KR20190006386A - Assembling device of a toy - Google Patents

Abstract

The present invention relates to a combining element for a prefabricated toy, comprising: a fixating body; a combining unit which is movably coupled to the inside of the fixating body; and a magnetic member provided on the inside of the combining unit. Therefore, a toy is easily assembled and detached within a predetermined angle, thereby enabling assembly in various shapes. In addition, a static prefabricated toy is converted into a moving prefabricated toy, thereby making a great contribution to prevent a user from being frequently tired of using it and to develop creativity.

Description

ASSEMBLING DEVICE OF A TOY}

In particular, the present invention relates to a joint for a toysable toy, in particular, an engaging part provided to be able to flow into a fixed body is coupled to one side or the other side of a toysable toy, and a magnetic force member is provided to the joint part, So that the rotation can be smoothly performed in a coupled state.

Generally, toys that have the form of finished products used by children generally develop their creativity through the process of assembling and disassembling toys because of the reason that they can not develop creativity. Various toys that can help the development of intelligence have been developed, .

Although the assembled toy has a joint structure in which the projections and grooves formed in the respective parts are fitted to each other, the assembled toy is commercially available. However, when assembling, the projections and grooves of the respective parts must be aligned with one another to provide force. There is an inconvenience that it is not easy to disassemble each part to make it.

On the other hand, a prefabricated toy in which a magnet is provided inside the component and in which the components are brought close to each other to allow easy coupling between the components by means of the magnetic force is also commercially available. The prefabricated toy having the magnet is convenient The components can be joined to each other, and there is an advantage in that they can be easily disassembled after assembly. However, since the joints between the parts are not rigid, there is a problem that they are broken down when a minute impact is applied after assembling in a three-dimensional shape.

Although a coupling structure for fitting the protrusions and the grooves formed in each component to each other has been disclosed, many coupling members for assembling parts and components of the assembled toy in a fitting manner have been disclosed. However, even if the coupling members are used, There is a problem in that the coupling is disassembled if the parts are rotated in a state where the parts are combined.

In order to solve such a problem, a joining member for assembling the parts and components of the assembled toy of Registration Practical Utility Model No. 20-480804 (Jul. 06, 2016) has been proposed, and the proposed joining member is provided between the upper and lower parts The first intermediate member having the serrated tooth structure is provided with the cylindrical permanent magnet. However, in the process of assembling the toys or in the assembled state, the first intermediate member can be rotated in the axial direction but not in the direction perpendicular to the axis There is a problem that it is possible to assemble only in the horizontal direction or the vertical direction, but it is impossible to assemble in a slight inclination direction.

In addition, due to the above problems, the assembled toy has almost a simple rectangular shape, which limits the development of children's creativity.

Registration Practical Utility Model No. 20-480804 (2016.07.01)

In the present invention, the assembled toy bodies each having a separated form so as to be assembled can be assembled and pivoted in various directions by being held at a predetermined angle in a state where they are coupled to each other by magnetic force, This is a way to make a lot of contribution to the development of creativity while preventing frequent tiredness.

The present invention relates to a fixing device comprising: a fixed body; An engaging portion movably coupled to the inside of the fixed body; And a magnetic force member provided inside the coupling portion.

The fixed body may have a cylindrical shape and may have left and right sides separated from each other. A first left and right coupling guide formed to have a hemispherical shape inside the first left and right bodies; A first left and right separation preventing jaw formed on an upper portion of the first left and right coupling guides; A first left and right positioning guides provided on separate ends of first and second left and right bodies on which both side ends of the first and second left and right coupling guides are positioned; First left and right pinholes formed at the center of the first left and right coupling guides; A first left and right latching jaw extending outwardly from an upper portion of the first left and right bodies; Left and right wedge-shaped protrusions arranged at regular intervals on the surfaces of the first left and right bodies positioned below the first left and right latching jaws; And left and right grooves formed between the left and right wedge-shaped protrusions.

In addition, the first left and right positioning guides may be formed at one side end of the first left body so that first positioning grooves are maintained at a predetermined interval from the upper side and the lower side, and the other end of the first left side body A first right positioning pin is formed at one side of the first right side body and is fitted to the first positioning groove in an upper portion and a lower portion, And second positioning pins, which are fitted to the second positioning pins at the upper and lower portions, are formed at regular intervals on the other end of the body.

In addition, a first positioning projection is formed between the first positioning pin and the second positioning pin, and a positioning connecting groove is formed between the first positioning groove.

