JP3007624B1 - Circle of Wisdom - Google Patents

Abstract

[PROBLEMS] To be excellent in portability and storageability without being bulky, to be able to adjust the length of operation time and the like according to a user, and to be used not only as a toy but also for exercise of a fingertip. An object is to provide a ring of wisdom that can also be used as an instrument. SOLUTION: A ring member 2a having an insertion portion 2d,
A string-shaped end connecting member 2c having one end connected to the ring member 2a and the other end inserted through the ring member 2a, and an end member 2d connected to the other end of the end connecting member 2c. Operating member 2, an operating ring member 3 a having a string-shaped connecting member 3 c and an insertion portion 3 d connected to one end of the connecting member 3 c, and a connecting member 3 b connected to the other end of the connecting member 3 c
And a connecting body 3 including one or more connecting members 3 and having the connecting member 3 connected to the operating member 2, and an operating rod 7 having a space 7 a.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wheel of wisdom for connecting and disconnecting members.

[0002]

2. Description of the Related Art Wisdom rings having various structures have conventionally been used as toys to be played by inserting and removing rings of various shapes. In recent years, the following wisdom rings have been disclosed that are used not only as toys but also as health appliances for exercise of fingertips and the like and have a configuration that can be enjoyed by children and adults. a, Japanese Utility Model Application Laid-Open No. 57-123185 (hereinafter referred to as “A”) discloses a flat side-shaped holder member having a slender endless frame shape, and an outer width larger than the lateral width of the holder member. It has several identical rings of an inner diameter and a thickness that can pass through the inner space in the transverse direction of the holder member, and each ring has one end of a connecting rod narrower than the inner space in the transverse direction of the holder member. The connecting rod is slidably inserted in the moving direction, and the connecting rod is loosely inserted into the adjacent ring in order, and at the other end of the connecting rod, the retaining space larger than the inner space width of the holder member in the lateral direction of the holder member is aligned with the inner diameter of the ring. There is disclosed a wisdom wheel toy comprising a chain-shaped ring member which is fitted to and detached from the holder member to which each of the blocks is attached. b, Japanese Unexamined Utility Model Publication No. 61-191085 (hereinafter referred to as "B") discloses that a ring is formed at an upper end side in each of an arbitrary number of holes provided in a longitudinal direction from one end to the other end of a base plate. And
A connecting rod having a retaining projection formed at the lower end is inserted therethrough, a ring is penetrated through each of the rings, and each ring is sequentially hooked on an adjacent connecting rod on one end side, and the connected connecting rod is hooked. Is positioned below the ring that penetrates, and further penetrates through the inside of each ring with a long and narrow penetrating ring having a width smaller than the diameter of the ring whose one end is bent, and inside the penetrating ring. A circle of wisdom with each connecting rod positioned is disclosed. c, Japanese Unexamined Utility Model Publication No. 6-46784 (hereinafter referred to as "C" publication) discloses a plurality of connecting rods each including a rod portion and a ring portion, connecting means for connecting the plurality of connecting bars at predetermined intervals, and the ring. And a plurality of connecting rings inserted into one of the adjacent connecting rods, and the connecting rods of the connecting rods located at both ends are passed through the loop portions of the connecting rods into which the connecting ring is not inserted. A wisdom ring including an auxiliary ring and a through ring formed to be insertable into the connecting ring and the auxiliary ring is disclosed. d, Japanese Unexamined Patent Publication No. Hei 10-137440 (hereinafter referred to as "D") discloses that a ring is passed through an upper hole of a ring connecting rod to cross-connect with the ring connecting rod, and a connecting rod is inserted into a lower hole of the ring connecting rod. A ring of wisdom is disclosed in which a U-shaped ring is inserted into a cross-connected and connected ring and a ring-connecting rod portion of an integrated structure cross-connected and connected through.

[0003]

However, the conventional wheel of wisdom has the following problems. The wisdom wheel toy described in Japanese Patent Publication No. A has the following problems. a. Since the other end of the connecting rod is provided with a retaining block which is larger than the inner space width in the short direction of the holder member as well as the inner diameter of the ring, the wisdom wheel toy lacks storage capacity, is bulky and lacks portability. b. Since the chain-like ring member is composed of a ring, a connecting rod connected to the ring, and a retaining block attached to the connecting rod, the flexibility of the chain-like ring member is lacking, and the holder member is attached to the chain-like ring member. At the time of fitting and disengaging, deformation such as bending of the connecting rod is liable to occur and lacks durability. The ring of wisdom described in the Japanese Patent Publication No. B has the following problems. a. Since the main body is composed of a base plate, a connecting rod inserted through the base plate, and a ring attached to the connecting rod, the ring of wisdom lacks storage capacity, and is bulky and lacks portability. Since the connecting rod is inserted through the connecting rod, deformation such as bending of the connecting rod is likely to occur, and the durability is poor. The circle of wisdom described in Japanese Patent Application Laid-Open Publication No. C-ha had the following problems. a. Since a gap is formed in the penetrating ring that can be inserted into the connecting ring or the auxiliary ring, the penetrating ring of the connecting ring or the auxiliary ring can be inserted and removed using the gap, and the original insertion and removal method of the wisdom ring And it is likely to be used in a method deviating from the above, and it is easy to impair the regularity of insertion and removal of the through ring. The ring of wisdom described in Japanese Patent Publication No. 2 has the following problems. a. Since the ring and the connecting rod are connected by the ring connecting rod, when the U-shaped ring is inserted into the ring and deformed, such as bending of the ring connecting rod, the durability is poor. In addition, the conventional wisdom ring disclosed in Japanese Patent Application Publication Nos. A to D has only the members such as rings necessary for unraveling the wisdom ring. Therefore, the ring of wisdom is obtained by using all the members such as rings. And it has a problem of lack of difficulty. In addition, a substantially elliptical ring-shaped member can only be inserted into and removed from the ring, and the length of operation time cannot be adjusted.

[0004] The present invention solves the above-mentioned conventional problems, and is excellent in portability and storage without being bulky.
It is an object of the present invention to provide a ring of wisdom that can adjust the length of operation time and the like according to a user and can be used not only as a toy but also as a fitness tool for exercising a fingertip.

