KR101527316B1 - Toy car - Google Patents

Abstract

The purpose of the present invention is to provide a toy car which is unlocked and transforms to discharge a second item accommodated in the toy car, and expose a first item attached to a lower part if an arbitrary first item is attached to a lower part of the toy car. To achieve the above purpose, the present invention comprises: a lower housing having an accommodation space for a second item formed below an upper housing; a pressurizing part installed to be able to rotate around a rotational axis of the pressurizing part below a lower housing to envelop the accommodation space, overturning the upper and lower housings by pressurizing a bottom using an elastic force of a first spring; a first locking part installed in one side of the lower housing to be able to rotate, and locking or unlocking depending on a position of the pressurizing part; a second locking part installed in the lower housing to fixate a pressurizing part, and unlocking such that the pressurizing part rotates via transformation if a first item is attached; and a discharge part installed in the accommodation space of the lower housing and pressurizing such that a second item can be released from a toothing state with the first locking part to be discharged to the outside if the upper and lower housings are overturned by the pressurizing part. Therefore, the present invention enables a user to enjoy both playing with the car and playing with a card and increases the excitement of the play as the toy car is unlocked, and transforms to discharge the second item accommodated in the toy car, exposing the first item attached to a lower part if the arbitrary first item is attached to the lower part of the toy car.

Description

Toy Vehicle {TOY CAR}

The present invention relates to a toy vehicle, and more particularly, to a toy vehicle which is unlocked when an arbitrary first item is attached to a lower portion of a toy vehicle, To a toy vehicle transforming the first item to be exposed.

The transforming toy has various toy bodies made up of a robot shape or an automobile shape, and is assembled into a robot or an automobile toy. This is a kind of toy, which expresses various shapes. Therefore, There is an advantage that various play can be enjoyed through.

On the other hand, in a generally known card game for children, a play figure or a character is printed on the surface or the back of a square-shaped card, and a card on which the figure or character is printed is checked in accordance with a predetermined game rule, .

This kind of card game for children is a process in which a card user places a card on the floor and checks the card by hand to see it. Since the play is simple, it is easily lost in the case of a child, There is no other function except function.

Korean Patent Laid-Open No. 10-2013-0097615 (entitled "Transformed car toy and play apparatus using the same") discloses a transformed car toy that is turned upside down so that the bottom of the card is visible when an arbitrary card is attached to the bottom of the vehicle .

However, the transformed car toy according to the related art is configured to use only one card, so that it is not possible to play a card using a plurality of cards, and thus various games can not be provided.

Korean Patent Publication No. 10-2013-0097615

In order to solve such a problem, the present invention is characterized in that when an arbitrary first item is attached to a lower part of a toy vehicle, the second item is unlocked so that the first item attached to the lower part is exposed The present invention provides a toy car that transforms a vehicle.

According to an aspect of the present invention, there is provided a toy vehicle comprising: a lower housing having a storage space for a second item at a lower portion of an upper housing; A pressing portion which is rotatably installed on a lower portion of the lower housing to cover the storage space through a rotary shaft of the pressing portion and which presses the floor by the elastic force of the first spring to overturn the upper and lower housings; A first locking part installed on one side of the lower housing to be capable of rotating or sliding and being locked or unlocked by rotation or sliding movement according to the position of the pressing part; A first locking part rotatably installed on one side of the lower housing and being locked or unlocked according to a position of the pressing part; A second locking portion provided on the lower housing to fix the pressing portion, to be displaced when the first item is adhered to unlock the pressing portion to rotate; And a discharging unit installed in a receiving space of the lower housing and pressing the upper and lower housings so that the upper and lower housings are disengaged from the first locking unit to discharge the second item to the outside do.

Further, the upper and lower housings according to the present invention may be any one of a doll shape, a character shape, an automobile shape, and an animal shape.

Further, the second locking part according to the present invention may include: a second locking part body having one side inclined; A magnet mounting part having a magnet mounted on one side of the second locking part body; And a second locking portion latch installed on the other side of the second locking portion body to support the pressing portion to maintain the locked state.

Further, the second locking part according to the present invention may extend to a lower side of the other side of the second locking part body so as to come into contact with the distal end of the first item, which is introduced into the lower part, so that the magnet of the second locking part closely contacts And a second locking lever that is operated to lock the second lock lever.

In addition, the second locking part according to the present invention may include a second locking part body moving in the vertical direction; A slide portion which mates with the second locking portion body and moves in a horizontal direction in accordance with the vertical movement of the second locking portion body; And a magnet provided below the second locking part body and moving the second locking part body downward to adhere to the first item.

In addition, the second locking portion body according to the present invention includes a second locking portion inclined portion which is installed on a side wall and presses the slide portion to move in the horizontal direction.

Further, the slide part according to the present invention includes a pair of slide part inclined parts protruding upward at one side and mating with the second lock part body; A slide portion latch which extends a predetermined length to the other side of the slider portion inclined portion and supports the pressing portion so as to be locked or unlocked; And a second lock portion spring provided between the slide portion latch and the second lock portion guide to provide an elastic force so that the slide portion maintains a predetermined position on one side of the second lock portion body.

