WO2017010746A1

WO2017010746A1 - Assembly type block

Info

Publication number: WO2017010746A1
Application number: PCT/KR2016/007427
Authority: WO
Inventors: 허종승
Original assignee: (주)앤스브릭 코리아
Priority date: 2015-07-10
Filing date: 2016-07-08
Publication date: 2017-01-19
Also published as: KR101605017B1

Abstract

The present invention relates to an assembly type block toy, which relieves the burden of manufacturing costs, enables the manufacture of various assemblies to be implemented in conventional assembly type block toys, and adds an electrical element to the assembly type block toy to be assembled by simple coupling, so as to comprise an electronic device such as a light emitting unit including an LED and a lamp, or a sensor unit operating by sensing a human, thereby solving a problem, due to a simple assembly of a block toy, in which children cannot experience further enjoyment and lose interest after completing the assembly of the block toy.

Description

Prefabricated block

The present invention relates to a prefabricated block toy, and more particularly, by adding an electric element to the prefabricated block toy assembled by a simple coupling of the stud and the stud groove, the light emitting unit such as LED and lamp or a sensor unit that operates by sensing a human body. It is possible to solve the problem that the children lose their interest after the assembly of the block toys due to the simple assembly of the block toys, and the children lose interest. After the assembly is completed, the children can be stimulated and interested. By making various attempts, it is helpful for children's fun and creativity.

Lego blocks, including a variety of prefabricated block toys, are used for children's and toddlers' play, intelligence development and creativity education.

Such a block toy is usually provided with a plurality of blocks made of individual members having the same or different shapes, the front of the block is formed with a plurality of studs (joint projections) and the back of the stud grooves (grooves) Various models are formed by the continuous interconnection of blocks by the bite coupling of the studs and the stud grooves.

And, by combining the blocks as the children or toddlers wants them to implement the desired shape, such as animals or objects, toys that can play the role of education and creativity education.

However, most of the prefabricated toys or components of the prefabricated blocks are manufactured in a simple form and do not give a dynamic feeling as a whole. In fact, there is a problem that children easily lose interest because there is no more fun when the assembly is completed.

(Patent Document 1) Republic of Korea Registered Patent No. 0946794

According to the prior patent No. 0946794 (self-assembled light emitting block device), the unit block having a hexahedral shape formed to be stacked on each other, and a power supply to supply power to the unit block, the unit block A plurality of relays which are formed to be exposed to the surface of the unit block so as to supply power to the light emitting diodes and are formed of a conductive magnetic material which is wired with the light emitting diodes so as to supply power to the light emitting diodes; A magnetic electrode is provided, and the power supply is electrically conductive so as to be in electrical contact with the relay magnetic electrode on the upper surface corresponding to the relay magnetic electrode formation pattern of the unit block so that power supplied from the power source can be supplied to the unit block. Magnetic assembly light-emitting block having a main body provided with a plurality of main magnetic electrodes formed of a magnetic material having a Values are provided.

According to such a self-assembled light emitting block device, since unit blocks are assembled to magnetic force and electric connection is made, the light is generated and thus, the interest of block assembly can be further enhanced when used for toys, and various forms of light emitting decorations It provides an advantage that can be easily assembled.

However, in the present invention, a magnetic material having conductivity is used to make an electrical connection, which causes a burden on manufacturing cost, and gives a child or an infant a limit of having to match the magnetic electrodes in assembling the blocks, thereby providing various types of assembly. There is a problem with the implementation.

The present invention is to solve the above problems in the prefabricated block toys are formed stud and stud groove to be mutually coupled, consisting of a non-conductive block, conductive block, power block, switch block, sensor block, lamp block, The conductive block is selected from one consisting of a conductive resin block formed of a conductive resin, an insert block in which a conductor is inserted in the center of the insulating resin, and a conductive wire block having a conductive wire in the insulating resin. It is composed.

The non-conductive block includes a housing formed of an insulating resin, and a stud and a stud groove.

In addition, the conductive resin block is composed of a housing formed of a conductive resin, and stud and stud grooves, for the electrical connection between the conductive resin blocks, one or two connection conductive resin blocks each composed of one or two stud grooves 210a, and at least three studs and stud grooves each include a distribution conductive resin block for distributing power.