[0005]

Means for Solving the Problems To solve the above-mentioned conventional problems, a wheel of wisdom in the present invention has the following configuration. The ring of wisdom according to claim 1 of the present invention comprises:
A ring member having an insertion portion, a string-shaped end connection member having one end connected to the ring member and the other end inserted through the insertion portion of the ring member, and the other of the end connection member An operating member having an end member that is connected to an end portion and cannot be inserted into and removed from the ring member; (b) a string-shaped connecting member; and an operating member that is connected to one end of the connecting member and has an insertion portion. (C) having one or more connecting members having a ring member and a connecting member connected to the other end of the connecting member;
The end connection member or the connection member of the other connection member is irremovably inserted into the insertion portion of the operation ring member of the connection member, and the connection member is connected to the end connection member or the other connection. A chain of the operating member and one or more of the connecting members irremovably connected to the connecting member of the member, and (d) inserting and removing at least the respective insertion portions of the ring member and the operating ring member. Free and
An operating rod having at least a space through which the operating member, the operating ring member, and the connection member can be inserted is provided. Thus, the end member, the ring member, and the operation ring member are inserted into and removed from the space portion of the operation rod, and the operation rod is inserted into and removed from the insertion portion of the ring member and the operation ring member. The end connecting member and the connecting member of any connecting member can be inserted into the part and attached without being easily removed from the chain, and the operation rod attached to the end connecting member and the connecting member can be chained with wisdom. It has the effect that it can be removed from the body. In addition, since the end connection members and the connection members are formed in a string shape, the chain body has flexibility and operability and storage property.
It has the effect of improving portability. Further, by the regular insertion and removal of the operation rod and the end member, the ring member, and the operation ring member, the operation rod and the chain can be inserted and removed, and the fingertip can be moved. Insert the operation rod through the insertion portion of the ring member or the operation ring member, and while the ring member or the operation ring member is engaged with the operation rod first, regularly operate the operation member or the operation ring member and the operation rod. The insertion / removal operation has an effect that the end connection member or the connection member can be inserted into the space of the operation rod, and the operation rod can be attached to the end connection member or the connection member irremovably. In addition, by regularly inserting and removing the operation member and the operation ring member and the operation rod, the operation rod attached to the end connection member and the connection member can be removed,
The operation rod can be removed from the ring member engaged with the operation rod or the insertion portion of the operation ring member. In addition, there is an effect that if any operation is erroneously performed, the next operation is impossible and requires wisdom of the operator.

Here, the ring member and the operating ring member may be polygons such as a triangle or a quadrangle, a circle, an ellipse, or an external shape of an arbitrary shape such as an animal or a plant, and an operation rod and an end connecting member. An endless object or a ring-shaped object having an insertion portion through which the connection member can be inserted is used. The insertion portion is preferably large enough to insert a thumb or forefinger. Thereby, when performing the insertion / removal operation of each member with one hand, a finger can be hung on the insertion portion, and operability can be improved. As the end member, a polygon such as a triangle or a quadrangle, a circle, an ellipse,
Alternatively, an arbitrary shape such as an animal or a plant that cannot be inserted into and removed from the ring member and that can be inserted into and removed from the space of the operation rod is used. Further, when the ring member and the end member are formed in a ring shape or the like having an insertion portion through which all the connection members such as the operation ring member and the connection member can be inserted, all the connection members are connected to the end portion. By penetrating the insertion portion in the direction in which the member is inserted, the other end of the end connection member inserted into the insertion portion of the ring member can be removed from the insertion portion of the ring member. The ring shape of the end connection member formed of the member can be opened, and the other end of the end connection member is inserted into the insertion portion of the ring member by inserting all the connection members again through the insertion portion of the ring member. Since the end connecting member can be formed into a ring shape, the chain of wisdom rings can be attached to another endless member such as a handle of the back with the end connecting member between the ring member and the end member. Further, when the ring member, the end member, the operating ring member, and the connecting member are substantially the same size and cannot be inserted between the members, the chain is wound around another endless member such as a handle of the bag, A ring member formed by the operation ring member at the end of the chain and the connection member between the coupling members is used as an operation rod, and the ring member is attached to the ring portion.
By inserting and removing the end member and other operation ring members, the chain of wisdom rings can be formed into a ring shape and attached to another endless member or the like. As the connecting member, it is preferable that the connecting member is rotatably connected to the end connecting member or the connecting member, or is movably mounted around each connecting member. Thereby, the difficulty of the wheel of wisdom can be increased, and the flexibility of the wheel of wisdom at the time of operation and storage can be improved. In addition, when the connecting member is fixed to the end connecting member or the connecting member, the connecting member is easily deemed to be unnecessary for the operation of the wisdom wheel, and lacks the difficulty of the wisdom wheel. As the end connection member or the connection member, a string-like body having flexibility such as a chain or a string is used. Also, as the length of the end connection member and the connection member,
It is preferable that the end member, the ring member, the operation ring member, and the like can be easily inserted into and removed from the space portion of the operation rod when the wisdom wheel is operated, and is formed to a length that allows easy insertion and removal of each member with one hand. . Further, the connection between the end connecting member and the connecting member and the end member, the ring member, the operating ring member, and the connecting member includes the end member, each ring member, and a predetermined portion of the connecting member. Or a rotatable member is connected to the end of each connecting member, and is rotatably fixed to the end member, each ring member, a predetermined portion of the connecting member via the rotatable member, or a ring is connected to the end of each connecting member. A ring-shaped object is movably mounted on an end member, each ring member, and a coupling member via a ring-shaped object, or a rotation having a rotating part and a ring-shaped part at an end of each connecting member. The joint is connected, and the end member, each ring member, and the connecting member are rotatably and movably mounted on the end member, the ring member, and the connecting member via the rotary joint. As the operation rod, one having such a length that at least the ring member and all the operation ring members of the chain can be engaged and the end member can be inserted into the space of the operation rod in that state. Further, those having a handle at one end or both ends of the operation rod, or those having a plate-shaped handle at one end of the operation rod are suitably used. Thereby, the operability of the wheel of wisdom can be improved, and when a plate-shaped handle portion is formed, the owner, the manufacturer, and the like can be described in the handle portion. The operation rod has at least an end member, a ring member, an operation ring member, an end connection member, and a space portion large enough to allow the connection member to pass therethrough, and the operation rod is a ring member, an operation ring member. Is formed in such a size that it can be easily inserted into the insertion portion.

