TW201545792A - Diverse educational mosaic combination - Google Patents

Abstract

The present invention discloses a diverse educational mosaic combination; it relates to a powered structural main body and colored papers disposed therein; the colored papers having multiple colors and lines on the appearance, comprising a hollow main block, the main block having a top portion and a bottom portion; an upwardly protruding ring-like insert wedge is mounted on the top portion, and the bottom portion formed a wedge hole to correspond to the insert wedge at the top portion; the main block has a colored paper or graphed paper on all surfaces, except the upper and lower parts, of the cubic body, which is fixed by the combination of the upper and lower parts; the insert wedge at the main block upper side has an inner edge being embedded with a metal cathode conductive member. The production of this invention adopts one-piece injection molding, and the bottom wedge hole is installed with two metal elements; the wedge hole center is a metal anode conductive element, forming a first and a second anode contact portion. The wedge hole outer side is a metal cathode conductive element, which may touch a metal cathode element at the upper portion of the main block and form first and second cathode contact potions during the assembly. The appearance of the main body adopts a straight line design, so the main body may be stacked up to an angle of 260 degrees. The anode and cathode contact portions are located at the insert wedge and wedge hole inner side on the main block. When the main block uses its wedge inserts and the wedge holes to plug into each other, a power transmission is established to allow internal installations of lighting, sound, and brake components. Besides, a maximal combination effect can be achieved by the appearance of four different colored surfaces.

Description

Diversity puzzle stitching combination

The invention relates to a versatile splicing puzzle combination; in particular to an energized structure, which forms an electronic circuit by contact of a metal conductive member, and can be connected to an electronic component in a hollow body block after being connected to a power source, such as a light-emitting diode The polar body, the sound source component, the braking component, etc.; further, the combination of the top and the bottom of the main body block is used to fix the colored paper or the drawing placed in the hollow main body block, and the light of the shape or the light emitting diode is visualized by the stack of the main body. The effect is to reveal the drawing of the drawing; through the design of the main body, it is in a straight line, so that the rotation angle can reach 260 degrees.

The traditional main toy is a kind of toy with a wide range of ages. In addition to being used to train young children's eye-hand coordination ability, it can promote the creativity of young children because it is not limited to being able to assemble various shapes. It has been popular since its introduction. As mentioned above, if the main toy of the market is a two-row wedge hole, the rotation angle is limited to 90 degrees, which greatly limits the gameplay. In addition, the existing main toys are provided by some simple plastic products, and the plastic products mostly have a single color in the production process. The stacking of the main body can only provide a three-dimensional shape. If the main body can be provided with the effect of the puzzle and the effect of illuminating, sounding, and braking, the adult consumer will be more willing to prefer the main body.

Therefore, the main purpose of the present invention is to increase the angle of rotation of the main body to increase the variety of the game; and to insert the inside of the main body through the drawing and combine the upper and lower covers to achieve product pattern combination and color diversity. Keeping the child away from the danger of contact with the printing pigments; and providing a body with an energized structure, which can form an electronic circuit between the bodies while assembling the stacked bodies, to activate the light source, sound source and brake inside the body element. Further enhance the entertainment and safety of the subject.

The main technical means adopted to achieve the foregoing objectives are that the aforementioned illuminating, sound source, and braking bodies include: a main body having a hollow shape and a light transmissive property, the main body having a top portion and a bottom portion, wherein the top portion is formed with two or more annular insertion wedge portions protruding upward, and the bottom portion is formed with two or more wedge holes The wedge holes correspond to the top wedge portion. The wedge hole is in a straight line shape and can be rotated by 260 degrees. The drawing is placed in the assembly process and closely attached to the top and bottom of the body to achieve the four stereoscopic faces on the upper and lower sides of each body. Color or pattern.

Further, three or more conductive metals are disposed in the hollow body block, and include two negative conductive members and one positive conductive member, and a negative metal member is inside the top wedge hole, and is inserted into the inner side of the wedge hole when manufacturing the plastic part And adopting a one-piece manufacturing method to cover a top plastic part to form a negative contact portion; the other two metal parts are at the center and one side of the wedge hole at the bottom of the main body, and are mounted on the two bottom annular wedges In the wedge hole of the portion, a metal part is a negative electrode, is mounted on one side of the central hole of the bottom annular wedge portion, and is in contact with the negative metal conductive member inside the top wedge hole to form a first negative electrode contact portion and a second negative electrode contact. The other metal conductive member is a positive electrode at the center of the bottom annular insertion wedge portion, and the positive electrode conductive member forms a first positive electrode contact portion and a second positive electrode contact portion, and the positive and negative electrode contact portions are respectively located at the main body. The upper wedge and the inner side of the wedge hole. One or more light sources, sound sources, and braking elements are disposed in the main body and are respectively connected to the positive and negative metal members; When the main body is inserted into the wedge hole and the wedge hole, when the wedge portion of one main body is inserted into the wedge hole of the other main body, the first positive electrode and the negative electrode contact portion in the insertion wedge portion are respectively opposite to the inner side of the wedge hole. The second negative electrode and the positive electrode contact portion constitute an electrical contact, thereby forming a power supply passage. When one of the main bodies is connected to the power source or directly connected to the power source, all the bodies stacked on each other and electrically connected can actuate the internal light-emitting element and sound. The components and the brake components, so that the effect of the light is transmitted through the drawing of the drawing, so that the visual effect and the sound effects and power components never possessed by the main body can be enhanced to enhance the playability and the ingenuity of the body.