The insert block includes a housing formed of an insulating resin, a stud and a stud groove formed of a conductive resin, and a stud and a stud groove are connected to each other so that the studs and the stud grooves of the blocks to be coupled to each other can be electrically connected. A connection insert block having one stud and one stud groove for electrical connection between the insert blocks, and at least two studs and stud grooves for distributing power, and the stud and the stud or the stud The groove and the stud groove are made of a distribution insert block which is electrically connected to each other.

In addition, the conductive wire block is composed of a housing formed of an insulating resin and a stud and stud groove, each block is formed to be connected to the inner side of the stud groove from both surfaces of the stud so that the blocks to be coupled to each other can be electrically connected. A pair of bridges are provided, each of which comprises a conductive wire rod block 230a having one stud and one stud groove for electrical connection between the conductive wire blocks, and at least two studs each for power distribution. The stud groove is configured and the bridges provided in the stud and the stud groove, respectively, are made of a distribution conductive wire block configured to be electrically connected to correspond to each other.

And, the power block is composed of any one of the insert-type power block and the bridge-type power block, the insert-type power block is composed of a housing formed of an insulating resin and two or more studs and stud grooves formed of a conductive resin, The positive terminal of the power connector configured on one side of the housing is electrically connected to different studs or stud grooves.

In addition, the bridge-type power block is composed of a housing formed of an insulating resin and one or more studs and stud grooves formed of an insulating resin, each pair is formed to be connected to the inner side of the stud grooves on both sides of the stud and have a conductive pair The bridge is provided, the positive terminal of the power connector is configured on one side of the housing is configured to be electrically connected to each of the pair of bridges.

The switch block includes an on / off switch configured inside the housing to be electrically connected to both surfaces of the housing, a housing formed of an insulating resin, and two or more studs and stud grooves formed of a conductive resin. An on-off switch is configured inside the housing, and the anode terminal is selected and configured to be electrically connected to different studs or stud grooves.

In addition, the sensor block is configured with a sensor unit that operates by sensing a human body inside the housing, and the lamp block is configured with a light emitting unit that emits light to the outside by power supplied to the inside of the housing formed of a transparent insulating resin.

The apparatus may further include a power supply device including a battery accommodating part accommodating a battery and a power connector electrically connected to the battery accommodating part and connected to the power connector.

In addition, an electrode display protrusion and an electrode display groove corresponding to the electrode display protrusion may be further included on one side of the conductive wire block to prevent an error in the electrical connection of the bridge due to the incorrect direction of the block.

And, the upper side is configured to convert the solar energy into electrical energy, the solar panel is configured and the power supply device is configured to include a storage battery is configured to accumulate the electrical energy generated in the solar panel.

By using the prefabricated block toys according to the present invention as described above, it is possible to manufacture a variety of assemblies implemented in the conventional prefabricated block toys without burden on the manufacturing cost, the electric element to the prefabricated block toys assembled by simple coupling By constructing an electronic device such as a light emitting part such as an LED and a lamp or a sensor part that detects and operates a human body, the child may not have any more enjoyment after completing the assembly of the block toy due to the simple assembly of the block toy. It is also helpful for improving children's fun and creativity by solving various problems and making various attempts to stimulate and interest children after assembly is completed.

1 is a schematic perspective view showing an insulator block of a prefabricated block toy according to the present invention.

FIG. 2 is a schematic rear perspective view of FIG. 1. FIG.

Figure 3 is a schematic perspective view showing a conductive resin block of the assembled block toy according to the present invention.

Figure 4 is a schematic cross-sectional view showing an insert block of the assembled block toy according to the present invention.

5 is a schematic view showing a conductive wire block of the assembled block toy according to the present invention.

6 is a schematic view showing a power block of the assembled block toy according to the present invention.

7 is a schematic view showing a switch block of the assembled block toy according to the present invention.

8 is a schematic view showing a sensor block of the assembled block toy according to the present invention.

9 is a schematic view showing a lamp block of the assembled block toy according to the present invention.

10 is a schematic diagram showing a power supply device for a prefabricated block toy according to the present invention.

11 is a view showing an embodiment of a conductive wire block of a prefabricated block toy according to the present invention.

12 is a schematic diagram showing another embodiment of a power supply device for a prefabricated block toy according to the present invention.

Figure 13 is a state diagram showing an embodiment of a prefabricated block toys according to the present invention.

Hereinafter, described in detail with reference to the accompanying drawings.