According to a second aspect of the present invention, in the wisdom ring according to the first aspect, the coupling member has an insertion portion formed in a ring shape or the like that cannot be inserted into the operation ring member. And it has the structure inserted in the said end part connection member or the said connection member of another said connection member so that it cannot be detached by the said insertion part of the said connection member. Thereby, since the connecting member and the operating ring member cannot be inserted into each other, there is an effect that the connecting member can be prevented from being tangled during the operation of the wisdom wheel. In addition, since the coupling member has the insertion portion, the coupling member and the operation ring member are confused during operation, which has an effect of increasing the difficulty of the wisdom wheel. Here, as the insertion portion of the coupling member,
A shape through which the operation rod can be inserted is preferable. Thus, the operation rod can be inserted into the insertion portion of the coupling member that is not necessary for operating the wheel of wisdom, so that the wheel of wisdom becomes complicated and the degree of difficulty can be increased. Further, when the ring member, the operating ring member, and the connecting member have substantially the same shape, it is difficult to distinguish them from each other, and the difficulty of the wisdom ring can be further increased, and the chain can be easily manufactured. .

[0008] The wisdom ring according to claim 3 of the present invention is the invention according to claim 1 or 2, wherein the end member is
The operation rod has a configuration having an insertion portion formed in a ring shape or the like that can be inserted and removed. Thereby, it is difficult to distinguish from the ring member, it is easy to be confused with the ring member during operation, and the operation of the wheel of wisdom can be complicated, and the degree of difficulty of the wheel of wisdom can be increased, but the end member during operation of the wheel of wisdom Can be engaged with the operation rod, so that the regularity of the operation of the wheel of wisdom can be easily understood. Further, since the operation rod can be inserted into the insertion portion of the end member and the end member can be engaged with the operation rod, the end member and the ring member engaged with the operation rod during the operation of the wheel of wisdom. If the total number of operation ring members is even, an odd number of members are inserted into the space of the operation rod, and if the total number of members engaged with the operation rod is odd, the even number of members are operated. By inserting the space portion of the rod into the space portion of the rod, the space portion of the operation rod can be attached to the end connection member or an arbitrary connection member, and furthermore, the total number of members engaged with the operation rod during operation of the wheel of wisdom. Is even,
By inserting an even number of each member into the space of the operation rod and, when the total number of each member engaged with the operation rod is an odd number, inserting an odd number of each member into the space of the operation rod, Can be removed from the end connection member or any connection member. Here, the end member, the ring member,
It is preferable that the operating ring member and the coupling member have substantially the same shape. This makes it difficult to distinguish all members, makes it difficult to operate the wheel of wisdom, further increases the difficulty, and makes it easier to manufacture a chain.

[0009]

(Embodiment) A circle of wisdom according to an embodiment of the present invention will be described below with reference to the drawings. FIG. 1 is a plan view of a chain of wisdom wheels according to the embodiment, FIG. 2A is a plan view of an operation stick of the wisdom wheel according to the embodiment, and FIG. 2B is an X in FIG. −
FIG. 2C is a cross-sectional view taken along the line X-X in FIG. 2A. In FIG. 1, 1 is a chain of wisdom rings in the embodiment, 2 is an operation member at one end of the chain 1,
2a is an endless ring-shaped ring member, 2b is an endless ring-shaped end member that cannot be inserted into and removed from the ring member 2a, and 2c has one end mounted on the ring member 2a and the other end mounted. An end connection member 2d made of a string-like body such as a chain inserted into the insertion portion 2d of the ring member 2a and wrapped around the end member 2b is a ring-shaped ring member 2a and an end member 2b. The insertion portion 3 is a connecting member of the chain 1 connected to the operation member 2, the operation ring member 3a is formed in an endless ring shape, and the end connection member 2c is irremovably inserted into the insertion portion 3d, 3b Is formed in an endless ring shape and the insertion portion 3
d, a connecting member 3c in which an end connecting member 2c between the operating ring member 3a and the end member 2b is irremovably inserted, one end of which is mounted on the operating ring member 3a and the other end of which is connected to the connecting member 3c.
b, a connecting member made of a string such as a chain mounted around b, 3d is a ring-shaped operation ring member 3a, an insertion portion of the coupling member 3b, 4 to 6 are connection members of the chain 1, 4a Is an operating ring member of the connecting member 4 which is formed in an endless ring shape and the connecting member 3c is irremovably inserted into the inserting portion 4d;
The connecting member 4b is formed in an endless ring shape, and the connecting member 4c of the connecting member 4 in which the connecting member 3c between the operating ring member 4a and the connecting member 3b is irremovably inserted into the insertion portion 4d, one end of which is an operating ring member. A connecting member 4a is mounted on the connecting member 4b and the other end is mounted on the connecting member 4b. Reference numeral 4d denotes an operating ring member 4a formed in a ring shape, an insertion portion of the connecting member 4b, and 5a, 6a.
The operation ring members 5b and 6b are formed in an endless ring shape and connected to the connection members 4 and 5 similarly to the connection member 4, and the operation ring members 5b and 6b are formed in an endless ring shape and The connecting members 5c, 6c connected to the
In the same manner as described above, each of the operation ring members 5a, 6a and the coupling member 5
The connecting members 5d and 6d, which are provided with the ring members b and 6b, are ring-shaped operating ring members 5a and 6a,
b, 6b. Here, as the ring member 2a, the end member 2b, the operating ring members 3a to 6a, and the coupling members 3b to 6b, an endless ring shape having insertion portions 2d to 6d (for example, having an outer diameter of 20 mm and an inner diameter of 16 mm). (Ring-like) members that have substantially the same shape and cannot be inserted into each other are used. As the end connection member 2c and the connection members 3c to 6c, a string-like body made of a chain or the like having substantially the same length (for example, 70 mm) is used. In the present embodiment, the chain 1 has been described as having four connecting members that connect the operating member 2 and the four connecting members 3 to 6. However, if the number of connecting members is one or more, Well, the connecting member 6
Further, one or more connecting members having the same shape may be connected in order.

In FIG. 2, reference numeral 7 denotes a ring member 2a, an end member 2b, operating ring members 3a to 6a, and a coupling member 3.
An operating rod formed in a ring shape with a width that can be inserted into and removed from the insertion portions 2d to 6d of b to 6b, 7a is an operating member 2, a space portion into which the connecting members 3 to 6 can be inserted and removed, and 7b is an operating rod 7 One operation end portion, 7c is a handle portion formed in a plate shape at the other end of the operation rod 7, A is an upper side of the operation rod 7, and B is a lower side of the operation rod 7. Here, the length of the operation rod 7 is such that at least all of the ring member 2a and the operation ring members 3a to 6a can be engaged, and the end member 2b can be inserted into the space 7a in that state. (For example, the inner length of the space in the longitudinal direction is 100 mm, the inner width in the shorter direction is 10 mm, and the outer width in the shorter direction is 1
4 mm, outer length 35 mm in the longitudinal direction of the handle portion). Note that, instead of disposing a plate-like object as the handle 7c, a protrusion or the like may be disposed on the other end of the operation rod 7, or the entire length of the operation rod 7 may be simply increased. Alternatively, the name of the owner or maker may be stamped on the handle 7c formed in a plate shape.

