Claims (7)
一種互動式遊戲裝置,包含有:一第一佈雷區;一第二佈雷區;一第一猜雷區;一第二猜雷區;複數開關導通點,各該複數開關導通點分別設在下列位置:第一佈雷區、第二佈雷區、第一猜雷區和第二猜雷區,其中該第一佈雷區(第二佈雷區)與第二猜雷區(第一猜雷區)中之複數開關導通點的設置數量及位置相對應;複數開關觸碰元件,每一開關觸碰元件係觸碰相對應之開關導通點,並使該開關導通點導通;一控制電路板,包含有複數第一發光元件、複數第二發光元件及複數導通元件,其中該第一佈雷區(第二佈雷區)與該第二猜雷區(第一猜雷區)中之相對應位置的二開關導通點,其第一發光元件、第二發光元件與導通元件形成一電性迴路,其中,各該導通元件分別為一磁簧開關,各該開關導通點分別包含有一磁吸件,該磁吸件包含有二半圓形鐵片,且有二磁簧開關係設置在該二半圓形鐵片間,而該控制電路板係電性連接該第一佈雷區、第二佈雷區、第一猜雷區和第二猜雷區,且該控制電路板包含有複數組電路區塊,其中每一個電路區塊包含有二電壓源、四磁簧開關、一第一發光二極體、一第二發光二極體、一第三發光
二極體及一第四發光二極體,且每二個磁簧開關為一組,其中一組磁簧開關之一磁簧開關一端係串聯一電壓源,而另一端係串聯具順向之第一發光二極體,而另一個磁簧開關一端係串聯具順向之第二發光二極體,另一端係串聯具順向之第三發光二極體,而另一組磁簧開關之一磁簧開關一端係串聯另一電壓源,而另一端係串聯具順向之第三發光二極體之陽極端,而另一個磁簧開關一端係串聯該第一發光二極體之陽極端,而另一端係串聯具順向之第四發光二極體,其中,所述第一發光件係等同於所述第一發光二極體與第二發光二極體,而所述第二發光件係等同於所述第三發光二極體與第四發光二極體,或者,所述第一發光件係等同於所述第三發光二極體與第四發光二極體,而所述第二發光件係等同於所述第一發光二極體與第二發光二極體;一電源,係電性連接該控制電路板,藉以提供電力來源;在該第一佈雷區與該第二佈雷區之任意開關導通點上置放該開關觸碰元件,使該開關觸碰元件導通該位置之開關導通點以作為佈雷,復在該第二猜雷區與該第一猜雷區之開關導通點置放開關觸碰元件,使該開關觸碰元件導通該位置之開關導通點以作為猜雷,藉由位於該開關導通點之第一發光元件或/和該第二發光元件之亮滅,以提示猜雷位置是否相同於佈雷位置。
An interactive game device comprises: a first minefield; a second minefield; a first guessing minefield; a second guessing mine zone; a plurality of switch conducting points, each of the plurality of switch conducting points being respectively set in the following Location: a first minefield, a second minefield, a first minefield and a second minefield, wherein the first minefield (second minefield) and the second minefield (first minefield) The number and position of the plurality of switch conduction points are corresponding; the plurality of switch touches the component, each switch touch component touches the corresponding switch conduction point, and the switch conduction point is turned on; a control circuit board includes a plurality of first light-emitting elements, a plurality of second light-emitting elements, and a plurality of conductive elements, wherein two switches of the first minefield (second minefield) and the second minefield (first minefield) a conductive point, the first light-emitting element, the second light-emitting element and the conductive element form an electrical circuit, wherein each of the conductive elements is a reed switch, and each of the switch conducting points respectively includes a magnetic component, the magnetic attraction The piece contains two semi-circular iron pieces, and a second magnetic spring open relationship is disposed between the two semi-circular iron pieces, and the control circuit board is electrically connected to the first mining area, the second mining area, the first guessing area and the second guessing area, and the The control circuit board comprises a complex array circuit block, wherein each circuit block comprises two voltage sources, four reed switches, a first light emitting diode, a second light emitting diode, and a third light emitting
a diode and a fourth light-emitting diode, and each of the two reed switches is a group, wherein one of the reed switches is connected to a voltage source at one end and the other end is connected in series. a first light-emitting diode, and one of the other reed switches is connected in series with a second light-emitting diode in the forward direction, the other end is connected in series with a third light-emitting diode, and the other is a reed switch. One reed switch is connected in series with another voltage source, and the other end is connected in series with the anode end of the third LED, and the other reed switch is connected in series with the anode end of the first LED. And the other end is connected in series with the fourth light emitting diode