31results about How to "Play a role in concentrating light" patented technology

The invention relates to a tea tedding and sieving machine, which comprises a bottom plate, wherein a mounting platform is welded on the left side of the upper end face of the bottom plate; a tedding mechanism is arranged on the middle part of the upper end of the mounting platform; the tedding mechanism can realize a tea light-condensing and quick-tedding function, greatly shortens the tedding time, and has high tedding speed and a good tedding effect; a collecting box is arranged on the right side of the upper end face of the bottom plate; four sieving supporting columns are arranged on the right side of the upper end face of the bottom plate symmetrically; sieving mechanisms are arranged on the four sieving supporting columns; the sieving mechanisms can realize a tea automatic sieving function, and has short sieving time, high sieving speed and a good sieving effect; the tedding mechanism comprises a mounting column welded on the mounting platform; two L-shaped supporting columns are welded at the front end and the back end of the mounting column symmetrically; and two electric supporting branched chains are arranged at the lower end of each L-shaped supporting column symmetrically. The tea tedding and sieving machine can realize a tea tedding and sieving integrated automatic processing function, and is simple and convenient to operate.

The invention discloses an illuminating light fixture efficient in heat dissipation. The illuminating light fixture comprises a shell, a heat dissipator, an LED light-emitting assembly, a lamp shade and an emergent light improvement assembly. An opening hole and a light outlet are formed in the two ends of the shell correspondingly. The heat dissipator is arranged on the opening hole in an embedded manner. A mounting portion and a heat dissipation portion are arranged at the two ends of the heat dissipator correspondingly. The heat dissipation portion is arranged outside the opening hole in an exposed manner. The mounting portion is contained in the shell. The LED light-emitting assembly comprises multiple LED lamp beads. All the LED beads are arranged on the mounting portion. The emergent light improvement assembly comprises a first improvement piece and a second improvement piece. The first improvement piece is attached to the inner side wall of the shell. By means of the illuminating light fixture efficient in heat dissipation, the design effects that the illuminating light fixture efficient in heat dissipation is small in size and low in weight can be achieved; and good heat dissipation performance is achieved. The effects that light rays are reflected and / or refracted and / or scattered are small; the fine adjustment effect can be achieved, and in other words, the light rays can be processed in a finer manner; the emergent light ray requirement is met better; and the illuminating light fixture is high in light ray utilization rate and good in illumination effect.

The invention discloses a light guide assembly and a mobile terminal equipped with the light guide assembly. The light guide assembly comprises a cover plate unit, a photosensitive unit and a casing,wherein the cover plate unit is arranged on the casing, the cover plate unit comprises a glass cover plate, the glass cover plate has a light focusing edge, the photosensitive unit is arranged opposite to the light focusing edge, and a light focusing channel for pass of light is arranged between the photosensitive unit and the light focusing edge. The light guide assembly is advantaged in that through the light focusing effect of the light focusing edge, normal operation of the photosensitive unit can be achieved through only reserving the relatively small space at the edge, increase of the screen-to-body ratio of the mobile terminal is facilitated, and realization of a full screen is facilitated.

The invention relates to the technical field of semiconductors and discloses an image sensor. A laminated layer formed by a first medium layer, a second medium layer and a third medium layer is taken as a side wall reflection layer around a medium layer above the surface of a photosensitive area, so that a light path is constructed; light is limited in a corresponding pixel photosensitive area to be prevented from being emitted into an adjacent pixel photosensitive area; and therefore, the cross-interference can be reduced, and the effective photosensitive efficiency of the photosensitive area can be improved. The image sensor has the beneficial effects that the incident light is limited on the basis of a refractive index difference between the first medium layer and the interlamination medium layer, and the second medium layer, namely the metal layer, only reflects the light transmitting through the first medium layer, so that the absorption effect of metal on the light is relieved to a certain extent; and furthermore, the laminated structure ensures a polishing effect during a subsequent chemical-mechanical polishing process, and the metal can be prevented from falling off and stripping.

The invention provides an LED bulb which comprises a photovoltaic conversion module and an optical heat dissipation module, wherein the photovoltaic conversion module is connected with the optical heat dissipation module through a locking ring. The photovoltaic conversion module comprises a barrel-shaped shell which contains an electronic driver, a standard lamp base is installed on the lower end face of the barrel-shaped shell, a planar light-emitting substrate is installed on the upper end face of the barrel-shaped shell, and one mechanical interface is arranged in the peripheral surface of the end, where the planar light-emitting substrate is installed, of the barrel-shaped shell. The optical heat dissipation module comprises an optical input transparent bubble cap cover and an optical output bubble cap, another mechanical interface is correspondingly arranged in the outer side of the transparent bubble cap cover and is connected with the photovoltaic conversion module through the locking ring, the optical input surface of the lower end of the transparent bubble cap cover is matched with the upper end face of the planar light-emitting substrate in external shape, and transparent thermally conductive adhesives are injected into the space between the lower end face of the transparent bubble cap cover and the upper end face of the planar light-emitting substrate. Effective heat dissipation and improvement on light distribution can be achieved through the LED bulb.