초록 ▼

A temperature indicator for a clothes iron includes a heat-sensitive element configured to be coupled to a clothes iron and configured to be disposed to receive heat from a heating surface of the clothes iron, and a visual indicator coupled to the heat-sensitive element and configured to provide a v

A temperature indicator for a clothes iron includes a heat-sensitive element configured to be coupled to a clothes iron and configured to be disposed to receive heat from a heating surface of the clothes iron, and a visual indicator coupled to the heat-sensitive element and configured to provide a visual indication of heat received by the heat-sensitive element.

대표청구항 ▼

A temperature indicator for a clothes iron includes a heat-sensitive element configured to be coupled to a clothes iron and configured to be disposed to receive heat from a heating surface of the clothes iron, and a visual indicator coupled to the heat-sensitive element and configured to provide a v

A temperature indicator for a clothes iron includes a heat-sensitive element configured to be coupled to a clothes iron and configured to be disposed to receive heat from a heating surface of the clothes iron, and a visual indicator coupled to the heat-sensitive element and configured to provide a visual indication of heat received by the heat-sensitive element. said hanging mechanism interfering with operation of said resilient member. 16. A lift device mounted on a vehicle for raising, lowering and suspending a vertically movable assembly mounted on the vehicle, comprising: a primary lift arm in pivotal relation to the vehicle and having a distal end disposed generally above the assembly; a secondary lift arm in pivotal relation to said primary lift arm and having a free end; a hanging mechanism securing said assembly to said free end to suspend said assembly from said free end; a positioning mechanism for raising and lowering at least one of said lift arms to raise and lower the assembly and to hold the assembly off of the ground on which the vehicle travels; and a dampener pivotally connected to said secondary lift arm for attenuating resultant forces originating at said assembly and transmitted from said secondary lift arm, said dampener being disposed at the location where said forces already received by said secondary lift arm are transmitted from said secondary lift arm, whereby said forces transmitted from said secondary lift arm are absorbed preventing transmission of said forces to said vehicle. 17. The lift device of claim 16, further comprising a frame secured to the vehicle and wherein said dampener has one end connected to said secondary lift arm and an opposing end connected to said frame. 18. The lift device of claim 16, wherein one end of said dampener is secured to said secondary lift arm and an opposing end of said dampener is connected to said primary lift arm. 19. The lift device of claim 16, wherein said dampener is a two-way shock absorber. 20. The lift device of claim 16, further comprising a resilient member having one end connected to said distal end of said primary lift arm and another end connected to said secondary lift arm for further attenuating said resultant forces transmitted from said secondary lift arm to said primary lift arm. 21. The lift device of claim 20, wherein said dampener is disposed so that said dampener receives tensile forces when said resilient member receives compressive forces and said dampener receives compressive forces when said resilient member receives tensile forces. 22. The lift device of claim 20, wherein said secondary lift arm is disposed above said primary lift arm so that downward movement of the assembly compresses said resilient member. 23. The lift device of claim 20, wherein a top of said resilient member is pivotally mounted to said secondary lift arm for maintaining said spring in a generally vertically extending orientation. 24. The lift device of claim 20, wherein said primary lift arm is generally L-shaped with two legs. 25. The lift device of claim 24, wherein said primary lift arm is disposed horizontally so that one of said legs extends generally vertically for laterally supporting said resilient member. 26. A lift device mounted to a vehicle for raising a load to a transport position or lowered to an operating position, the lift device being disposed above and connected to said load, said lift device comprising: a primary lift arm pivotally mounted on said vehicle and having a distal end; a secondary lift arm mounted in pivotal relation to said primary lift arm, said secondary lift arm having a first end pivotally secured on the lift device and a second end secured to said load; a positioning means connected to said primary lift arm for raising and lowering said assembly to said transport and operating positions; a spring having one end secured to said distal end of said primary lift arm and a second end secured to said secondary lift arm, a dampener having one end pivotally mounted to said secondary lift arm and another end secured to said primary lift arm; said dampener and said spring acting in unison to attenuate resultant forces originating at said assembly and transmitted from said secondary lift arm to said primary lift arm, whereby said forces are absorbed preventing transmission o