The first and second upper and lower coupling bodies may have a spherical shape and are separated into an upper portion and a lower portion. The first upper coupling body may include a first support shaft protruded outward from both sides of the lower portion, ; A first hook engaging groove formed to penetrate from a bottom face of the upper engaging body toward an upper portion in a direction perpendicular to the first supporting shaft and having a first engaging protrusion outside the upper portion of the through hole; A first magnetic member upper insertion groove formed to penetrate from a lower center to an upper portion of the upper coupling body; And a first ring engagement protrusion having a ring shape formed on an upper portion of the first magnetic member upper insertion hole, wherein the first lower engagement body includes a first support shaft recess formed on both sides of the first support shaft so that a lower portion of the first support shaft is seated Groove; A second hook piece protruding upward in a direction perpendicular to the first support shaft receiving groove to be coupled to the first hook coupling groove; A first magnetic member lower insertion groove formed between the first support shaft receiving grooves; And a first enlarged coupling portion having a first coupling portion in which an obtuse and a bone are arranged in a circular shape at a lower portion of the first magnetic member lower insertion groove.

The magnetic force member may include a magnet having a cylindrical shape.

The fixed body may have a cylindrical shape and may have left and right sides separated from each other. A first left and right coupling guide formed to have a hemispherical shape inside the first left and right bodies; A first left and right separation preventing jaw formed on an upper portion of the first left and right coupling guides; A first left and right positioning guides provided on separate ends of first and second left and right bodies on which both side ends of the first and second left and right coupling guides are positioned; First left and right pinholes formed at the center of the first left and right coupling guides; A first left and right latching jaw extending outwardly from an upper portion of the first left and right bodies; And a first left and right helical portion formed on the surfaces of the left and right unit bodies positioned below the first and second right and left hooks.

According to another aspect of the present invention, An engaging portion movably coupled to the inside of the fixed body; And a cylindrical magnetic force member having a notch groove formed in the coupling portion, wherein the fixed body has a cylindrical shape and has a first threaded portion on the outer peripheral edge portion, and a second engaging jaw having an outwardly extended shape is formed An integral body; A pin insertion guide formed upward from a lower portion of the inner periphery of the integral body; A fixing cap mounting jaw formed to have a height close to the height of the pin insertion guide; A fixed cap fixing groove located between the pin insertion guides and spaced apart from a lower portion of the fixed cap mounting jaw; And a first tool holding groove formed at a predetermined interval on an outer peripheral edge of the second holding jaw, and a fixed cap is coupled to a lower portion of the integral body.

In addition, the coupling portion may have a spherical shape, an integral coupling body having a second support shaft formed in an outer side in an outward direction, and a magnetic force member insertion groove formed in an upward direction from a lower center; A ring coupling protrusion formed to have a ring shape on an upper portion of the magnetic member insertion groove; And a second enlarged coupling portion having a second coupling protrusion in the form of an obtuse and a valley below the magnetic member insertion groove.

The coupling unit may include a cup-shaped coupling body having a spherical shape, a cup-shaped coupling body formed with a third support shaft protruding outwardly in the outward direction, and having a magnetic force member guide insertion slot formed upward from a lower center thereof; A third ring coupling protrusion formed to have a ring shape on an upper portion of the magnetic force member guide insertion groove; A guide inserting portion formed at an inner periphery of the magnetic force member guide inserting groove and formed to penetrate outward so as to be arranged in a direction perpendicular to the third supporting axis; And a fourth hook piece engaged with the guide insertion engagement portion, wherein a magnetic force member seating groove is formed therein, and a third engaging protrusion having an arched portion and a third engaging recess portion arranged in a circular shape at a lower portion of the magnetic force member seating groove, And a magnetic member seating part provided with an extended coupling part.

The coupling unit may include a separate left and right coupling body having a spherical shape and a fourth support shaft formed to protrude outward in the outer direction and having a magnetic member guide insertion groove formed upward from a lower center thereof; A fifth hook piece formed horizontally on a butt surface of the detachable left and right coupling bodies; A fifth hook groove horizontally formed on the butt portion of the detachable left and right coupling bodies to correspond to the fifth hook piece; And a fourth enlarged coupling portion having a fourth coupling protrusion in which an apex and a valley are arranged in a circular shape in a lower portion of the detachable left and right coupling bodies, respectively.

According to another aspect of the present invention, An engaging portion movably coupled to the inside of the fixed body; And a cylindrical magnetic force member provided in the coupling portion, wherein the fixed body and the coupling portion are coupled to each other in a state of being separated vertically along the horizontal direction, and the fixed body has a cylindrical shape and a ladder- And a separable upper and lower fixing body having upper and lower stopping hooks formed at upper and lower portions, respectively, and are coupled to each other by high frequency coupling in a state of being engaged with each other.

In addition, the coupling portion may include a separable upper and lower coupling body formed in a hemispherical shape and having a second magnetic member upper insertion groove on the upper inner side and a lower insertion groove on the second lower magnetic member on the lower inner side, A fifth ring engagement projection formed to have a shape; A fifth support shaft formed to protrude outward on both sides of a lower portion of the detachable upper coupling body; A hook piece formed to protrude downward on a detachable upper coupling body between the fifth support shafts; And a plurality of positioning holes formed in a lower portion of the detachable upper coupling body, wherein the detachable lower coupling body includes a fifth enlarged coupling portion formed to have a shape of a mountain and a valley at a lower portion thereof; A second support shaft receiving groove formed on both sides of the upper portion of the detachable lower coupling body; A sixth hook groove formed between the second support shaft receiving grooves, and a positioning protrusion formed to correspond to the positioning hole.

