CN104056454A - Transformation Toy And Game System - Google Patents
Transformation Toy And Game System Download PDFInfo
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- CN104056454A CN104056454A CN201410307705.8A CN201410307705A CN104056454A CN 104056454 A CN104056454 A CN 104056454A CN 201410307705 A CN201410307705 A CN 201410307705A CN 104056454 A CN104056454 A CN 104056454A
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Abstract
The invention provides a transformation toy and a game system and seeks a digital code protecting the transformation toy provided with the digital code. A transformation toy (1) comprises a plurality of members which are connected in such a manner that the members can move relative to each other, and, as a relative movement of the members, a transformation between a first form of character forms and a second form different from the first form can be presented. The transformation toy (1) is provided with ground planes (23a, 23b) and the digital code (26); the ground planes (23a, 23b) are planes exposed in the first form, that is, planes capable of being supported by the transformation toy (1); and the digital code (26) is disposed on a plane exposed in the second form, that is, a plane (25) except for the ground planes.
Description
Technical field
The present invention relates to a kind of form deformation toy and games system.
Background technology
Known have such toy: this toy comprises a plurality of members that can mutually link up rotationally, along with the rotation of above-mentioned a plurality of members, can between role's form and folded form, be out of shape (for example, patent documentation 1).
And also known have such toy: the digital code that this toy reads with the electronic equipment that can utilize pocket telephone, portable game machine etc. with camera, can carry out the game with electronic equipment interlock.
Patent documentation 1: TOHKEMY 2010-131367 communique
Summary of the invention
the problem that invention will solve
Conventionally, toy is worn along with use etc.Particularly, the form deformation toy when role's form for example in the mode of action of imitating role on desk, floor is first-class moves, the possibility being worn etc. is higher.In addition, for the form deformation toy with digital code, may make digital code stained, damaged, when digital code appearance is stained, damaged, cannot utilize electronic equipment to read.
The present invention makes in view of above-mentioned situation, and one of its object is, for the form deformation toy with digital code, to seek to protect this digital code.
for the scheme of dealing with problems
Form deformation toy of the present invention is characterised in that, this form deformation toy comprises a plurality of members that can relatively move and link up each other, along with relatively moving of the plurality of member, can be out of shape being rendered as between the 1st form of role's form and the 2nd form different from the 1st form, this form deformation toy has: ground plane, and it is for the face that exposes under above-mentioned the 1st form, namely make the face that this form deformation toy can self-supporting; And digital code, it is located at the face that exposes under above-mentioned the 2nd form, the face except above-mentioned ground plane namely.
In addition, form deformation toy of the present invention can be also that, under above-mentioned the 1st form, at least a portion of above-mentioned digital code is covered by least one above-mentioned member.
In addition, form deformation toy of the present invention can be also that this form deformation toy comprises: the 1st member, and it is provided with above-mentioned digital code; And the 2nd member and the 3rd member, the 2nd member and the 3rd member and above-mentioned the 1st member link, between the 2nd member and above-mentioned the 1st member and between the 3rd member and above-mentioned the 1st member, be provided with above-mentioned digital code, under above-mentioned the 1st form, at least a portion of above-mentioned digital code is covered by above-mentioned the 2nd member and above-mentioned the 3rd member.
In addition, form deformation toy of the present invention can be also, and from above-mentioned the 2nd form during to above-mentioned the 1st model deformation, above-mentioned the 2nd member and above-mentioned the 3rd member are configured in respectively the position of a part that covers above-mentioned digital code around above-mentioned the 1st member rotation.
In addition, form deformation toy of the present invention can be also at above-mentioned the 2nd member and above-mentioned the 3rd member, to be provided with above-mentioned ground plane, or to be provided with above-mentioned ground plane with other members of the 2nd member and the link of the 3rd member respectively.
In addition, form deformation toy of the present invention can be also that, under above-mentioned the 2nd form, above-mentioned digital code is accommodated in the recess being formed by least one above-mentioned member.
In addition, form deformation toy of the present invention can be also, at the above-mentioned member that is formed for taking in the above-mentioned recess of above-mentioned digital code, is provided with above-mentioned ground plane.
