Abstract: In at least one aspect, a method can include shaping a block of flexible spacer material. The method can include shaping a portion of the block of flexible spacer material to receive a solid metal block. The method can include coupling the solid metal block to the portion of the block of flexible spacer material.

Abstract: A semiconductor device module may include a leadframe spacer that provides the functions of both a leadframe and a spacer, while enabling a double-sided cooling configuration. Such a leadframe spacer may include a leadframe surface that provides a die attach pad (DAP) that is shared by at least two semiconductor devices. The leadframe spacer may include at least one downset, where the semiconductor devices may be attached within a recess defined by the at least one downset. A first substrate may be connected to a first side of the leadframe. A second substrate may be connected to downset surfaces of the at least one downset, and positioned for further connection to the semiconductor devices in a double-sided assembly.

Abstract: An electric heat therapy apparatus which includes an upper cover, a holder, a heating unit including a control circuit, an electrical connector and a light bulb, a heat reservoir, wherein the holder has no upper end connected to a lower ed of the upper cover and a lower end connected to an upper end of the electrical connector, the heat reservoir is connected to a lower end of the electrical connector, the heat reservoir has a closed bottom, and the light bulb is fitted within the heat reservoir for keeping heat and light in the heat reservoir, whereby the human skin can be prevented from causing pathological changes by the direct light given by the light bulb and the heat given by the light bulb will be efficiently retained in the heat reservoir and the temperature of the heat reservoir can be rapidly increased.

Abstract: A thermal therapy device mainly contains a handle member, a burning member, and an ashes storage member, cascaded together into a rod-like heat source suitable for hand gripping. A ventilating section is configured between the handle member and the burning member surrounded by an anti-leaking ring. A supporting member is installed inside the burning member to hold a fuel bar. A portion of heat produced by the burning of the fuel bar radiates to the wall of the burning member while another portion of the heat is stored in a heat storage element of the supporting member surround by a thicker wall of the burning member so that the heat could be maintained for an extended period of time. The ashes storage member is at the bottom of the device to collect the ashes from the burning of the fuel bar. The ashes storage member has an axial through hole for smooth air circulation.

Abstract: An electric heat therapy apparatus which includes an upper cover, a holder, a heating unit including a control circuit, an electrical connector and a light bulb, a heat reservoir, wherein the holder has no upper end connected to a lower ed of the upper cover and a lower end connected to an upper end of the electrical connector, the heat reservoir is connected to a lower end of the electrical connector, the heat reservoir has a closed bottom, and the light bulb is fitted within the heat reservoir for keeping heat and light in the heat reservoir, whereby the human skin can be prevented from causing pathological changes by the direct light given by the light bulb and the heat given by the light nulb will be efficiently retained in the heat reservoir and the temperature of the heat reservoir can be rapidly increased.

Abstract: An electric heat therapy instrument has an electric ampere controller 1 connected by two outside electric wires 2 to a 110-v electric outlet. The handle tube 3 is joined in its inferior extreme to a heating tube 9. A 110-v, 20-w bulb 6 is putting on the bulb socket 5 inside of the heating tube 9. To conserve the heating tube 9 temperature level and avoid the heat expansion to the handle tube 3, I invent a technique to cut the expansion of the heat in a metal material, it consists in making horizontal and round holes 7 around the top of the heating tube 9.

Abstract: A thermal therapy device mainly contains a handle member, a burning member, and an ashes storage member, cascaded together into a rod-like heat source suitable for hand gripping. A ventilating section is configured between the handle member and the burning member surrounded by an anti-leaking ring. A supporting member is installed inside the burning member to hold a fuel bar. A portion of heat produced by the burning of the fuel bar radiates to the wall of the burning member while another portion of the heat is stored in a heat storage element of the supporting member surround by a thicker wall of the burning member so that the heat could be maintained for an extended period of time. The ashes storage member is at the bottom of the device to collect the ashes from the burning of the fuel bar. The ashes storage member has an axial through hole for smooth air circulation.

Abstract: An electric heat therapy instrument has an electric ampere controller 1 connected by two outside electric wires 2 to a 110-v electric outlet. The handle tube 3 is joined in its inferior extreme to a heating tube 9. A 110-v, 20-w bulb 6 is putting on the bulb socket 5 inside of the heating tube 9. To conserve the heating tube 9 temperature level and avoid the heat expansion to the handle tube 3, I invent a technique to cut the expansion of the heat in a metal material, it consists in making horizontal and round holes 7 around the top of the heating tube 9.

Abstract: A burn heat therapy instrument has a handle tube 1. This handle tube has in its inferior part horizontal or round holes, called cut heat expansion holes 2, around it. The handle tube 1 is joined in its inferior extreme to a burned bronze heating tube 3. Inside of the burned bronze heating tube 3, there is a metal spring 5, with a round metal 9 in its lower part. The burned bronze heating tube 3 is joined to a metal ashtray 8.