The fixed body is formed with a ladder-type engaging concave portion symmetrically formed at a lower portion of a lower portion of the outer circumferential edge portion in the form of a cylinder, and a ladder-like engaging concave portion corresponding to the ladder- And a locking protrusion is formed to be engaged with each other.

The present invention is characterized in that an engaging part provided to be able to flow inside the fixed body is coupled to one side or the other side of the assembled toy and a magnetic force member is provided in the engaging part, thereby enabling the toy to be easily attached and detached within a certain angle Can be obtained.

In addition, through this, it is possible to assemble various forms beyond the range of conventional simple square shaped toy toys.

In addition, it is possible to assemble the toy toy even when a part of the toy toy is inclined. Further, since the toy toy can be rotated in the assembled state, the toy can be converted from a static toy toy to a dynamic toy toy, Effect can be obtained.

And it has the effect of contributing to the development of children 's creativity.

1 is a perspective view and an exploded perspective view showing a state in which a fastener for a toy can according to the present invention is separated from a toy.
FIG. 2 is a bottom perspective view and a bottom exploded perspective view showing a state in which a coupling for a modular toy according to the present invention is separated from a modular toy. FIG.
FIG. 3 is a longitudinal sectional view showing a state in which a coupling member for a knockable toy according to the present invention is coupled to a knockable toy; FIG.
FIG. 4 is a perspective view and an exploded perspective view showing another embodiment of a coupling member for a modular toy according to the present invention; FIG.
FIG. 5 is a bottom perspective view and a bottom exploded perspective view showing another embodiment of the assembled toy accessory according to the present invention. FIG.
6 is a longitudinal sectional view showing another embodiment of a coupling member for a knockable toy according to the present invention.
FIG. 7 and FIG. 8 are a perspective view, an exploded perspective view and a bottom perspective view, and a bottom exploded perspective view, respectively, showing still another embodiment of the assembled toy accessory according to the present invention.
9 and 10 are a perspective view, an exploded perspective view and a bottom perspective view, and an exploded bottom perspective view, respectively, of another embodiment of the assembled toy for a toys according to the present invention.
11 and 12 are a perspective view, an exploded perspective view, a bottom perspective view, and a bottom exploded perspective view showing still another embodiment of the coupling means for the assembled toy according to the present invention.
FIG. 13 and FIG. 14 are a perspective view, an exploded perspective view, a bottom perspective view, and an exploded bottom perspective view showing another embodiment of the coupling member for the assembled toy according to the present invention.
15 and 16 are a perspective view, an exploded perspective view, a bottom perspective view, and a bottom exploded perspective view showing still another embodiment of the assembled toy accessory according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings.

While the invention is susceptible to various modifications and alternative forms, specific embodiments thereof are shown by way of example in the drawings and will herein be described in detail. It is to be understood that the present invention is not intended to be limited to the specific embodiments but includes all changes, equivalents, and alternatives included in the spirit and scope of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, with reference to the accompanying drawings, a detailed description will be given of a fastener for a knockdown toy according to the present invention.

FIG. 1 is a perspective view and an exploded perspective view showing a state in which a fastener for a knock down toy according to the present invention is separated from a knock-down toy, FIG. 2 is a view showing a state in which a fastener for a knock- FIG. 3 is a longitudinal sectional view showing a state where the coupling assembly for the assembled toy according to the present invention is coupled to the assembly type toy. FIG.

The assembled toy for a toys according to the present invention can be easily assembled and disassembled within a certain angle so that the toy can be assembled over a range of simple assembling toys, The fixing body 100, the coupling portion 200, and the magnetic force member 300, as shown in FIGS. 1 to 3, which can contribute to the prevention of frequent boredom and to contribute to the development of creativity. . That is, the engaging portion 200 having the magnetic force member 300 is movably coupled into the fixed body 100.

Here, the fixed body 100 includes first and second left and right side bodies 100a and 100a 'having a hollow cylindrical shape, which are separated from each other in left and right directions, The first left and right coupling guides 100a-1 and 100a'-1 are formed in a hemispherical shape in the first left and right bodies 100a and 100a ' So that the coupling member 200 can be stably supported.

The first left and right separation preventing jaws 100a-2 and 100a'-2 are formed on the upper parts of the first left and right coupling guides 100a-1 and 100a'-1, 200 can be prevented from being separated into an upper portion and a lower portion.

The first left and right side bodies 100a and 100a 'on both sides where the first and second left and right coupling guides 100a-1 and 100a'-1 are located are provided with first left and right side positioning The first and second left and right side bodies 100a and 100a 'having separate shapes are provided so that the guides 100a-3 and 100a'-3 can be coupled with each other at the correct positions.