A second object of the present invention is to provide a power supply (battery) cartridge with a USB socket and a USB power cord to connect to a main body having a MIRCO 5P socket. Thereby, the power of the battery provided in the power supply box can be connected to the main body of the MIRCO 5P socket via the USB power cable, thereby supplying power to the light-emitting, sound, and braking components provided in the main body block, and actuating the components.

It can be applied to potential product applications such as puzzle mains, jigsaw puzzles, decorative lamps, etc., and can be used to benefit learning, creation and three-dimensional concepts in early childhood education.

10‧‧‧ body block

11‧‧‧ body top

111‧‧‧Front of the top of the main body

12‧‧‧ body bottom

121‧‧‧ wedge hole at the bottom of the main body

17‧‧‧Negative metal conductive parts on the inner edge of the top wedge

171‧‧‧First negative contact

15‧‧‧Bottom wedge hole center positive conductive metal parts

151‧‧‧First positive contact

152‧‧‧Second positive contact

16‧‧‧Negative conductive metal parts on the center of the bottom wedge hole

161‧‧‧Second negative contact

13‧‧‧Circuit board

131‧‧‧Lighting diode

132‧‧‧Circuit board lines

14‧‧‧Color paper or drawings

60‧‧‧Power main body block

61‧‧‧ boards

62‧‧‧Power input socket

63‧‧‧Circuit board lines

1 is a plan view of a first preferred embodiment of the present invention.

Figure 2 is a cross-sectional view showing a first preferred embodiment of the present invention.

Figure 3 is a cross-sectional view showing a first preferred embodiment of the present invention.

Figure 4 is a cross-sectional view showing a first preferred embodiment of the present invention.

Figure 5 is a cross-sectional view showing a first preferred embodiment of the present invention.

Figure 6 is a perspective view of a first preferred embodiment of the present invention.

Referring to FIG. 1 , the wedge holes of the two body blocks 10 and 60 are all in a straight line shape. When the wedge holes on one side are stacked, the angle of rotation can be 260 degrees. .

Referring to a preferred embodiment of the present invention, as shown in FIG. 2, a main body 10 is hollow and has a light transmissive property. In this embodiment, the main body 10 is a rectangular cube, and has a top portion 11 and a bottom portion. 12 is combined, the top is formed with two or more upwardly projecting annular wedge portions 111, and the bottom portion is formed with two or more wedge holes 121. The apertures and positions of the wedge holes 121 correspond to the top portion. In the embodiment, the top of the main body block 10 is formed with two symmetrically arranged wedge portions 111, and the bottom of the main body block 10 also forms two wedge holes 121, and the arrangement thereof is arranged with the top insertion. The wedges 111 are identical.

Referring to FIG. 3, the main body block 10 is hollow and has a light transmissive property, and is provided with a color paper 14 having a color and a pattern. The size of the color paper is matched with the four three-dimensional surfaces of the main body except the upper and lower sides, forming each The three-dimensional faces each have a different color or pattern and are secured by a combination of the top 11 and the bottom 12.

Referring to FIG. 4, the plurality of metal conductive members in the main body block 10 form two sets of electronic circuit positive and negative electrodes, and are matched with the number of the two wedge portions 111. Therefore, in the embodiment, the main body block 10 is There are two sets of electronic circuit positive and negative poles. The positive and negative poles of each group of electronic circuits are respectively inserted into the inner edge of the wedge portion and the inner insulating plastic wedge hole at the top of the main body, and the top portion 11 of the main body is provided with a negative metal conductive member 17 when the plastic process is shot. The integral forming manner is fixed to the inner edge of the top insertion wedge portion to form the first negative electrode contact portion 171 and the bottom insulating plastic wedge hole center is embedded with a positive electrode metal conductive member 15 to form a first positive electrode contact portion 151, a second positive electrode contact portion 152, and a bottom portion. A negative metal conductive member 16 is disposed on one side of the center of the insulating plastic wedge hole, and contacts the negative electrode metal conductive member 17 at the inner edge of the top insertion wedge portion when the top portion 11 of the main body 11 is combined with the bottom portion 12 to form a negative power supply path, and a second negative electrode contact is formed. Part 161.

Furthermore, one or more light-emitting, sound, and braking elements are disposed in the main body block 10, and the light-emitting elements of FIG. 4 are respectively connected to the positive and negative electronic circuits 15 and 16 of the electronic circuit; the light-emitting element is a light-emitting diode. The LEDs 131 are disposed on a circuit board 13, and the circuit board 13 is provided with a line 132 and connected to the positive and negative poles 15 and 16 of the electronic circuit through the line 132. In short, the electronic circuit has positive and negative poles 15 16 is connected in parallel with the light-emitting diode 131 on the circuit board. Therefore, any one of the positive and negative electrodes 15, 16, 17 connected to the power supply can illuminate the light-emitting diode 131 of the circuit board 13 or act on it. Internal electronic components.

