Abstract: A suspending and moving device has a longitudinal rail, a sliding bracket, at least one vertical rail bracket, a vertical rail positioning device and a movable basket. The longitudinal rail is mounted on a wallboard. The sliding bracket is mounted slidably on the longitudinal rail. The vertical rail is suspended downward from the sliding bracket. The vertical rail positioning device keeps the vertical rail at a distance from the wallboard. The movable basket is mounted slidably on the vertical rail, whereby the movable basket is capable of moving vertically or transversely so that maintenance workers are carried by the movable basket to move or a brush mechanism is mounted on the movable basket to clean the wallboard.

Abstract: An automatic cleaning machine for wall plates is disclosed. Multiple long axial tracks with the same direction are fixed in a parallel and array pivoted way on the circumference or the plate face of the object to be cleaned. Water-guiding pipes are formed on the long axial tracks which are provided with electric rails, and multiple magnetic valves are provided on the pipe walls of the water-guiding pipes in a spaced way. The long axial tracks are provided with sliding frames. The sliding frames are provided with conducting brackets corresponding to the electric rails, and provided with long axial magnetic-attracted bodies opposed to the magnetic valves to turn on or off the cleaning water with a magnetic force. Brush drive mechanisms are provided on the sliding frames, and the shaft levers of the brush drive mechanisms are arranged in a direction normal to the long axial tracks and combined with long axial brushes to scrub wall plates. Cover plates are provided outside the long axial brushes.

Abstract: A suspending and moving device has a longitudinal rail, a sliding bracket, at least one vertical rail bracket, a vertical rail positioning device and a movable basket. The longitudinal rail is mounted on a wallboard. The sliding bracket is mounted slidably on the longitudinal rail. The vertical rail is suspended downward from the sliding bracket. The vertical rail positioning device keeps the vertical rail at a distance from the wallboard. The movable basket is mounted slidably on the vertical rail, whereby the movable basket is capable of moving vertically or transversely so that maintenance workers are carried by the movable basket to move or a brush mechanism is mounted on the movable basket to clean the wallboard.

Abstract: An automatic machine for cleaning wallboards, such as the wallboards of wall, glass or solar panels. Pluralities of long axial tracks are arranged parallel in an array. Water guide pipes and electric rails are formed on the long axial tracks. The walls of the water guide pipes are provided with a plurality of magnetic valves at intervals. Sliding engine bases are arranged on the long axial tracks. The sliding engine bases are provided with conduction frames corresponding to the electric rails and a long axial magnet body which can open and close cleaning water by magnetic force relative to the magnetic valves. At least two brush supporting bases are provided movably on the corresponding sliding engine bases to close to or leave away from the sliding engine bases by a power extending object. A long axial brush is provided between two nearby brush supporting bases of the sliding engine bases. The setting direction of the long axial brush is vertical to that of the long axial tracks.

Abstract: A side-blown wind-powered device has at least one blade driven by the wind power and moving along a track. With the movement of the blade, the wind power can be efficiently transferred into a mechanical power to drive electrical devices or generate electrical power with generating devices.

Abstract: A wind-powered electricity generator has a supporting tube, a rotating device, a drive device, a mounting frame, a guiding board and two fan bodies. The rotating device is rotatably mounted on the supporting tube and has a mounting tube, a top cover and a transmitting shaft. The drive device is mounted in the supporting tube and is connected to the transmitting shaft. The mounting frame is securely mounted on the mounting tube and has a spindle, a gear wheel and a dynamo. The guiding board is connected to the mounting frame, faces the wind in used and has multiple spindle rings, multiple pivotal panels, multiple linking arms, a driving shaft and an expansion device. The fan bodies are rotatably mounted around the spindle in the guiding board and each fan body has a central axle, multiple connecting tubes, multiple blades, two annular frames, multiple cross bars and multiple pull bars.

Abstract: A flushing controlling mechanism includes a toilet bowl having a trap, a room, a hollow cylinder, a first piston, an inlet, an outlet and a first opening. The room selectively communicates with the trap via a first waste pipe, and a second waste pipe alternately communicates with the room. The hollow cylinder is received in the toilet bowl, and the first piston is movable inside the hollow cylinder. The inlet is adapted to be connected to a water source to allow water to flow into the water tank so as to move the first piston upward inside the hollow cylinder. The outlet selectively communicates with the trap of the toilet bowl. The first opening communicates with the suction space and the room of the toilet bowl. In addition, there is a device to accelerate downward movement of the first piston. Thus, the waste in the trap of the toilet bowl is sucked into the room and disposed from the second waste pipe.

Abstract: A wind generator has a post, a rail mounted on the post and a blade assembly mounted rotatably on a top of the post. The blade assembly includes multiple blades radially formed around a base. Each blade has multiple vents, a slat and multiple relief valves. The slat is controllable mounted to open or close the vents, so as to adjust a force of wind applied to the blades. The relief valves are mounted pivotally to selectively cover valve holes formed through the blades to prevent the wind resistance force applied to the blades. Therefore, the wind generator can work in both turbulent and with a low wind force without breaking.

Abstract: A flushing controlling mechanism includes a toilet bowl having a trap, a room selectively communicating with the trap via a first waste pipe and a second waste pipe alternately communicating with the room, a hollow cylinder received in the toilet bowl, a first piston movably inside the hollow cylinder, an inlet adapted to be connected to a water source to allow water to flow into the water tank so as to move the first piston upward inside the hollow cylinder, an outlet selectively communicating with the trap of the toilet bowl and a first opening communicating with the suction space and the room of the toilet bowl and a device to accelerate downward movement of the first piston such that the waste in the trap of the toilet bowl is sucked to the room and disposed from the second waste pipe.

Abstract: An onboard automatic cell phone dialing device includes a magnet received in a casing and selectively energized by a control circuit, a dialing finger selectively movable relative to a bracket which is adjustably sandwiched between two crossbars inside the casing and a spacer sandwiched between the two crossbars and pivotally connected to opposed inner sides inside the casing to drive the dialing finger downward to engage with the dialing button on the cell phone under the influence of the energized magnet.

Abstract: An onboard automatic cell phone dialing device includes a magnet received in a casing and selectively energized by a control circuit, a dialing finger selectively movable relative to a bracket which is adjustably sandwiched between two crossbars inside the casing and a spacer sandwiched between the two crossbars and pivotally connected to opposed inner sides inside the casing to drive the dialing finger downward to engage with the dialing button on the cell phone under the influence of the energized magnet.

Abstract: A process for forming a steel shuttering frame for a building with a reinforced concrete structure. The process includes the following steps: (1) setting up a supporting stand for the shuttering frame, (2) mounting shutter plates for forming a floor portion of the building on a top of the supporting stand, (3) mounting inside shutter plates for forming inner surfaces of side walls of the building on sides of the supporting stand, (4) mounting outside shutter plates for forming outer surfaces of the side walls of the building around the inside shutter plates, and (5) fixedly connecting the inside and outside shutter plates together while keeping them separated from each other a predetermined distance equal to the thickness of the side walls of the building.

Abstract: An improved derrick structure comprising a column for supporting the derrick structure, a bracket horizontally rotatably mounted on the column, a boom vertically pivoted on the bracket so that the boom is divided into a first boom portion and a second boom portion, a winch drivable to hoist a hook for engaging an article intended to be transported by the derrick structure, a first dolly drivable to move the hook along the first boom portion, a counterweight drivable to move along the second boom portion to effectively balance the loading of the article hoisted by the derrick structure, and a controlling device for activating an electrical control circuit to control the driving of the winch, the dolly and the counterweight.