1 is a schematic perspective view showing an insulator block of a prefabricated block toy according to the present invention, Figure 2 is a schematic rear perspective view of the Figure 1, Figure 3 shows a conductive resin block of the assembled block toy according to the present invention 4 is a schematic perspective view, and FIG. 4 is a schematic cross-sectional view showing an insert block of a prefabricated block toy according to the present invention.

FIG. 5 is a schematic view showing a conductive wire rod block of a prefabricated block toy according to the present invention. The first view is a cross-sectional view showing a connection conductive wire block and a second view is a bottom view showing a distribution conductive wire block.

In addition, Figure 6 is a schematic diagram showing a power block of the prefabricated block toys according to the present invention, Figure 7 is a schematic diagram showing a switch block of the assembled block toy according to the present invention, Figure 8 is a prefabricated according to the present invention FIG. 9 is a schematic view illustrating a sensor block of a block toy, and FIG. 9 is a schematic view illustrating a ramp block of a prefabricated block toy according to the present invention.

And, Figure 10 is a schematic diagram showing a power supply of the prefabricated block toys according to the present invention, Figure 11 is a view showing an embodiment of the conductive wire block of the prefabricated block toys according to the present invention, Figure 12 FIG. 13 is a schematic view showing another embodiment of a power supply device for a prefabricated block toy according to the present invention, and FIG. 13 is a state diagram showing an embodiment of the prefabricated block toy according to the present invention.

The present invention, in the prefabricated block toys that the stud 20 and the stud groove 30 is formed to enable mutual coupling, the non-conductive block 100 and the conductive block 200, the power block 300, the switch block 400 , The sensor block 500 and the lamp block 600, the conductive block 200 is composed of a conductive resin block 210 formed of a conductive resin, the insert block 220, the conductor is inserted in the center of the insulating resin ) And a conductive wire rod block 230 having a conductive wire rod in the insulating resin.

In addition, the insulator block 100 includes a housing 10 formed of an insulating resin, a stud 20, and a stud groove 30.

In addition, the conductive resin block 210 is composed of a housing 10 formed of a conductive resin, the stud 20 and the stud groove 30, the stud for the electrical connection between the conductive resin block 210 Connection conductive resin block 210a each consisting of one or two and 20 and stud grooves 30, and at least three studs 20 and stud grooves 30 are respectively distributed to distribute power. It is made of a conductive resin block 210b.

The insert block 220 includes a housing 10 formed of an insulating resin, a stud 20 formed of a conductive resin, and a stud groove 30 formed of a conductive resin, and a stud 20 and a stud of a block coupled to each other. The stud 20 and the stud groove 30 are configured to be electrically connected to the groove 30, but the stud 20 and the stud groove 30 for the electrical connection between the insert block 220 Connection insert block 220a and each one consisting of,

At least two studs 20 and stud grooves 30 are each configured to distribute power, and the studs 20 and the studs 20 or the stud grooves 30 and the stud grooves 30 are electrically connected to each other. The distribution insert block 220b is configured.

In addition, the conductive wire block 230 is composed of a housing 10 formed of an insulating resin and the stud 20 and the stud groove 30, so that the blocks coupled to each other can be electrically connected to the stud 20 A pair of bridges 231 are formed to be connected to the inner side of the stud grooves 30 on both sides thereof and are electrically conductive, and the studs 20 and the stud grooves for electrical connection between the conductive wire rod blocks 230 are provided. Connection wire rod block (230a) consisting of one each 30 and at least two studs 20 and stud grooves (30), respectively, for distributing power and the studs 20 and stud grooves ( The bridges 231 respectively provided at 30 are formed of a distribution conductive wire block 230b electrically connected to correspond to each other.

In addition, the power block 300 is composed of any one of the insert-type power block 310 and the bridge-type power block 320, the insert-type power block 310 and the housing 10 is formed of an insulating resin and conductive Two or more studs 20 and stud grooves 30 formed of resin, and the positive terminal of the power connector 301 is configured on one side of the housing 10 is different studs 20 or stud grooves 30 ) Is electrically connected.

In addition, the bridge-type power block 320 is composed of a housing 10 formed of an insulating resin and one or more studs 20 and a stud groove 30 formed of an insulating resin, both surfaces of the stud 20 A pair of bridges 231 are formed to be connected to the inner side of the stud groove 30 and have a conductivity, and the positive terminal of the power connector 301 configured at one side of the housing 10 is the pair of bridges. 231 is electrically connected to each other.

