang ballast between the two fang ballasts When the movable fang stabilizer 3b is pushed forward, the elastic belt is attached when the movable fang stabilizer 3b is pushed forward. Since it is structured to pull 6 and slide, when using it, both hands should be able to demonstrate the force to push the movable fang stabilizer 3b forward and the force to pull the fixed fang stabilizer 3a forward The movable fang stabilizer 3b is wound around the fixed fang stabilizer 3a except when in use. The retractable device is pulled back by the elastic belt 6 Fang-type ballast structure in a state of nestled Fang ballast 3a side.

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