In addition, form deformation toy of the present invention can be also, this form deformation toy comprises the 1st member that is provided with above-mentioned digital code, under above-mentioned the 2nd form, with the surface that is provided with above-mentioned digital code, the mode towards the outside of above-mentioned recess is configured in the opening of this recess to above-mentioned the 1st member, from above-mentioned the 2nd form during to above-mentioned the 1st model deformation, above-mentioned the 1st member is so that be provided with the surface of above-mentioned digital code and overturn towards the mode of the inner side of above-mentioned recess.
In addition, form deformation toy of the present invention also can be configured to can be by making above-mentioned the 1st member upset from above-mentioned the 2nd form to above-mentioned the 1st model deformation.
In addition, form deformation toy of the present invention can be also, and this form deformation toy has the face exposing under above-mentioned the 2nd form, the installed surface of namely installing for the reading device to above-mentioned digital code, and above-mentioned digital code is located at above-mentioned installed surface.
In addition, form deformation toy of the present invention can be also, and above-mentioned digital code is located at the edge part of above-mentioned installed surface, at the central portion of above-mentioned installed surface, is provided with the holding section for engaging with above-mentioned reading device.
In addition, games system of the present invention is characterised in that, this games system comprises reading device, and this reading device has: installation portion, and it can be installed for the above-mentioned form deformation toy of above-mentioned the 2nd form; Reading part, it is for reading in the above-mentioned digital code of the above-mentioned form deformation toy of this installation portion installation; And control part, it is carried out and processes according to the digital code being read by this reading part.
In addition, games system of the present invention can be also, reading device also has image displaying part, and above-mentioned control part is presented at the corresponding image of the above-mentioned form deformation toy with being installed on above-mentioned installation portion on above-mentioned image displaying part according to the digital code being read by above-mentioned reading part.
the effect of invention
Adopt the present invention, can protect the digital code of being located at form deformation toy, suppress digital code and occur stained, damaged.
Accompanying drawing explanation
Fig. 1 represents for the structure of an example of the form deformation toy of embodiments of the present invention is described, is the stereogram of the 1st form.
Fig. 2 is the stereogram of the 1st form of the form deformation toy of Fig. 1.
Fig. 3 is the stereogram of the 2nd form of the form deformation toy of Fig. 1.
Fig. 4 is the stereogram of the 2nd form of the form deformation toy of Fig. 1.
Fig. 5 represents for another routine structure of the form deformation toy of embodiments of the present invention is described, is the stereogram of the 1st form.
Fig. 6 is the stereogram of the 1st form of the form deformation toy of Fig. 5.
Fig. 7 is the stereogram of the 2nd form of the form deformation toy of Fig. 5.
Fig. 8 is the stereogram of the 2nd form of the form deformation toy of Fig. 5.
Fig. 9 represents for another routine structure of the form deformation toy of embodiments of the present invention is described, is the stereogram of the 1st form.
Figure 10 is the stereogram of the 1st form of the form deformation toy of Fig. 9.
Figure 11 is the stereogram of the 2nd form of the form deformation toy of Fig. 9.
Figure 12 is the stereogram of the 2nd form of the form deformation toy of Fig. 9.
Figure 13 means for the figure of structure of an example of the games system of embodiments of the present invention is described.
Figure 14 means the figure of functional block of the reading device of Figure 13.
The specific embodiment
Fig. 1～Fig. 4 represents that Fig. 1 and Fig. 2 represent role's form (the 1st form) for the structure of an example of the form deformation toy of embodiments of the present invention is described, Fig. 3 and Fig. 4 represent non-role's form (the 2nd form).
As depicted in figs. 1 and 2, form deformation toy 1 is configured to head component 11, pair of right and left alar part 12a, 12b, pair of right and left leg member 13a, 13b and the afterbody 14 that comprises main component 10, links with this main component 10.
Left side alar part 12a consists of root member 15a and wing tip member 16a.Root member 15a is supported on axial region 17a in the mode that can rotate, and this axial region 17a is located at main component 10, and wing tip member 16a is supported on axial region 18a in the mode that can rotate, and this axial region 18a is located at root member 15a.
