KR101375110B1 - Transformation toy - Google Patents

Abstract

The present disclosure is to provide a transformable toy which is transformed from a first shape to a second shape and the second shape to the first shape when an impact is applied. For this, the transformable toy includes a lower case which has a semispherical shape; a plurality of upper cases which are joined to the lower case to generally form a spherical appearance as a first shape; an inner case which is installed in the lower case to restrain a pressurizing unit from traveling upward over a predetermined distance and is supported to open the upper case in a radial direction; the pressurizing unit which pressurizes the upper case to transform the upper case into the second shape by being coupled inside the lower case to move upward/downward with a lower spring; a latching unit which is installed in the inner case to fasten or release the pressurizing unit; an impact sensing unit which is installed in the inner case and changes position of the latching unit to release the latching unit by providing displacement caused by inertia force when an impact is applied. Therefore, the transformable toy draws children's increased attention because the first shape is dynamically transformed to the second shape when an impact is applied. It is advantageous that the transformable toy is used by relatively young children because the second shape is easily transformed to the first shape.

Description

Transformation Toys {TRANSFORMATION TOY}

The present invention relates to a modified toy. More particularly, the present invention relates to a modified toy that is deformed from a first shape to a second shape and easily deformed from a second shape to a first shape when an impact occurs.

In general, toys whose shape is deformed among toys that can be played with infants or children provide various types of play effects.

As a method of modifying the shape of the toy, there is a method of achieving a shape deformation of the toy through manual operation or deforming the shape through the operation of the locking means using magnetic force of the magnet.

In particular, the toy using a magnetic force is configured to include an outer structure, an inner structure accommodated inside the outer structure, and a locking means operatively linked to the movement of the magnet movably disposed inside the toy when the magnet moves.

When the magnet member moves under the action of a magnetic force, the locking means causes the toy to deform from the first shape to the second shape.

Shape deformation toys using such a magnetic force is described in Republic of Korea Patent Publication No. 2008-101924, the name of the invention, 'toys'.

The toy according to the prior art maintains the spherical shape by the locking members when the magnetic force by the magnet is not supplied, by means of the force applied by the deflecting means. .

On the other hand, when the magnetic force is supplied, the locking state by the locking members is unlocked in conjunction with the movement of the magnet, and as a result, the connection between the outer structures folded in a spherical shape in the locking state by the locking member is unlocked to the outside. The structures deform from the first shape to the second shape.

In addition, the toy according to the prior art has a first shape in which the magnetic force of the magnet is supplied to the toy when the toy approaches the magnet disposed on the bottom surface while rolling the bottom surface, the toy can roll The toy operating in the form is immediately stopped and the toy deforms from the first shape to the second shape.

However, the toy according to the prior art adopts a configuration in which an outer structure or a top member including a plurality of members is arranged based on an inner structure or a lower member which acts as a support.

Therefore, the structure of the toy is complicated, there is a problem that the number of components included in the toy increases, and if the magnetic force of the magnet for deforming from the first shape to the second shape is not supplied, the first shape to the second shape There is a problem that can not be converted to.

In addition, the complexity of the procedure for rebuilding the upper member when the shape of the toy returns from the second shape to the first shape has a problem that it is difficult for the infant to play with the toy.

In order to solve this problem, an object of the present invention is to provide a modified toy that is deformed from the first shape to the second shape when the impact occurs, and easily deformed from the second shape to the first shape.

In order to achieve the above object, the present invention provides a modified toy, hemispherical lower case; A plurality of upper cases coupled to the lower case so that the overall outer shape of the first shape becomes a sphere shape; An inner case installed in the lower case to restrict the pressing part from moving upward by a predetermined distance, and support the upper case to open in a radial direction; A pressurizing part configured to be lifted and lowered through a lower spring inside the lower case to press the upper case to deform the upper case into a second shape; A locking part installed on the inner case to fix or release the pressing part; And an impact sensing unit installed in the inner case and providing a displacement by an inertial force so that the locking unit is released when an impact occurs.