Further, the upper housing according to the present invention is installed to be operable at both sides of the upper housing, and when the second locking portion is unlocked, a first fender portion separated from the upper housing to unlock the pressing portion, And further comprising:

In addition, the first and second fender portions according to the present invention may include a fender through-hole formed at one side of the body of the first and second fender portions; A fender lock groove provided on the other side of the body of the first and second fender portions and mating with the second lock portion; And a fender latch installed at one side of the fender through-hole to engage with the pressing portion so that the pressing portion is locked or unlocked.

The second locking portion may include a second locking portion body that is vertically movably provided and has a second locking portion latch which is engaged with the first and second fender portions; A second locking part spring installed between the second locking part body and the lower housing to provide an elastic force so that the second locking part body maintains a predetermined position; And a magnet provided below the second locking part body and moving the second locking part body downward to adhere to the first item.

In addition, the first and second items according to the present invention may be a character member of any one of an animal, an object, and a doll having a predetermined shape, or at least one of characters, numbers, and game information may be a print card on the surface.

In addition, the first and second items according to the present invention are characterized by being a card including a magnetic substance or a metal plate member therein.

The present invention is characterized in that when any first item is attached to the lower part of the toy car, it is unlocked and transformed to expose the first item attached to the lower part together with the discharge of the second item stored in the toy car, There is an advantage that it is possible to enjoy playing cards together and to further increase the fun of play.

1 is a perspective view showing a toy vehicle according to the present invention.
2 is an exploded perspective view showing a configuration of a first embodiment of a toy vehicle according to the present invention.
3 is a cross-sectional view showing the structure of a toy vehicle according to the first embodiment of FIG. 2;
4 is a view illustrating an operation process of a toy vehicle according to the present invention.
5 is an exploded perspective view showing a configuration of a second embodiment of a toy vehicle according to the present invention.
6 is a cross-sectional view showing the structure of a toy vehicle according to the second embodiment of Fig. 5;
7 is an exploded perspective view showing a configuration of a third embodiment of a toy vehicle according to the present invention.
8 is a cross-sectional view showing the structure of a toy vehicle according to the third embodiment of Fig. 7;
FIG. 9 is a perspective view showing the operation of the toy vehicle according to the third embodiment of FIG. 7; FIG.

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

(Embodiment 1)

2 is an exploded perspective view showing a configuration of a first embodiment of a toy vehicle according to the present invention, and Fig. 3 is an exploded perspective view showing a toy according to the first embodiment of Fig. 2, Fig. Sectional view showing the structure of the automobile.

1 to 3, the toy vehicle 100 according to the first embodiment of the present invention is unlocked when any first item 200 is attached to the lower part of the toy vehicle, The upper housing 110, the lower housing 120, the pressing portion 130, and the first lock 130 are exposed to expose the first item 200 attached to the lower portion together with the discharge of the stored second item 210. [ A second locking part 150, and a discharging part 160. The first locking part 150 and the second locking part 150 are formed of a metal plate.

The upper housing 110 is configured to form an outer shape of an automobile. The upper housing 110 can be formed into various shapes such as a doll, an arbitrary cartoon character, an animal or a known automobile design, And a plurality of wheels interlocked with the means.

The lower housing 120 is disposed at a lower portion of the upper housing 110 and includes a receiving portion 122, a pressing portion 130, a first locking portion 140, A lock portion 150, and a discharge portion 160 are provided.

Reference numeral 121a denotes a magnet through hole 121a formed through the magnet 154 so as to penetrate the magnet through hole 121a so that adhesion with the first item 200 can be better performed.

The lower body part 121 is a plate-like member and includes a receiving part 122 for receiving the second item 210, a wheel mounting groove 123 for mounting the wheel, a second locking part 150 A first locking part hinge 125 for mounting the first locking part 140 and a pressing part through hole 126. The first locking part hinge 125 is provided with a second locking part hinge 124 for fixing the first locking part 140,

The receiving part 122 is a member having an opening formed at one side thereof, and may be any one of a card, a doll, and any character printed on at least one of a doll, a character, a letter, a number, The second item 210 is stored.

The pressing part 130 is a plate-like member and accommodates the opening of the receiving part 122 so that the second item 210 contained therein is not exposed to the outside, and one end of the pressing part 130 is pressed And a pressing part hinge 121 'formed on the lower part of the lower housing 120 through the auxiliary rotary shaft 131. [

The pressing portion 130 may include a first spring 132 that rotates about the pressing portion hinge 121 'when the first pressing portion 130 is unlocked from the lower housing 120 and provides an elastic force to press the floor, A latching groove 133 which engages with the second locking part 150 and maintains the locking state of the pressing part 130 in tight contact with the bottom surface of the lower housing 120, And a pressing portion latch 134 for pressing the first locking portion latch 143 at a rotational position of the pressing portion 130 when the pressing portion 130 rotates.

When the second locking portion 150 is separated from the locking groove 133 and is unlocked, the pressing portion 130 presses the floor through the elastic force of the first spring 132, So that the upper and lower housings 110 and 120 of the automobile shape are rolled over.

