Abstract: A swivel bearing includes a base for connecting to a first member and a swivel gear for connecting to a second member to be turned relative to the first member. The base is provided on a top with a substantially ring-shaped receiving seat, into which the swivel gear is rotatably mounted. A threaded hole is provided on a predetermined position on the receiving seat for a screwing element to screw thereinto and set the receiving seat to a desired tightness relative to the swivel gear mounted therein. Thus, the second member may be turned to locate at a desired angular position relative to the first member.

Abstract: A pivot bearing mechanism includes a main body and a pivot shaft. The main body is fixedly mounted on a first member, and is provided on a top thereof with an axially extended slit and near the top with an internally threaded hole transversely extended through the slit, such that a screwing element can be tightened into the threaded hole to narrow the slit. The pivot shaft has a first end rotatably supported on the main body and a second end fixedly connected to a second member. By tightening the screwing element into the threaded hole by different degrees, the slit is forced to narrow or widen to allow adjustment of a tightness of contact between the main body and the pivot shaft, allowing the pivot shaft to bring the second member to rotate and locate at a desired position, relative to the first member.

Abstract: A notebook computer having a temperature adjustment function for a microprocessor includes a clock generator, a thermal sensor, an I/O controller, a bus switch, and a voltage regulator. The thermal sensor and the I/O controller are connected between the microprocessor and the clock generator. The bus switch is connected between the microprocessor and the I/O controller and with the voltage regulator. When the surface temperature of the microprocessor exceeds a predetermined temperature, the system BIOS will immediately issue a command to the I/O controller to automatically lower the external clock and the power source voltage level of the microprocessor. Thereby, the power consumption of the microprocessor can be reduced to lower the surface temperature.

Abstract: A bearing structure includes a pivot shaft and an elastomer for connecting to a pivot device formed from a first and a second connection member. The pivot shaft includes a connecting portion pivotally connected to the first connection member, an eccentric middle portion, and a bearing portion fixedly connected to the second connection member. The elastomer is mounted on the first connection member to contact with the eccentric middle portion of the pivot shaft, such that a tightness of contact between the elastomer and the eccentric middle portion is adjustable via an adjusting screw to locate the first and second connection members in place after they have been turned relative to each other. An elastic element is held between the pivot shaft and the first connection member to adjust a torsional force of the pivot device when the second connection member is turned relative to the first connection member.

Abstract: The present invention provides a method of luminous color printing and the main formula comprises 70% luminous powder plus 30% fluorescent powder plus 1:1 transparent printing oil; after being mixed by a machine and ground by three tumblers, the four primary printing colors are blended and ready to be applied in the manufacturing procedures, such as the thermal transfer printing or the aqua transfer printing; through the mixture and the blending of the luminous powder, the fluorescent powder and the transparent printing oil, the colorful patterns can be printed directly on and according to the different materials, such as the label paper, the poster, the calendar, the decoration, the clothes and the external case of a mobile phone; in addition, the said colorful patterns are capable of storing the light during the daytime and showing the visible luminous colorful patterns during the nighttime.

Abstract: A microprocessor and main board mounting arrangement, which includes a computer main board, at least one socket respectively mounted on the computer main board, at least one microprocessor adapter respectively mounted on the at least one socket, said at least one microprocessor adapter each holding a respective microprocessor, for example, a Desktop Celeron CPU, a Mobile Celeron or Mobile Pentium II CPU, for enabling the respective microprocessor to be electrically connected to the computer main board, each microprocessor adapter having a voltage converter for converting output power supply of the computer main board into the necessary working voltage for the microprocessor.

Abstract: A pinwheel assembly has a polygonal main body, and a rotating device disposed in a center of the polygonal main body. The rotating device has a bearing and a hollow shaft. A plurality of support rods are connected to the bearing. The hollow shaft is inserted through the bearing. The polygonal main body has a plurality of diagonal lines. A plurality of through holes are formed on the diagonal lines of the polygonal main body. A plurality of triangular vanes are disposed on the polygonal main body. Each triangular vane has a triangular end bag. Each support rod is inserted in the corresponding triangular end bag and inserted through the corresponding through hole of the polygonal main body.