in the forward direction, wherein the first light emitting part is equivalent to the first light emitting diode and the second light emitting diode, and the second light emitting The component is equivalent to the third light emitting diode and the fourth light emitting diode, or the first light emitting component is equivalent to the third light emitting diode and the fourth light emitting diode, and the The second illuminating member is equivalent to the first illuminating diode and the second illuminating diode; The control circuit board is connected to provide a power source; the switch touch component is placed on any switch conduction point of the first mine zone and the second mine zone, so that the switch touch component turns on the switch of the position Pointing as a mine, the switch touches the component in the second guessing zone and the switch conduction point of the first guessing zone, so that the switch touches the component to turn on the switch conduction point of the position as a guessing, borrowing The first light-emitting element or/and the second light-emitting element located at the switch conduction point are turned on to indicate whether the position of the mine is the same as the mine position.
如申請專利範圍第1項所述之互動式遊戲裝置,進一步包含有一具立面之箱體,且有一第一猜雷板樞接在該立面一側,及有一第二猜雷板樞接在該立面另一側。
The interactive game device of claim 1, further comprising a cabinet having a façade, and a first guessing board pivotally connected to one side of the façade and a second guessing board pivoting On the other side of the facade.
如申請專利範圍第2項所述之互動式遊戲裝置,進一步包含有一抽屜在該箱體上。
The interactive game device of claim 2, further comprising a drawer on the case.
如申請專利範圍第2項所述之互動式遊戲裝置,進一步包含有一提把在該箱體上。
The interactive game device of claim 2, further comprising a handle on the case.
如申請專利範圍第1項所述之互動式遊戲裝置,其中該第一佈雷區、第二佈雷區、第一猜雷區與第二猜雷區中之複數開關導通點係成矩陣排列。
The interactive game device of claim 1, wherein the plurality of switch conduction points in the first mining area, the second mining area, the first guessing area and the second guessing area are arranged in a matrix.
如申請專利範圍第1項所述之互動式遊戲裝置,其中,各該開關導通觸碰元件分別為一連動開關,且各該導通元件係藉該連動開關導通以形成一電性迴路。
The interactive game device of claim 1, wherein each of the switch-on contact elements is a linkage switch, and each of the conduction elements is electrically connected by the linkage switch to form an electrical circuit.
如申請專利範圍第1項所述之互動式遊戲裝置,進一步該控制電路板係電性連接該第一佈雷區、第二佈雷區、第一猜雷區和第二猜雷區,且該控制電路板包含有複數組電路區塊,其中每一個電路區塊包含有一電壓源、一第一開關、一第二開關、一第五發光二極體及一第六發光二極體,該電壓源串聯該第一開關,該第一開關串聯該第二開關,該第二開關串聯該第五發光二極體,且該第五發光二極體並聯該第六發光二極體,以形成一電性迴路,藉該第一開關及第二開關是否同時導通,即第五發光二極體與該第六發光二極體是否同時導通,以提示猜雷位置是否
相同於佈雷位置。
The interactive game device of claim 1, wherein the control circuit board is electrically connected to the first mining area, the second mining area, the first guessing area, and the second guessing area, and the control The circuit board includes a plurality of circuit blocks, wherein each circuit block includes a voltage source, a first switch, a second switch, a fifth light emitting diode, and a sixth light emitting diode. Connecting the first switch in series, the first switch is connected in series with the second switch, the second switch is connected in series with the fifth light emitting diode, and the fifth light emitting diode is connected in parallel with the sixth light emitting diode to form an electric Whether the first switch and the second switch are simultaneously turned on, that is, whether the fifth light emitting diode and the sixth light emitting diode are simultaneously turned on, to indicate whether the lightning position is
Same as the mine position.