Right side alar part 12b consists of root member 15b and wing tip member 16b.Root member 15b is supported on axial region 17b in the mode that can rotate, and this axial region 17b is located at main component 10, and wing tip member 16b is supported on axial region 18b in the mode that can rotate, and this axial region 18b is located at root member 15b.
Afterbody 14 consists of root member 19 and tail end member 20.Root member 19 is supported on axial region 21 in the mode that can rotate, and this axial region 21 is located at main component 10, and tail end member 20 is supported on axial region 22 in the mode that can rotate, and this axial region 22 is located at root member 19.
Left side leg member 13a is supported on spherojoint 22a in the mode that can rotate, and this spherojoint 22a is located at main component 10.Right side leg member 13b is also that the mode rotating is supported on spherojoint 22b, and this spherojoint 22b is located at main component 10.And the lower surface of pair of right and left leg member 13a, 13b is for the face that exposes under this role's form, namely make ground plane 23a, the 23b that form deformation toy 1 can self-supporting.
Head component 11 is supported on axial region 24 in the mode that can rotate, and this axial region 24 is located at main component 10.And the rear surface 25 of head component 11 forms tabular surface, this rear surface 25 is with digital code 26, and this digital code 26 maintains the peculiar identifying information of form deformation toy 1.Wherein, as digital code, for example can suitably use the mark edge of the square shape of white or black to arrange up and down the matrix type two-dimension code forming, also the paster that is printed with digital code can be pasted on to rear surface 25, or also can directly digital code be printed in to rear surface 25.
Rear surface 27 at main component 10 is provided with holding section 28, and this holding section 28 is for engaging with the reading device that reads digital code 26 use.Aftermentioned reading device.
By making head component 11, pair of right and left alar part 12a, 12b, pair of right and left leg member 13a, 13b and afterbody 14 rotate, fold with respect to main component 10, and make form deformation toy 1 be deformed into the non-role's form shown in Fig. 3 and Fig. 4.
Under non-role's form, form deformation toy 1 is rendered as big or small, the flat bulk that user can control.The back side of the form deformation toy 1 of the non-role's form shown in Fig. 4 is the installed surface of installing for the reading device to above-mentioned.
Installed surface consists of the set of the face of a plurality of members, and the face of the plurality of member comprises the rear surface 27 of the main component 10 that is provided with holding section 28 and with the rear surface 25 of the head component 11 of digital code 26.And holding section 28 is configured in the central portion of installed surface, digital code 26 is configured in the edge part of installed surface.
So, be provided with the face that exposes under role's form, namely make ground plane 23a, the 23b that form deformation toy 1 can self-supporting, digital code 26 be located at the face of a part that becomes the installed surface of installing to reading device under non-role's form, the face except ground plane 23a, 23b 25 namely.Thus, can suppress along with the use under role's form of the use of form deformation toy 1, particularly form deformation toy 1 and make digital code 26 stained, damaged.
Fig. 5～Fig. 8 represents that, for another routine structure of the form deformation toy of embodiments of the present invention is described, Fig. 5 and Fig. 6 represent role's form (the 1st form), and Fig. 7 and Fig. 8 represent non-role's form (the 2nd form).
As shown in Figure 5 and Figure 6, form deformation toy 101 is configured to and comprises main part 110 and a plurality of head components 111 that link with this main part 110.
Main part 110 is by annular component 113, cap member 114, undercover member 115, coupling member 116 and can form by moving plate 117.
The lower surface of annular component 113 is for the face that exposes under role's form, namely make the ground plane 118 that form deformation toy 101 can self-supporting.
Cap member 114 is configured in the inner side of annular component 113, in the mode that can move at the axle upward sliding of annular component 113, by annular component 113, is supported.Under role's form, cap member 114 is blocked the upper side opening of annular component 113, together forms recess 119 with annular component 113.
Undercover member 115 links by coupling member 116 and annular component 113.Coupling member 116 is supported on axial region 120 in the mode that can rotate, and this axial region 120 is located at annular component 113, and undercover member 115 is supported on axial region 121 in the mode that can rotate, and this axial region 121 is located at coupling member 116.Undercover member 115 around annular component 113 rotations, can enter the upside of annular component 113 and the opening of these both sides of downside centered by axial region 120.And under role's form, undercover member 115 is configured in the open lower side of annular component 113 to overlap mode under cap member 114, be accommodated in the recess 119 being formed by annular component 113 and cap member 114.