In addition, the transforming toy according to the present invention is characterized in that it further comprises a link between the lower case and the upper case rotatably installed through the first and second rotation shaft to increase the rotation radius when the upper case is opened. do.

In addition, the upper case according to the invention the upper case body; A roller unit installed inside the upper case body; A roller support installed inside the upper case body to support the roller unit to be rotatable through a roller rotation shaft; A locking protrusion formed at one side of an inner tip portion of the upper case body; A locking groove formed on the other side of the inner end portion of the upper case body; And a torsion spring installed on the upper case body to provide an elastic force.

In addition, the inner case according to the present invention through-hole formed in the center of the body of the inner case; A guide part configured to receive the pressing part and to guide the pressing part through the through hole; And an inner case coupling groove for rotatably supporting the upper case.

In addition, the pressing portion according to the invention the pressing portion body having a spherical shape on the top; A receiving groove opened downward in the pressing part body; And a pressing part flange formed under the pressing part body.

In addition, the pressing unit body according to the invention is characterized in that any character is shaped.

In addition, the locking unit according to the present invention is a locking unit rotating shaft protruding a predetermined length to both sides in the horizontal direction of the locking unit body; A locking protrusion protruding to one side of the locking body so as to be coupled to the impact detecting unit; A locking part engaging protrusion formed at a longitudinal end of the locking part body; And a lock guide configured to support the lock to maintain a predetermined position in the inner case.

In addition, the impact detection unit according to the present invention through-hole drilled to be coupled to the locking portion on one side of the impact sensing unit body; And a shock sensing spring installed between the shock sensing unit and the inner case to provide an elastic force so that the shock sensing unit maintains a predetermined position.

In addition, the body of the impact detection unit according to the invention is characterized in that made of a metal material to increase the weight per unit volume.

The present invention has the advantage that the dynamic deformation of the first shape to the second shape is large when the impact occurs, it is possible to further improve the interest of the infant.

In addition, the present invention has the advantage that the deformation from the second shape to the first shape can be easily used even for infants of a relatively small age.

1 is a perspective view showing a first shape of the transformed toy according to the present invention.
2 is a cross-sectional view showing the structure of the transformed toy according to FIG.
3 is a perspective view showing a second shape of the transformed toy according to the present invention.
Figure 4 is a plan view showing a second shape of the transformed toy according to the present invention.
5 is a partially exploded perspective view showing the configuration of the transformed toy according to the present invention.
Figure 6 is an exploded perspective view showing a lower case of the transformed toy according to the present invention.
Figure 7 is an exploded perspective view showing the inner case of the transformed toy according to the present invention.
8 is a perspective view showing a locking part of the modified toy according to the present invention.
9 is a perspective view showing a shock detection unit of the modified toy according to the present invention.
10 is a perspective view showing a modification process of the transformed toy according to the present invention.
11 is a plan view showing a first shape of the transformed toy according to the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the transformed toy according to the present invention.

1 is a perspective view showing a first shape of the transformed toy according to the invention, Figure 2 is a cross-sectional view showing the structure of the transformed toy according to Figure 1, Figures 3 and 4 is a second shape of the transformed toy according to the present invention 5 to 9 are views showing the configuration of the transformed toy according to the present invention, it is a view showing a modification process of the transformed toy according to Figs.

As shown in Figures 1 to 11, the transformed toy 100 according to the present invention is a spherical shape of the overall shape of the first shape in the locked state, the lock is released when the impact or impact is applied from the outside A transforming toy 100 deformed from a shape into a second shape of a car shape, the lower case 110, the plurality of upper case 120, the link portion 130, the inner case 150, the pressing portion It comprises a 160, a locking unit 170, and an impact detection unit 180.

The lower case 110 is a hemispherical member, the lower support 111 is formed by extending a predetermined length from the inner bottom surface of the concave shape, a plurality of coupling for the upper case 120 on the edge of the lower case 110 The lower case coupling groove 112 is formed, and is inserted into the lower support 111 is configured to include a lower spring 113 to provide an elastic force to move the pressing unit 160 in the upward direction.

