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A casino gambling unit may include a display unit capable of generating video images, a detection apparatus capable of detecting the presence of a person by detecting radiation from the person, and a controller operatively coupled to the display unit and the detection apparatus. The controller may c

A casino gambling unit may include a display unit capable of generating video images, a detection apparatus capable of detecting the presence of a person by detecting radiation from the person, and a controller operatively coupled to the display unit and the detection apparatus. The controller may comprise a processor and a memory and may be programmed to allow a person to make a wager, to cause a video image representing a video gambling game to be generated on the display unit, to determine an outcome of the video gambling game and a value payout associated with the outcome of the video gambling game, and to cause an attract sequence comprising a plurality of video images displayed on the display to be performed in response to detection of the presence of a person.

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A casino gambling unit may include a display unit capable of generating video images, a detection apparatus capable of detecting the presence of a person by detecting radiation from the person, and a controller operatively coupled to the display unit and the detection apparatus. The controller may c

A casino gambling unit may include a display unit capable of generating video images, a detection apparatus capable of detecting the presence of a person by detecting radiation from the person, and a controller operatively coupled to the display unit and the detection apparatus. The controller may comprise a processor and a memory and may be programmed to allow a person to make a wager, to cause a video image representing a video gambling game to be generated on the display unit, to determine an outcome of the video gambling game and a value payout associated with the outcome of the video gambling game, and to cause an attract sequence comprising a plurality of video images displayed on the display to be performed in response to detection of the presence of a person. onditioning mechanism of claim 1 wherein the drive mechanism is configured to move the arm. 3. The conditioning mechanism of claim 2 wherein the drive mechanism is configured to move the arm back and forth in a sweeping, horizontal plane. 4. The conditioning mechanism of claim 2 wherein the drive mechanism is configured to move the arm up and down in a vertical plane. 5. The conditioning mechanism of claim 3 wherein when the drive assembly moves the arm back and forth in a sweeping, horizontal plane, the conditioning member conditions the polishing member. 6. The conditioning mechanism of claim 4 wherein when the drive assembly moves the arm up, the conditioning member is brought into contact with the polishing member. 7. The conditioning mechanism of claim 4 wherein when the drive assembly moves the arm down, the conditioning member removes the conditioning member from contact with the polishing member. 8. The conditioning mechanism of claim 1 wherein the strain gauge monitors the force applied to the polishing member by measuring a feedback force in the mid portion of the arm. 9. The conditioning mechanism of claim 1 wherein the conditioning member supported by the end effector rotates about a gimbal point. 10. The conditioning mechanism of claim 9 wherein the gimbal point is a greater distance from the conditioning member in the end effector in a direction than the distance from polishing member in the same direction. 11. The conditioning mechanism of claim 9 wherein the rotation of the conditioning member is not motorized. 12. The conditioning mechanism of claim 1 wherein the conditioning member and end effector make one complete rotation for each wafer that is completely polished in the apparatus for chemically-mechanically polishing semiconductor wafers. 13. The conditioning mechanism of claim 1 wherein the membrane is made from EPDM. eing arrangeable at ends of said unidirectional channels facing said slots, said radial projections being superimposeable to said holes of said lower member. 7. A partition according to claim 6, wherein said slots of each said lower and said upper member are spaced from one another so that following rotation of one said member relative to the other said member, said slots of said upper member and those of said lower member are alternatively superimposeable to open said frame serving as a queen bee excluder, or spaceable, to close said frame. 8. A partition according to claim 7, wherein said slots, said side openings and said radial projections of said upper member are arranged so that when said slots of said upper member are aligned with said slots of said lower member, said unidirectional channels and said holes of said lower member are closed by said central raised portion of said upper member, and when said slots are spaced, said side openings and said radial projections of said raised central portion are respectively aligned with said unidirectional channels and relevant said holes of said lower member, to allow passage of said bees from the shallow box to the honeycomb. 9. A partition according to claim 1, wherein one of said two members is actuable in rotation relative to said other by a control lever protruding from the beehive. omprising a speaker in communication with the circuit board and the power supply to emit sounds. 7. The figure of claim 1, wherein when the figure is in a lying position on a surface, the first motor causes the first leg to move in relation to the torso. 8. The figure of claim 1, wherein the means to activate the circuit board includes a plurality of switches separately positioned about the figure. 9. A toy figure comprising: a torso having a first leg, a second leg and a first motor in communication with a first gear train, the first gear train is a secured to said first leg such that the first motor is capable of moving said leg in relation to the torso; a second motor in communication with said second gear train is secured in a second leg that is rotatably secured to the torso such that the second motor is capable of moving said second leg in relation to the first leg; a circuit board in communication with a power supply and the first and second motors, the circuit board having a plurality of sets of pre-programmed instructions to control the motors, wherein each set of pre-programmed instructions defines an action mode that when activated cause the figure to move in a pre-determined fashion; and a means to activate the circuit board. 10. The figure of claim 9 further comprising: a plurality of sensors separately secured to the torso and the first leg, the sensors in communication with the circuit board to indicate a position of the first leg in relation to the torso and to indicate an orientation of the figure. 11. The figure of claim 9, wherein one of the action modes is further defined as a walking mode that when activated controls the first and second motors such that the torso moves towards the first leg a predetermined amount and the second leg moves backwards and forwards, whereby the movement of the torso displaces the weight of the figure such that when the second leg moves the figure walks across a surface. 12. The figure of claim 11, wherein a speed of the second motor is increased by the circuit board to define a running mode.