초록 ▼

A driving game, wherein players having various driving skills--from beginners to those advanced--may enjoy both aspects of amusement and simulation in consistency. The game device of the present invention has an element for providing to a player a plurality of different movement modes upon moving th

A driving game, wherein players having various driving skills--from beginners to those advanced--may enjoy both aspects of amusement and simulation in consistency. The game device of the present invention has an element for providing to a player a plurality of different movement modes upon moving the vehicle along a traveling line. Upon selection of a desired movement mode, a vehicle-driving game relating to the driving mode selected by the player is executed. Included in this plurality of driving modes are an assist mode in which auto-brake control is performed and a training mode in which various indications, such as the timing of the braking point, are given.

대표청구항 ▼

A driving game, wherein players having various driving skills--from beginners to those advanced--may enjoy both aspects of amusement and simulation in consistency. The game device of the present invention has an element for providing to a player a plurality of different movement modes upon moving th

A driving game, wherein players having various driving skills--from beginners to those advanced--may enjoy both aspects of amusement and simulation in consistency. The game device of the present invention has an element for providing to a player a plurality of different movement modes upon moving the vehicle along a traveling line. Upon selection of a desired movement mode, a vehicle-driving game relating to the driving mode selected by the player is executed. Included in this plurality of driving modes are an assist mode in which auto-brake control is performed and a training mode in which various indications, such as the timing of the braking point, are given. face; (b) a plurality of triangular members, each of said triangular members having an axis of rotation and comprising an exterior face intersecting said axis at substantially right angle, each of said triangular members further comprising three concave peripheral flanges symmetrically distributed around said axis and substantially normal to said exterior face; (c) a plurality of arcuate movable pieces; (d) means for slidably attaching said arcuate movable pieces to said triangular members; (e) a base for rotatably supporting said pentagonal and triangular members; (f) means for securing the position of said pentagonal and triangular members after rotation in predetermined angular increments; (g) wherein three of said pentagonal members are adjacent to and symmetrically disposed around each of said triangular members, wherein five of said triangular members are adjacent to and symmetrically disposed around each of said pentagonal members; wherein said exterior face of each of said pentagonal members is substantially defined by five circular arcs of same radius, said five circular arcs having centers coincident to axes of rotation of corresponding five adjacent triangular members; wherein said exterior face of each of said triangular members is substantially defined by three circular arcs of same radius, said three circular arcs having centers coincident to axes of rotation of corresponding three adjacent pentagonal members; wherein each of said triangular and pentagonal members can independently rotate in predetermined angular increments about its own axis of rotation and relative to said base; wherein the axes of rotation of each of said triangular and pentagonal members intersect each other at a common point; wherein said arcuate moveable pieces are disposed in and substantially defined by areas between said triangular members and said pentagonal members; wherein each of said arcuate moveable pieces is adjacent to one of said triangular members and one of said pentagonal members; whereby three of said arcuate moveable pieces are slidably attached to and can simultaneously rotate with each of said triangular members; whereby five of said arcuate moveable pieces can rotate simultaneously with each of said pentagonal members by sliding relative to the adjacent triangular members; wherein the distribution of said arcuate moveable pieces can be changed by sequential rotations of said triangular and pentagonal members in predetermined angular increments. 2. The entertainment device of claim 1 wherein said exterior faces of said triangular and pentagonal members substantially describe a sphere. 3. The entertainment device of claim 1 wherein said means for slidably attaching said arcuate movable pieces to said triangular members comprise a peripheral tongue extruding radially from said three concave peripheral flanges of each of said triangular members; said means further comprising a groove along each of said arcuate moveable pieces; wherein said groove engages said peripheral tongue. 