The switch block 400 includes an on-off switch 410 formed inside the housing 10 to be electrically connected to both surfaces of the housing 10, and a housing 10 formed of an insulating resin. Two or more studs 20 and stud grooves 30 formed of a conductive resin, the on-off switch 410 is configured on the inside of the housing 10 to the stud 20 or stud grooves having different anode terminals. It is made by selecting and configuring any one of the electrically connected to 30.

In addition, the sensor block 500 has a sensor unit 510 which operates by sensing a human body inside the housing 10, and the lamp block 600 is supplied to the inside of the housing 10 formed of a light-transmitting insulating resin. The light emitting unit 610 which emits light to the outside by the supplied power is configured.

Further, a power supply device 700 including a battery accommodating part 710 in which a battery is accommodated and a power connector 720 electrically connected to the battery accommodating part 710 and connected to the power connector 301 are further included. It is included.

In addition, one side of the conductive wire block 230 is incorrectly coupled in the direction of the block to the electrode display protrusion 232 and the electrode display protrusion 232 to prevent an error occurs in the electrical connection of the bridge 231. A corresponding electrode display groove 233 is further included.

The power supply apparatus 700 includes a solar panel 730 configured to convert solar energy into electrical energy on an upper side thereof, and a storage battery 740 configured to store electrical energy generated by the solar panel 730 on an inner side thereof. It can be implemented to include more.

Referring to the use process of the present invention as described above are as follows.

That is, in the non-conductive block 100 as shown in Figures 1 to 2, the housing 10, the stud 20, and the stud groove 30 are all formed of an insulating resin so that each block is simply fixedly coupled in the assembling process. And it is connected between the conductive resin blocks 210 to prevent current from flowing between the blocks.

In addition, the conductive resin block 210, as shown in Figure 3, the housing 10, the studs 20 and the stud grooves 30 are all formed of a conductive resin, as well as the vertical direction as well as the left and right directions only by the simple coupling between the blocks. And it is possible to configure the electrical connection in all the adjacent directions such as front and back directions.

Because of this, the child is able to configure the electrical connection only by a simple coupling by the combination of the non-conductive block 100 and the conductive resin block (210).

Here, the conductive resin block 210 may be divided into a connection conductive resin block 210a and a distribution conductive resin block 210b, as shown in FIG. 3, and the connection conductive resin block 210a may include a stud 20 and a stud 20. Only one or two stud grooves 30 are configured to be used for electrical connection between blocks.

In addition, the distribution conductive resin block 210b includes at least three studs 20 and stud grooves 30, respectively, and is used for power distribution.

In addition, the insert block 220 is formed of a conductive resin such that the housing 10 formed of an insulating resin, the stud 20 formed of a conductive resin, and the stud 20 inside the housing 10 can be combined. The studs 20 and the stud grooves 30 are connected to each other so that the studs 20 and the stud grooves 30 of the blocks to be coupled to each other are electrically connected to each other. For the electrical connection between the stud 20 and the stud groove 30, the connection insert block 220a consisting of one each,

That is, as shown in Figure 4, the insert block 220, the housing 10 is formed of an insulating resin, the stud 20 and the stud groove 30 is formed of a conductive resin is electrically connected to the insert of the housing 10 It is configured to be inserted inside.

Therefore, when the insert block 220 is stacked in the vertical direction, the lower stud 20 formed of the conductive resin is fitted into the upper stud groove 30 formed of the conductive resin to be electrically connected between the upper and lower blocks. .

Here, the housing 10 of the insert block 220 is formed of an insulating resin so that no current flows between the insert blocks 220 adjacent to the side.

That is, unlike the conductive resin block 210, it is also possible to configure the current flow of the anode by assembling the insert blocks 220 adjacent to each other by assembling the insert blocks 220 adjacently without additional configuration of the non-conductive block 100.

Here, the insert block 220 can be divided into a connection insert block 220a and a distribution insert block 220b, as shown in Figure 4, the connection insert block 220a is a stud 20 and the stud groove 30 ) Is composed of one each and is used only for the electrical connection between the blocks.

In addition, the distribution insert block 220b includes at least two studs 20 and stud grooves 30, respectively, and is used for power distribution.