Can in the mode that can rotate, be supported on axial region 122 by moving plate 117, this axial region 122 is located at undercover member 115, can make the front and back upset that this can moving plate 117.Under role's form, the one side 123 towards recess 119 inner sides that can moving plate 117 is with digital code 124, and this digital code 124 maintains the peculiar identifying information of form deformation toy 101.
A plurality of head components 111 are supported on spherojoint 125 in the mode that can rotate respectively, and this spherojoint 125 is located at cap member 114.
By a plurality of head components 111 are rotated, make cap member 114 slide mobile towards the open lower side of annular component 113.Correspondingly, make undercover member 115 rotate and be configured in the open lower side of annular component 113, make can moving plate 117 front and back upset, make thus form deformation toy 101 be deformed into the non-role's form shown in Fig. 7 and Fig. 8.
Under non-role's form, form deformation toy 101 is rendered as big or small, the flat bulk that user can control.The back side of the form deformation toy 101 of the non-role's form shown in Fig. 8 is the installed surface of installing for the reading device to digital code 124.
Installed surface consists of the set of the face of a plurality of members, the face of the plurality of member comprise undercover member 115 one side 127 and can moving plate 117 because of the face 123 of upset towards the outside of recess 119.And, at the face 127 of undercover member 115, being provided with the holding section 128 engaging for the reading device with above-mentioned, this holding section 128 is configured in the central portion of installed surface, and the digital code 124 of being located at face 123 is configured in the edge part of installed surface.
Under non-role's form, can moving plate 117 be sticked in the edge part of the upper side opening of annular component 113, by make can moving plate 117 upsets, can remove can moving plate 117 and the engaging of 113 of annular components.Thus, can make undercover member 115 rotations, and can be from non-role's form to role's model deformation.
So, be provided with the face that exposes under role's form, namely make the ground plane 118 that form deformation toy 101 can self-supporting, digital code 124 be located at the face of a part that becomes the installed surface of installing to reading device under non-role's form, the face except ground plane 118 123 namely.And in this example, under role's form, with the face 123 of digital code 124, be accommodated in the recess 119 being formed by annular component 113 and cap member 114.Thus, can further suppress along with the use under role's form of the use of form deformation toy 101, particularly form deformation toy 101 and make digital code 124 stained, damaged.
Fig. 9～Figure 12 represents that, for another routine structure of the form deformation toy of embodiments of the present invention is described, Fig. 9 and Figure 10 represent role's form (the 1st form), and Figure 11 and Figure 12 represent non-role's form (the 2nd form).
As shown in Figure 9 and Figure 10, form deformation toy 201 is configured to head component 211, pair of right and left shank 212a, 212b and the rear member 213 that comprises main component 210, links with this main component 210.
Head component 211 is supported on axial region 214 in the mode that can rotate, and this axial region 214 is located at main component 210.
Left legportion 212a consists of root member 215a, front leg member 216a and rear leg member 217a.Root member 215a is supported on axial region in the mode that can rotate, this axial region is located at main component 210, front leg member 216a is supported on axial region 219a in the mode that can rotate, this axial region 219a is located at root member 215a, rear leg member 217a is supported on axial region 220a in the mode that can rotate, and this axial region 220a is located at root member 215a.Root member 215a is around main component 210 rotation, under role's form, overlapping with the left-half of the lower surface 224 of main component 210.
Leg portion 212b consists of root member 215b, front leg member 216b and rear leg member 217b.Root member 215b is supported on axial region 218b in the mode that can rotate, this axial region 218b is located at main component 210, front leg member 216b is supported on axial region 219b in the mode that can rotate, this axial region 219b is located at root member 215b, rear leg member 217b is supported on axial region 220b in the mode that can rotate, and this axial region 220b is located at root member 215b.Root member 215b is around main component 210 rotation, under role's form, overlapping with the right half part of the lower surface 224 of main component 210.
