Abstract: A supersonic atomizer for water-soluble essential oil includes a main body having electronic elements mounted therein. The electronic elements are powered via an externally connected power cord to actuate an oscillating chip mounted in a recess provided on a top surface of the main body to directly contact with water-soluble essential oil contained in a container, in which the atomizer is positioned. The oscillating chip powered via the electronic elements generates ultra-high-frequency supersonic oscillations at a frequency higher than 1500 kHz, and thereby atomizes the water-soluble essential oil to produce mists less than 30 mm.

Abstract: A water-soluble micromized aromatic liquid and a manufacturing method thereof. The water-soluble micromized aromatic liquid includes an essential oil extracted from natural plants, a refining agent and a regulating solution which is an aqueous solution of a non-ionized surfactant and soda powder. The above three components are fully mixed to form the water-soluble micromized aromatic liquid which can be fully resolved in water. The density of the aromatic liquid is approximately equal to the density of water. An over 1.5 megahertz ultrasonic aromatic atomizer can be used to synchronously vibrate the aromatic liquid and turn the aromatic liquid into micro-fog with a size under 3O ?m.

Abstract: The present invention is to provide a mechanism for pivotably coupling a notebook computer and a display thereof together for enabling the display to be positioned at optimum view angle and height relative to the notebook computer, wherein a keyboard is received in a forward recess of a housing of the notebook computer, and a substantially rectangular pivot board is received in a rearward recess of the housing, the pivot board having a forward side hingedly coupled to the keyboard and a rearward side hingedly coupled to the display so that the display is adapted to pivot upward for adjusting height and position thereof relative to the housing.

Abstract: The present invention is to provide a modular stand structure being applied to the back panel of a portable electronic device, which comprises a first board and a cover disposed on a second board. The top of one surface of the first board has a movable button, such that when the movable button is pushed forward, it moves a sliding member and an another sliding member located in the first board towards both sides such that a stand on the other side of the first board will be detached from its embedding latch due to the sliding of those sliding members, while the outward force produced by a spring at one end of a support rod drives two longitudinal grooves disposed on another side of the first board to slide downward to a fixed position in order to constitute a stable supporting angle and give better viewing angle and better operating angle for the portable electronic device.

Abstract: The present invention is to provide a mechanism for pivotably coupling a notebook computer to its display, wherein a keyboard is received in a forward recess of a housing of the notebook computer, and a substantially rectangular pivot board is received in a rearward recess of the housing, the pivot board has a forward side hingedly coupled to the keyboard and a rearward side hingedly coupled to the display so that the display is adapted to pivot upward for adjusting height and position thereof relative to the housing.

Abstract: Novel GP-83 protein (human epididymis-associated disintegrin and metalloprotease 7 protein) and nucleic acid molecules are disclosed. The invention provides purified GP-83 protein, fusion protein, antigenic peptides, and anti-GP-83 antibodies. The invention also provides isolated GP-83 nucleic acid molecule, recombinant vectors containing the GP-83 nucleic acid molecule, host cells containing the recombinant vector, and non-human transgenic animals in which the GP-83 nucleic acid molecule has been introduced or interrupted.

Abstract: The present invention discloses a method for marking an electronic substrate without the splatter or debris defect which can be carried out by first providing a tape, then creating a cavity or a mark through the tape by a high-intensity energy beam or any other suitable mechanical means such that the tape can be laminated to a top surface of the substrate and exposed to an etchant until a similar mark in the substrate is reproduced by the etching process. After the tape is removed, the mark is reproduced in the surface of the electronic substrate.