The operation of sequentially inserting the space portion 7a of the operating rod 7 into the connecting members 2c to 6c of the chain 1 in the ring of wisdom of the embodiment configured as described above will be described below with reference to the drawings. 3A to 3D are schematic diagrams illustrating a first operation of the wisdom wheel according to the embodiment.
In the figure, arrows indicate the moving direction of each member. Holding the handle 7c of the operating rod 7 with one hand and making the operating rod 7 substantially horizontal, FIG.
As shown by the arrow in (a), the ring member 2a and the end member 2b are simultaneously inserted from the lower side B of the operating rod 7 into the space 7a on the operating end 7b side of the operating rod 7 and are brought out to the upper side A. . Next, the operation end 7b side of the operation rod 7 is inserted through the ring member 2a on the upper side A of the operation rod 7 and the insertion portion 2d of the end member 2b, and as shown in FIG. , The end member 2b is engaged with the operation rod 7 in this order. Next, the end member 2
b is pulled out from the operation end portion 7b side of the operation rod 7, and the end member 2b is inserted into the space 7a from the upper side A of the operation rod 7, and as shown in FIG. Operation stick 7
To the lower side B. Next, by pulling out the ring member 2a from the operation end 7b side of the operation rod 7, FIG.
As shown in (d), the end connection member 2c is irremovably inserted into the space 7a of the operation rod 7.

Next, the space 7a of the operating rod 7 is
The second operation inserted into c will be described below with reference to the drawings. FIGS. 4A to 4E are schematic diagrams illustrating a second operation of the wisdom wheel in the embodiment. From the state shown in FIG. 3D, the operation ring member 3 a is moved from the lower side B of the operation rod 7 to the upper side A by being inserted into the space 7 a of the operation rod 7. Next, the operation ring member 3a and the ring member 2a on the upper side A of the operation rod 7 are inserted in the order of the insertion portions 3d and 2d.
As shown in FIG. 4 (a), the operation rod 7 is engaged with the operation rod 7 in the order of the operation ring member 3a and the ring member 2a. Next, the end member 2b is
Space 7a from the lower side B of the operation rod 7 to the operation end 7b side
To the upper side A, and then the operation end 7b side of the operation rod 7 is inserted into the insertion portion 2d of the end member 2b, and FIG.
As shown in (b), the operation ring member 3a, the ring member 2a, and the end member 2b are engaged with the operation rod 7 in this order. Next, the end member 2b and the ring member 2a are simultaneously pulled out from the operation end portion 7b of the operation rod 7, and as shown by the arrow in FIG.
Is inserted through the space 7a from the upper side A of the operating rod 7 and falls down to the lower side B of the operating rod 7 as shown in FIG. Then
By pulling out the operation ring member 3a from the operation end 7b side of the operation rod 7, the space 7a of the operation rod 7 is irremovably inserted into the connection member 3c as shown in FIG.

Next, the space 7a of the operating rod 7 is
The third operation inserted into c will be described below with reference to the drawings. 5A to 5E and 6A to 6C are schematic diagrams showing a third operation of the wheel of wisdom in the embodiment. From the state shown in FIG. 4E, the operation ring member 4a is inserted into the space 7a of the operation rod 7 from the lower side B of the operation rod 7 and moves to the upper side A. Next, the operation end 7b side of the operation rod 7 is inserted through the insertion portions 4d, 3d in the order of the operation ring members 4a, 3a on the upper side A of the operation rod 7, and as shown in FIG. The operation ring members 4a and 3a are engaged with the operation rod 7 in this order. Next, as shown by the arrow in FIG. 5A, the ring member 2a and the end member 2b are simultaneously inserted from the lower side B of the operating rod 7 into the space 7a on the operating end 7b side of the operating rod 7. The operation end 7b of the operation rod 7 is inserted through the insertion portion 2d in the order of the ring member 2a and the end member 2b in the order of the upper side A, and as shown in FIG. 4a, 3a, ring member 2a, end member 2
It engages with the operating rod 7 in the order of b. Next, the end member 2b is pulled out from the operation end portion 7b of the operation rod 7, and the end member 2b is inserted into the space 7a from the upper side A of the operation rod 7 as shown in FIG.
As shown in (c), the operating rod 7 is dropped to the lower side B. Next, the ring member 2a is moved to the operation end 7b of the operation rod 7.
5D, the operation ring member 3a is pulled out from the operation end portion 7b of the operation rod 7, and is inserted from the upper side A of the operation rod 7 into the space 7a, as shown in FIG. 5B, the operation ring member 3a is dropped, and as shown in FIG. 5 (e), the operation end 7b side of the operation rod 7 is inserted through the insertion portion 2d of the ring member 2a again. Next, FIG.
As shown by the arrow in (e), the end member 2b is inserted from the lower side B of the operating rod 7 into the space 7a on the operating end 7b side of the operating rod 7 and is brought out to the upper side A, and then FIG. As shown in (a), the operation end portion 7b of the operation rod 7 is inserted into the insertion portion 2d of the end member 2b. Next, the end member 2b and the ring member 2
a is simultaneously pulled out from the operating end 7b of the operating rod 7, and the end member 2b and the ring member 2a are simultaneously pulled out from the upper side A of the operating rod 7.
Through the space 7a, and as shown in FIG.
The operation rod 7 is dropped to the lower side B. Next, by pulling out the operation ring member 4a from the operation end 7b side of the operation rod 7, the connection member 4c is irremovably inserted into the space 7a of the operation rod 7 as shown in FIG. .