And the lower surface of the lower surface of front leg member 216a, 216b and rear leg member 217a, 217b is for the face that exposes under this role's form, namely make ground plane 221a, 221b, 222a, the 222b that form deformation toy 201 can self-supporting.
Rear member 213 is supported on axial region 223 in the mode that can rotate, and this axial region 223 is located at main component 210.
At the lower surface 224 of main component 210, by head component 211 sides, be provided with digital code 225, this digital code 225 maintains the peculiar identifying information of form deformation toy 201, and, at the central portion of the lower surface 224 of main component 210, be provided with the holding section 226 engaging for the reading device with reading digital code 225.The left-half of digital code 225 is covered with the overlapping root member 215a of lower surface 224, and right half part is covered with the overlapping root member 215b of lower surface 224.
By making head component 211, pair of right and left shank 212a, 212b, rear member 213 suitably rotate, fold with respect to main component 210, and make form deformation toy 201 be deformed into the non-role's form shown in Figure 11 and Figure 12.
Under non-role's form, form deformation toy 201 is rendered as big or small, the flat bulk that user can control.The back side of the form deformation toy 201 of the non-role's form shown in Figure 12 is the installed surface of installing for the reading device to above-mentioned.
Installed surface consists of the set of the face of a plurality of members, and the face of the plurality of member comprises the lower surface 224 that is provided with digital code 225 and holding section 226 of main component 210.Holding section 226 is configured in the central portion of installed surface, and digital code 225 is configured in the edge part of installed surface.
So, be provided with the face that exposes under role's form, namely make ground plane 221a, 221b, 222a, the 222b that form deformation toy 201 can self-supporting, digital code 225 be located at the face of a part that becomes the installed surface of installing to reading device under non-role's form, the face except ground plane 221a, 221b, 222a, 222b 224 namely.And in this example, under role's form, the face 224 that is provided with digital code 225 is covered by root member 215a, 215b.Thus, can further suppress along with the use under role's form of the use of form deformation toy 201, particularly form deformation toy 201 and make digital code 225 stained, damaged.
Figure 13 represents that Figure 14 represents the functional block of reading device for an example of the games system of embodiments of the present invention is described.
Any one form deformation toy that games system 301 is selected by the form deformation toy 1,101,201 from above-mentioned and forming for reading the reading device 302 of the digital code of being located at this form deformation toy.Wherein, below, the situation that the form deformation toy 1 shown in Fig. 1～Fig. 4 of take is installed on reading device 302 describes as example.
Reading device 302 comprises: installation portion 303, and it can be installed for the form deformation toy 1 of non-role's form; And image pickup part 304, the digital code 26 that it exposes for reading in the installed surface of the form deformation toy 1 that is installed on installation portion 303.
Image pickup part 304 is located at the housing outer surface of reading device 302.Installation portion 303 is located at cover member 305, and this cover member 305 is for covering the housing outer surface that is provided with image pickup part 304, and this installation portion 303 forms the recess that can embed for form deformation toy 1.And, installation portion 303 has engaging portion 306, this engaging portion 306 is fixing by form deformation toy 1 for the holding section 28 with being located at the installed surface of form deformation toy 1 engages, and installation portion 303 is located at the suitable position of cover member 305 to be installed on digital code 26 mode relative with image pickup part 304 of the form deformation toy 1 of installation portion 303 with engaging portion 306 engagings.Wherein, in this example, the situation that the installation portion 303 of take is located at cover member 305 describes as example, but also installation portion 303 can be directly arranged in to the housing outer surface of reading device 302.
At this, the substantial middle portion of the installed surface of form deformation toy 1 is located in the holding section 28 of form deformation toy 1, and the engaging portion 306 for this holding section 28 of engaging of installation portion 303 is also located at the substantial middle portion of installation portion 303.Thus, form deformation toy 1 to be installed on to the rear form deformation toy 1 of installation portion 303 more stable.
The main composition key element of reading device 302, except comprising above-mentioned image pickup part 304, also comprises display part 307, input part 308, storage part 309, control part 310 and power supply unit 311.The type of the image discriminating form deformation toy 1 of the digital code 26 that reading device 302 obtains according to the digital code 26 of utilizing image pickup part 304 to take the form deformation toy 1 that is installed on installation portion 303, and the corresponding image of the type with this form deformation toy 1 is presented on display part 307.The image of the form deformation toy 1 of the shown image of display part 307 under can illustration role form.