4. The entertainment device of claim 1 wherein each of said arcuate moveable pieces comprises an exterior face; said exterior face being substantially defined by two concentric arcs with center coincident to the axis of rotation of corresponding adjacent pentagonal member and one arc with center coincident to the axis of rotation of corresponding adjacent triangular member; each of said arcuate moveable pieces further comprising peripheral flanges substantially normal to said exterior face. 5. The entertainment device of claim 1 wherein each of said triangular and pentagonal members further comprises a split pin extruded along its own axis of rotation; wherein said base comprises a plurality of holes, said split pin being inserted into corresponding hole on said base thereby enabling rotation of said triangular and pentagonal members relative to said base. 6. The entertainment device of claim 1 wherein said base comprises a spherical shell; s aid spherical shell having a plurality of holes distributed around the center thereof; said holes having axes coincident to the axes of rotation of said triangular and pentagonal members. 7. The entertainment device of claim 1 wherein said means for securing the position comprise a plurality of raised portions symmetrically distributed about said axis of rotation of each of said triangular and pentagonal members and a plurality of dimples on said base; wherein said raised portions engage corresponding dimples after every incremental rotation of said triangular and pentagonal members. 8. The entertainment device of claim 1 further comprising a plurality of channels on said triangular and pentagonal members and said arcuate moveable pieces; said channels having predetermined cross-sections; said entertainment device further comprising a plurality of playing pieces slidably attached thereto; said playing pieces having cross-sections corresponding to said cross-sections of said channels; wherein said channels provide paths for moving said playing pieces; whereby the pattern of said paths can be changed by rearranging the position of said triangular and pentagonal members and said arcuate moveable pieces. 9. The entertainment device of claim 1 comprising twelve pentagonal members, twenty triangular members and sixty arcuate moveable pieces; wherein the axes of rotation of any two adjacent pentagonal members compose an angle of 63.44 degrees; wherein the axes of rotation of any two adjacent triangular members compose an angle of 41.81 degrees; wherein the axes of rotation of any adjacent pentagonal and triangular members compose an angle of 37.38 degrees. 10. The entertainment device of claim 1 wherein said device is adapted to permit said arcuate moveable pieces to be removed from said device or added by insertion. (17) connected to one side (13) of the retaining body and a curved beam (18) conductively contacting with an upper printed circuit board. An angle (α) defined between the retaining body and the body portion of the resilient arm is an obtuse angle so that the curved beam extends substantively in a diagonal direction (W) of a corresponding terminal hole. with wiring patterns in accordance with a wiring width corresponding to a spot diameter of a laser beam using the third harmonic of a YAG laser. 12. A method of manufacturing electrodes for use in a gas discharge type display apparatus, comprising the steps of: providing a photosensitive material containing a conductive material on a substrate; and exposing directly the photosensitive material with wiring patterns using a laser beam without using a mask, wherein said laser beam is of a third harmonic of a YAG laser. 13. A method according to claim 8, wherein said wiring includes a bus electrode. 14. A method according to claim 13, further comprising the step of forming said bus electrode by exposing said photosensitive material containing a silver by the laser beam scanning using a third harmonic of a YAG laser. 15. A method according to claim 1, wherein said wiring includes a bus electrode. 16. A method according to claim 15, further comprising the step of forming said bus electrode by exposing said photosensitive material containing a silver by the laser beam scanning using a third harmonic of a YAG laser. 17. A method according to claim 12, wherein the conductive material includes silver. 18. A method according to claim 10, wherein the conductive material includes silver. 19. A method according to claim 12, wherein the wiring includes a bus electrode. 20. A method according to claim 19, further comprising the step of forming said bus electrode by exposing said photosensitive material containing a silver by the laser beam scanning using a third harmonic of a YAG laser. 21. A method according to claim 10, wherein the wiring includes a bus electrode. 22. A method according to claim 21, further comprising the step of forming said bus electrode by exposing said photosensitive material containing a silver by the laser beam scanning using a third harmonic of a YAC laser. 23. A method according to claim 8, wherein said conductive material includes silver. 24. A method according to claim 1, wherein said conductive material includes silver.