Abstract: A vehicle door pillar decorative panel is primarily composed of a base board having a recession in which a panel is adhered. A protruding block is fastened to the panel to form a decorative panel. And, by way of various surface treatments, the decorative panel may have a frosted or mirror surface to accomplish a high quality visual effect. Besides, by way of the design of the protrusions, the decorative panel may further provide a three-dimensional feeling, which is extremely applicable to the vehicle door pillar for decoration purposes.

Abstract: A flow injection electrochemical detecting device has a base (10), a cover pivotally mounted on the base (10), and a locking device attached between the base (10) and the cover (20). The base (10) has a recess (12) defined in a top to accommodate a working electrode inside the recess (12). An annular trench (28) in a bottom partially receives an O-ring (282) serving as a separator to form a space between the base (10) and the cover (20). Multiple channels are defined through the cover (20) to communicate with the space. Therefore, a flow injection electrochemical detecting device is achieved. By pivotally attaching the cover (20) on the base (10) and using the locking device, the detecting device is easily opened or closed to change the working electrode (50) in a convenient way.

Abstract: A vehicle door pillar decorative panel is primarily composed of a base board having a recession in which a panel is adhered. A protruding block is fastened to the panel to form a decorative panel. And, by way of various surface treatments, the decorative panel may have a frosted or mirror surface to accomplish a high quality visual effect. Besides, by way of the design of the protrusions, the decorative panel may further provide a three-dimensional feeling, which is extremely applicable to the vehicle door pillar for decoration purposes.

Abstract: A method for fabricating a first electrode of a capacitor is described. A substrate comprising an insulating layer formed thereon is provided. The insulating layer has an opening. A silicon layer is formed on the insulating layer. The silicon layer is transformed to a hemispherical grain layer. An etching process is performed to remove a portion of the hemispherical grain layer outside the opening.

Abstract: The present invention provides an interface circuit for using a low voltage logic tester to test a high voltage IC. The interface circuit is between the high voltage IC and the low voltage logic tester, and is used for converting each output of the high voltage IC to a voltage level that the low voltage logic tester can accept, so as to reduce the cost of the testing.

Abstract: A coating method for a clear polishing paint to prevent adhesion marks, includes: providing a plastic substrate coated with a base coat, and a clear polishing paint mixture solution, the clear polishing paint mixture solution contains a hardener part and a PU clear paint; coating the clear polishing paint mixture solution on a surface of the substrate, and heating the substrate coated with the clear polishing paint mixture solution at 60° C.˜75° C. for 0.5˜2 hours; and keeping the substrate coated with the clear polishing paint mixture solution stationary.

Abstract: A reluctance force brake device applies the coupling and combining concept of the reluctance braking unit to the original rotating source or say mechanical rotation axle for kinetic energy output. The reluctance braking unit, utilizing electrical energy from forward electrical energy source or brake reverse recover energy, generates the reverse reluctance force to reduce the speed of rotating source to operate brake action. The driving design can be extended to absorb the brake reverse recovery energy for recycling in motives related applications, which can help to upgrade or replace the bake system of traditional mechanical vehicles or electrical vehicles, and improve the applicability for drive-by-wire development trend.

Abstract: An electric hand tool includes a housing, which houses a driving mechanism and a chuck for driving a bit, a battery pack for providing electricity to the driving mechanism, and a switch unit installed in the housing. The switch unit has a switch, an operating member for switching on/off the switch to control supply of electricity from the battery pack to the driving mechanism, and a switching lever extended out of a through hole in the rear portion of the housing and forming a switching portion for operation by the thumb of the hand holding the housing to drive the switching lever to change the direction of electric current and to further reverse the direction of rotation of the driving mechanism.

Abstract: A photoelectrocatalytic method for detecting current that illuminates a photoelectrochemical electrode to generate a photocurrent and to magnify the current. Thereby, accuracy of the detection is increased. A photoelectrochemical detector used in the method has a base (10), a cover (20) pivotally mounted on the base (10) and a locking device attached between the base (10) and the cover (20). The base (10) has a top and a recess (12) defined in the top to accommodate a working electrode (50) with a photoelectrochemical inner lead (52). A spacer is clamped between the base (10) and the cover (20) to form a space over the inner lead (52). Multiple channels and a light hole (22) are defined through the cover (20) to communicate with the space. Therefore, the inner lead is illuminated through the light hole (22) to perform the photoelectrochemical method.

Abstract: A reluctance force brake device applies the coupling and combining concept of the reluctance braking unit to the original rotating source or say mechanical rotation axle for kinetic energy output. The reluctance braking unit, utilizing electrical energy from forward electrical energy source or brake reverse recover energy, generates the reverse reluctance force to reduce the speed of rotating source to operate brake action. The driving design can be extended to absorb the brake reverse recovery energy for recycling in motives related applications, which can help to upgrade or replace the bake system of traditional mechanical vehicles or electrical vehicles, and improve the applicability for drive-by-wire development trend.

Abstract: A flow injection electrochemical detecting device has a base (10), a cover pivotally mounted on the base (10), and a locking device attached between the base (10) and the cover (20). The base (10) has a recess (12) defined in a top to accommodate a working electrode inside the recess (12). An annular trench (28) in a bottom partially receives an O-ring (282) serving as a separator to form a space between the base (10) and the cover (20). Multiple channels are defined through the cover (20) to communicate with the space. Therefore, a flow injection electrochemical detecting device is achieved. By pivotally attaching the cover (20) on the base (10) and using the locking device, the detecting device is easily opened or closed to change the working electrode (50) in a convenient way.