That is, as shown in FIG. 5, the housing 10, the studs 20, and the stud grooves 30 are formed of an insulating resin, and a pair of conductive bridges 231 are provided on both surfaces of the studs 20. It is configured to be connected to the inner side of the stud groove (30).

Therefore, when the blocks are coupled to each other and the studs 20 and the stud grooves 30 of the other blocks are bit-coupled, the current of the anode can flow simultaneously through a pair of bridges 231 configured to be separated from each other. .

Here, the conductive wire block 230 can be divided into a connection conductive wire block 230a and a distribution conductive wire block 230b, as shown in Figure 5, the connection conductive wire block 230a is a stud (20) and The stud groove 30 is composed of only one each and a pair of bridges 231 is provided to be used only for the electrical connection between the blocks.

In addition, the distribution conductive wire block 230b includes at least two studs 20 and stud grooves 30, respectively, and as shown in FIG. 5, each of the studs 20 and the stud grooves 30, respectively. Bridges 231 provided are configured to be electrically connected to correspond to each other.

As a result, by connecting the connection conductive wire block 230a to each stud 20 of the distribution conductive wire block 230b, power distribution in various directions is possible.

In addition, the power block 300 is composed of any one of the insert-type power block 310 and the bridge-type power block 320, the insert-type power block 310 is conductive with the housing 10 formed of an insulating resin Two or more studs 20 and stud grooves 30 formed of resin, and the positive terminal of the power connector 301 is configured on one side of the housing 10 is different studs 20 or stud grooves 30 ) Is electrically connected.

That is, as shown in Figure 6, the insert-type power supply block 310, as in the insert block 220, the housing 10 is formed of an insulating resin, two or more studs 20 and stud grooves formed of a conductive resin Positive terminals 30 of the power connector 301 are separated from each other and connected to 30.

Therefore, by inserting the insert blocks 220 to the studs 20 to which the electrodes are connected, respectively, it is possible to allow a current to flow after the power is connected to the power connector 301.

In addition, the bridge-type power block 320 is composed of a housing 10 formed of an insulating resin and one or more studs 20 and stud grooves 30 formed of an insulating resin, the surface of both sides of the stud 20 A pair of bridges 231 are formed to be connected to the inner side of the stud groove 30 and have a conductivity, and the positive terminal of the power connector 301 configured at one side of the housing 10 is the pair of bridges. 231 is electrically connected to each other.

That is, the bridge-type power block 320 is a structure similar to the conductive wire block 230, the power connector 301 is configured to be electrically connected to one side.

Therefore, by connecting the conductive wire block 230 to the stud 20 to which the electrode is connected, it is possible to simultaneously flow the current of the anode.

In addition, the switch block 400 has an on-off switch 410 is configured inside the housing 10 is electrically connected to both surfaces of the housing 10, the housing 10 formed of an insulating resin and Two or more studs 20 and stud grooves 30 formed of a conductive resin, the on-off switch 410 is configured on the inside of the housing 10 to the stud 20 or stud grooves having different anode terminals. It is made by selecting and configuring any one of the electrically connected to 30.

That is, as shown in FIG. 7, the on / off switch 410 is configured inside the housing 10 to be electrically connected to both surfaces of the housing 10, so that the conductive resin blocks are formed on both sides of the switch block 400. By adjusting the switch 410 between 210 it is possible to control the flow of current.

In addition, the housing 10 is formed of an insulating resin, and two or more studs 20 and stud grooves 30 formed of a conductive resin, among which any two studs 20 and the stud grooves 30 The on-off switch 410 is configured to couple the insert block 220 to the stud 20 and the stud groove 30 connected to the on-off switch 410, respectively, and adjust the switch 410 to control the flow of current. It becomes possible to control.

In addition, the sensor block 500 includes a sensor unit 510 which operates by sensing a human body inside the housing 10, and the lamp block 600 is supplied to the inside of the housing 10 formed of a transparent insulating resin. The light emitting unit 610 which emits light to the outside by the supplied power is configured.

That is, as shown in FIG. 8, the sensor unit 510 is configured inside the housing 10 to be electrically connected to both surfaces of the housing 10, so that the conductive resin blocks are formed on both sides of the sensor block 500. Through the operation of the sensor unit 510 between 210 it is possible to configure a variety of block toys.

