Abstract:
Provided is a roller, and more particularly, to a rotary shaft of the upper part of a rolling wheel, having an inclined surface formed along the circumference of an outer diametral surface thereof, is inserted into at least one coupling groove formed on a transfer bracket, a thrust member is provided at the upper part of the rotary shaft so as to allow a thrust load to be concentrated on the upper end of the rotary shaft or the thrust member, and a radial member is provided at the inner surface of the coupling groove and the rotary shaft positioned at the lower part of the thrust member, thereby supporting a radial load.
Abstract:
Provided is a roller, and more particularly, to a rotary shaft of the upper part of a rolling wheel, having an inclined surface formed along the circumference of an outer diametral surface thereof, is inserted into at least one coupling groove formed on a transfer bracket, a thrust member is provided at the upper part of the rotary shaft so as to allow a thrust load to be concentrated on the upper end of the rotary shaft or the thrust member, and a radial member is provided at the inner surface of the coupling groove and the rotary shaft positioned at the lower part of the thrust member, thereby supporting a radial load.
Abstract:
The present invention relates to a rail and a door roller of a window and door system and a window operation apparatus for windows and doors using the same. The rail and the door roller of a window and door system and the window operation apparatus for windows and doors using the same according to the present invention include: one or more upper linear rail units 1 which are installed on an upper end of a window casing, are opened downward so as to rectilinearly guide a door roller 3 that is installed on an upper end of a window frame and has a vertical shaft 3a or a diagonal shaft 3b, have guides 4 that are vertically or diagonally formed at both sides thereof, and are rectilinearly formed to have a predetermined length; and one or more upper meandering rail units 2 which diagonally or curvedly guide an upper door roller 3, which rectilinearly moves on the upper linear rail unit 1, so as to operate the window frame in a horizontal direction, are installed to be connected to one side end of the upper linear rail unit 1 so as to be connected to the guides 4 of the upper linear rail unit 1 with the same cross section, and have guides 4 that are diagonally or curvedly extended.
Abstract:
The present invention relates to a rail and a door roller of a window and door system and a window operation apparatus for windows and doors using the same. The rail and the door roller of a window and door system and the window operation apparatus for windows and doors using the same according to the present invention include: one or more upper linear rail units 1 which are installed on an upper end of a window casing, are opened downward so as to rectilinearly guide a door roller 3 that is installed on an upper end of a window frame and has a vertical shaft 3a or a diagonal shaft 3b, have guides 4 that are vertically or diagonally formed at both sides thereof, and are rectilinearly formed to have a predetermined length; and one or more upper meandering rail units 2 which diagonally or curvedly guide an upper door roller 3, which rectilinearly moves on the upper linear rail unit 1, so as to operate the window frame in a horizontal direction, are installed to be connected to one side end of the upper linear rail unit 1 so as to be connected to the guides 4 of the upper linear rail unit 1 with the same cross section, and have guides 4 that are diagonally or curvedly extended.
Abstract:
Structure for the assembly of sliding doors, made up of at least an upper tubular track (1) along which may slide rollers (2) from which doors (4) are suspended. The track has on its upper wall an internal longitudinal channel forming (12) in which the heads of the fixing screws are housed, whereas it is externally fitted with wings (15) that define, together with the outside of the channel forming (12), the track (1) resting base. The rollers (2) incorporate a frame made from an U shaped profile.
Abstract:
The present disclosure relates to a roller, and more particularly, to a rotary shaft of the upper part of a rolling wheel, having an inclined surface formed along the circumference of an outer diametral surface thereof, is inserted into at least one coupling groove formed on a transfer bracket, a thrust member is provided at the upper part of the rotary shaft so as to allow a thrust load to be concentrated on the upper end of the rotary shaft or the thrust member, and a radial member is provided at the inner surface of the coupling groove and the rotary shaft positioned at the lower part of the thrust member, thereby supporting a radial load. Therefore, provided is the roller enabled to resolve the problem of reduced durability of the thrust member and the radial member due to: a biased vertical load and lateral thrusting, which act on the rotary shaft or the rolling wheel, by improving a structure so as to efficiently absorb, disperse, and share the thrust load and the radial load; and foreign materials, moisture, and the like by configuring the thrust member and the radial member as a sealed structure.
Abstract:
The present disclosure relates to a roller, and more particularly, to a rotary shaft of the upper part of a rolling wheel, having an inclined surface formed along the circumference of an outer diametral surface thereof, is inserted into at least one coupling groove formed on a transfer bracket, a thrust member is provided at the upper part of the rotary shaft so as to allow a thrust load to be concentrated on the upper end of the rotary shaft or the thrust member, and a radial member is provided at the inner surface of the coupling groove and the rotary shaft positioned at the lower part of the thrust member, thereby supporting a radial load. Therefore, provided is the roller enabled to resolve the problem of reduced durability of the thrust member and the radial member due to: a biased vertical load and lateral thrusting, which act on the rotary shaft or the rolling wheel, by improving a structure so as to efficiently absorb, disperse, and share the thrust load and the radial load; and foreign materials, moisture, and the like by configuring the thrust member and the radial member as a sealed structure.