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A game system allows timing adjustment for reducing inaccuracy in timing evaluation of an operation performed by a player. The game system includes a storage device for storing reference data defining timing of at least one operation to be performed by a player on an input device associated with an

A game system allows timing adjustment for reducing inaccuracy in timing evaluation of an operation performed by a player. The game system includes a storage device for storing reference data defining timing of at least one operation to be performed by a player on an input device associated with an elapsed time from a predetermined position serving as a reference, and an operation instruction device for instructing the player operation timing based on the reference data. An operation detection device detects actual timing of an operation performed on the input device by the player, and an evaluation device evaluates the detected operation by comparing the timing of the operation defined in the reference data and the detected timing. An adjustment value setting device allows the player to correct an evaluation result, and an adjustment execution device changes the operation timing with the predetermined position being used as a reference.

대표청구항 ▼

A game system allows timing adjustment for reducing inaccuracy in timing evaluation of an operation performed by a player. The game system includes a storage device for storing reference data defining timing of at least one operation to be performed by a player on an input device associated with an

A game system allows timing adjustment for reducing inaccuracy in timing evaluation of an operation performed by a player. The game system includes a storage device for storing reference data defining timing of at least one operation to be performed by a player on an input device associated with an elapsed time from a predetermined position serving as a reference, and an operation instruction device for instructing the player operation timing based on the reference data. An operation detection device detects actual timing of an operation performed on the input device by the player, and an evaluation device evaluates the detected operation by comparing the timing of the operation defined in the reference data and the detected timing. An adjustment value setting device allows the player to correct an evaluation result, and an adjustment execution device changes the operation timing with the predetermined position being used as a reference. tion on the planarizing surface with fresh planarizing solution during the planarization cycle of a single substrate assembly. The used planarizing solution can be replaced with fresh planarizing solution by actively removing the used planarizing solution from the pad with a removing unit and depositing fresh planarizing solution onto the pad in the planarizing zone. The used planarizing solution, for example, can be removed either while the substrate assembly is moved through the planarizing zone, or between planarizing stages of a multi-stage planarizing process. In another aspect of the invention, a planarizing machine for planarizing microelectronic-device substrate assemblies includes removing unit at the accumulation zone to actively remove used planarizing solution from the accumulation zone on the stationary planarizing pad. said back rail and has a downward slope such that said downward slope will act to pull said front half downward with respect to said back half and the convergence of said front rail toward said back rail in said horizontal direction will operate to pivot said front half backward with respect to said back half, against said back rail, to thus place said segment of skin in a peeling position with respect to said front portion of said spine; and said apparatus further comprising a circular cutting means positioned for cutting said segment of skin from said front portion of said spine while said segment of skin is in said peeling position such that said front half is separated from said back half and at least most of said segment of skin remains attached to said back half. 2. The apparatus of claim 1 wherein said circular cutting means comprises a blade selectively rotatably secured on said back rail such that the blade is selectively rotatable to provide a fresh cutting edge. 3. The apparatus of claim 1 further comprising a frame through which said shackle conveyor will continuously deliver said poultry carcasses, said back rail and said front rail being adjustably positioned within said frame. 4. The apparatus of claim 1 further comprising guiding means for guiding said poultry carcasses into said gap. 5. The apparatus of claim 4 wherein said guiding means comprises a pair of outwardly reaching rods extending from said rails. 6. The apparatus of claim 1 wherein said gap has an inlet end and said front rail is downwardly inclined from said inlet end. 7. The apparatus of claim 6 wherein said front rail is inclined from said inlet end to a degree greater than any downward inclination of said back rail. 8. The apparatus of claim 7 wherein said back rail is also downwardly inclined from said inlet end. 9. The apparatus of claim 1 wherein said front rail and said back rail converge horizontally toward said circular cutting means. 10. The apparatus of claim 1 wherein: each of said front rail and said back rail has an upstream end and a downstream end; said upstream end of said front rail is positioned at an elevation higher than that of said upstream end of said back rail; and said downstream end of said front rail is positioned at an elevation lower than that of said downstream end of said back rail. 11. The apparatus of claim 1 wherein said circular cutting means comprises a rotatable circular cutting blade operatively connected to a drive for effecting rotation of said circular cutting blade. 12. An apparatus for cutting animal carcasses as they are continuously conveyed by a shackle conveyor comprising: an elongated back rail inclined downwardly at an angle of incline in a direction of conveyance; an elongated front rail adjacent said back rail and proximately spaced from said back rail forming a gap therebetween operable for conveying a partially halved carcass along said gap, and said front rail downwardly inclined in the direction of conveyance at a greater angle than the angle of incline of the back rail such that a distal end of the front rail is positioned below a distal end of the back rail; said front rail and said back rail oriented to inwardly converge horizontally toward the distal end of the front rail and the distal end of the back end for pivoting a front half of the carcass backward; and a cutting blade mounted to said back rail proximate the distal of the back rail and positioned for halving the carcass. 13. The apparatus of claim 12 further comprising a frame through which said shackle conveyor will continuously deliver said carcasses, said back rail and said front rail being adjustably positioned within said frame. 14. The apparatus of claim 12 wherein the front rail and back rail each further comprises a front and back outwardly reaching rod respectively extending from said rails for guiding the carcass into the gap. 15. The apparatus of claim 12 wherein said cutting blade is a circular cutting blade a nd is selectively rotatably mounted to said back rail. 16. The apparatus of claim 15 wherein said circular cutting blade is operatively connected to a drive for effecting rotation of said circular cutting blade.