Abstract: A car interior LED lamp adaptor electrical connector structure that includes a base configured and structured to match various car interior lamp socket structure configurations, wherein a female socket of an electrical connecting socket is embedded within the base, and positive and negative electrode pins protrude form a bottom portion of the female socket, which electrically connect to electrode terminals of the base of various forms, thereby fabricating an electrical connector terminal. An LED lamp board is joined to connecting wires and a male socket of an electrical connecting socket, thereby enabling the male socket to connect to a female socket of an electrical connecting socket. Then, the electrical connector terminal can be assembled and connected to a car interior lamp socket, thus forming an electrical connection and emitting of light, and thereby providing the present invention with the advantage of use with the majority of car interior lamp sockets.

Abstract: An apparatus including, in one embodiment, a CMOS device cell including at least first and second CMOS transistors having first and second CMOS transistor doped regions in first and second doped wells, respectively, wherein each of the first and second CMOS transistor doped regions is configured to be biased with a corresponding one of a power supply potential and a ground potential. Such an embodiment also includes a tap cell having first and second tap cell doped regions in the first and second doped wells, respectively, wherein each of the first and second tap cell doped regions is configured to be biased with a different potential relative to the power supply and ground potential.

Abstract: An apparatus including, in one embodiment, a CMOS device cell including at least first and second CMOS transistors having first and second CMOS transistor doped regions in first and second doped wells, respectively, wherein each of the first and second CMOS transistor doped regions is configured to be biased with a corresponding one of a power supply potential and a ground potential. Such an embodiment also includes a tap cell having first and second tap cell doped regions in the first and second doped wells, respectively, wherein each of the first and second tap cell doped regions is configured to be biased with a different potential relative to the power supply and ground potential.

Abstract: A rechargeable hearing aid comprises a battery charger and a hearing aid body. The battery charger presents an easily carried case, which is provided with a receiving groove and a battery chamber, which contains a dry battery for power supply. The receiving groove can receive the hearing aid body and is provided with connection terminals at two sides of the inner groove for flexibly locking the hearing aid body. A cover covers on the receiving groove and is pivotally connected to the bather charger by a hinge element, which is further connected to a switch, such that when the cover is in the position of OFF, the battery can start recharging right away, and be quickly completed with micro-voltage.