When the upper and lower housings 110 and 120 are overturned, the pushing portion 130 may be opened and closed so that the second item 210 stored in the housing portion 122 can be discharged. Open.

The first locking part 140 is provided at one side of the receiving part 122 so as to be displaceable and moves according to the rotating position of the pressing part 130 to be locked or unlocked. A first lock portion rotation shaft 141 rotatably coupled to the lock portion hinge 125 of the housing 120 and a first lock portion locking protrusion 141 formed by extending a certain length to one side of the first lock portion rotation shaft 141, And a second locking part locking protrusion (142) which is extended from the first locking part rotation shaft (141) by a predetermined length and which presses the first locking part locking protrusion (142) 1 locking portion latch 143 and the first locking portion locking protrusion 142 are engaged with the discharging portion 160 so as to be kept in the locked state so that when the locked state with the discharging portion 160 is released, And a first lock spring 144 that provides an elastic force .

The first locking portion 140 is configured to be rotated about the first locking portion rotation shaft 141 in accordance with the rotation of the pressing portion 130. However, It is also possible to slide the slide member 180 to one side in accordance with the rotation of the pressing unit 130, so that the slide member can be designed and changed to slide.

The second locking part 150 is provided on the front side of the lower housing 120 to support the pressing part 130 to be fixed at a predetermined position and is displaced when the first item 200 is adhered to the pressing part 130, A magnet mounting portion 152, a second locking portion latch 153, a magnet 154, a second locking portion lever 155, and a second locking portion lever 155. The second locking portion main body 151, the magnet mounting portion 152, .

The second locking part body 151 is slidably formed at a predetermined position of the second locking part body 151 so that the second locking part body 151 is engaged with the lower body part 120, The second lock portion hinge 124 and the second lock portion rotation shaft 151a of the first lock portion hinge 124 and the second lock portion rotation shaft 151a so as to be rotatable.

The second locking part body 151 is installed on the second locking part rotation axis 151a of the lower body part 120 to maintain a predetermined position so that the second locking part 150 can maintain the locked state Lt; / RTI >

When the magnet 154 and the first item 200 are in close contact with each other, the magnet mounting portion 152 may be disposed on one side of the second locking portion body 151, So that the lock body 151 is rotated about the second lock portion rotation shaft 151a.

The second locking portion latch 153 is provided on the other side of the second locking portion body 151 to support the pressing portion 130 so as to maintain the locked state. Preferably, the second locking portion latch 153 is engaged with the locking groove 133 A predetermined protrusion is formed at the tip of the second locking portion latch 153 so that the locking protrusion can be engaged with the locking groove 133 in the locked state.

The magnet 154 is configured to come in close contact with the first item 200 through a magnetic field to provide a driving force to rotate the second locking part body 151 about the second locking part rotation axis 151a. It is preferable that it is made of a neodymium magnet so as to be formed. In place of the magnet, an adsorption plate and a viscous adhesive may be used.

When the second locking lever 155 is in contact with the distal end of the first item 200 which is extended downward from the second locking portion body 151 by a predetermined length and flows into the lower portion of the lower housing 120, 2 locking body 151 rotates about the first locking portion rotation axis 151a so that the magnet 154 of the second locking portion 150 is more easily brought into close contact with the first item 200. [

When the upper and lower housings 110 are turned over by the pressing portion 130, the discharge portion 160 is disengaged from the first locking portion 140, When the pressing portion 130 is unlocked and the receiving portion 122 is unlocked, the second item 210 is received in the receiving portion 122 And a discharge portion spring 161 that presses the plate-shaped discharge portion 160 to discharge the second item 210 to the outside.

That is, one end of the discharging portion 160 is engaged with the first locking portion locking protrusion 142 to be locked at an arbitrary position inside the storage portion 122, and the first locking portion locking protrusion 142, When the lock state with the discharge portion spring 161 is released, the discharge portion spring 161 is vertically moved up and down within the storage portion 122 by the elastic force of the discharge portion spring 161. [

On the other hand, the first item 200 and the second item 210 may be a character member such as an animal, an object, or a doll having a predetermined shape, or may be a member of a circle or a polygonal shape and may have any character, And a card made of a plastic material or a paper material in which a coating layer is formed on the surface.

The first and second items 200 and 210 are preferably cards. The first and second items 200 and 210 are formed of a magnetic material, Or a metal plate member.

FIG. 4 is a view illustrating an operation process of the toy vehicle according to the present invention, and illustrates an operation process of the toy vehicle according to the first embodiment of the present invention.

1 to 4, when the second item 210 is housed in the housing part 122 of the automobile 100, one side of the pressing part 130 is connected to the automobile 100 100 and rotates about the rotation axis 131 to open the opening of the storage part 122 and then stores the optional second item 210 to be stored in the storage part 122.

At this time, the discharging part 160 installed on the receiving part 122 is pushed to engage with the first locking part locking protrusion 142 and moved until the locking part is in the locked state so that the discharging part spring 161 is pressed .

When the discharging unit 160 is locked and the mounting of the second item 210 on the receiving unit 122 is completed, the pressing unit 130 is rotated to be in close contact with the bottom surface of the lower housing 120, Covers the opening portion of the pouring portion 122.