The upper case 120 is configured to be coupled to the lower case 110 so that the outer shape of the first shape which is installed in a plurality of upper portions of the lower case 110 to be entirely spherical (sphere), hemispherical The upper case body 121 formed by dividing the member into four parts to form a bent portion, the roller portion 122 rotatably installed on the inner curved portion of the upper case body 121, and the inner side of the upper case body 121. A roller support 123 installed at the roller support 122 so as to be rotatable through the roller rotation shaft 124, and a locking protrusion 125 formed at one side of the inner leading end of the upper case body 121; A locking groove 126 formed at the other end of the inner case of the upper case body 121 and engaged with the locking protrusion 125 of the adjacent upper case, and installed in the upper case body 121 to form a second shape. The upper case when deforming The body 121 is configured to include a torsion spring 127 to provide an elastic force to open.

When the plurality of upper cases 120, 120a, 120b, and 120c are collected and maintain the hemispherical shape, the locking protrusion 125 is engaged with the locking grooves 126 of the neighboring upper case to be fixed to the neighboring upper case. To keep.

In the present embodiment, the four upper cases 120, 120a, 120b, and 120c, which are divided into four quarters of the hemispherical shape so that the second shape maintains the car shape, are described as an embodiment, but the present invention is not limited thereto. The upper case 120 may be configured by dividing the hemispherical shape into at least two equal parts or more.

The link unit 130 is rotatably installed between the lower case 110 and the upper case 120 through the first and second rotation shafts 140 and 141, respectively, so that the lower case 110 and the upper case 120 are provided. By allowing a constant flow space to be generated therebetween, the radius of rotation of the upper case 120 is increased during the opening operation of the upper case 120, and the outer surface of the upper case 120 is bottomed when deformed into a second shape. Make sure that it is in close contact with the face.

That is, since the link unit 130 is connected to the lower case 110 and the upper case 120 through the first and second rotation shafts 140 and 141, when the upper case 120 is deformed into a second shape, The rotation angle of the upper case 120 may be increased by the rotation shaft 141.

The inner case 150 is installed on the upper portion of the lower case 110 to restrict the pressing unit 160 to move upwards by a predetermined distance, and to support the upper case 120 to open in a radial direction to open. As a disc-shaped member, a through-hole 151 formed to penetrate a portion of the pressing part 160 in the center of the body of the inner case having a disc shape, and extends a predetermined length from the bottom of the body of the inner case to press the pressing part 160. The guide part 152 for guiding the pressing part 160 to move through the through hole 151 and the inner case body, and the upper case 120 is rotatably supported by the guide part 152. It is configured to include an inner case coupling groove 153.

In addition, the inner case 150 forms a plurality of cutouts 152a along the lengthwise direction in which the guide part 152 extends so as to be engaged with the locking part 170.

The pressing unit 160 is coupled to the inside of the lower case 110 via a lower spring 113 so as to be lifted and lowered, and presses the upper case 120 when the upper case 120 moves upward. Is configured to deform into a second shape, the pressurizing portion body formed with a sphere (sphere) in the upper portion so as to press the roller portion 122 formed on the plurality of upper cases (120, 120a, 120b, 120c) ( 161, the receiving groove 162 formed in the pressing part body 161 and opened downward to insert the lower support 111 and the lower spring 113 of the lower case 110, and the pressing portion. The lower end of the sub-body 161 extends a predetermined length in the radial direction to block the lower end of the pressing unit 160 from passing through the through hole 151 of the inner case 150, or to accommodate the inner case 150. Pressing portion engaged with the locking portion 170 to maintain the inserted state in the groove 162 It is configured to include a Flange 163.

In addition, the upper portion of the pressing portion body 161 of the spherical shape may be configured by shaping any character.

