Abstract: A planar rotation mechanism of supporting device including a base seat; a supporting rack; a retaining member having a first, a second and a third guiding slots with different curvatures and lengths; and a rotating member respectively provided with a column hole with respect to initial positions of the first, the second and the third guiding slots for allowing a first, a second and a third guiding columns respectively pass through corresponding column holes and corresponding guiding slots. The guiding columns can respectively slide within the corresponding guiding slots. When the rotating member is operated with a planar rotation with an object to be supported provided in front of the rotating member, the plural guiding columns slide within the corresponding guiding slots. The object to be supported is selectively switchable between a horizontal status and a vertical status.

Abstract: The present invention relates to a supporting structure, includes a retractable connecting unit, a bottom pivotal shaft device, a top pivotal shaft device and at least one linking device. The retractable connecting unit is that a slide engaging sheet is provided on top of a fixed engaging sheet, and an adjusting member is provided between the fixed and the slide engaging sheets, a bottom end and a top end are respectively provided at the bottom portion and the top portion of the retractable connecting unit.

Abstract: A vertically adjustable supporting structure that comprises a link member whose bottom and top portions disposed with a lower end and a top end; a lower hinge having at least one shaft pivoted on the lower end of the link member so as to render the link member rotatably pivoted between the two lower frames of the lower hinge; an upper hinge having at least one shaft pivotally connected on the upper end of the link member so as to render the link member rotatably pivoted between the two upper frames of the upper hinge; at least a coupling assembly having one lower axle wheel and one upper axle wheel disposed between the lower end and the upper end of one side of the link member and between the lower frame and upper frame, respectively, and pivoted on the lower hinge and upper hinge, respectively, with a flexible cord engagingly secured between the lower and upper axle wheels; and at least an idle wheel pivoted on one side of the link member and between the lower and upper axle wheels to be interlacing engaged

Abstract: The invention provides a support structure with torque transfer function including a link member having an upper end and a lower end; a pair of main brackets located on a surface of a base member and being pivotally connected to the lower end of the link member through an intermediate hinge. The link member is rotatably pivoted between the two main brackets. The base member has a pair of auxiliary brackets located at one side of the pair of main brackets. A base hinge is socketingly connected to a resilient support and disposed between the main brackets and the auxiliary brackets. A torque transfer device having upper and lower rotation parts pivoted to the intermediate hinge and the base hinge so as to move synchronously together and a connecting part linking the upper and lower rotation parts to rotate in the same direction, thereby forming a torque transmission path.

Abstract: An elevation-adjustable support structure includes a connecting member, a bottom hinge structure, which comprises two bottom brackets, and a shaft fastened to the bottom brackets and pivoted to the bottom end of the connecting member for allowing the connecting member to be turned about the shaft between the two bottom brackets, a top hinge structure, which comprises two top brackets and two shafts respectively fastened to the top brackets and pivoted to the top end of the connecting member for allowing the connecting member to be turned about the shafts between the two top brackets; and two linking mechanisms each having a top wheel and a bottom wheel respectively coupled between the top end of the connecting member and the top brackets and the bottom end of the connecting member and the bottom brackets and a flexible belt member coupled between the top wheel and the bottom wheel for maintaining the angle of inclination of the top brackets upon a rotary motion of the connecting member relative to the top hin

Abstract: The present invention relates to a planar rotation mechanism of supporting device, includes a base seat; a supporting rack; a retaining member and a position located at a top portion of a lateral side of the retaining member, a diagonal position of the retaining member and a position between the above two positions are respectively provided with a first, a second and a third guiding slots with different curvatures and lengths; and a rotating member respectively provided with a column hole with respect to the initial positions of the first, the second and the third guiding slots for allowing a first, a second and a third guiding columns respectively pass through the corresponding column holes and the corresponding guiding slots, so the guiding columns can respectively slide within the corresponding guiding slots; so when the rotating member is operated with a planar rotation with an object to be supported provided in front of the rotating member, the plural guiding columns slide within the corresponding guidin

Abstract: A hinge includes a pivot shaft affixed to a first member, a barrel affixed to a second member, a polygonal retaining split tube mounted in the barrel around the shaft body of the pivot shaft and hooked on an annular locating groove at the shaft body of the pivot shaft and forced by the inside wall of the barrel in friction engagement with the periphery of the shaft body of the pivot shaft.