When the pressing portion 130 is brought into close contact with the bottom surface of the lower housing 120, the locking groove 133 of the pressing portion 130 is engaged with the second locking portion latch 153 to be locked, 130 are fixed to the bottom surface of the lower housing 120.

When the pushing portion 130 is completely fixed, the user normally moves the vehicle 100 in the direction of the first item 200 disposed on the opposite side of the vehicle 100 after the vehicle 100 is normally mounted on the floor.

When the automobile 100 passes through the first item 200 as shown in FIG. 4A, the second lock portion 150 provided at the lower side of the front side of the automobile 100 is guided by the magnet 154 to the first item 200 The first item 200 is brought into close contact with the bottom surface of the automobile 100. The first item 200 is attached to the bottom surface of the vehicle 100 by a magnetic force.

The second locking body 151 provided with the magnet 154 is rotated downward about the second locking portion rotation shaft 151a due to the attachment of the first item 200 and the magnet 154, The locked state, which is engaged with the engagement groove 133 by the elastic force of the second lock portion spring 151b, is released.

When the second locking lever 155 is positioned on the upper surface of the first item 200 so that the attachment of the first item 200 and the magnet 154 can be more easily performed, The one side of the second locking part 150 moves upwards and the other side of the second locking part 150 provided with the magnet 154 moves downward So that it can be moved and attached to the first item 200 better.

When the first item 200 and the magnet 154 are attached, the second locking portion latch 153 installed on the second locking portion 150 moves upward, and the second locking portion latch 153 So that the pressing portion 130 is unlocked to be separated from the lower portion of the automobile 100 as shown in Fig. 4 (b) The pressing part 130 rotates around the pressing part rotating shaft 131 due to the elastic force of the first spring 132 and presses the floor so that the front side of the automobile 100 in the state where the first item 200 is attached And lifted up.

4 (c), when the elastic force of the first spring 132 is continuously applied to the pressing portion 130, the automobile 100 is completely rolled over with the first item 200 attached thereto The pressing portion 130 rotated by the first spring 132 is rotated to an arbitrary position and the pressing portion latch 134 provided on the pressing portion 130 also rotates as the pressing portion 130 rotates And rotate together.

When the pressing portion latch 134 rotates to press the end of the first locking portion latch 143, the first locking portion latch 143 rotates around the first locking portion rotation shaft 141, The first locking part 142 is rotated upward so that the first locking part 140 is separated from the discharging part 160 so that the discharging part 160 is released from the locked state.

When the discharge unit 160 is unlocked, the upper part of the storage unit 122 is opened as shown in FIG. 4 (d), and the second item 210 stored in the storage unit 122 is discharged to the discharge unit And is fired in the upward direction of the storage portion 122 by the elastic force of the spring 161.

Therefore, when an arbitrary first item 200 is attached to the automobile 100, the bottom of the attached first item 200 is exposed and the second item 210 accommodated in the automobile 100 is exposed So that it is possible to improve the interest of play using two items, that is, two cards.

(Second Embodiment)

FIG. 5 is an exploded perspective view showing a configuration of a second embodiment of a toy vehicle according to the present invention, and FIG. 6 is a sectional view showing the structure of a toy vehicle according to the second embodiment of FIG.

As shown in Figs. 5 and 6, the toy vehicle 100 'according to the second embodiment is unlocked when any first item 200 is attached to the lower portion of the toy vehicle, The upper housing 110, the lower housing 120 ', the pressing portion 130, the first locking portion 120', and the second locking portion 130 are exposed to expose the first item 200 attached to the lower portion together with the discharge of the second item 210. [ A first locking part 140, a second locking part 150 ', and a discharging part 160.

First, repetitive explanations of the same constituent elements as those of the first embodiment are omitted, and the same reference numerals are used for the same constituent elements.

The lower housing 120 'is disposed at a lower portion of the upper housing 110 and includes a receiving portion 122, a pressing portion 130, a first locking portion 140, 2 locking portion 150 ', and a discharging portion 160 are provided.

The lower body part 121 is a plate-shaped member and includes a receiving part 122 for receiving the second item 210, a wheel mounting groove 123 for mounting the wheel, a through hole A second locking part guide 124 'formed by forming the second locking part 150' so as to be movable up and down, and a first locking part hinge for fixing the first locking part 140 125 and a pressurizing portion through-hole 126.

Reference numeral 121a denotes a magnet through hole 121a which is drilled so that the magnet 158 'can penetrate, so that adhesion with the first item 200 can be made better.

The second locking part 150 'is provided on the front side of the lower housing 120' to support the pressing part 130 to be fixed at a predetermined position. When the first item 200 is adhered, the second locking part 150 ' 130 ', the sliding portion 152', the second locking projection 153 ', the second locking portion inclined portion 154', and the second lock portion body 151 ' A slider part slope part 155 ', a slide part latch 156', a slide part spring 157 ', and a magnet 158'.

The second locking part body 151 'is configured to move in the vertical direction along the through hole 124'a of the elongated hole formed in the longitudinal direction of the second locking part guide 124' of the lower body part 120 ' A second locking portion projection 153 ', and a second locking portion inclined portion 154'.