Next, the space 7a of the operating rod 7 is
The fourth operation inserted into c will be described below with reference to the drawings. 7 (a) to 7 (d), 8 (a) to 8 (d),
FIGS. 9A to 9D are schematic diagrams illustrating a fourth operation of the wheel of wisdom according to the embodiment. From the state shown in FIG. 6C, the operation ring member 5a is inserted into the space 7a of the operation rod 7 from the lower side B of the operation rod 7 and moves to the upper side A. Next, the operation end 7b side of the operation rod 7 is inserted through the insertion portions 5d, 4d in the order of the operation ring members 5a, 4a on the upper side A of the operation rod 7, and as shown in FIG. The operation ring members 5a and 4a are engaged with the operation rod 7 in this order. Next, the ring member 2a and the end member 2b are simultaneously inserted from the lower side B of the operating rod 7 into the space 7a on the operating end 7b side of the operating rod 7 to be taken out to the upper side A, and then the ring member 2a,
The operation end 7b side of the operation rod 7 is inserted through each insertion portion 2d in the order of the end member 2b, and as shown in FIG. 7B, the operation ring members 5a, 4a, the ring member 2a, and the end member 2b. Are engaged with the operation rod 7 in this order. Next, the end member 2b is
From the operating end 7b, and the end member 2b is pulled out of the operating rod 7
Is inserted through the space 7a from the upper side A of the control rod 7 and falls down to the lower side B of the operation rod 7, as shown in FIG. Then
The ring member 2a is once pulled out from the operation end 7b side of the operation rod 7, and the operation ring member 3a is inserted into the space 7a of the operation rod 7 from the lower side B of the operation rod 7 to move the upper side A
And the operation end 7b side of the operation rod 7 is inserted through the insertion portion 3d of the operation ring member 3a, and the operation ring members 5a, 4a, and 3a are operated in this order as shown in FIG. Stick 7
Engages. Next, the operation end 7b side of the operation rod 7 is inserted into the insertion portion 2d of the ring member 2a, and the operation ring members 5a, 4a, 3a, and the ring member 2 as shown in FIG.
The operation rod 7 is engaged in the order of a. Then, the end member 2b is inserted from the lower side B of the operating rod 7 into the space 7a of the operating rod 7 and moves to the upper side A, and the operating end 7b of the operating rod 7 is inserted into the insertion portion 2d of the end member 2b. As shown in FIG. 8 (b), the operation ring members 5a, 4a, 3a, the ring member 2a, and the end member 2b are engaged with the operation rod 7 in this order.

Next, the end member 2b and the ring member 2a are simultaneously pulled out from the operation end 7b of the operation rod 7, and inserted into the space 7a from the upper side A of the operation rod 7, as shown in FIG. 8 (c). Then, the end member 2b and the ring member 2a are simultaneously dropped to the lower side B of the operation rod 7. Next, the operation ring member 3
a and 4a are once pulled out from the operation end portion 7b of the operation rod 7, and the operation ring member 4a is inserted into the space 7a from the upper side A of the operation rod 7 to drop the operation ring member 4a to the lower side B. As shown in FIG. 8D, the operating end 7b of the operating rod 7 is again inserted into the insertion portion 3d of the operating ring member 3a.
Through. Next, the ring member 2a and the end member 2b are inserted from the lower side B of the operation rod 7 into the space 7a, and the operation rod 7
9A, the operation end 7b side of the operation rod 7 is inserted through the insertion portion 2d of the ring member 2a and the end member 2b, and as shown in FIG.
a, 3a, the ring member 2a, and the end member 2b are engaged with the operation rod 7 in this order. Next, the end member 2b is pulled out from the operation end 7b of the operation rod 7, and the end member 2b is
Is inserted into the space 7a from the upper side A of the operating rod 7, and then dropped to the lower side B. Then, the ring member 2a is moved to the operating end 7 of the operating rod 7.
b, and the operating ring member 3a
Is inserted from the upper side A of the operating rod 7 into the space 7a of the operating rod 7 to drop down to the lower side B, and the operating end 7b side of the operating rod 7 is again inserted into the insertion part 2d of the ring member 2a. As shown in FIG. 9B, the operation ring member 5a and the ring member 2a are engaged with the operation rod 7 in this order. Next, the end member 2b is inserted into the space 7a from the lower side B of the operation rod 7 and moved to the upper side A of the operation rod 7, and the end member 2b is moved.
b, the operation end 7b side of the operation rod 7 is inserted through the insertion portion 2d,
As shown in FIG. 9 (c), the operation ring member 5a, the ring member 2a, and the end member 2b are engaged with the operation rod 7 in this order.
Next, the end member 2b and the ring member 2a are simultaneously pulled out from the operation end 7b of the operation rod 7 and dropped from the upper side A of the operation rod 7 into the space 7a.
a is simultaneously dropped to the lower side B of the operation rod 7, and further, the operation ring member 5a is pulled out from the operation end 7b of the operation rod 7, so that as shown in FIG. The portion 7a is irremovably inserted into the connecting member 5c.

Here, the operation of inserting and removing the operation rod 7 and the chain 1 has the following regularity. During each operation, when the total number of the end member 2b, the ring member 2a and the operation ring members 3a to 6a engaged with the operation rod 7 is an even number, the odd number of each of the members 2a, 2b, 3a to 6a is operated. When the total number of the members 2a, 2b, 3a to 6a engaged with the operation rod 7 is odd, the even members 2a, 2b, 3a to 6a are removed. 6a operating rod 7
And the space 7a of the operation rod 7 is inserted into the space 7a of the operation rod 7 so that the connection members 2c to 6c
Are inserted in order. 3B during the first operation, FIG. 4B during the second operation, FIG. 5B during the third operation, and FIG.
As shown in FIG. 8B during operation, the operating rod 7 includes the end member 2b, the ring member 2a, and the operating ring member 3 during operation.
After all of the end members 2a to 6a are engaged, the total number of the end member 2b, the ring member 2a, and the operation ring members 3a to 6a engaged with the operation rod 7 is an even number. Only the member 2b, in the case of an odd number, the end member 2b and the ring member 2a are simultaneously passed through the space 7a from the upper side A of the operating rod 7 and dropped down to the lower side B (first stage). Of the ring members 2a to 6a engaged with the operation rod 7, the ring member located second from the operation end 7b side of the operation rod 7 is inserted from the upper side A of the operation rod 7 into the space 7a. The end member 2b or the end member 2b which has been removed from the operation rod 7 while being dropped to the lower side B of the operation rod 7
And the ring member 2a are again inserted from the lower side B of the operating rod 7 into the space 7a, moved to the upper side A and engaged with the operating rod 7 (second stage), and again the first and second stages. By repeating the above operation, each ring member is removed from the operation rod 7, and the space 7a of the operation rod 7 is connected to each connection member 2c.
Through 6c. When one or more connecting members having the same shape are further connected to the connecting member 6, the first to fourth operations and the regular operation similar to the first and second steps are sequentially repeated, Space 7a of operation rod 7
Can be sequentially inserted into each connecting member.