Image pickup part 304 has solid-state image pickups such as CCD (Charge Coupled Device) imageing sensor, CMOS (Complementary Metal Oxide Semiconductor) imageing sensor and for the optical system of the image receiving plane imaging at solid-state image pickup, by the control of control part 310, the image by optical system imaging is converted to the signal of telecommunication and this signal of telecommunication is exported as view data.
Display part 307 has such as display floaters such as liquid crystal panels, by the control of control part 310, shows image (still image and dynamic image), Word message etc. and visually to user's transmission of information.
Input part 308 is for using the hardware button of key swich etc., for receiving the indication from user.
Storage part 309 is for storing control program, control data and the application software of control part 310.
Power supply unit 311 is for being stored in the electricity of battery (not shown) to each supply of reading device 302 according to the indication of control part 310.
Control part 310 has microprocessor, according to the control program, the control data that are stored in storage part 309, moves, and unified each portion that controls reading device 302.And control part 310 has application program processing capacity.The function that shows the image corresponding with the type of form deformation toy 1 is also to move to realize according to corresponding application software by control part 310.
User, input part 308 is operated and form deformation toy is used when application software initiated, control part 310 will for example impel the information (image, Word message) of taking form deformation toy 1 to be presented on display part 307 according to application software, and reply the shooting indication obtaining according to user's operation and drive image pickup part 304, by the captured image data of the digital code 26 of image pickup part 304 output skew toys 1.Afterwards, control part 310, according to the captured image data identification number character code of the digital code 26 of being exported by image pickup part 304, is differentiated the type of form deformation toy 1.
Afterwards, control part 310 is selected the character image data corresponding with the type of form deformation toy 1 from enroll the character image data group of various types of form deformation toys of application software, and these character image data are presented on display part 307.
description of reference numerals
1, form deformation toy; 10, main component; 11, head component; 12a, 12b, alar part; 13a, 13b, leg member; 14, afterbody; 23a, 23b, ground plane; 25, the rear surface of head component; 26, digital code; 27, the rear surface of main component; 28, holding section; 301, games system; 302, reading device; 303, installation portion; 304, image pickup part; 305, cover member; 306, engaging portion; 307, display part; 308, input part; 309, storage part; 310, control part; 311, power supply unit.
Claims (13)
1. a form deformation toy, wherein,
This form deformation toy comprises a plurality of members that can relatively move and link up each other, along with relatively moving of the plurality of member, can be out of shape being rendered as between the 1st form of role's form and the 2nd form different from the 1st form,
This form deformation toy has:
Ground plane, it is for the face that exposes under above-mentioned the 1st form, namely make the face that this form deformation toy can self-supporting; And
Digital code, it is located at the face that exposes under above-mentioned the 2nd form, the face except above-mentioned ground plane namely.
2. form deformation toy according to claim 1, wherein,
Under above-mentioned the 1st form, at least a portion of above-mentioned digital code is covered by least one above-mentioned member.
3. form deformation toy according to claim 2, wherein,
This form deformation toy comprises:
The 1st member, it is provided with above-mentioned digital code; And
The 2nd member and the 3rd member, the 2nd member and the 3rd member and above-mentioned the 1st member link, and between the 2nd member and above-mentioned the 1st member and between the 3rd member and above-mentioned the 1st member, are being provided with above-mentioned digital code,
Under above-mentioned the 1st form, at least a portion of above-mentioned digital code is covered by above-mentioned the 2nd member and above-mentioned the 3rd member.
4. form deformation toy according to claim 3, wherein,
From above-mentioned the 2nd form during to above-mentioned the 1st model deformation, above-mentioned the 2nd member and above-mentioned the 3rd member rotate and are configured in respectively the position of a part that covers above-mentioned digital code centered by above-mentioned the 1st member.
5. according to the form deformation toy described in claim 3 or 4, wherein,
At above-mentioned the 2nd member and above-mentioned the 3rd member, be provided with above-mentioned ground plane, or be provided with above-mentioned ground plane with other members of the 2nd member and the link of the 3rd member respectively.
