Abstract: A flat heater includes a housing including an accommodating groove formed inside the housing; a circuit unit disposed within the housing to control the heater, wherein the circuit unit includes a circuit board and a first rectifier disposed on the circuit board; a heating module disposed in the accommodating groove and electrically connected to the circuit unit, wherein the heating module includes a plurality of heating pipes and a plurality of second rectifiers disposed in each of the heating pipes; an upper cover assembled to a top surface of the housing and comprising a long side and a short side, wherein a plurality of fluid-permeable holes are formed on the upper cover; and a suction member inserted into the through hole and attached to an object and thereby fixing the housing to the object.

Abstract: A reptile breeding tank includes a tank body formed of a front cage panel, a back cage panel, left and right cage panels, a top cage panel, a bottom cage panel and an arched angle of intersection between the front cage panel and the top cage panel, a back plate detachably mounted at the rear side of the tank body and supported on the back cage panel, and a flip-up top cover hinged to the tank body and turnable between an open position to open the top side of the tank body and a close position to close the top side of the tank body.

Abstract: An aquarium lamp bracket assembly includes a bracket including a base frame, a coupling tube located at the front side of the base frame defining an axial coupling hole and a longitudinal opening and a clamping member extended from the back side of the base frame and defining with the elongated base member a clamping mouth for fastening to a glass panel of an aquarium housing, and an adjustable lamp tube holder including a pivot shaft angularly adjustably mounted in the coupling hole in the coupling tube, a lamp tube holder shell holding a lamp tube and and a neck connected between the pivot shaft and the lamp tube holder shell and inserted through the longitudinal opening of the bracket.

Abstract: A LED lamp structure includes a circuit board carrying multiple spaced LEDs and provided with a power cable, a single-piece housing cut from an integral tubular bar subject to the length of the circuit board and adapted to accommodate the circuit board, two end plugs respectively plugged into the two ends of the single-piece housing, and two end caps respectively capped on the two ends of the single-piece housing for enabling the power cable to extend to the outside of the single-piece housing for connection to an external power source.

Abstract: A heater for use in a reptile breeding cage is disclosed to include a flat heater body including a front heat-radiating face, a flat back cover covered on a back side of the front heat-radiating face, a heating layer set in between the front heat-radiating face and the flat back cover and a thermal insulation layer sandwiched between the heating layer and the flat back cover, and a flat protective shell accommodating the flat heater body and providing an opening through which the front heat-radiating face of the flat heater body is exposed to the outside.

Abstract: A LED submarine lighting device includes a light-transmissive lamp tube, a LED substrate mounted inside the light-transmissive lamp and carrying a plurality of LED devices in the top surface thereof for giving off light, a heat conducting bar mounted in the light-transmissive lamp tube and stopped between the bottom surface of the LED substrate and the inside wall of the light-transmissive lamp tube for quick dissipation of waste heat from the LED devices to avoid the serious problem in brightness attenuation, and two end caps respectively fastened to opposing front and rear ends of the light-transmissive lamp tube in a water-tight manner.

Abstract: A reptile lamp for installation in a top side of a reptile tank to provide illumination is disclosed to include a housing equipped with a high-voltage circuit and a LED start control circuit, a LED lamp panel mounted inside the housing and electrically connected to the LED start control circuit and carrying multiple white LEDs and red LEDs for emitting white light or red light subject to the control of the LED start control circuit, and phosphor-coated cold cathode tubes mounted inside the housing and electrically connected to the high-voltage circuit for emitting ultraviolet light.

Abstract: An LED lamp for an aquarium is disclosed, wherein a shade mounted therein with an LED lamp pipe, a grooved edge of the shade is formed thereon a front slide groove and a rear slide groove, the front slide groove is inlaid therein with a lamp pipe clamp, the rear slide groove is inlaid therein with at least two magnetic blocks; by taking advantage of the magnetic attraction of the two magnetic blocks and the outer magnetic attraction blocks provided outside of the aquarium, the entire LED lamp pipe can be fixed at any position in the aquarium, and can suit various aquariums of different sizes to provide illumination.

Abstract: An aquarium heater including a tubular plastic housing that houses a positive temperature coefficient element and two metal radiation fins and filled up with a thermal conductive filler, and a top cover capped on the tubular plastic housing to hold a power cable for transmitting electricity to the positive temperature coefficient element to generate heat. Because of the positive temperature coefficient element, no temperature control loop is necessary for controlling the temperature level. Further, the aquarium heater has a self-protection function because of the positive temperature coefficient element.

Abstract: An aquarium pump having LED lamps, wherein the coil unit of a motor unit in the pump housing is used as a primary coil unit, and a first insulating layer is used to envelop the primary coil unit, then a secondary coil unit is used to wind the primary coil unit; taking advantage of induction of the secondary coil unit to the primary coil unit to generate a low voltage for using by the LED illuminating lamp set. Kinetic energy during rotation of an internal magnet of a motor for the pump is used as induction potential, this is the energy required that can get an effect of energy saving and carbon reducing.

Abstract: A high-power plastic aquarium heater includes a narrow, elongated, flat nickel-chrome steel strip wound on a mica tube and electrically connected with a circuit board inside a tubular plastic casing, and vacuum mounts fastened to the tubular plastic casing with pipe clamps for securing the tubular plastic casing to the inside wall of an aquarium. The use of the narrow, elongated, flat nickel-chrome steel strip facilitates positioning of the mica tube in the longitudinal center axis of the tubular plastic casing for even distribution of heat energy. Further, the nickel-chrome steel strip has a broad heat generating surface area in one particular direction to that the high-power plastic heater has a high performance while saving much the consumption of electric power.