In addition, the housing 10 is formed of an insulating resin, and two or more studs 20 and stud grooves 30 formed of a conductive resin, among which any two studs 20 and the stud grooves 30 The sensor unit 510 is configured to couple the insert block 220 to the stud 20 and the stud groove 30 connected to the sensor unit 510, respectively, and through the operation of the sensor unit 510, The configuration is possible.

In addition, as shown in FIG. 9, the housing 10 is formed of a translucent insulating resin so that light can be emitted to the outside, and is connected to the inner side of the stud groove 30 at both surfaces of the stud 20 formed of the insulating resin. The light emitting part 610 such as an LED or a light emitting diode is formed between the pair of bridges 231 formed and conductive.

In addition, the light emitting part 610 is formed inside the housing 10 formed of a light-transmissive resin, and electrically connected to both surfaces of the housing 10, thereby forming a conductive resin block 210 formed on both sides of the lamp block 600. ) Can be configured to be the operation of the light emitting unit 610.

In addition, the housing 10 is formed of an insulating resin, and two or more studs 20 and stud grooves 30 formed of a conductive resin, among which any two studs 20 and the stud grooves 30 The light emitting unit 610 is configured to couple the insert block 220 to the stud 20 and the stud groove 30 connected to the light emitting unit 610, respectively, and to emit light through the operation of the light emitting unit 610. You can do it.

In addition, as shown in FIG. 10, a power supply including a battery accommodating part 710 in which a battery is accommodated and a power connector 720 electrically connected to the battery accommodating part 710 and connected to the power connector 301 are provided. The apparatus 700 is further included.

As shown in FIG. 11, an electrode display protrusion 232 and one side of the conductive wire block 230 are incorrectly coupled to one side of the conductive wire block 230 to prevent an error in electrical connection of the bridge 231. An electrode display groove 233 corresponding to the electrode display protrusion 232 is further included.

That is, in the case of the conductive wire block 230, a pair of bridges 231 are formed on both surfaces of the stud 20 inside the block so that the current of the anode flows.

Therefore, if the blocks are combined in the wrong direction, the electrical connection is not made properly.

In order to prevent this, in the case of the conductive wire block 230, an electrode display groove 232 is formed to correspond to the electrode display protrusion 232 and the electrode display protrusion 232 on one side to allow the electrode display protrusion 232 to be inserted and coupled thereto ( 233) to prevent the blocks from joining in the wrong direction.

Meanwhile, as shown in FIG. 12, a solar panel 730 configured to convert solar energy into electrical energy is configured at an upper side thereof, and a storage battery 740 configured to accumulate electrical energy generated by the solar panel 730 is configured at an inner side thereof. The power supply 700 may be implemented to be further included.

That is, by converting the solar energy into electrical energy by the solar panel 730 configured on the upper side of the power supply device 700 to drive the electric device including the lamp block 600 configured in the present invention as a power source will be.

In addition, the battery 740 is configured in the battery accommodating part 710 in which the battery is accommodated to store electrical energy generated by the solar panel 730, or the battery 740 may be used in combination with an existing battery. It is also possible that the) is electrically parallel.

This makes it possible to manufacture a variety of assemblies that are not burdened with manufacturing costs and are realized in conventional prefabricated block toys, solve the problem that children or infants may lose interest by the simple assembly of blocks, and visually after assembly is completed By allowing them to make various attempts to stimulate the child, it is also helpful for children's fun and creativity.

10: housing

20: stud

30: stud groove

100: insulator block

200: challenge block

210: conductive resin block

210a: Conductive resin block

210b: Distribution conductive resin block

220: insert block

220a: Connecting insert block

220b: Distribution insert block

230: conductive wire block

230a: Connection conductive wire rod

230b: Distribution conductive wire rod

231: the bridge

232: electrode display projection

233: electrode display groove

300: power block

301: power connector

310: insert type power block

320: bridge type power block

400: switch block

410 switch

500: sensor block

510: sensor

600: lamp block

610: light emitting unit

700: power supply

710: battery housing

720: power connector

730 solar panel

740: storage battery

Claims

In the prefabricated block toys in which studs 20 and stud grooves 30 are formed to be mutually coupled,

The non-conductive block 100 and the conductive block 200, the power block 300, the switch block 400, the sensor block 500, the lamp block 600 is composed of a housing 10 to be combined with each other Stud 20 is formed on one side of the) and the stud groove 30 is formed on the other side is configured;

