5 results about "Perpendicular direction" patented technology

A liquid crystal display (LCD) device and a method of fabricating the same includes a gate line arranged in one direction, a data line arranged in a perpendicular direction to the gate line, a pixel electrode arranged in a pixel region defined by the gate and data lines and having a diagonal side adjacent to a crossing portion of the gate and data lines, and a light blocking pattern arranged in a parallel direction with respect to the diagonal side of the pixel electrode and preventing light leakage.

The invention provides a wave energy recycling device in order to recycle wave energy in the perpendicular direction of seawater. The wave energy recycling device mainly comprises an axial hollow float, an energy recycler and a special cable mooring device, wherein the energy recycler is connected with a float bolt through a bottom flange plate; an integrated rotary drum is supported by a conical roller bearing; an outer ring of the bearing is fixedly welded with a supporting ribbed plate; the rotary drum is connected with the supporting ribbed plate through a torsional spring; a rotating shaft of a power generator is connected with the rotary drum through a spline; a shell of the power generator is fixed on the ribbed plate through bolt connection; one end of a drum winding cable is knotted after passing through a through hole in a cable winding shaft of the rotary drum and is connected with the rotary drum in an energy recycling mechanism; and after the other end of the drum winding cable penetrates through a shaft hole in the float and a middle shaft hole of the special cable mooring device, the tail of the cable is knotted and locked. Two cable tying rings are welded on the special cable mooring device and are connected with a fixed cable of the float. When the seawater moves, waves enable the drum winding cable to vibrate up and down so as to rotate the rotary drum to drive the power generator to rotate, and conversion from wave energy of the seawater into electric energy is realized.

The invention relates to a condenser capable of reducing influences of a condensed liquid film. The condenser comprises an end plate, a cylinder, condensation pipe bundles, a subcooler, a gas dispersion plate and a gas inlet pipe. A closed space is formed by the end plate and the cylinder. The gas inlet pipe is welded to the top of the cylinder. The gas dispersion plate is arranged below the gas inlet pipe. The condensation pipe bundles are arranged below the gas dispersion plate. The condensation pipe bundles and the end plates are fixed through expansion connection or welding. The subcooler is arranged at the bottom of the cylinder. The condenser further comprises a first metal plate set and second metal plates. One side of the first metal plate set and one sides of the second metal plates are fixed to the inner wall of the cylinder, and gaps are reserved between the other side of the first metal plate body and the inner wall of the cylinder and between the other sides of the second metal plates and the inner wall of the cylinder. The first metal plate set at least comprises two metal plates which are each in a step shape. Openings are formed in the first metal plate set in the perpendicular direction. The condensation pipe bundles are divided into at least three condensation areas through the upper half portion of the cylinder, the first metal plate set and the second metal plates. Due to the adoption of the design, condensed liquid of the portions, on the upper layer, of the condensation pipe bundles can be prevented from interfering with the portions, on the lower layer, of the condensation pipe bundles; meanwhile, passing of gas refrigerating fluid is ensured, the influences caused by the pipe bundle effect are reduced, and the heat exchange effect is good.