The first left and right positioning guides 100a-3 and 100a'-3 have upper and lower first positioning grooves 100a-31 formed at one side of the first left body 100a at predetermined intervals And the first positioning pins 100a-32 are formed at upper and lower ends of the first left body 100a so as to be spaced apart from each other at regular intervals.

A second right positioning pin 100a'-33 is formed at one end of the first right side body 100a 'so as to be inserted into the first positioning groove 100a-31, The second positioning pins 100a'-34 that are fitted to the second positioning pins 100a-32 at upper and lower portions at the other ends of the first positioning pins 100a'-100a ' So that it can be prevented from being distorted.

First positioning projections 100a-35 are formed between the first positioning pins 100a-32 and the second positioning pins 100a-33, and the first positioning grooves 100a-31 The positioning connection grooves 100a-36 are formed between the first and second fixing grooves 100a-1 and 100a-1 to 100a-34, Is partially introduced into the first left and right side bodies 100a and 100a 'to prevent the coupling member 200 from being fixed due to adhesion.

The first left and right pinholes 100a-4 and 100a'-4 are formed at the center of the first left and right coupling guides 100a-1 and 100a'-1, The first support shaft 200a-1 formed in the upper coupling body 200a is inserted to allow the coupling unit 200 to rotate in an arbitrary angle.

The first left and right hooks 100a-5 and 100a'-5 extending outwardly from the top of the first left and right bodies 100a and 100a ' (B) of the toy body (B) while being prevented from being inserted more deeply than necessary in the fixing hole (H) formed in the toy body (B).

The left and right wedge-shaped protrusions 100a-6 (100a-5) are formed on the surfaces of the first left and right bodies 100a and 100a 'positioned below the first left and right hooks 100a-5 and 100a'- (100a'-6) is formed and inserted into the fixing hole (H) formed in the assembled toy body (B), it is further prevented from being detached in the reverse direction so as to be separated.

The left and right wing grooves 100a-7 and 100a'-7 are formed between the left and right wedge-shaped protrusions 100a-6 and 100a'-6 to form the fixing hole H formed in the assembled toy body B It is possible to allow the adhesive body to remain in the process of bonding using an adhesive, thereby increasing the adhesive force.

The coupling unit 200 includes a first upper and lower coupling bodies 200a and 200a 'that are integrally formed in a spherical shape and are rotatable at a predetermined angle within the fixed body 100, Are coupled to each other.

The first upper coupling body 200a is formed such that a first support shaft 200a-1 protrudes outward on both sides of a lower portion thereof and is coupled to the upper coupling body 200a-1 in a direction perpendicular to the first support shaft 200a- A first hook coupling groove 200a-2 arranged to have a first hooking step 200a-21 from the bottom of the first hook coupling groove 200a toward the upper side is formed to pass through.

The first magnetic member upper insertion groove 200a-3 is formed to penetrate from the lower center of the upper coupling body 200a to the upper portion of the upper magnetic member upper insertion hole 200a-3. The ring coupling protrusion 200a-4 is formed to be easily inserted into the first enlarged coupling portion 200a'-4 described later, and at the same time, do.

The first lower coupling body 200a 'has a first support shaft receiving groove 200a'-1 formed on both sides of the upper portion thereof so that the lower portion of the first support shaft 200a-1 is seated, The second hook piece 200a'-2 is formed so as to protrude upward in a direction perpendicular to the first support shaft seating groove 200a'-1 to be coupled to the coupling groove 200a-2.

A first magnetic member lower insertion groove 200a'-3 is formed between the first support shaft receiving grooves 200a'-1 and a lower portion of the first magnetic member lower insertion groove 200a'-3 A first extended coupling portion 200a'-4 having a first coupling projection portion 200a'-41 in which an arbor and a bone are arranged in a circular shape is formed so that the first ring coupling projection portion 200a- Can be easily coupled without interference.

The magnetic force member 300 is provided to be held in a state where the other magnetic force members 300 provided in the other coupling portion 200a are coupled to each other by a repulsive force.

In this assembled toy coupling, the lower part of the magnetic force member 300 is inserted into the first magnetic force member lower insertion groove 200a'-3 of the first lower coupling body 200a ', and then the upper part of the magnetic force member 300 When the upper and lower portions are pressed in a state of being inserted into the first magnetic member upper insertion groove 200a-3 of the first upper coupling body 200a, the first hook piece 200a'- 200a-2, and then engaged with the first stopping jaw 200a-21 so that the magnetic force member 300 is inserted into the coupling portion 200 in a state where the magnetic force member 300 is inserted.

The first support shaft 200a-1 protruding from both sides of the coupling part 200 is inserted into the first left pinhole 100a-4 formed on the first left body 100a and the first right body 100a ' And the first and second positioning pins 100a-32 and 100a'-33 are inserted into the first and second positioning holes 100a- The first body 100a and the first body 100a 'are pressed against each other while being positioned at the entrance of the fixing body 100 ) Are combined.