The conductive block 200 is composed of a conductive resin block 210 formed of a conductive resin, consisting of an insert block 220 in which a conductor is inserted in the center of the insulating resin, and a conductive wire provided in the insulating resin. Selected one of the wire block 230 is configured to constitute, for the electrical connection between the conductive resin block 210, the stud 20 and the stud groove 30 is composed of one or two, respectively A resin block 210a and a distribution conductive resin block 210b each of which at least three studs 20 and stud grooves 30 are configured to distribute power;

The insert block 220 is composed of a housing 10 formed of an insulating resin, a stud 20 and a stud groove 30 formed of a conductive resin, and a stud 20 and a stud groove of a block coupled to each other ( The stud 20 and the stud groove 30 are connected to each other so that the 30 can be electrically connected, and the stud 20 and the stud groove 30 are each one for the electrical connection between the insert blocks 220. The insert insert block 220a and at least two studs 20 and stud grooves 30 are respectively provided for distributing power, and the studs 20 and the studs 20 or the stud grooves 30 are formed. And the stud groove 30 is made of a distribution insert block 220b electrically connected to each other;

The conductive wire block 230 is composed of a housing 10 formed of an insulating resin, a stud 20 and a stud groove 30, and both surfaces of the stud 20 so that the blocks to be coupled to each other can be electrically connected. A pair of bridges 231 are formed to be connected to the inner side of the stud grooves 30 and have conductivity, and the studs 20 and the stud grooves 30 are electrically connected between the conductive wire blocks 230. The conductive wire rod block (230a) consisting of one each, and at least two studs 20 and stud grooves (30), respectively, for distributing power and the studs (20) and stud grooves (30) Bridges 231 provided at each of the distribution conductive wire blocks 230b are configured to be electrically connected to correspond to each other;

One side of the conductive wire block 230 corresponds to the electrode display protrusion 232 and the electrode display protrusion 232 to prevent the error in the electrical connection of the bridge 231 is coupled incorrectly in the direction of the block Prefabricated block toys, characterized in that the electrode display groove 233 is included.
The method of claim 1,

The power block 300 is a prefabricated block toy, characterized in that consisting of any one of the insert-type power block 310 and the bridge-type power block (320).
The method of claim 2,

The insert-type power block 310 is composed of a housing 10 formed of an insulating resin and two or more studs 20 and a stud groove 30 formed of a conductive resin, and is formed on one side of the housing 10. Prefabricated block toys, characterized in that the positive terminal of the power connector 301 is configured to be electrically connected to different studs 20 or stud grooves (30).
The method of claim 3, wherein

The bridge-type power block 320 is composed of a housing 10 formed of an insulating resin and one or more studs 20 and stud grooves 30 formed of an insulating resin, and studs on both surfaces of the stud 20. A pair of bridges 231 are formed to be connected to the inner side of the groove 30 and have a conductivity, and the positive terminal of the power connector 301 configured at one side of the housing 10 is the pair of bridges 231. Prefabricated block toys, characterized in that configured to be electrically connected to each).
The method of claim 1,

The switch block 400 has an on-off switch 410 is configured inside the housing 10 to be electrically connected to both surfaces of the housing 10,

It consists of a housing 10 formed of an insulating resin and two or more studs 20 and a stud groove 30 formed of a conductive resin, and an on-off switch 410 is formed inside the housing 10 to form a positive electrode terminal. Prefabricated block toys, characterized in that any one selected is configured to be electrically connected to different studs 20 or stud grooves (30).
The method of claim 1,

Sensor block 500 is a prefabricated block toy, characterized in that the sensor unit 510 is configured to operate by sensing the human body inside the housing (10).
The method of claim 6,

Lamp block 600 is a prefabricated block toy, characterized in that the light emitting unit 610 is configured to emit light by the power supplied to the inside of the housing 10 formed of a transparent insulating resin.
The method of claim 4, wherein

The power supply device 700 further includes a battery accommodating part 710 in which a battery is accommodated and a power connector 720 electrically connected to the battery accommodating part 710 and connected to the power connector 301. Prefabricated block toys, characterized in that.
The method of claim 8,

The upper side of the power supply device 700 is configured with a solar panel 730 for converting solar energy into electrical energy, and the storage battery 740 for storing the electrical energy generated by the solar panel 730 is configured inside Prefabricated block toys, characterized in that.