Please also refer to FIG. 5, in addition to providing the power required for the LEDs 131, through a power supply body block 60, a circuit board 61 is provided with a power input socket 62, and the power supply is supplied through the power input socket 62. And connected by the line 63 provided on the circuit board 61 to the positive and negative metal members 15, 16 and through the body stack, the connection between the wedge hole and the wedge portion outputs power to the circuit in each body block 10. The board 13 acts on the electronic components on the circuit board 13.

By using this design, when the user stacks the main body block 10, after the main body block 10 is engaged with the other main body block 10, the power of the switch 52 can be turned on to illuminate the light source diode 21 or the internal sound source and the brake component. To make consumers have more fun. The body block previously discussed may be other geometric shapes besides the rectangular cube, and the number of the wedge portions on any of the shapes may be adjusted so that the internal structure is the same as that of the previous embodiment. The shape of the main body block and the number of the wedge portions mentioned in the foregoing description and the drawings are all examples, and the scope of the patent application is not limited thereto, and the first embodiment is included.

10‧‧‧ body block

11‧‧‧Top of the main block

12‧‧‧Bottom of the main body block

17‧‧‧A negative metal conductor covered by the inner edge of the wedge at the top of the main body block

15‧‧‧The center of the wedge hole at the bottom of the main body is a positive metal conductor

16‧‧‧A negative metal conducting part of the center of the wedge hole at the bottom of the main body block

14‧‧‧Color paper or drawings

Claims (7)

A body with a wedge hole in a straight line design A main body having a splicing combination comprises: a main body block which is hollow and has light transmissivity, and the main body block has a top portion and a bottom portion, and the top portion is formed with two or more upwardly protruding annular wedges The portion is further formed with two or more wedge holes at the bottom thereof, and the wedge holes correspond to the top wedge portion. By placing the color paper to form a color, a graphic, etc., and fixing it by the combination of the top and the bottom, the four cubes of the main body block except the top and the bottom can be different colors or have multiple colors in each cube. The color paper and the drawing are placed in a hollow body block as described in the second paragraph of the patent application, and the four cubes except the top and the bottom of the body block form a color and a figure. The drawing and the colored paper can utilize the light source in the hollow body block to form a pattern by using light. And form a puzzle effect when stacking the main body. A main body having an electronic circuit, comprising: a main body block having a hollow shape and having light transmissivity, wherein the main body block has a top portion and a bottom portion, and the top portion is formed with two or more annular insertion wedge portions protruding upward. Further, two or more wedge holes are formed at the bottom thereof, and the wedge holes correspond to the wedge portions at the top. That means how many sets of electronic circuits are there in the wedge holes; two or more sets of electronic circuit structures are arranged in the main body block, and each set of electronic circuits includes a positive metal conductive member and two negative metal conductive members, the positive electrode The metal conductive member is placed at the center of the bottom wedge hole, and is combined with the bottom portion at the top of the main body to form a first positive electrode contact portion and a second positive electrode contact portion, and another negative electrode metal conductive member is placed on the inner edge of the wedge hole at the top of the main body, and is made in plastic. At the time of the injection molding, the first negative electrode contact portion is formed, and the other negative electrode metal conductive member is placed on one side of the center of the wedge hole at the bottom of the main body to form a second negative electrode contact portion. The positive and negative contact portions The inner side of the wedge portion and the wedge hole on the main body block; one or more electronic components, the light emitting diode, the sound element and the braking element are disposed in the main body block, and are respectively electrically conductive with the positive and negative electrodes of each electronic circuit. Piece connection. As described in claim 4, the main body having the electronic circuit, the first negative electrode contact portion of the electronic circuit is manufactured by integral molding, and a negative metal conductive member is placed on the top wedge of the main body when the plastic is injected. The inner edge of the hole is fixed after the plastic is shot. As described in claim 4, the main body having the electronic circuit is disposed at the center of the wedge hole at the bottom of the main body to form the first and second contact portions. Another negative metal conductive member is disposed on one side of the center of the wedge hole at the bottom of the main body, and when the top portion of the main body is combined with the bottom portion, contacts the first negative electrode contact portion of the inner edge of the wedge hole integrally formed at the top portion, and is at the center of the bottom wedge hole One side forms a second negative electrode contact. The power main body of the other multi-functional puzzle stitching main body is mainly a hollow main body, and one or more wedge portions are formed on the top of the main body and one or more wedge holes are formed at the bottom of the main body, and the wedge portion and the wedge hole are formed. And the wedge portion provided on the bottom of the building block according to any one of the claims 1 to 6 is matched with the wedge hole, and the wedge portion and the wedge hole of the power source body are as described in item 4 of the patent application scope. The wedge portion and the wedge hole have an anode and a negative pole of an electronic circuit, and the positive and negative poles of the electronic circuit are respectively connected to one or more batteries for respectively corresponding to the top portion of the body block and the bottom portion of the body. Positive and negative contact parts.