The fixed body 100 having the coupling part 200 obtained through the above process is fixed by applying the adhesive to the fixing hole H formed in the assembled toy body B and then inserting the fixed body 100. At this time, the left and right wedge-shaped protrusions 100a-6 and 100a'-6 formed on the fixed body 100 are prevented from separating in the opposite directions and the left and right groove portions 100a-7 and 100a'- It is possible to prevent further detachment due to an increase in adhesive force as part of the state of stay is maintained.

The engaging portion 200 provided inside the fixed body 100 is angularly adjusted as it rotates about the first support shaft 200a-1 as shown by the one-dot chain line in Figs. 1 to 3 .

FIG. 4 is a perspective view and an exploded perspective view showing another embodiment of the assembled toy according to the present invention, FIG. 5 is a bottom perspective view and a bottom exploded perspective view showing another embodiment of the assembled toy accessory according to the present invention, 6 is a longitudinal sectional view showing another embodiment of a coupling member for a knockable toy according to the present invention.

In the present invention, the left and right wedge shaped protrusions 100a-6 and 100a'-6 and the left and right side groove portions 100a-7 and 100a'-7 where the adhesive stays are formed on the fixed body 100, 4 through 6, it is possible to prevent the fixing body H from being separated from the fixing body H in a reverse direction after being coupled with the fixing body H through the fixing hole H formed in the fixing body H. However, 100 can be screwed into the fixing hole H formed in the assembled toy body B. [

In this case, the fixed body 100 has a cylindrical shape and is formed to have left and right sides separated by the first left and right bodies 100a and 100a ', and the first and second left and right bodies 100a, The first left and right coupling guides 100a-1 and 100a'-1 are formed in a hemispherical shape in the first and second left and right coupling guides 100a-1 and 100a'- The first left and right separation preventing tails 100a-2 and 100a'-2 may be formed on the upper portions of the first and second left and right separation preventing surfaces 100a-1 and 100a-2.

The first left and right side bodies 100a and 100a 'on both sides where the first and second left and right coupling guides 100a-1 and 100a'-1 are positioned, The first and second pinholes 100a-1 and 100a'-1 are provided at the center of the first left and right coupling guides 100a-1 and 100a'-1, 4) 100a'-4 may be formed.

The first left and right hooks 100a-5 and 100a'-5 extend outward from the upper portions of the first and second left and right bodies 100a and 100a ' 100a'-8 (100a'-8 ') on the surface of the left and right unit bodies 100a and 100a' positioned below the right hooks 100a-5 and 100a'- Can be formed.

The first left and right helical parts 100a-8 and 100a'-8 are formed on the surface of the left and right unit bodies 100a and 100a 'through the fixing holes H formed in the assembled toy body B So that it is possible to further prevent separation in the reverse direction by screwing so that the service life can be prolonged.

FIGS. 7 and 8 are a perspective view, an exploded perspective view and a bottom perspective view, and an exploded bottom perspective view, respectively, of another embodiment of the assembled toy according to the present invention. FIGS. 9 and 10 are perspective views, Figs. 11 and 12 are a perspective view, an exploded perspective view and a bottom perspective view showing still another embodiment of a coupling member for a modular toy according to the present invention, and Figs. 11 and 12 are perspective views, Fig.

In the present invention, the left and right wedge shaped protrusions 100a-6 and 100a'-6 and the left and right side groove portions 100a-7 and 100a'-7 where the adhesive stays are formed on the fixed body 100, A first upper coupling body 200a and a second lower coupling body 200b of the coupling part 200 are formed so as to be directly coupled in the axial direction through the fixing hole H formed in the coupling part 200, The fixed body 100 is screwed into the fixing hole H formed in the assembled toy body B as shown in Figures 7 to 12 in addition to the above- As shown in FIG.

In this case, the coupling part 200 is coupled to the fixed body 100 so as to be fluidly connected, and the cylindrical magnetic force member 320 having the notch groove 301 provided in the coupling part 200 is included .

The fixed body 100 includes an integral body 100b having a first threaded portion 100b-1 on the outer circumferential edge in a cylindrical shape and a second stopping protrusion 100b-2 having an outwardly extended shape, And the pin insertion guide 100b-3 of the inner periphery of the integral body 100b is formed to be upward from the lower portion and is fixed to have a height close to the height of the pin insertion guide 100b-3. So that the cap mounting step 100b-4 can be formed.

Further, a fixed cap fixing groove 100b-5 is formed between the pin insertion guides 100b-3 and spaced apart from the lower portion of the fixed cap mounting jaw 100b-4, The first tool engagement groove 100b-21 is formed at a predetermined interval on the outer peripheral edge of the engaging protrusion 100b-2 and the fixed cap 100e is coupled to the lower portion of the integral body 100b desirable.

