KR20050036937A - Implements to master the use of chopsticks - Google Patents

Abstract

The present invention is a mechanism that makes it easy for beginners to master difficult chopsticks, a pair of practice chopsticks (A) and the track device (B) associated with it. That is, the ellipsoidal protrusions 1 and the auxiliary ring 5, which are formed in the same manner as the grippers in the pair of ordinary chopsticks, allow the user to chop the chopsticks accurately at intervals of use (FIG. 1) and the beaded protrusions 2 at the bottom thereof. ) Is inserted into the long track 3 of the track device consisting of an isosceles triangular body so that the practice chopsticks can continue the reciprocating motion on the track without leaving the track (FIG. 8).

The simple reciprocating motion is the same operation as the correct chopsticks, and the chopsticks are mastered by repetition thereof.

Description

Chopstick Mastery {Implements to master the use of chopsticks}

Chopsticks, which are essential for our table, are never easy to use for beginners. Chopsticks require sophisticated hand movement skills.

Medically, chopsticks use about 30 joints of fingers and arms and 50 muscles. The technique used is a technique used to hold two pairs of chopsticks at regular intervals for chopsticks and to hold the chopsticks at an appropriate interval to catch food. It will take many years to reach this state. Therefore, chopsticks using a hinge action or chopsticks using a horizontal bar have been devised as chopsticks for beginners to supplement immature chopsticks for children.

The conventionally designed beginner chopsticks are only a temporary measure that merely supplements the immaturity of chopsticks, but do not fundamentally master chopsticks.

It is an object of the present invention to provide an apparatus for training a finger and its related muscles to be developed for proper chopsticks, which are required for chopsticks requiring precise hand movements. Invent That is, the forward and backward simple reciprocating motion of the chopsticks for practice is the same operation as the chopsticks repetition, and the arrow B2 in FIG. 1 is the same as the A2, and the booming motion of the chopsticks is the same as the A1. It is a track device and the practice chopsticks that form a part of this.

The present invention comprises a pair of practice chopsticks (A) and an orbital device (B) in the form of an isosceles triangular body provided with tracks capable of reciprocating forward and backward.

1 is a perspective view showing an embodiment of the present invention Figure 2 is a perspective view of a practice chopsticks.

A portion of a pair of common chopstick grips is formed in an ellipsoid-shaped protrusion 1 around the longitudinal center line of the chopsticks (x in FIG. 3). The size of the comfortable chopsticks (appropriate enough size) to form the same with each other and at the bottom of both chopsticks to form the same projections (2) in the predetermined standard, respectively. And the lower part of the chopsticks protruding portion of the ring (finger or middle finger and ring finger, which plays the main role of chopsticks), the ring (5) and the hinged ring (6) having an inner diameter of about the thickness can be moved up and down the chopsticks Attach it.

The ring assists the user in holding the chopsticks correctly while comforting the finger inserted in the ring by hinged action. In addition, the up and down movement of the chopsticks of the ring is useful for adjusting the distance between the ring of the chopsticks and the protrusion according to the user's finger length or chopstick gripping habits. Chopsticks configured as described above may be referred to as practice chopsticks.

B of FIG. 1 is a track device provided with a track for practicing chopsticks to reciprocate forward and backward.

An isosceles triangular body consisting of two isosceles, which has an inner diameter of the chopsticks (2) of the practice chopsticks, is formed to a predetermined standard (the length of the other side is about the maximum opening width of the chopsticks) (Fig. 6), On the upper surface of both sides, a straight line (y in [Fig. 4]) connected to the apex of this triangular body is formed so that the thickness of the vicinity of the neck of the protrusion is equally spaced (4) with this line as the center line ([Fig. 5]). Each of them is formed along the length of the stem (Fig. 7). As described above, the gap formed with the gap is called an orbit, and an isosceles triangular body in which the orbit forms both equilateral sides is called an orbital device.

The present invention consists of both protrusions of the practice chopsticks inserted into the tracks of the track device so that the protrusions inserted into the tracks are caught on both borders of the track (Fig. 5 and Fig. 8). The forward and backward reciprocating motion can be continued.

For practice according to the present invention, the user simply inserts the ring finger and the finger of the right hand into the ring of the finger position while the user is holding the chopsticks naturally by the protrusions, and the chopsticks track the chopsticks with the support of the protrusions inserted into the track. It does not deviate from orbit of (FIG. 8). Reciprocating motion on tracks that do not deviate is easy and simple. This easy and simple operation replaces difficult chopsticks. In other words, if the fixed to the left hand while holding the track device and the right hand holding the practice chopsticks reciprocating forward and backward, the movement of arrow B1 in [Figure 1] is the arrow A1 movement, both ends of the chopsticks approach the arrow B2 movement becomes the arrow A2 movement Chopsticks are open at both ends. Therefore, the forward and backward reciprocating motion of the chopsticks for practice is the chopstick action.

Therefore, the continuation of the reciprocating motion is a repetition of the chopsticking motion and thus the chopsticks become familiar as the muscles mobilized in connection with this motion develop as necessary and consequently developed for the correct chopsticks.

1 is a perspective view showing an example of use of the present invention

2 is a perspective view of the practice chopsticks

3 is a plan view of silver chopsticks for practice

4 is a configuration diagram of a track

5 is a cross-sectional view of the track

6 is a front plan view of the silver track device

Figure 7 is a side plan view of the track device

8 is a combined state of the orbit and practice chopsticks

<Brief description of symbols used in the drawings>

DESCRIPTION OF SYMBOLS 1 protrusion 2 protrusion 3 orbit 4 gap 5 ring 6 ring

x: Center line of chopsticks y: Isosceles line of isosceles triangle

A: Practice chopsticks B: Track device

Claims (3)

A pair of practice chopsticks (A) and a projection of the chopsticks are formed at a lower end of the chopstick holding part of the chopstick holding part protruding to a predetermined standard and an oral protrusion (2) is formed at a predetermined standard. Consists of a track device (B) formed on the upper surface of both isosceles triangular shape of the isosceles having an inner diameter of about the same length as the length of the neck of the chopstick protrusions (Fig. 5) Chopstick mastery of the characteristic The chopstick mastery according to claim 1, wherein a ring 5 and a hinged ring 6 having an inner diameter about the thickness of a finger are attached to the bottom of the grip portion of the training chopsticks so as to be movable up and down the chopsticks. tool The chopstick mastery tool according to claim 1, wherein the practice chopsticks formed by the combination with the exercise tracker can repeat the forward and backward reciprocating motions without departing the track of the tracker.