Abstract: The present disclose a support structure with torque transfer function, comprising a link member, whose bottom and top portions have an upper end and a lower end, respectively; a pair of main supports oppositely and perpendicularly disposed at the surface of the base member and are pivoted to the lower end of the link member through an intermediate hinges, such that the link member is rotatably pivoted between the two main brackets; a base member having a pair of oppositely and perpendicularly arranged auxiliary brackets disposed at one side of the pair of main brackets, a base hinge pivoted between the pair of main brackets and the pair of auxiliary brackets, and a base hinge socketingly connected to a resilient support and disposed between the main brackets and the auxiliary brackets, respectively, having one end passing through the auxiliary bracket and socketingly connected to a linkage part and the other end passing the main bracket; and a torque transfer device having upper and lower rotation parts pivo

Abstract: The present invention relates to a supporting structure, includes a retractable connecting unit, a bottom pivotal shaft device, a top pivotal shaft device and at least one linking device. The retractable connecting unit is that a slid engaging sheet is provided on top of a fixed engaging sheet, and an adjusting member is provided between the fixed and the slid engaging sheets, a bottom end and a top end are respectively provided at the bottom portion and the top portion of the retractable connecting unit.

Abstract: A vertically adjustable supporting structure that comprises a link member whose bottom and top portions disposed with a lower end and a top end; a lower hinge having at least one shaft pivoted on the lower end of the link member so as to render the link member rotatably pivoted between the two lower frames of the lower hinge; an upper hinge having at least one shaft pivotally connected on the upper end of the link member so as to render the link member rotatably pivoted between the two upper frames of the upper hinge; at least a coupling assembly having one lower axle wheel and one upper axle wheel disposed between the lower end and the upper end of one side of the link member and between the lower frame and upper frame, respectively, and pivoted on the lower hinge and upper hinge, respectively, with a flexible cord engagingly secured between the lower and upper axle wheels; and at least an idle wheel pivoted on one side of the link member and between the lower and upper axle wheels to be interlacing engaged

Abstract: An elevation-adjustable support structure includes a connecting member, a bottom hinge structure, which comprises two bottom brackets, and a shaft fastened to the bottom brackets and pivoted to the bottom end of the connecting member for allowing the connecting member to be turned about the shaft between the two bottom brackets, a top hinge structure, which comprises two top brackets and two shafts respectively fastened to the top brackets and pivoted to the top end of the connecting member for allowing the connecting member to be turned about the shafts between the two top brackets; and two linking mechanisms each having a top wheel and a bottom wheel respectively coupled between the top end of the connecting member and the top brackets and the bottom end of the connecting member and the bottom brackets and a flexible belt member coupled between the top wheel and the bottom wheel for maintaining the angle of inclination of the top brackets upon a rotary motion of the connecting member relative to the top hin

Abstract: A magnetic switch is disclosed to include a first magnetic device affixed to a second member of a lifting cover type of a article, a driven rod slidably mounted in a first member of the lifting cover type of the article that is hinged to the second member, a holder member mounted on the driven rod and holding a second magnetic device for attracting the first magnetic device to keep the fist member and the second member in the closed position, a spring member that imparts a pressure to the driven rod to hold the holder member in such a position that the second magnetic device attracts the first magnetic device, and a key extending out of the first member of the lifting cover type of the article for operation by hand to move the driven rod to the position where the second magnetic device repulses the first magnetic device to force the second member away from the first member.

Abstract: A hinge includes a pivot shaft, which has a mounting base at one end for mounting, and a cylindrical shaft body at the other end that is divided into a first section and a second section and has a first flat mill face on the first section at one side and a second flat mill face on the second section at an opposite side, and two knuckle members respectively sleeved onto the first section and second section of the cylindrical shaft body of the pivot shaft in reversed directions, each knuckle member having a flat face formed on the inside wall and abutted against the first flat mill face or second flat mill face such that when the two knuckle members are synchronously rotated relative to the pivot shaft, the torque produced between one knuckle member and the pivot shaft and the torque produced between the other knuckle member are balanced.

Abstract: A hinge includes a pivot shaft affixed to a first member, a barrel affixed to a second member, a polygonal retaining split tube mounted in the barrel around the shaft body of the pivot shaft and hooked on an annular locating groove at the shaft body of the pivot shaft and forced by the inside wall of the barrel in friction engagement with the periphery of the shaft body of the pivot shaft.