Abstract: A lamp with diffuser sheets for highly illuminative efficiency includes a base having a central rod, at least one light bar attached on the central rod and electrically communicating to a light processing unit, a plurality of LED illuminants being equidistantly set up on the light bar, a cover being composed of diffuser sheets with uniform thickness, the cover being flexible, the diffuser sheet being made from polycarbonates which have high reflection coefficient for directing as much light as possible, the cover enclosing the base, the light processing unit being set in a base, the light processing unit being used to light up at different modes. In this way, only fewer LED illuminants can perform as a LED ring tube or a plurality of LED sources with a circular arrangement to illuminate the environment with the same illumination, but it costs less energy because fewer light sources are used.

Abstract: A smart phone with the well-organized cycling functions includes a cell phone having a phone device, a GPS device, a stopwatch device and a music device. The devices respectively have a phone control unit, a GPS control unit, a stopwatch control unit and a music control unit. The cell phone further has a riding interface for displaying a phone interface entry, a GPS interface entry, a stopwatch interface entry and a music interface entry. A first phone interface, a first GPS interface, a first stopwatch interface and a first music interface are respectively accessed via the interface entries and are respectively controlling the control units of the devices for displaying the operations or the functions of the devices. Therefore, the smart phone with the well-organized cycling functions organizes the cycling functions of the cell phone for user-friendly displaying.

Abstract: A helmet light device includes a body, a driver, an adjustable shot device and a sensor device. An illuminant is set up in the body. The adjustable shot device is moved back and forth by the driver and the adjustable shot device is moving back and forth simultaneously relative to the illuminant for adjusting the emission characteristics. The sensor device includes an electrical sensor and a battery, wherein the electrical sensor is set up on the body for receiving a command from a user to the driver and the battery provides electricity for the electrical sensor and the driver to electrically adjust the emission characteristics of the helmet light device.

Abstract: A lens arrangement for telescopic illuminator includes a reflector. The reflector has a cavity defined therein. An inner periphery of the cavity is annularly formed with a conical surface. The conical surface is inwardly inclined. A convex lens is disposed in the cavity and positioned in a middle part of the reflector. A tapered portion is annularly disposed on an outer periphery of the reflector and inclined toward the inner end of the reflector. A flat surface is formed on the inner end of the reflector. The flat surface has a receiving hole centrally defined therein and passing therethrough. A lamp movably is disposed adjacent to the reflector. The lamp is born by an aluminum board.

Abstract: A bicycle illuminator for brightening traffic includes a container, a reflecting shell and a transparent cover. Most of light from a light source are reflected by the reflecting shell to pass through the transparent cover ahead. Therefore, a rider has a clear view about the far-ahead traffic at night. The other light is passing through an arc hole, an arc opening and a bottom of the transparent cover directly to provide the rider for a clear view of the front road at night.

Abstract: A lens arrangement for telescopic illuminator includes a reflector. The reflector has a cavity defined therein. An inner periphery of the cavity is annularly formed with a conical surface. The conical surface is inwardly inclined. A convex lens is disposed in the cavity and positioned in a middle part of the reflector. A tapered portion is annularly disposed on an outer periphery of the reflector and inclined toward the inner end of the reflector. A flat surface is formed on the inner end of the reflector. The flat surface has a receiving hole centrally defined therein and passing therethrough. A lamp movably is disposed adjacent to the reflector. The lamp is borne by an aluminum board.

Abstract: A simple washing device includes a casing and a washing mechanism mounted on the casing. The casing has a lower room formed on a bottom thereof. The washing mechanism includes a cylinder and an openable cover pivotally mounted on a top of the cylinder. A first bucket is received in the cylinder. A lateral of the first bucket has a plurality of through holes defined therein and extending therethrough. A bottom of the first bucket has a plurality of orifices defined therein and extending therethrough. The first bucket has a spindle axially mounted therein. A driving mechanism is received in the lower room.