In this case, as shown in FIGS. 7 and 8, the coupling portion 200 has a spherical outer shape and a second support shaft 200b-1 formed in the outer lateral direction, A ring coupling protrusion 200b-3 is formed so as to have a ring shape on the upper side of the magnetic force member insertion groove 200b-2 so that an integrated coupling body 200b having the magnet member insertion groove 200b-2 formed therein is formed And a second extended coupling portion 200b-5 having a second coupling projection portion 200b-4 in the form of an apex and a valley is formed below the magnetic member insertion groove 200b-2.

9 and 10, the coupling portion 200 includes a third support shaft 200b-1 formed to protrude outward in the outer direction having a spherical shape, and a third support shaft 200b- Shaped coupling body 200b 'having a magnetic force member guide insertion slot 200b'-2 formed toward the magnetic force member guide insertion slot 200b'-2 and a third ring having a ring shape at the upper portion of the magnetic force member guide insertion slot 200b'- So that the engaging protrusions 200b'-3 are formed.

At this time, the guide member 220 is formed at the inner periphery of the magnetic force member guide insertion groove 200b'-2 and has a guide penetration portion (not shown) so as to be penetrated outwardly so as to be arranged in a direction perpendicular to the third support shaft 200b'- And a fourth hook piece 200b'-5 which is hooked on the guide inserting portion 200b'-4 so that the magnetic force receiving groove 200b'-4 Is formed.

In addition, a third extended coupling portion 200b'-8 having a third coupling projection portion 200b'-7 in which the crests and valleys are arranged in a circular shape is provided below the magnetic member seating groove 200b'-6 It is preferable that the magnetic member seat fitting piece 200b'-9 is provided.

11 and 12, the coupling unit 200 includes a fourth support shaft 200c-1 and a third support shaft 200c'-1 formed to protrude outward in the outer side having a spherical shape And a separable left and right coupling bodies 200c and 200c 'having magnetic force member guide insertion grooves 200c-2 and 200c'-2 formed from the lower center to the upper portion are provided on the upper and lower sides of the body 200. At this time, The fifth hook piece 200c-3 and the fifth hook piece 200c-3 are formed horizontally on the butt surface of the detachable left and right coupling bodies 200c and 200c ' A fourth hook groove 200c'-4 formed horizontally on the butt surface of the detachable left and right coupling bodies 200c and 200c 'so as to correspond to the first and second hooks 200c'-3, The fourth extended coupling portions 200c-6 and 200c'-5 having the fourth coupling projections 200c-5 and 200c'-5 in which the mountains and the valleys are arranged in a circular shape at the lower portion of the bodies 200c and 200c ' -6) is more preferably formed The.

The fixed cap 100e prevents the coupling part 200 provided inside the fixed body 100 from being separated from the outside and is provided with guide protrusions (not shown) on both sides of the cap body 100e- And a hook 100e-3 is formed between the guide protrusions 100e-2 so that the pin insertion guide 100b-3 and the fixed cap fixing grooves 100b- 5, respectively.

FIGS. 13 and 14 are a perspective view, an exploded perspective view and a bottom perspective view, and an exploded bottom perspective view showing another embodiment of the assembled toy according to the present invention, FIGS. 15 and 16 are views An exploded perspective view, a bottom perspective view, and a bottom exploded perspective view of another embodiment.

In the present invention, the fastening body 100 is coupled with the coupling part 200 in the form of a simple hook so that the fastening body 100 is coupled to the left and right sides. However, as shown in FIGS. 13 and 14, So that they can be combined in a separated form.

In this case, as shown in FIGS. 13 to 16, the fixed body 100 is coupled with the coupling part 200 so as to be able to flow into the fixed body 100, and the inside of the coupling part 200 The cylindrical magnetic force member 300 can be provided. In this case, the fixed body 100 and the engaging part 200 are vertically separated from each other in the horizontal direction, and the fixed body 100 is formed in a cylindrical shape as shown in FIGS. 13 and 14 , The ladder-like recessed portions 100c-1 and 100c'-1 and the ladder-shaped hillocks 100c-2 and 100c'-2 may be repeatedly arranged on the outer peripheral edge.

The upper and lower fixing bodies 100c and 100c 'having the upper and lower fastening protrusions 100c-3 and 100c'-3, respectively, are provided, and the upper and lower fixing bodies 100c and 100c' are engaged with each other by high- .

In this case, the coupling part 200 has a second magnetic member upper insertion groove 200d-1 on the upper inner side and a second magnetic member lower insertion groove 200d'-1 on the lower inner side, The upper and lower detachable coupling bodies 200d and 200d 'may be formed as the upper and lower coupling bodies 200d and 200d', respectively. The fifth ring coupling protrusions 200d-2 may be formed at the upper part of the detachable upper coupling body 200d, And the fifth support shaft 200d-3 protrudes outwardly from both sides of the lower portion of the first support shaft 200d.

A hook piece 200d-4 is formed to protrude downward from the detachable upper coupling body 200d between the fifth support shaft 200d-3 and the hook piece 200d-4 protrudes downward from the detachable upper coupling body 200d. So that a plurality of formed positioning holes 200d-5 are formed.

