Abstract: The invention relates to bulb technical field, and more particularly relates to microwave sensor LED bulb. A LED bulb includes a male plug, a housing, a LED light and a light cover. The male plug is disposed at top side of the housing while the LED light and the light cover are disposed at bottom side of the housing. The light cover covers the LED light. The LED bulb also includes a microwave sensor and the light cover covers the microwave sensor. The invention is not only convenient for use and also suitable for environment that needs automatic control.

Abstract: The invention relates to illumination equipment and more particularly relates to microwave sensor LED light tube. The microwave sensor LED light tube includes a light cover, light heads, LED light and light tube body. The light head are disposed at two ends of the light tube body, the light cover is disposed on the light tube body, the light cover covers the LED light. The microwave sensor LED light tube also includes a microwave sensor and the light cover covers the microwave sensor. The invention is not only convenient for use and is also suitable for environment that needs automatic control.

Abstract: An IP processing technology, and more particularly to a human infrared recipient processor, which comprising: an amplifying circuit, a switch control circuit for output of switching signals, a PIR for obtaining human IR signals, a PHOT for obtaining brightness signals, a main controller IC1 used for A/D conversion and digital filtering of human IR signals and logical control/output of high-/low-level signals by the brightness and switching signals, as well as an external output circuit for controlling the working states depending on high-/low-level signals; said main controller IC1 is a SD7823, the human infrared recipient processor of the present invention features simple construction, higher SNR, stability and sensitivity as well as stronger logical functions.

Abstract: An IP processing technology, and more particularly to a human infrared recipient processor, which comprising: an amplifying circuit, a switch control circuit for output of switching signals, a PIR for obtaining human IR signals, a PHOT for obtaining brightness signals, a main controller IC1 used for A/D conversion and digital filtering of human IR signals and logical control/output of high-/low-level signals by the brightness and switching signals, as well as an external output circuit for controlling the working states depending on high-/low-level signals; said main controller IC1 is a SD7823, the human infrared recipient processor of the present invention features simple construction, higher SNR, stability and sensitivity as well as stronger logical functions.

Abstract: A rapid response electronic clinical thermometer is disclosed. The clinical thermometer comprises a measuring end portion adhered to a metal head portion having a temperature sensing element and a conductive wire joining the temperature sensing element, characterized in that the conductive wire is adhered to the inner wall of the metal head portion such that the conductive wire is not a heat dissipation portion for heat energy surrounding the sensing element, and further acts as a source of heat energy compensation so as to indicate the accurate temperature, reducing the temperature measuring time.

Abstract: An electronic thermometer is constructed to include a casing, an electronic thermometer module mounted in the casing, a metal probe electrically connected to the electronic thermometer module for sensing the body temperature, a flexible covering is covered on the casing, the flexible covering having a tapered front portion protruded over the front side of the casing to a distance, and a hard stem connecting the metal probe to the distal end of the tapered front portion of the flexible covering.

Abstract: A rapid respond electronic clinical thermometer is disclosed. The clinical thermometer comprises a measuring and end portion adhered a metal head portion having a temperature sensing element and a conductive wire joining the temperature sensing element, characterized in that the conductive wire is adhered to the inner wall of the metal head portion such that the conductive wire is not a heat dissipation portion for heat energy surrounded the sensing element, and further acts as a source of heat energy compensation so as to rapid indicate the mercury temperature, reducing the temperature measuring time.