The locking unit 170 is installed below the inner case 150 and engaged with the pressing unit 160 so that the pressing unit 160 is inserted into the receiving groove 162 of the inner case 150. It is fixed to hold or to the state in which the engagement state with the pressing unit 160 is released (release), protruding a predetermined length in both sides of the body transverse direction of the locking portion so that the locking portion 170 in the radial direction of the inner case 150 An inner case at a locker shaft 171 to rotate outwardly, a lock protrusion 172 protruding to one side of the lock body so as to be coupled to the impact sensing unit 180, and a longitudinal tip of the lock body. The locking portion locking protrusion 173 protruding a predetermined length radially inward of the 150 and the cutout portion 152a of the inner case 150 are inserted into the locking portion 170 at a predetermined position in the inner case 150. A lock guide 174 that supports to hold the It is configured.

The shock detection unit 180 is installed below the inner case 150 and provides a displacement by inertial force so that the locking unit 170 is released when an impact occurs so that the position of the locking unit 170 is variable. As a rectangular member to be formed, it is preferable that the rectangular shock sensor body is made of a metal material having a large weight per unit volume so that a movement displacement caused by inertial force is large.

That is, the shock detection unit 180 is configured so that the shock detection unit 180 is not exposed to the outside of the lower case 110 in order to detect an impact, so that the overall appearance of the first shape maintains a spherical shape and smooth rolling. Allow Rolling to take place.

In addition, the shock detection unit 180 is drilled through the hole 181 to be coupled to the locking projection 172 on one side of the shock detection unit body, is installed between the impact detection unit body and the inner case 150 The shock detection unit body is configured to include a shock detection spring 182 to provide an elastic force to maintain a predetermined position.

The following describes the operation of the transformed toy according to the present invention.

The transforming toy 100 is moved inwardly of the lower case 110 by pressing the pressing unit 160 in the second shape in which the upper case 120 is separated and unfolded, respectively.

At this time, the pressing unit 160, the pressing portion flange 163 of the lower portion is moved downward, and compresses the lower spring 113, is fixed by engaging with the locking portion locking projection 173 at a predetermined position, Figure 10 and The same pressing unit 160 is in a state stored inside the lower case 110.

The user collects the plurality of upper cases 120, respectively, to form a first shape having a spherical shape as shown in FIG. 11, and the engaging protrusions 125 and the locking grooves 126 formed in each upper case 120 are adjacent to each other. It is fastened to the locking projection and the locking groove of the case, respectively, to maintain the overall shape.

Thereafter, the user rolls the transforming toy 100 maintaining the first shape along the floor to collide with any object or drops it on the floor or the like at an arbitrary position so that the transforming toy 100 is impacted.

When the impact occurs, an impact is generated in the shock detector 180 that maintains a constant position. At this time, a position displacement is generated by the inertial force in the shock detector 180, and the shock detector 180 The locking protrusion 172 interlocked according to the positional displacement of the lock unit 172 rotates about the locking unit rotation shaft 171 so that the locking unit locking protrusion 173 and the pressing unit flange 163 are released.

When the pressing part flange 163 is released with the locking part locking protrusion 173, the elastic force of the lower spring 113 is applied to the pressing part body 161 so that the pressing part 160 moves upward by the elastic force. do.

As the pressing unit 160 moves upward, the roller unit 122 in close contact with the upper surface of the pressing unit body 161 pushes up the upper case body 121, resulting in a plurality of upper cases 120, 120a, 120b and 120c rotate about the first and second rotational shafts 140 and 141 and spread outward to form a second shape.

At this time, the torsion spring 127 of the upper case 120 provides an additional elastic force so that the upper case is opened in the outward direction to prevent the upper case 120 from being opened and at the same time the upper case ( 120) can be opened quickly.

Therefore, when an impact occurs, the dynamic deformation of the first shape to the second shape is greatly increased, thereby further improving the interests of the infants, and the second shape to the first shape is easy to deform so that infants of a relatively small age Are also readily available.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention as defined in the appended claims. It can be understood that

In the course of the description of the embodiments of the present invention, the thicknesses of the lines and the sizes of the components shown in the drawings may be exaggerated for clarity and convenience of explanation, , Which may vary depending on the intentions or customs of the user, the operator, and the definitions of these terms should be based on the contents throughout this specification.

