Abstract: A Medical Waste Segregation Apparatus and Method for segregating medical waste at the point of disposal within a medical facility in preparation for further segregated disposal outside the facility. The medical waste device is divided in half by a vertical plane extending through the mid point thereof and with color coding; i.e., one half red and one half neutral, for easy recognition by busy medical staff to deposit red medical waste in the red sector at the point of generation of such waste, whereby cost savings are available for recyclable general waste in the form of cost avoidance as well as seeking to eliminate commingling of general waste inadvertently with medical waste, to achieve decreased disposal cost and increased opportunity for cost avoidance.

Abstract: A Medical Waste Segregation Apparatus and Method for segregating medical waste at the point of disposal within a medical facility in preparation for further segregated disposal outside the facility. The medical waste device is divided in half by a vertical plane extending through the mid point thereof and with color coding; i.e., one half red and one half neutral, for easy recognition by busy medical staff to deposit red medical waste in the red sector at the point of generation of such waste, whereby cost savings are available for recyclable general waste in the form of cost avoidance as well as seeking to eliminate commingling of general waste inadvertently with medical waste, to achieve decreased disposal cost and increased opportunity for cost avoidance.

Abstract: A movable handle for a power tool. The power tool comprises a housing, a motor supported by the housing and operable to drive a tool element about an axis, and a handle supported by the housing for rotation relative to the housing about the axis. Preferably, the power tool is a circular saw. The circular saw further comprises a switch assembly supported on the handle for movement with the handle and means for connecting the switch to the motor to accommodate movement of the switch relative to the motor. The switch assembly is electrically connectable to the motor and selectively connects the motor to a power source, and the connecting means includes a wiring arrangement. The circular saw further comprises a locking assembly for locking the handle in a position relative to the housing.

Abstract: A movable handle for a power tool. The power tool comprises a housing, a motor supported by the housing and operable to drive a tool element about an axis, and a handle supported by the housing for rotation relative to the housing about the axis. Preferably, the power tool is a circular saw. The circular saw further comprises a switch assembly supported on the handle for movement with the handle and means for connecting the switch to the motor to accommodate movement of the switch relative to the motor. The switch assembly is electrically connectable to the motor and selectively connects the motor to a power source, and the connecting means includes a wiring arrangement. The circular saw further comprises a locking assembly for locking the handle in a position relative to the housing.

Abstract: A pipelined dual port integrated circuit memory (20) includes an array (21) of static random access memory (SRAM) cells, wherein each of the memory cells (80) is connected to a single word line (72) and to a single bit line pair (74, 76). Each port's access is performed synchronously with respect to a corresponding clock signal. The two clock signal signals are asynchronous with respect to each other. When access requests are received from both ports substantially simultaneously, an arbitration circuit (24) determines which port receives priority. The port which receives priority accesses the array (21) first. The arbitration circuit (24) ensures that substantially simultaneous access requests are serviced sequentially and occur within a single cycle of a corresponding clock signal.

Abstract: A pipelined dual port integrated circuit memory (20) includes an array (30) of static random access memory (SRAM) cells, where each of the memory cells (80) is connected to a single word line (72) and to a single bit line pair (74, 76). A control circuit (32) controls access to the memory cells, where substantially simultaneous requests for access are serviced sequentially within a single cycle of a clock signal of a data processor that is accessing the memory (20). An address collision detector (110) compares addresses provided to the two ports, and generates a match signal that is used for determining which of the two ports are serviced first, independent of which port is read from, or written to. Because dual port functionality is obtained using a single port SRAM array (30), the memory (20) may be manufactured using relatively less integrated circuit surface area, and therefore at a lower cost.