Abstract: A high-breathability lace-type elastic webbing consisting of a plurality of elastic webbing sections and connecting threads sewn between the elastic webbing sections. The elastic webbing sections can be of equal width or of mutually different widths. Stitch sections of the non-elastic connecting threads sewn between each pair of the elastic webbing sections are completely exposed on the surface of the elastic webbing sections, thereby adding an aesthetic appeal to the outward appearance of the elastic webbing similar to serrated edging of lace.

Abstract: A visible light induced, highly oxidative, and highly reductive photocatalyst. The photocatalyst includes a first semiconductor with a bandgap between valence band and conduction band thereof between 2.0 eV and 3.0 eV, and second semiconductor, combined with the first semiconductor, with a bandgap between valence band and conduction band thereof between 2.0 eV and 3.0 eV. The conduction band of the first semiconductor is negative relative to that of H2/H2O with a difference of 0.2 eV or greater. The valence band of the second semiconductor is positive relative to that of H2/H2O with a difference of 2.8 eV or greater.

Abstract: The invention relates to a power plane system for suppressing ground bounce noise. The power plane system of the invention comprises a substrate, a power layer and a ground layer. The power layer comprises a plurality of metal units. There is a distance between two adjacent metal units. A plurality of bridges is used for connecting the metal units. The ground layer has a grounding metal plate. According to the invention, when the ground bounce noise occurs, the metal units can broaden the stop-band bandwidth. Therefore, the signals in the stop-band hardly are transmitted so as to suppress the ground bounce noise, and the high frequency ground bounce noise and the electromagnetic radiation can be suppressed efficiently.

Abstract: A manufacture of a cap decoration of multi-layer 3D effect refers to stacking up multi-layer materials, such as denim, twill, weave fabric, knit fabric, elastic fabric, leather, polyurethane (PU), transparent PU (TPU), paper, silicon, and plastic, via integrally adhering or sewing the layers together, such that the layer materials, which may have various colors but the same material, the same color but various materials, various colors and materials or the same color and material, can be combined to form a base board. Subsequently, by way of a cutting mold or computerized laser, the base board is cut to form cut pieces of specific shapes, thereby sewing single or pluralities of the cut pieces to the cap to accomplish a visual effect of multi-layer colors or materials that the side edges of the cut pieces would present. Combination of the present invention to the cap would make the cap enriched of feelings of novelty, vividness and uniqueness.

Abstract: A collecting apparatus includes a syringe device, a filtering device and a power system. The syringe device contains a sample, and the sample has a plurality of nanoparticles mixed with fluids. The filtering device is connected to the syringe device for collecting the nanoparticles. The power system is coupled with the syringe device for pushing the sample into the filtering device to filter out the nanoparticles.

Abstract: A bush and a bearing structure is provided wherein the bush slides along a guiding rod, and the bush is a circular body with an opening to cover the guiding rod over a semicircle. An included angle between the opening and the center of circle of the guiding rod is less than 180 degrees for installing the bush into the bearing structure of a sliding device. The bush is a guiding interface for guiding the sliding device sliding along the guiding rod, and the sliding device can slide along the guiding rod stably.

Abstract: A method for stiffening a headgear utilizes knitted thermo polyester linings made of threads consisting of fine and soft filaments extracted from thermo polyester pellets to sew with ready-cut fabrics to form a headgear. Subsequently, the headgear is heated by a mold such that the fiber of the linings will be appropriately stiffened, thereby shaping an upstanding and neat headgear as desired.

Abstract: A method of manufacturing headgear of a peeling off effect adopts papers in the headgear manufacture, i.e. pluralities of laminated papers are combined with a fabric, and then integrally colored, cut and sewn to form a headgear. After a wash treatment, the paper material of the headgear will gradually peel off to engender a cracked effect of different degrees on the appearance depending the length of the use time, thereby obtaining an ancient, pioneering and special style.

Abstract: The invention relates to a power plane system for suppressing ground bounce noise. The power plane system of the invention comprises a substrate, a power layer and a ground layer. The power layer comprises a plurality of metal units. There is a distance between two adjacent metal units. A plurality of bridges is used for connecting the metal units. The ground layer has a grounding metal plate. According to the invention, when the ground bounce noise occurs, the metal units can broaden the stop-band bandwidth. Therefore, the signals in the stop-band hardly are transmitted so as to suppress the ground bounce noise, and the high frequency ground bounce noise and the electromagnetic radiation can be suppressed efficiently.

Abstract: A projection method using a real object projector is disclosed. The real object projector comprises a base, a control circuit installed in the base, and an image receiving apparatus installed on the base. The base is combined with a light source module, and between the light source module and the base is a different movable connection relationships according to different designs. The light source module can have a transparent film clip with an identifying mark, and different transparent film clips have different marks. When projecting with the real object projector the steps are, firstly moving the image receiving apparatus to a suitable position according to the mark on the transparent film clip, then focusing the image receiving apparatus according to the transparent film clip, and finally pressing an image receiving key to automatically identify the kind of transparent film clip and magnify the projection image with the control circuit.

Abstract: The claimed invention provides a bush and a bearing structure applied thereof. The bush slides along a guiding rod, and the bush is a circular body with an opening to cover the guiding rod over a semicircle. An included angle between the opening and the center of circle of the guiding rod is less than 180 degrees for installing the bush into the bearing structure of a sliding device. The bush is a guiding interface for guiding the sliding device sliding along the guiding rod, and the sliding device can slide along the guiding rod stably. The claim invention using a C-type bush assembled with the opening of the bearing structure not only makes the sliding device sliding stably, but also effectively reduces the capacity and the accumulative tolerance, and achieves effects of scaling miniaturization, accurate assembly and flexible design.

