Abstract: The stand free multi-beamed load cell for accurately monitoring and registering weight changes has at multiple beams secured to one another to form a polygon rim with an open center. Multiple tabs are equally spaced from one another along the rim to receive securing members to secure the rim to a support surface. Each tab has a pair of balancing members on either side of the securing member to maintain the rim above the support surface. At least one of the beams has a bridge to reduce the depth of the beam to enable flexing under application of the weight. A strain gage proximate the bridge registers the flexing of the beams, sending the signals through an electronic connector to a control means. The balance members serve to minimize the deflection on the rim approximate the tabs, creating maximum strain level at the bridge. The tabs and balance members further serve to accommodate for any variations in the support surface.

Abstract: A humidifier for use with a hot air furnace has an upper and lower housing removably connected to one another. The upper housing has a heating element and sensor, water refill inlet, and a control circuit connected to the heat sensor and inlet. The lower housing contains a water vessel and a water level sensor secured the lower housing to receive the water vessel. The water sensor registers the minimum and maximum water weight and is connected to the control circuit. A bacteria resistant, semi-flexible removable liner fits within the vessel for the removal of built up mineral residue. Preferably the water sensor is an elliptical beam load cell with an open center surrounded by a rim and a pair of tab ends opposite one another. At least one bridge is machined within the rim to increase sensitivity. A strain gage registers strain changes and an electronic connector transfers the changes to the control circuit where they are converted to the current weight.

Abstract: A rotor for an interior magnet rotary machine, such as motors and generators, is mass produced by forming an elongated structure. This structure has channels in the periphery thereof which are parallel to the longitudinal axis of the structure. The elongated structure is cut into rotor frames of a predetermined length having channels extending from one end to the opposite end thereof. Magnets are placed in the channels. Pole pieces may be placed on the magnets in the channels.The interior magnet rotary machine produced by this method has a rotor of a structure made of a rotor frame with channels extending from one end to the opposite end, and at least one magnet in a respective one of the channels. Thus, an efficient, low cost, mass producible, and easily assembled rotor for an interior magnet rotary machine is provided.