Abstract: A pinwheel assembly has a main shaft, a plurality of curved rods, a first rotating wheel, a second rotating wheel, a third rotating wheel, a fourth rotating wheel, and a plurality of fabric vanes. The main shaft passes through the first rotating wheel, the second rotating wheel, the third rotating wheel, and the fourth rotating wheel. Each of the curved rods is connected to the first rotating wheel and the fourth rotating wheel. Each of the fabric vanes is connected to the second rotating wheel and the third rotating wheel.

Abstract: A pinwheel device has a main shaft, a rotating wheel connected to the main shaft, and a first support rod, a second support rod, and a third support rod connected to the rotating wheel. A first decoration wheel is disposed on the rotating wheel. A second decoration wheel is disposed on the first support rod. A third decoration wheel is disposed on the second support rod.

Abstract: A pinwheel has a plurality of curved blades, a lower rotating wheel, a decoration article, an upper rotating wheel, a shaft rod passing through the lower rotating wheel, the decoration article and the upper rotating wheel, and an illuminating lamp inserted in the shaft rod. The lower rotating wheel has a plurality of circular apertures. The upper rotating wheel has a plurality of round apertures. Two ends of each curved blade are inserted in the respective circular aperture and the respective round aperture.

Abstract: A kite structure includes a body, and a skeleton. The body has an upper piece and a lower piece stitched on the upper piece in a locally overlapping manner. Each of the upper piece and the lower piece has a central portion provided with a positioning base and a plurality of retaining rings. Each of the upper piece and the lower piece has a front edge provided with curved tubular collars.

Abstract: A kite has a cover sheet and a cross-shaped frame. The cover sheet has an oblong hole and four triangular corner bags. The cross-shaped frame has a spine, a two-way joint disposed on the spine, and two crosspieces connected to the two-way joint. Two rotating wheels are disposed on the spine. A plurality of rotating vanes engage with the rotating wheels. The spine is inserted in two of the triangular corner bags. Each of the crosspieces is inserted in the corresponding triangular corner bag. Two tail bands are connected to the cover sheet.

Abstract: A connection tightness and swing angle adjustable pivot includes a rotary shaft, a stationary shaft having a slit end rotatably received in an end of the rotary shaft, and an adjusting bolt. The adjusting bolt is screwed into the slit end of the stationary shaft with a head portion located in the rotary shaft but accessible with a hand tool via openings formed on the rotary shaft. The adjusting bolt has a tapered portion contacting with another tapered surface around inner wall of the stationary shaft. When the adjusting bolt is turned at the head portion via the openings on the rotary shaft so that it is screwed further into the stationary shaft, its tapered surface tightly presses against the tapered surface in the stationary shaft to expand the slit end of the stationary shaft, so that the stationary shaft more tightly contacts with inner wall of the rotary shaft.

Abstract: A method for manufacturing a shoe sole includes step (1): preparing an inside part which has two passages defined therethrough, step (2): placing the inside part into a mold, step (3): injecting foam material into the mold to let the foam material fill in the two passages and heating the foam material so as to form abonded combination, and step (4): removing the bonded combination from the mold and drying the combination.

Abstract: The present invention provides a method enabling segregation of the various ingredients making up the polymer based products into component product streams and collection of these component streams so as to form individual product streams. Thus, according to this invention there is provided a process for purposefully segregating polymer-polymer and polymer-additive mixtures. The process for segregating the various combinations of components may be advantageously used on the one hand for the production of separate product streams from a mixture of polymers or polymer-additives in, for example, recycling of waste plastic based products, or on the other hand, in the production of polymer-polymer or polymer-additive layered structures exhibiting preselected spatial segregation of the various components. In its simplest form, the polymer segregation part of the process consists of a tube added to an extruder. During segregation, polymer layers containing different blend compositions are formed.