Abstract: A flatbed scanner includes a housing, a glass plate fixed to the housing, a front rib formed at a bottom face of a front part of the housing and extending downward, a back rib formed at a bottom face of the back part of the housing and extending downward, and side ribs formed at two sides of the housing and extending toward the center of the housing. The inner distance from the back rib to the front rib is not smaller than the length of the glass plate. The side ribs are under the bottom faces of the front part and the back part so as to form a fastening gap. Because the distance between the side ribs is smaller than the width of the glass plate, when the glass plate is inserted into the fastening gap, the glass plate is held.

Abstract: A projection method using a real object projector is disclosed. The real object projector comprises a base, a control circuit installed in the base, and an image receiving apparatus installed on the base. The base is combined with a light source module, and between the light source module and the base is a different movable connection relationships according to different designs. The light source module can have a transparent film clip with an identifying mark, and different transparent film clips have different marks. When projecting with the real object projector the steps are, firstly moving the image receiving apparatus to a suitable position according to the mark on the transparent film clip, then focusing the image receiving apparatus according to the transparent film clip, and finally pressing an image receiving key to automatically identify the kind of transparent film clip and magnify the projection image with the control circuit.

Abstract: A raised embroidery process includes placing a piece of filler on an embroidering background fabric; partially supplementary embroidering by threads of appropriate colors on the short sides and wherever necessary of the embroidering pattern, thereby sewing part of the filler and the corresponding embroidery background fabric together, i.e. affixing the filler on the background fabric; stitching by various appropriate colors along the pre-determined embroidery paths to cover and wrap the whole raised embroidering pattern, including the filler and the embroidering background fabric; removing the outer portion of the filler surrounding the embroidering portion from the embroidering portion, and passing the whole background fabric with the wrapped filler through an oven conveyor at a pre-set temperature to shrink the filler; tucking in the filler stub exposed out of inter-threads by a sharp stick to make the side edges of raised embroidering pattern more aesthetic.

Abstract: A light source device capable of repressing light surges is fixed in a flatbed scanner to provide a light beam for scanning a document. The light source device includes a bent lamp with bent parts for generating the light beam and compensating for the brightness at two ends of the bent lamp; and a set of obscuring units fixed at the two bent parts to partially obscure the light of the lamp. Hence, the light source device can repress the light surge caused on two ends of the image sensor even if the bent parts at two ends of the lamp are very close to the sides of the scanning window. Therefore, the length of the light source device can be shortened and the width of the flatbed scanner using the light source device can also be narrowed.

Abstract: A projector includes a casing, a light source, an optical engine, inlet ports and outlet ports formed on the casing, and a fan mounted in the casing. The fan sucks air streams from the inlet ports into the casing and forces the air streams to flow out of the casing via the outlet ports. A buffer chamber is defined among the fan, the outlet ports, and the casing. The casing includes a first housing and a second housing. The first housing is retractable relative to the second housing so that a volume of the buffer chamber may be changed.

Abstract: A brush-type embroidery process, including the steps of placing a first layer of raised filler and a second layer of raised filler, which are made of EVA or foam sheet materials of the like, on a base fabric with the layer of raised fillers covering an area larger than that of the integral pattern to be embroidered; embroidering by a computerized embroidering machine through the first and second layer of raised fillers to the base fabric to present a specifically designed pattern; cutting off the threads in the crevice in-between the first and second layer of raised fillers; and taking away the remaining second layer of raised filler such that the surface stub threads will form a brush-type embroidery due to the second layer's being removed by force and the surface stub threads' being concomitantly combed by the second layer of raised filler to give the appearance of erect brush bristles.

Abstract: A real object projector having a base, a control circuit installed in the base, and an image receiving apparatus installed on the base. The base is combined with a light source module, and between the light source module and the base are different movable connection relationships according to different designs. The light source module can have a transparent film clip with an identifying mark, and different transparent film clips have different marks. When projecting with the real object projector the steps are, firstly moving the image receiving apparatus to a suitable position according to the mark on the transparent film clip, then focusing the image receiving apparatus according to the transparent film clip, and finally pressing an image receiving key to automatically identify the kind of transparent film clip and magnify the projection image with the control circuit.

Abstract: The invention uses a method to minimize cross talk by minimizing the amplitude mismatch and phase mismatch between quadrature signals. The two quadrature signals are an in-phase signal and a quadrature-phase signal. The method reduces a phase mismatch between signals by compensating the quadrature-phase signal with part of the in-phase signal so that the phase difference between the signals is 90 degrees. The method also involves adjusting amplitudes of the in-phase signal and the quadrature-phase signal to the same value so as to eliminate the amplitude mismatch in the pair of quadrature signals.

Abstract: A visible light induced, highly oxidative, and highly reductive photocatalyst. The photocatalyst includes a first semiconductor with a bandgap between valence band and conduction band thereof between 2.0 eV and 3.0 eV, and second semiconductor, combined with the first semiconductor, with a bandgap between valence band and conduction band thereof between 2.0 eV and 3.0 eV. The conduction band of the first semiconductor is negative relative to that of H2/H2O with a difference of 0.2 eV or greater. The valence band of the second semiconductor is positive relative to that of H2/H2O with a difference of 2.8 eV or greater.