6. form deformation toy according to claim 1, wherein,
Under above-mentioned the 2nd form, above-mentioned digital code is accommodated in the recess being formed by least one above-mentioned member.
7. form deformation toy according to claim 6, wherein,
At the member that forms above-mentioned recess, be provided with above-mentioned ground plane.
8. according to the form deformation toy described in claim 6 or 7, wherein,
This form deformation toy comprises the 1st member that is provided with above-mentioned digital code,
Under above-mentioned the 2nd form, with the surface that is provided with above-mentioned digital code, the mode towards the outside of above-mentioned recess is configured in the opening of this recess to above-mentioned the 1st member,
From above-mentioned the 2nd form during to above-mentioned the 1st model deformation, above-mentioned the 1st member is so that be provided with the surface of above-mentioned digital code and overturn towards the mode of the inner side of above-mentioned recess.
9. form deformation toy according to claim 8, wherein,
This form deformation toy be configured to can be by making above-mentioned the 1st member upset from above-mentioned the 2nd form to above-mentioned the 1st model deformation.
10. according to the form deformation toy described in any one in claim 1～9, wherein,
This form deformation toy has the face exposing under above-mentioned the 2nd form, the installed surface of namely installing for the reading device to above-mentioned digital code,
Above-mentioned digital code is located at above-mentioned installed surface.
11. form deformation toys according to claim 10, wherein,
Above-mentioned digital code is located at the edge part of above-mentioned installed surface,
Central portion at above-mentioned installed surface is provided with the holding section for engaging with above-mentioned reading device.
12. 1 kinds of games systems, wherein,
This games system comprises the form deformation toy described in any one in reading device and claim 1～11,
This reading device has: installation portion, and it can be installed for the above-mentioned form deformation toy of above-mentioned the 2nd form; Reading part, it is for reading in the above-mentioned digital code of the above-mentioned form deformation toy of this installation portion installation; And control part, it is carried out and processes according to the digital code being read by this reading part.
13. games systems according to claim 12, wherein,
Above-mentioned reading device also has image displaying part,
Above-mentioned control part is presented at the corresponding image of the above-mentioned form deformation toy with being installed on above-mentioned installation portion on above-mentioned image displaying part according to the digital code being read by above-mentioned reading part.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2013-140181 | 2013-07-03 | ||
| JP2013140181A JP5536262B1 (en) | 2013-07-03 | 2013-07-03 | Modified toy and game system |
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| Publication Number | Publication Date |
|---|---|
| CN104056454A true CN104056454A (en) | 2014-09-24 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201410307705.8A Pending CN104056454A (en) | 2013-07-03 | 2014-06-30 | Transformation Toy And Game System |
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| JP (1) | JP5536262B1 (en) |
| CN (1) | CN104056454A (en) |
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| JP6521768B2 (en) * | 2015-07-01 | 2019-05-29 | 株式会社バンダイ | Toy and game machine |
| JP6473793B1 (en) * | 2017-10-02 | 2019-02-20 | 株式会社バンダイ | Modified toy and modified toy set |
| JP6830506B2 (en) * | 2019-04-23 | 2021-02-17 | 株式会社バンダイ | Toys and game consoles |
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| JPH0316710Y2 (en) * | 1984-11-29 | 1991-04-10 | ||
| JP2004248852A (en) * | 2003-02-19 | 2004-09-09 | Tomy Co Ltd | Toy, toy set, and article |
-
2013
- 2013-07-03 JP JP2013140181A patent/JP5536262B1/en active Active
-
2014
- 2014-06-30 CN CN201410307705.8A patent/CN104056454A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2007135820A (en) * | 2005-11-17 | 2007-06-07 | Bld Oriental Kk | Toy and game system |
| JP2010131367A (en) * | 2008-11-04 | 2010-06-17 | Sega Toys:Kk | Transformable toy |
| CN102029073A (en) * | 2009-09-24 | 2011-04-27 | 株式会社万代 | Vehicle toy |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2015012930A (en) | 2015-01-22 |
| JP5536262B1 (en) | 2014-07-02 |
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Application publication date: 20140924 |