The second locking portion protrusion 153 'protrudes from the second locking portion body 151' by a predetermined length and is inserted into the through hole 124 'so that the second locking portion body 151' To guide it along the locking portion guide 124 '.

The second locking part inclined part 154 'is provided on both side walls of the second locking part body 151', and when the second locking part body 151 'moves downward, the slide part 152' And a slope 154'a is formed at a portion where the slide portion 152 'abuts against the slide portion 152'.

One side of the slide part 152 'meshes with the second locking part body 151' and the other side thereof engages with the locking groove 133 of the pressing part 130. The second locking part body 151 ' The slider 155 is moved in the horizontal direction corresponding to the upward / downward movement of the slide portion latch 156 (156) so that the pressing portion 130 is kept in the locked state or the locked state is released, ', And a slide part spring 157'.

The pair of inclined portions 155 'are provided on one side of the slide portion 152' so as to protrude upward and mate with the second lock body 151 ' An inclined surface 155'a is formed on the upper portion of the body 151 'so as to be in close contact with the second locking portion inclined portion 154'.

The slide portion latch 156 'is a rod-like member that extends a certain length to the other side of the slide portion slope 155', and the distal end portion is inserted into the latching groove 133 so that the pressing portion 130 is kept locked Or is separated from the latching groove 133 so that the pressing portion 130 is unlocked.

The end of the slide portion latch 156 'is tapered so that the slide portion latch 156' can be easily inserted into the latch groove 133 or can be easily separated from the latch groove 133 .

The slide part spring 157 'is installed between the slide part latch 156' and the second lock part guide 124 'so that the slide part 152' is fixed to one side of the second lock part body 151 ' Thereby providing an elastic force to maintain the position.

6, the slide portion spring 157 is compressed and the second lock portion body 151 'is moved downward when the second lock portion body 151' moves downward and the slide 152 ' When the force generated in the downward direction of the second lock 151 'disappears, the slide portion 152' moves in the right direction of FIG. 6 due to the compressed elastic force of the slide spring 157 ' So that the secondary body 151 'also moves upward to be retracted.

The magnet 158 'is installed on the bottom surface of the second locking part body 151' and adheres to the first item 200, preferably a neodymium magnet, So that the second locking part body 151 'can be moved downward.

The operation of the toy vehicle according to the second embodiment will now be described.

One side of the pressing portion 130 is separated from the bottom surface of the automobile 100 'while the automobile 100' is turned upside down as in the first embodiment and is rotated about the rotational axis 131 to rotate the receiving portion 122 The opening part is opened, and then the optional second item 210 to be stored is accommodated in the accommodating part 122.

At this time, the discharging part 160 installed on the receiving part 122 is pushed to engage with the first locking part locking protrusion 142 and moved until the locking part is in the locked state so that the discharging part spring 161 is pressed .

When the discharging unit 160 is locked and the second item 210 is completely stored in the storage unit 122, the pressing unit 130 is rotated to be brought into close contact with the bottom surface of the lower housing 120 ' And covers the opening portion of the accommodating portion 122.

When the pressing portion 130 is brought into close contact with the bottom surface of the lower housing 120 ', the latching groove 133 of the pressing portion 130 is locked with the slide portion latch 156' 130 are fixed to the bottom surface of the lower housing 120 '.

When the pressing unit 130 is completely fixed, the user can move the vehicle 100 'in the direction of an arbitrary first item 200 disposed on the opposite side of the vehicle 100' after the vehicle 100 'is normally mounted on the floor.

The magnet 158 'installed on the lower part of the automobile 100' is attached to the first item 200 when the automobile 100 'passes the upper surface of the first item 200 in the course of traveling.

The magnetic substance or the metal plate provided inside the card 200 is attached to each other due to attraction due to the magnetic field of the magnet 158 'and the second item 200 and the magnet 158' The locking part body 151 'moves downward and the slide part 152' moves in the horizontal direction by the movement of the second locking part body 151 'so that the locked state of the pressing part 130 is released do.

When the slide portion 152 'is moved and the pressing portion 130 is unlocked, the pressing portion 130 separated from the lower portion of the automobile 100' rotates through the elastic force of the first spring 132 Thereby pressing the bottom surface.

The vehicle 100 'is in an upright state when the pressing portion 130 is rotated by about 90 degrees by the first spring 132. When the pressing portion 130 is rotated by 90 degrees or more, ) Is fully rolled over.

On the other hand, when the pressing portion latch 134 rotates to press the distal end of the first locking portion latch 143, the first locking portion latch 143 rotates about the first locking portion rotation shaft 141, The locking portion locking protrusion 142 is rotated upward so that the first locking portion 140 is separated from the discharging portion 160 so that the discharging portion 160 is released from the locked state.

When the discharge unit 160 is unlocked, the upper part of the storage unit 122 is opened and the second item 210 housed in the storage unit 122 is pressed against the elastic force of the discharge part spring 161 in the compressed state And is fired in the upward direction of the accommodating portion 122.

