Abstract: A unisex urinal structure contains: a body including a horizontal receptacle and a vertical urinal portion. The horizontal receptacle includes an arcuate rib, a draining portion, at least one water spray element, a dropping segment, and a pipe. The pipe has a first straight section, an S-shaped section, and a second straight section. The vertical urinal portion includes a collection tank and at least one water spray element of the vertical urinal portion. A guide conduit is fixed on a predetermined position thereof in the vertical urinal portion and a predetermined position in the horizontal receptacle to communicate with the at least one water spray element of the vertical urinal portion and the at least one water spray element of the horizontal receptacle. A sensory switch is fixed on a predetermined position of the body.

Abstract: A heat pipe includes a heat receiving section, a heat transfer section, and a heat dissipation section. A groove structure is formed inside the heat pipe and extends from the heat receiving section to the heat dissipation section. The groove structure includes at least an axially-extending parallel portion and a non-axially-extending parallel portion. The axially-extending parallel portion includes a plurality of internal groove segments extending parallel in an axial direction of the heat pipe and the non-axially-extending parallel portion includes a plurality of groove segments extending from the axially-extending parallel groove segments in a parallel manner in a direction different from the axial direction.

Abstract: Disclosed is a heat pipe with expanded heat receiving section, and a heat dissipation module using the heat pipe. The heat-receiving section is in physical engagement with a heat conduction box of the heat dissipation module. A fan is arranged between the heat conduction box and a heat dissipation fin module. The heat conduction box and the heat dissipation fin module form, at locations corresponding to the heat-receiving section and the heat-dissipating section, a heat-receiving section receiving slot and a heat-dissipating section receiving slot, respectively, to receive and retain the heat-receiving section and the heat-dissipating section therein.

Abstract: A sealant curing device (9), for a liquid crystal display panel (2) having a black matrix (300), sealant (700), and liquid crystal (500). The sealant curing device includes a worktable (800) having a reflecting surface (801) which reflects ultraviolet light to the sealant so as to cure it, and a plurality of supporting members (600) disposed on the worktable to support the liquid crystal display panel. The ultraviolet light is reflected by the reflecting surface to irradiate portions of the sealant shielded by the black matrix. Heights of the supporting members can be adjusted to change the angles of incidence of the ultraviolet light, thereby helping ensure that the sealant is completely cured. A side reflector (150) is also provided. In this way, the entire sealant can be completely cured, and the liquid crystal cannot be contaminated by uncured sealant. This can improve the display quality and efficiency of manufacture.