In addition, the detachable lower coupling body 200d is formed on both sides of the upper portion of the detachable lower coupling body 200d 'so as to form a fifth enlarged coupling portion 200d'-2 formed to have a shape of a mountain and a bone at a lower portion thereof. 3 and the sixth hook groove 200d'-4 formed between the second support shaft seating grooves 200d'-3 and the positioning holes 200d'-3, -5) corresponding to the positioning protrusion 200d'-5.

The fixed body 100 is provided with a detachable upper and lower fixing bodies 100c and 100c 'having upper and lower stoppers 100c-3 and 100c'-3 respectively formed at upper and lower portions thereof, As shown in Figs. 15 and 16, a ladder-type engaging recessed portion 100d is formed symmetrically on the lower portion of the outer periphery portion positioned at the lower side in the form of a cylinder, and an outer periphery And a ladder-type latching convex portion 100d 'corresponding to the ladder-type latching concave portion 100d is formed on an upper portion of the edge portion so as to be engaged with each other. In this case, it becomes possible to merge with a simple pressing without requiring a separate high-frequency joint.

What has been described above includes examples of one or more embodiments. It is, of course, not possible to describe all possible combinations of components or methods for purposes of describing the embodiments described, but one of ordinary skill in the art may recognize that many further combinations and permutations of various embodiments are possible. Accordingly, the described embodiments are intended to embrace all such alterations, modifications and variations that fall within the spirit and scope of the appended claims.

100: Fixing body
100a, 100a ': first left and right bodies
100a-1, 100a'-1: first left and right coupling guides
100a-2, 100a'-2: first left and right separation bust
100a-3, 100a'-3: First left and right positioning guides
200:
200a, 200a ': first phase, lower coupling body
200a-1: a first supporting shaft
200a'-1: first support shaft seat groove
200a-2: first hook coupling groove
200a-21: First stopping jaw
200a'-2: a second hook piece
200a-3: first magnetic member upper insertion groove
200a'-3: first magnet member lower insertion groove
200a-4: first ring-
200a'-4:
200a'-41: a first coupling protrusion
300:

Claims (14)