Therefore, when an arbitrary first item 200 is attached to the automobile 100 ', the automobile 100' is erected or overturned to expose the bottom surface of the attached first item 200, and the automobile 100 ' The second item 210 stored in the inside of the second item 210 is exposed to the outside so as to expose the two items, that is, the interest of the play using the two cards.

(Third Embodiment)

FIG. 7 is an exploded perspective view showing a configuration of a third embodiment of a toy vehicle according to the present invention, FIG. 8 is a sectional view showing the structure of a toy vehicle according to the third embodiment of FIG. 7, 11 is a perspective view showing the operation of the toy vehicle according to the third embodiment.

As shown in Figs. 7 to 9, the toy vehicle 100 "according to the third embodiment is unlocked when any first item 200 is attached to the lower part of the vehicle, The upper housing 110 ', the lower housing 120' ', the pressing portion 130', and the second locking portion 120 'are exposed to expose the first item 200 attached to the lower portion together with the discharge of the item 210, (140), a second lock portion (150 "), and a discharge portion.

Repeated descriptions of the same constituent elements as those of the first embodiment are omitted, and the same reference numerals are used for the same constituent elements.

The upper housing 110 'is an arbitrary automobile-shaped member, and a first fender 111' and a second fender 112 'are disposed on both sides of the front of the upper housing 110' And the first and second fenders 111 'and 112' are separated from the upper housing 110 'when the second locking portion 150' is unlocked, To be unlocked.

The first and second fenders 111 'and 112' are formed by drilling the fender through holes 111'a and 112'a on one side of the fender body to form the first fender hinge 127 ' Is rotatably coupled to the lower housing 120 "through a fender hinge 127" b, and includes fender lock grooves 111'b and 112'b and fender latches 111'c and 112'c .

The first and second fender through holes 111'a and 112'a are longitudinally formed on one side of the body of the first and second fenders 111 'and 112' Are coupled to the first fender hinge 127 "a and the second fender hinge 127" b of the lower housing 120 " through the fender shafts 113 'and 114' , The first and second fenders 111 'and 112' are rotated in the left / right direction around the lower housing 120 'by the elastic force of the fender springs 115' and 116 '.

The fender locking grooves 111'b and 112'b are grooves provided on the other side of the body of the first and second fenders 111 'and 112'. The second locking portions 150 '' of the second locking portions 150 ' The first and second fenders 111 'and 112' are fixed to the left and right sides of the upper housing 110 ', respectively.

The fender latches 111'c and 112'c are protruded from one side of the fender through holes 111'a and 112'a and meshed with the latching grooves 133'of the pressing portion 130 ' So that the pressing portion 130 'is locked or unlocked.

Reference numerals 117 'and 118' are provided on the first and second fenders 111 'and 112' as the front wheels of the vehicle 100, respectively.

The lower housing 120 '' is disposed at a lower portion of the upper housing 110 'and includes a receiving portion 122, a pressing portion 130', a first locking portion 140, A second lock portion 150 "and a discharge portion.

The lower body part 121 is a plate-shaped member and includes a receiving part 122 for receiving the second item 210, a wheel mounting groove 123 for mounting the wheel, a second locking part guide 124 ' A first locking part hinge 125 and a pressing part through hole 126 for installing the first locking part 140 and a first locking part hinge 127 "a" and a second locking part hinge 127 "b ).

The second locking part guide body 124 '' is protruded by a predetermined length from the upper surface of the lower body part 121 to seat the second locking body part 151 ' And guided so as to be movable up and down along the lock portion guide 124 ".

The first fender hinge 127 '' is protruded by a predetermined length from the upper surface of the lower housing 120 '' and the first fender hinge 127 '' is extended from the fender through hole 111 ' 'and the lower housing 120' 'through the fender rotation shaft 113' so as to support the first fender 111 'to rotate when unlocked.

The second fender hinge 127 "b is protruded from the upper surface of the lower housing 120" by a distance from the first fender hinge 127 "a, and the second fender hinge 127 " Is rotatably coupled to the lower housing 120 '' through the fender through hole 112'a of the fender portion 112 'and the fender rotation shaft 114' so that the second fender portion 320 ' So as to rotate.

The pressing part 130 'is a plate-shaped member, and the opening part of the receiving part 122 is covered to receive the second item so that the second item is not exposed to the outside, and one end of the pressing part 130' Is formed rotatably with a pressing portion hinge formed at a lower portion of the lower housing 120 '' through the rotary shaft 131. At both ends of the other side of the pressing portion 130 ', a locking groove 133' Is engaged with the fender latches 111'c and 112'c of the second fenders 111 'and 112' to support the pressing portion 130 'to be fixed or unlocked to be separated.

The second locking part 150 "is provided on the front side of the lower housing 120" to support the first and second fenders 111 ', 112' and the pressing part 130 to be fixed at a predetermined position, The first and second fenders 111 'and 112' and the pressing portion 130 are unlocked when the first item 200 is adhered to the first and second fenders 111 and 112 ' A second lock portion latch 152 ", a second lock portion spring 153", and a magnet 154 ".

The second locking part body 151 '' is installed on the second locking part guide 124 '' so as to be movable in the up / down direction. On the upper surface of the second locking part body 151 '' the fender part of the first and second fender parts 111 ' And a second locking portion latch 152 "for locking and fixing with the locking grooves 111'b and 112'b are formed.