When the operation rod 7 attached to the chain 1 is removed by being inserted through any of the connecting members 2c to 6c, the first to fourth elements are selected according to the position where the operation rod 7 is attached.
By performing the operation in reverse, the operation rod 7 can be removed from the chain 1 and has the following regularity. During each operation, the end member 2b and the ring member 2 engaged with the operation rod 7
When the total number of a and the operation ring members 3a to 6a is an even number, the even number of the members 2a, 2b, 3a to 6a are removed from the operation rod 7 and inserted into the space 7a of the operation rod 7, and When the total number of the engaged members 2a, 2b, 3a to 6a is an odd number, the odd number of the members 2a, 2b, 3a to 6a are removed from the operation rod 7 and inserted into the space 7a of the operation rod 7. Thereby, the space portion 7a of the operation rod 7 can be sequentially removed from each of the connection members 2c to 6c.
Is removed from the chain 1.

Next, in the case where a connection member to which the operation rod 7 is to be attached among the connection members 3c to 6c is determined in advance, an operation of attaching the operation rod 7 to the connection member 3c will be described with reference to the drawings. Will be explained. FIG. 10A is a schematic diagram showing a state at the start of operation when the operation rod is attached to the connection member, and FIG. 10B is a schematic diagram showing a state where the operation rod is attached to the connection member. When the operation rod 7 is attached to the connection member 3c, as shown in FIG. 10A, the operation ring member 4a irremovably connected to the connection member 3c.
After the operating end 7b of the operating rod 7 is inserted from between the operating ring member 4a and the coupling member 4b, the first end shown in FIGS. 3 (a) to 3 (d) and FIGS. 4 (a) to 4 (e). The operation and the second operation are performed, and as shown in FIG. 10B, the operation ring member 3a is pulled out from the operation end 7b of the operation rod 7, and the operation ring member 4a is pulled out of the operation end 7b of the operation rod 7.
The space 7a of the operation rod 7 is irremovably inserted into and attached to the connection member 3c. still,
Similarly, when the space 7a of the operating rod 7 is attached to the connecting members 4c, 5c, the operating end 7b of the operating rod 7 is operated on the operating ring members 5a, 6a irremovably connected to the connecting members 4c, 5c. After passing through between the operating ring member 5a and the connecting member 5b, and between the operating ring member 6a and the connecting member 6b, the first to fourth operations are performed, so that the space 7
a can be fixedly inserted into the connection members 4c and 5c.

Next, after the operation rod 7 is inserted through the insertion portions 3d to 6d of the operation ring members 3a to 6a, the operation rod 7 and the ring member 2a, the end member 2b, and the operation ring member 3a
The connecting members 3c to 6c
The case where the space 7a of the operating rod 7 is attached to the connecting member 4c will be described below with reference to the drawings, taking the operation of attaching the operating rod 7 to the connecting member 4c as an example. FIGS. 11A to 11E are schematic diagrams showing the operation of attaching the operation rod to the connection member.
As shown in FIG. 10A, after the operation end portion 7b of the operation rod 7 is inserted into the operation ring member 4a from between the operation ring member 4a and the coupling member 4b, FIGS. d)
11, the operation rod 7, the end member 2 b, and the ring members 2 a to 3 a are inserted and removed, and as shown in FIG. 11A, the operation rod members 4 a and 3 a are sequentially attached to the operation rod 7. Make it engaged. Next, the operation ring members 3a, 4a are once pulled out from the operation end portion 7a of the operation rod 7, and the operation ring member 4a is moved from the upper side A of the operation rod 7 to the space portion 7a.
a and moved to the lower side B. Then, FIG.
As shown in (b), the insertion portion 3 of the operation ring member 3a
The operating end 7b of the operating rod 7 is inserted into the operating rod 7 to engage the operating ring 3a with the operating rod 7. Next, the ring member 2a and the end member 2b are moved from the lower side B of the operation rod 7 to the upper side A by passing through the space 7a, and the ring member 2a,
The operating end 7b of the operating rod 7 is inserted into each insertion portion 2d of the end member 2b.
Is inserted, and as shown in FIG. 11C, the operation rod 7 is engaged with the operation ring member 3a, the ring member 2a, and the end member 2b in this order. Next, the end member 2b is pulled out from the operation end 7b of the operation rod 7, and the end member 2b is
Through the space portion 7a, and drops down to the lower side B of the operation rod 7. Next, the ring member 2a is once pulled out from the operation end 7b side of the operation rod 7, and the operation ring member 3 is pulled out.
a is pulled out from the operation end 7b of the operation rod 7, the operation ring member 3a is dropped from the upper side A of the operation rod 7 into the space 7a to the lower side B, and the insertion part 2 of the ring member 2a is inserted.
The operation end 7b side of the operation rod 7 is inserted again into d. next,
The end member 2b is inserted from the lower side B of the operating rod 7 into the space 7a on the operating end 7b side of the operating rod 7 and is brought out to the upper side A,
Next, as shown in FIG. 11D, the operation end portion 7b of the operation rod 7 is inserted into the insertion portion 2d of the end member 2b. next,
The end member 2b and the ring member 2a are simultaneously pulled out from the operation end 7b of the operation rod 7, and the end member 2b and the ring member 2a are pulled out.
1 is inserted through the space 7a from the upper side A of the operating rod 7 at the same time and drops down to the lower side B of the operating rod 7,
As shown in FIG. 1E, the connection member 4c is irremovably inserted into the space 7a of the operation rod 7.

Next, the operation of detaching the operating rod 7 and the chain 1 from the state shown in FIG. 11 (e) with only the operating ring member 4a engaged with the operating rod 7 will be described below. From the state shown in FIG. 11E, the operation rod 7 is rotated by 180 ° in a direction in which the connection member 4c is not twisted, and FIG.
As shown in (a) to FIG. 4 (d), the operation rod 7 and the end member 2b and the ring members 2a to 3a are inserted / removed to obtain the state shown in FIG. 11 (b). Next, the operating ring member 3a is once pulled out from the operating end 7b of the operating rod 7, and the operating end 7 of the operating rod 7 is inserted into the insertion portion 4d of the operating ring member 4a.
b, and the operation rod 7 is again inserted into the insertion portion 3d of the operation ring member 3a, so that the state shown in FIG. Next, the end member 2b and the ring member 2a are simultaneously inserted from the lower side B of the operating rod 7 into the space 7a to move to the upper side A of the operating rod 7, and the end member 2b,
The operating end 7 of the operating rod 7 is inserted into each of the insertion portions 2d of the ring member 2a.
b, and is engaged with the operation rod 7 in the order of the operation ring member 3a, the ring member 2a, and the end member 2b. Next, FIG.
By sequentially performing the operations of (b), (a), and FIGS. 3 (d) to 3 (a), only the operation ring member 4a is engaged with the operation rod 7, as shown in FIG. 10 (a). Can be in a state
By pulling out the operation rod 7 from the insertion portion 4d of the operation ring member 4a, the operation rod 7 is detached from the chain 1.