100: transformed toy 110: lower case
111: lower support 112: lower case coupling groove
113: lower spring 120: upper case
121: upper case body 122: roller portion
123: roller support 124: roller rotation axis
125: locking projection 126: locking groove
127: torsion spring 130: link portion
140: first rotating shaft 141: second rotating shaft
150: inner case 151: through hole
152: guide portion 152a: incision
153: inner case coupling groove 160: pressing portion
161: the pressing body 162: receiving groove
163: pressing part flange 170: locking part
171: rotating shaft of the locking part 172: locking projection
173: locking projection 174: locking guide
180: shock detection unit 181: through hole
182: shock detection spring

Claims (9)

Hemispherical lower case 110;
A plurality of upper cases 120 engaged with the lower case 110 so that the overall shape of the first shape becomes a sphere shape;
An inner case 150 installed in the lower case 110 to restrict the pressing unit 160 from moving upward by a predetermined distance, and support the upper case 120 to be opened in a radial direction;
Pressing portion 160 to press the upper case 120 so that the upper case 120 is deformed into a second shape by being coupled to the elevating (昇降) through the lower spring 113 inside the lower case 110. ;
A lock unit 170 installed at the inner case 150 to fix or release the pressing unit 160; And
It is installed on the inner case 150, and includes a shock detection unit 180 to provide a displacement by the inertial force so that the position of the locking unit 170 is changed by the inertia force to be released when an impact occurs. Transformation toys to be.
The method of claim 1,
The link unit is rotatably installed between the lower case 110 and the upper case 120 through first and second rotation shafts 140 and 141 to increase the rotation radius when the upper case 120 is opened. 130) further comprising a transformed toy.
3. The method according to claim 1 or 2,
The upper case 120 is the upper case body 121;
A roller portion 122 installed inside the upper case body 121;
A roller support 123 installed inside the upper case body 121 to support the roller unit 122 so as to be rotatable through a roller rotation shaft 124;
A locking protrusion 125 formed at one side of an inner end portion of the upper case body 121;
A locking groove 126 formed at the other inner side of the upper case body 121 at the other side; And
Modified toy characterized in that it comprises a torsion spring (127) is installed on the upper case body 121 to provide an elastic force.
3. The method according to claim 1 or 2,
The inner case 150 has a through hole 151 formed in the center of the body of the inner case;
A guide part 152 configured to accommodate the pressing part 160 and to guide the pressing part 160 to move through the through hole 151; And
The transforming toy, characterized in that it comprises an inner case coupling groove 153 is rotatably supported by the upper case 120 is coupled.
3. The method according to claim 1 or 2,
The pressing unit 160 has a pressing unit body 161 having a spherical shape thereon;
A receiving groove 162 opened downward in the pressing part body 161; And
The transforming toy, characterized in that it comprises a pressing portion flange (163) formed in the lower portion of the pressing portion body (161).
The method of claim 5, wherein
The pressing unit body 161 is a transformed toy, characterized in that any character is shaped.
3. The method according to claim 1 or 2,
The locking unit 170 is a locking unit rotating shaft 171 protruding a predetermined length to both sides in the horizontal direction of the locking unit body;
A locking protrusion protrusion 172 protruding to one side of the locking body so as to be coupled to the impact detecting unit 180;
A locking part locking protrusion 173 formed at a longitudinal end of the locking part body; And
Modification toy, characterized in that it comprises a lock guide (174) for supporting the lock portion 170 to maintain a predetermined position in the inner case (150).
3. The method according to claim 1 or 2,
The impact detecting unit 180 is a through hole 181 that is drilled to be coupled to the locking unit 170 on one side of the impact sensing unit body; And
Modified toy, characterized in that it comprises a shock detection spring (182) is provided between the shock detection unit 180 and the inner case 150 to provide an elastic force so that the shock detection unit 180 maintains a predetermined position.
The method of claim 8,
Body of the impact detection unit 180 is a transformed toy, characterized in that made of a metal material to increase the weight per unit volume.

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