The second locking portion latch 152 '' is engaged or disengaged with the first and second fender portions 111 'and 112' so that the first and second fender portions 111 'and 112' 110 ', or the first and second fenders 111', 112 'are separated from the upper housing 110' to be in the unlocked state.

The second locking part spring 153 '' is provided between the second locking part body 151 '' and the lower housing 120 '' to provide an elastic force so that the second locking part body 151 ' Is compressed when the second lock body 151 '' moves downward due to adhesion between the magnet 154 '' and the first item 200, and the first item 200 and the magnet 154 '' are separated, the second lock body 151 'moves upward to provide an elastic force so that the first lock body 151'

The magnet 154 '' is installed on the lower part of the second locking part body 151 '' and when the attraction by the magnetic field acts to adhere to the first item 200, the second locking part body 151 ' Down direction, preferably a neodymium magnet.

The following describes the operation of the automobile 100 "according to the third embodiment.

One side of the pressing portion 130 'is separated from the bottom surface of the automobile 100' 'while the automobile 100' 'is turned upside down and rotated about the rotational axis 131 so that the receiving portion 122' And the second item to be stored is stored in the storage unit 122. The second item,

When the discharge unit is in the locked state and the mounting of the second item in the storage unit 122 is completed, the pressing unit 130 'is rotated to come into close contact with the bottom surface of the lower housing 120' Thereby covering the opening.

When the pressing portion 130 'is in close contact with the bottom surface of the lower housing 120' ', the engaging grooves 133' provided on both sides of the pressing portion 130 'are engaged with the fender latches 111'c and 112'c, So that the pressing portion 130 'can be kept fixed to the bottom surface of the lower housing 120' '.

The second locking portion latch 152 'is engaged with the fender locking grooves 111'b and 112'b of the first and second fender portions 111' and 112 ' So that the first and second fenders 111 'and 112' are fixed.

When the fixing of the first and second fenders 111 'and 112' and the pressing unit 130 'is completed, the user can hold the car 100' And travels in the direction of any first item 200 arranged on the opposite side.

At this time, when the first item 200 and the magnet 154 '' are attached, the second locking part 150 '' moves downward to compress the second locking part spring 153 ' The first and second fender portions 152 '' are separated from the fender lock grooves 111'b and 112'b of the first and second fender portions 111 'and 112' to be unlocked.

When the first and second fender portions 111 'and 112' are unlocked, the first and second fender hinge portions 127 '' and 127 '' are rotated in the left / right direction about the first fender hinge 127 '' and the second fender hinge 127 ' 112 'of the first and second fenders 111', 112 'as the first and second fenders 111', 112 'are rotated in the left / c, 112'c are separated from the latching groove 133 'of the pressing portion 130' so that the pressing portion 130 'is also unlocked.

When the pressing portion 130 'is unlocked, the pressing portion 130' separated from the lower portion of the automobile 100 "rotates through the elastic force of the first spring 132 and presses the bottom surface.

The vehicle 100 "is in an upright state when the pressing portion 130 is rotated by about 90 ° by the first spring 132. When the pressing portion 130 is rotated by 90 ° or more, ) Is fully rolled over.

On the other hand, when the pressing portion latch 134 rotates to press the distal end of the first locking portion latch 143, the first locking portion latch 143 rotates about the first locking portion rotation shaft 141, The locking part locking protrusion 142 is rotated upward to separate the first locking part 140 from the discharging part, thereby releasing the locked state of the discharging part.

When the discharge part is unlocked, the upper part of the storage part 122 is opened and the second item stored in the storage part 122 is moved upward in the upward direction of the storage part 122 by the elastic force of the discharge part spring in the compressed state Fired.

Therefore, when an arbitrary first item 200 is attached to the automobile 100 ", the automobile 100" is erected or overturned to expose the bottom surface of the attached first item 200, and the vehicle 100 " The second item stored in the inside of the player can be exposed to the outside so as to enhance the interest of play using two items, i.e., two cards.

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 intention or custom of the user, the operator, and the definitions of these terms should be based on the contents throughout this specification.

100, 100 ', 100 ": car 110, 110': upper housing
111 ': first fender unit 111'a, 112'a: fender through-
111'b, 112'b: Fender lock groove 111'c, 112'c: Fender latch
112 ': Second fender unit 113', 114 ': Fender rotation axis
115 ', 116': Fender spring 117 ', 118': Front wheel
117'a, 118'a: front wheel rotation shaft 120, 120 ', 120 ": lower housing
121: lower body part 121 ': pressing part hinge
121a: magnet through hole 122:
123: wheel mounting groove 124: second locking portion hinge
124 ', 124 ": second locking portion guide 124'a: through-hole
125: first locking part hinge 126: pressing part penetrating hole
127 "a: First fender hinge 127" b: Second fender hinge
130: pressing portion 131: pressing portion rotating shaft
132: first spring 133, 133 ': engaging groove
134: pressing portion latch 140: first locking portion
141: first locking portion rotation shaft 142: first locking portion locking projection
143: first locking portion latch 144: first locking portion spring
150, 150 ', 150 ": the second locking part 151, 151', 151": the second locking part body
151a: second locking portion rotation axis
151b, 153 ", 157 ': a second lock spring
152, a magnet mounting portion 152 ': a slide portion
152 ", 153: second locking part latch 153 ': second locking part projection
154, 154 ", 158 ': magnet 154': second locking portion inclined portion
155: second lock lever 155 ': slide portion inclined portion
156 ': Slide portion latch 160: Discharge portion
161: Discharge part spring 200: First item
210: The second item