Since the wisdom ring in the embodiment is constituted as described above, it has the following operations. (A) The end member, the ring member, and the operation ring member are regularly inserted into and removed from the space of the operation rod, and the operation rod is inserted into and removed from the insertion portion of the ring member and the operation ring member. The operation rod can be attached to the chain in a state where the space portion of the rod is sequentially inserted into the end connection member and the connection member of the connection member so that the operation rod does not easily come out of the chain, and the same operation is performed in reverse order. This has an effect that the end connection member and the operation rod attached to the connection member can be removed from the chain. (B) Since the end connection member and the connection member are formed of a string-like body such as a chain, the chain body has flexibility and operability such as insertion / removal of the operation rod can be improved, and any operation can be easily performed. It has the action of: (C) Since the connecting member is formed in substantially the same shape as the end member, the ring member, and the operating ring member, it is difficult to distinguish between the operating ring member and the connecting member, and the connecting member is unnecessary for operation. Since the operation rod can be inserted into the wisdom wheel, the operation of the wisdom wheel can be easily confused and the difficulty of the wisdom wheel can be increased, and the connecting member and the operation ring member cannot be inserted into each other. Has the effect of preventing entanglement. (D) Since the end member is formed in a ring shape through which the operation rod can be inserted and removed, the end member can be engaged with the operation rod during the first to fourth operations, thereby improving operability. As well as being formed in substantially the same shape as the coupling member, the ring member, and the operation ring member, it has an effect of making it difficult to distinguish from the ring member and increasing the difficulty of the wisdom ring. (E) In a state where the space portion of the operation rod is inserted through the end connection member and the respective connection members connected to the operation ring member during operation, the operation rod has the end member, the ring member and the operation member during operation. After all of the ring members have been engaged, the total number of end members, ring members and operating ring members engaged with the operating rod is only the end member if the total number is even, and the end portion if the total number is odd. The member and the ring member are simultaneously inserted into the space from the upper side of the operation rod by the next operation to drop down to the lower side of the operation rod, and then, of the ring members engaged with the operation rod, the operation rod The ring member located second from the operation end side of the operation rod is sequentially inserted from above the operation rod into the space to drop down to the lower side of the operation rod, and the end member or the end previously removed from the operation rod. Part member and ring member are again inserted into the space from below the operation rod Allowed to engage the operating rod to move to the upper side, by repeating the regular operation of,
The operation rod can be regularly removed from each ring member, and the operation rod can be sequentially attached to each connection member, so that the operation rod and the end member, the ring member, and the operation ring member can be regularly inserted and removed. Accordingly, the operation rod and the chain can be inserted and removed, and the fingertip can be moved. (F) When the total number of the end member, the ring member, and the operating ring member during operation is odd, the even number of each ring member is replaced by the total number of members engaged with the operation rod. In the case of an even number, the odd number of each ring member is inserted into the space of the operation rod and dropped, whereby the operation rod can be attached to the connection member, and conversely, the operation rod is engaged with the operation rod. When the total number of end members, ring members and operating ring members during operation is odd, odd-numbered ring members are used, and when the total number of members engaged with the operating rod is even, even-numbered rings are used. By inserting the member into the space of the operation rod and dropping it, the operation rod attached to the connection member can be removed from the connection member. (G) Since the operation rod and the chain can be inserted and removed by a regular operation, even if a connecting member is further connected to the chain, the operation rod can be sequentially attached to each connecting member by the same operation. Having.

[0022]

As described above, according to the wisdom ring of the present invention, the following excellent effects can be realized. According to the first aspect of the present invention, (1) the end member, the ring member, and the operation ring member are regularly inserted into and removed from the space of the operation rod, and the insertion portion of the ring member and the operation ring member is inserted. By regularly inserting and removing the operating rod, the connecting member of the end connecting member and the connecting member is sequentially inserted into the space of the operating rod, and the operating rod is attached to the chain in a state where it is not easily removed from the chain. By performing the same operation in the reverse order, the operation rod attached to the end connection member or the connection member can be removed from the chain body, and the wheel of wisdom can be operated by a regular operation. Therefore, it can be used not only as a toy but also as a health appliance such as exercise of a fingertip, and is excellent in usability. (2) Since the end connection member and the connection member are formed of a string-like body such as a chain, the flexibility of the chain is excellent, the operability of the wisdom is excellent, any operation can be easily performed, and various wisdoms can be obtained. The operation rod can be inserted into and removed from the chain by an operation method, and it is excellent in storage and portability, and can be used in any place indoors and outdoors with a hand play feeling. (3) Since the operation rod and the chain can be inserted and removed by regular operation, even in the case of a chain in which a plurality of connecting members are connected,
By repeating the regular operation, the operating rod can be attached to each connecting member in order, and can be used for a long time, and the operating rod can be removed from the position of any connecting member to which the operating rod is attached. It can be operated, can be used in various ways depending on the user, time, etc., and is excellent in versatility. (4) Since the operation rod can be inserted into and removed from the chain by a regular operation, it can also be used in competitions for competing for the time of the operation of inserting and removing the operation rod and the chain. (5) If the operation is mistaken even a little, the next operation is impossible, requiring the wisdom of the operator, and the interest is not exhausted. Therefore, as a playground equipment for killing time in hospitals and hospitalized patients and elderly people living alone, and for preventing elderly people from blurring Significant effect can be exhibited.

