Abstract: A device for disposing excrement is provided which prevents irritation of the skin of a sick person or the like wearing a diaper cup. The device for disposing excrement has a diaper cup main body 2 enclosing a pelvic region of a human body, a discharge port 2d to discharge the excrement excreted in the diaper cup main body 2, an anus wash nozzle to eject liquid for washing away the excrement, sensors 13, 14 to detect the excrement excreted in the diaper cup main body 2, and a changeable diaper 3 removably provided on the diaper cup main body 2. A buffer member 25 is interposed between the diaper cup main body 2 and the changeable diaper 3.

Abstract: A lever switch is provided having an operating first knob 14 and a lever rod 3. The lever rod 3 has one end pivotally disposed in a case 6 and the other end disposed to project from the case. The first knob 14 and a boot 22 are disposed side by side. The first knob 14 has a first opening 14a that opposes a second opening 22c of the boot 22. As a result of this construction, the first opening, lever rod, and wire harness of the lever switch cannot be seen from outside, and the lever switch has an operating portion of good appearance in its entirety.

Abstract: A navigation system and method for guiding a vehicle along a selected route of travel to a destination from a starting point using a display unit. In the navigation system, a positional relationship between a start road branched from a first known branching point (a start intersection from which a guidance of the vehicle along the selected route of travel is initiated) and entrance direction of the vehicle toward the first known branching point is clearly and distinguishably displayed on the screen of the display unit after the selection of the route of travel from the starting point to the destination so that the vehicle can corectly enter the start road at the first known branching point even if it has reached the first known branching point via any arbitrary route of travel from the starting point.

Abstract: A fault detection apparatus for use with a double-filament lamp utilizes the temperature-related changes in resistance of the non-energized filament to indicate a break in the energized filament. The circuit of the apparatus includes, for each filament, a first voltage dividing network in parallel with the filament and which includes the other filament as a voltage dividing resistance and a second voltage dividing network including the filament which establishes a reference voltage. A comparator is activated to energize a warning lamp when the sensed voltage at a specific voltage dividing point in the network is changed due to the temperature-related changes in the resistance value of the non-energized filament when the energized filament is broken.