Abstract:
The present invention relates to a window structure for easily cleaning window panes thereof wherein a sliding window with window sashes slidable along rails disposed on a window frame is improved such that the outer surfaces of the window panes mounted in the window sashes can be easily cleaned. The window structure 1 includes: a window frame 4 having support frames 5 erected vertically at left and right sides thereof and rail frames 6 formed in parallel relation with each other at top and bottom sides thereof for providing rails thereon, each of the rail frames 6 having a rotating member 6a having a larger width than window sashes 2 overlapping with each other along the rails of the window frame 4, left and right fixing members 6b adapted to be correspondingly coupled to the support frames 5, and left and right connecting members 6c for connecting the rotating member 6a and the left and right fixing members 6b; upper and lower fixed panels 10 adapted to be fixedly coupled to a wall body or the support frames 5 in such a manner as to be disposed at the outer sides (the wall body side) of the rotating members 6a of the rail frames 6; and an axial bar 12 formed on the central portion of the top side of each of the upper and lower fixed panels 10 in such a manner as to be coupled to an axis hole 11 formed on the rotating member 6a.
Abstract:
This invention provides a solid-state electrolyte containing liquid crystal material and a solar cell using the same. According to this invention, since the solar cell includes the solid-state electrolyte containing the liquid crystal material, it does not require the use of a solvent and a sealing agent, as do conventional dye- sensitized solar cells using a liquid-state electrolyte, thus realizing a simple fabrication process. Further, the solar cell of this invention can exhibit much higher energy conversion efficiency than conventional dye-sensitized solar cells using a solid- state electrolyte.
Abstract:
Disclosed is a device for moving a delivery door (2) of a front door (1) through which delivery articles are received, without opening the delivery door (2), the delivery door (2) being protruded to the outside of the front door (1), the device including slider blocks (5 and 5') provided at the both sides of a housing (4) of the delivery door (2) and guides (6 and 6') extended from a prescribed position of the front door (1) at which the delivery door (2) is provided and to the wall side over the front door (1), the slider blocks (5 and 5') of the delivery door (2) being slidably coupled with the guides (6 and 6'), whereby the deliver door (2) is moved up and down along the guides (6 and 6').
Abstract:
This invention provides a solid-state electrolyte containing liquid crystal material and a solar cell using the same. According to this invention, since the solar cell includes the solid-state electrolyte containing the liquid crystal material, it does not require the use of a solvent and a sealing agent, as do conventional dye- sensitized solar cells using a liquid-state electrolyte, thus realizing a simple fabrication process. Further, the solar cell of this invention can exhibit much higher energy conversion efficiency than conventional dye-sensitized solar cells using a solid- state electrolyte.