A fixed body;
An engaging portion movably coupled to the inside of the fixed body; And
And a magnetic force member provided inside the coupling portion.
The method according to claim 1,
Wherein the fixed body has a cylindrical shape and has left and right sides separated from each other;
A first left and right coupling guide formed to have a hemispherical shape inside the first left and right bodies;
A first left and right separation preventing jaw formed on an upper portion of the first left and right coupling guides;
A first left and right positioning guides provided on separate ends of first and second left and right bodies on which both side ends of the first and second left and right coupling guides are positioned;
First left and right pinholes formed at the center of the first left and right coupling guides;
A first left and right latching jaw extending outwardly from an upper portion of the first left and right bodies;
Left and right wedge-shaped protrusions arranged at regular intervals on the surfaces of the first left and right bodies positioned below the first left and right latching jaws; And
And a left and a right groove formed between the left and right wedge-shaped protrusions.
3. The method of claim 2,
The first left and right positioning guides are formed at one end of the first left body so that first positioning grooves are maintained at a predetermined interval from the top and the bottom, The first positioning pin is formed so as to be maintained at a predetermined interval and a second right positioning pin is formed at one end of the first right body so as to be fitted to the first positioning groove in an upper portion and a lower portion, And second positioning pins, which are fitted to the second positioning pins at upper and lower portions, are formed at regular intervals on the other end portion.
The method of claim 3,
Wherein a first positioning projection is formed between the first positioning pin and the second positioning pin, and a positioning connecting groove is formed between the first positioning groove.
The method according to claim 1,
The coupling unit includes a first support shaft having a spherical shape, a first upper and a lower coupling body having a shape separated into an upper portion and a lower portion, the first upper coupling body being formed to protrude outward on both sides of the lower portion;
A first hook engaging groove formed to penetrate from a bottom face of the upper engaging body toward an upper portion in a direction perpendicular to the first supporting shaft and having a first engaging jaw extending outwardly from an upper portion thereof;
A first magnetic member upper insertion groove formed to penetrate from a lower center to an upper portion of the upper coupling body; And
And a first ring engaging protrusion having a ring shape formed on an upper portion of the first magnetic member upper insertion hole,
The first lower coupling body includes a first support shaft receiving groove formed on both sides of the first support shaft so that a lower portion of the first support shaft is seated;
A second hook piece protruding upward in a direction perpendicular to the first support shaft receiving groove to be coupled to the first hook coupling groove;
A first magnetic member lower insertion groove formed between the first support shaft receiving grooves; And
And a first extended coupling portion having a first coupling protrusion in which an arbor and a bone are arranged in a circular shape is formed at a lower portion of the first magnetic member lower insertion groove.
The method according to claim 1,
Wherein the magnetic force member includes a magnet having a cylindrical shape.
The method according to claim 1,
Wherein the fixed body has a cylindrical shape and has left and right sides separated from each other;
A first left and right coupling guide formed to have a hemispherical shape inside the first left and right bodies;
A first left and right separation preventing jaw formed on an upper portion of the first left and right coupling guides;
A first left and right positioning guides provided on separate ends of first and second left and right bodies on which both side ends of the first and second left and right coupling guides are positioned;
First left and right pinholes formed at the center of the first left and right coupling guides;
A first left and right latching jaw extending outwardly from an upper portion of the first left and right bodies; And
And a first left and right helical portion formed on the surfaces of the left and right unit bodies located below the first left and right fastening jaws.
A fixed body;
An engaging portion movably coupled to the inside of the fixed body; And
And a cylindrical magnetic force member having a notch groove provided in the coupling portion,
Wherein the fixed body has a cylindrical body and has a first threaded portion on an outer peripheral edge thereof and a second engaging jaw having an outwardly extended shape at an upper portion thereof;
A pin insertion guide formed upward from a lower portion of the inner periphery of the integral body;
A fixing cap mounting jaw formed to have a height close to the height of the pin insertion guide;
A fixed cap fixing groove located between the pin insertion guides and spaced apart from a lower portion of the fixed cap mounting jaw; And
And a first tool engagement groove formed at an outer circumferential edge of the second engagement protrusion at a predetermined interval,
And a fixing cap is coupled to a lower portion of the integral body.
9. The method of claim 8,
The coupling unit includes: an integral coupling body having a sphere-shaped outer side and a second support shaft in an outer side direction and having a magnetic force member insertion groove formed from a lower center toward an upper side;
A ring coupling protrusion formed to have a ring shape on an upper portion of the magnetic member insertion groove; And
And a second extended coupling portion having a second coupling protrusion in the form of an obtuse and a bone is formed below the magnetic member insertion groove.
9. The method of claim 8,
The coupling unit includes a cup-shaped coupling body having a spherical shape, a cup-shaped coupling body formed with a third support shaft protruding outwardly in the outer direction, and a magnetic force member guide insertion groove formed upward from a lower center thereof;
A third ring coupling protrusion formed to have a ring shape on an upper portion of the magnetic force member guide insertion groove;
A guide inserting portion formed at an inner periphery of the magnetic force member guide inserting groove and formed to penetrate outward so as to be arranged in a direction perpendicular to the third supporting axis; And
A third extension having a fourth hook piece engaged with the guide insertion engagement portion and having a magnetic engaging member receiving groove formed therein and a third engaging protruding portion formed with a mountain and a bone in a circular shape below the magnetic member receiving groove, And a magnetic member seating part having a coupling part is included.
9. The method of claim 8,
The coupling unit includes a separable left and right coupling body having a spherical shape and a fourth support shaft formed to protrude outward in the outer direction and having a magnetic force member guide insertion groove formed from the lower center toward the upper side;
A fifth hook piece formed horizontally on a butt surface of the detachable left and right coupling bodies;
A fifth hook groove horizontally formed on the butt portion of the detachable left and right coupling bodies to correspond to the fifth hook piece;
And a fourth extended coupling portion having a fourth coupling protrusion in which an arbor and a valley are arranged in a circular shape in a lower portion of the detachable left and right coupling bodies, respectively.
A fixed body;
An engaging portion movably coupled to the inside of the fixed body; And
The fixing body and the coupling portion are coupled to each other in a state of being separated vertically along the horizontal direction, and the fixing body is formed in a cylindrical shape in a shape of a ladder- Shaped upper and lower fixing bodies each having upper and lower upper and lower engaging jaws formed on the upper and lower parts, respectively, and are engaged with each other by high-frequency coupling in a state of being engaged with each other.
13. The method of claim 12,
Wherein the coupling portion comprises a separable upper and lower coupling body formed in a hemispheric shape and having a second magnetic member upper insertion groove on an upper inner side and a lower insertion groove of a second magnetic member on an inner lower portion,
The detachable upper coupling body includes a fifth ring coupling protrusion formed to have a ring shape at an upper portion thereof;
A fifth support shaft formed to protrude outward on both sides of a lower portion of the detachable upper coupling body;
A hook piece formed to protrude downward on a detachable upper coupling body between the fifth support shafts; And
A plurality of positioning holes formed in a lower portion of the detachable upper coupling body,
The detachable lower coupling body includes a fifth enlarged coupling portion formed to have a shape of a mountain and a valley at a lower portion thereof;
A second support shaft receiving groove formed on both sides of the upper portion of the detachable lower coupling body;
A sixth hook groove formed between the second support shaft receiving grooves; And
And a positioning protrusion formed to correspond to the positioning hole.
13. The method of claim 12,
The fixed body has a ladder-type engaging concave portion symmetrically formed at a lower portion of a lower portion of the outer circumferential edge portion in the form of a cylinder, and a ladder-like engaging concave portion corresponding to the ladder- Are formed to be engaged with each other.

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