Claims (12)

A lower housing 120, 120 ', or 120' formed at a lower portion of the upper housing 110 or 110 'to form a storage space for the second item 210;
The bottom of the lower housing 120, 120 ', 120 "is rotatably mounted on the lower portion of the lower housing 120 to cover the storage space through the pressing portion rotation shaft 131, and presses the floor by the elastic force of the first spring 132, A pressing portion 130, 130 'for turning over the lower housing 110, 100', 120, 120 ', 120 ";
A first lock which is rotatably or slidably installed on one side of the lower housing (120, 120 ', 120 ") and is rotated or slid according to the position of the pressing portion (130, 130'(140);
The first pressing part 130 and the second pressing part 130 'are installed on the lower housing 120, 120', 120 "so as to be displaced when the first item is adhered to unlock the pressing part 130, 130 ' A second locking portion (150, 150 ', 150 "); And
When the upper and lower housings 110, 100 ', 120, 120', 120 "are rolled up by the pressing portion 130, the upper and lower housings 120, 120 ' And a discharge part (160) for releasing the engagement with the first locking part (140) to press the second item (210) to the outside.
The method according to claim 1,
Characterized in that the upper and lower housings (110, 100 ', 120, 120', 120 ") are any one of a doll shape, a character shape, an automobile shape or an animal shape.
The method according to claim 1,
The second locking part 150 includes a second locking part body 151 having one side inclined;
A magnet mounting portion 152 having a magnet 154 mounted on one side of the second locking portion body 251; And
And a second locking portion latch (153) provided on the other side of the second locking portion body (251) to support the pressing portion (130) to maintain the locked state.
The method of claim 3,
The second locking part 150 extends to a lower side of the other side of the second locking part body 151 and comes into contact with the distal end of the first item 200, Further comprising a second locking lever (155) operative to cause the magnet (154) to be in intimate contact with the first item (200).
The method according to claim 1,
The second locking part 150 'includes a second locking part body 151' that moves in the vertical direction;
A slide part 152 'which mates with the second locking part body 151' and moves in the horizontal direction according to the vertical movement of the second locking part body 151 '; And
And a magnet 158 'installed below the second locking part body 151' and moving the second locking part body 151 'downward to adhere to the first item 200 Features a toy car.
6. The method of claim 5,
, And the second locking part body (151 ') includes a second locking part inclined part (154') provided on the side wall and pressing the sliding part (152 ') to move in the horizontal direction .
6. The method of claim 5,
The slide part 152 'includes a pair of slide part inclined parts 155' protruding upward at one side and mating with the second lock part body 151 ';
A slide portion latch 156 'that extends a predetermined length to the other side of the slide portion slope 155' to support the pressing portion 130 to be locked or unlocked; And
Is provided between the slide portion latch 156 'and the second lock portion guide 124' so that the slide portion 152 'is elastically biased to maintain a predetermined position on one side of the second lock portion body 151' And a second locking spring spring (157 ') for providing a second lock spring (157').
The method according to claim 1,
The upper housing 110 'is operatively installed on both sides of the upper housing 110', and when the second locking portion 150 'is unlocked, the upper housing 110' is detached from the upper housing 110 ' Further comprising a first fender portion (111 ') and a second fender portion (112') for unlocking the first fender portion (130 ').
9. The method of claim 8,
The first and second fenders 111 'and 112' include fender through holes 111 'a and 112'a formed on one side of the body of the first and second fenders, respectively.
Fender locking grooves 111'b and 112'b provided on the other side of the body of the first and second fender parts to mate with the second locking part 150 '
The fender latches 111'c and 112'a, which are provided on one side of the fender through holes 111'a and 112'a and engage with the pressing portion 130 'to lock or unlock the pressing portion 130'< RTI ID = 0.0 > c). < / RTI >
9. The method of claim 8,
The second locking part 150 'is provided so as to be movable in the vertical direction and forms a second locking part latch 152''which is engaged with the first and second fenders 111' and 112 ' A second locking body 151 '';
A second locking spring 153 '' provided between the second locking part body 151 '' and the lower housing 120 '' to provide an elastic force to maintain the second locking part body 151 '; And
And a magnet 154 '' installed below the second locking part body 151 'and moving the second locking part body 151' downward to adhere to the first item 200 Features a toy car.
11. The method according to any one of claims 1 to 10,
Wherein the first and second items (200, 210) are a character member of any one of an animal, an object, and a doll having a predetermined shape, or at least one of characters, numbers, car.
12. The method of claim 11,
Wherein the first and second items (200, 210) are magnetic cards or metal plates.

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