According to the invention described in claim 2, according to claim 1
(6) Since the connecting member and the operating ring member cannot be inserted into each other, it is possible to prevent the connecting member from being tangled during the operation of the wisdom ring, thereby improving operability. (7) Since the connecting member is connected to the end connecting member and the connecting member, the connecting member moves during the operation, so that the difficulty of the wisdom ring can be increased, and the connecting member is substantially the same as the operating ring member. In the case of the shape, the operation rod can be inserted even to the connecting member unnecessary for the operation, the operation ring member and the connecting member are hardly distinguished from each other, the operation is confused, and the difficulty of the wisdom ring can be increased. According to the third aspect of the invention, in addition to the effects of the first or second aspect, (8) since the end member is formed in a ring shape into which the operation rod can be inserted and removed, the operation of the wisdom wheel is performed. Can be complicated and the difficulty of the wheel of wisdom can be increased, but the end member can be engaged with the operating rod during operation of the wheel of wisdom, so that the regularity of the operation of the wheel of wisdom can be easily understood. (9) Since the end member can be engaged with the operation rod,
An end member engaged with the operating rod during operation of the wheel of wisdom;
When the total number of ring members and operation ring members is an even number, an odd number of each member is inserted into the space of the operation rod, and when the total number of members engaged with the operation rod is an odd number, an even number of each member is used. Is inserted into the space of the operation rod, the space of the operation rod can be attached to the end connection member or an arbitrary connection member. Further, the end member, the ring member, and the operation member engaged with the operation rod can be attached. If the total number of ring members is even, an even number of members are inserted into the space of the operating rod, and if the total number of members engaged with the operating rod is odd, the odd number of members are inserted into the operating rod. By penetrating into the space, the operating rod can be removed from the end connecting member or any connecting member, the ring of wisdom can be operated regularly, and it can be used not only as a toy, but also as a health appliance such as exercise of fingertips It can be used and has excellent usability.

[Brief description of the drawings]

FIG. 1 is a plan view of a chain of wisdom rings in an embodiment.

FIG. 2A is a plan view of an operation stick of a wisdom wheel according to the embodiment; FIG. 2B is a sectional view taken along line XX of FIG. 2A;

3A is a schematic diagram illustrating a first operation of the wheel of wisdom in the embodiment. FIG. 3B is a schematic diagram illustrating a first operation of the wheel of wisdom in the embodiment. FIG. 3C is a diagram illustrating a first operation of the wheel of wisdom in the embodiment. Schematic diagram (d) Schematic diagram showing the first operation of the wheel of wisdom in the embodiment

FIG. 4A is a schematic diagram showing a second operation of the wheel of wisdom in the embodiment. FIG. 4B is a schematic diagram showing a second operation of the wheel of wisdom in the embodiment. FIG. 4C is a diagram showing a second operation of the wheel of wisdom in the embodiment. Schematic diagram (d) Schematic diagram showing a second operation of the wheel of wisdom in the embodiment (e) Schematic diagram showing a second operation of the wheel of wisdom in the embodiment

5A is a schematic diagram showing a third operation of the wheel of wisdom in the embodiment; FIG. 5B is a schematic diagram showing a third operation of the wheel of wisdom in the embodiment; FIG. 5C is a diagram showing a third operation of the wheel of wisdom in the embodiment; Schematic diagram (d) Schematic diagram showing the third operation of the wheel of wisdom in the embodiment (e) Schematic diagram showing the third operation of the wheel of wisdom in the embodiment

6A is a schematic diagram showing a third operation of the wheel of wisdom in the embodiment; FIG. 6B is a schematic diagram showing a third operation of the wheel of wisdom in the embodiment; FIG. 6C is a diagram showing a third operation of the wheel of wisdom in the embodiment; Pattern diagram

7A is a schematic diagram showing a fourth operation of the wheel of wisdom in the embodiment; FIG. 7B is a schematic diagram showing a fourth operation of the wheel of wisdom in the embodiment; FIG. 7C is a diagram showing a fourth operation of the wheel of wisdom in the embodiment; Schematic diagram (d) Schematic diagram showing the fourth operation of the wheel of wisdom in the embodiment

8A is a schematic diagram showing a fourth operation of the wheel of wisdom in the embodiment. FIG. 8B is a schematic diagram showing a fourth operation of the wheel of wisdom in the embodiment. FIG. 8C is a diagram showing a fourth operation of the wheel of wisdom in the embodiment. Schematic diagram (d) Schematic diagram showing the fourth operation of the wheel of wisdom in the embodiment

9A is a schematic diagram showing a fourth operation of the wheel of wisdom in the embodiment. FIG. 9B is a schematic diagram showing a fourth operation of the wheel of wisdom in the embodiment. FIG. 9C is a diagram showing a fourth operation of the wheel of wisdom in the embodiment. Schematic diagram (d) Schematic diagram showing the fourth operation of the wheel of wisdom in the embodiment

FIG. 10A is a schematic diagram showing the start of an operation when an operation rod is attached to a connection member. FIG. 10B is a schematic diagram showing a state where the operation rod is attached to a connection member.

FIG. 11A is a schematic view showing the operation of attaching the operation rod to the connection member. FIG. 11B is a schematic view showing the operation of attaching the operation rod to the connection member. Schematic diagram (d) Schematic diagram showing the operation of attaching the operating rod to the connecting member (e) Schematic diagram showing the process of attaching the operating rod to the connecting member

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Chain 2 Operation member 2a Ring member 2b End member 2c End connection member 2d, 3d, 4d, 5d, 6d Insertion part 3,4,5,6 Connection member 3a, 4a, 5a, 6a Operation ring member 3b , 4b, 5b, 6b Connecting member 3c, 4c, 5c, 6c Connecting member 7 Operating rod 7a Space 7b Operating end 7c Handle A A Upper side B Lower side

Claims (3)

(57) [Claims] (A) a ring member having an insertion portion, a string-shaped end connection member having one end connected to the ring member and the other end inserted through the insertion portion of the ring member; An operating member having an end member that is connected to the other end of the end connecting member and cannot be inserted into and removed from the ring member; (b) a string-shaped connecting member; and connected to one end of the connecting member. And (c) the operation of the connecting member. The operating ring member includes an operating ring member having an insertion portion, and a connecting member connected to the other end of the connecting member. The connection member of the end connection member or the other connection member is irremovably inserted into the insertion portion of the ring member, and the connection member is connected to the connection member of the end connection member or the other connection member. The operation member and one or more of the connection members are connected irremovably. (D) a space that can be inserted into and removed from at least each of the insertion portions of the ring member and the operation ring member, and that can be inserted through at least the operation member, the operation ring member, and the connection member. A wisdom wheel, comprising: an operation rod having a portion; 2. The connecting member has an insertion portion formed in a ring shape or the like that cannot be inserted into the operation ring member, and the end portion connecting member or another member is inserted by the insertion portion of the coupling member. The ring of wisdom according to claim 1, wherein the connection member is inserted through the connection member so that it cannot be detached. 3. The wisdom ring according to claim 1, wherein the end member has an insertion portion formed in a ring shape or the like through which the operation rod can be inserted and removed.