Patent ID: 11885163
Assignee: nan
Field: Civil engineering (Other fields)
Classification: CPC E | IPC E

Claim 0:
1. A fitting frame having improved prefabricated rails, comprising:
an upper frame body and a lower frame body located under and above door frames to have surfaces facing each other and molded through extrusion in a longitudinal direction thereof; and
rail coupling bodies fastened to the facing surfaces of the upper frame body and the lower frame body in such a manner as to seat the door frames thereinto and to thus slidingly guide the door frames,
wherein the upper frame body and the lower frame body have rail insertion recesses formed on the surfaces facing each other in such a manner as to fastenedly insert the rail coupling bodies thereinto, each rail coupling body comprising: a rail body having the shape corresponding to the shape of each rail insertion recess; a bump having the shape corresponding to a outer peripheral surface of a roller of each door frame in such a manner as to be extended from a top of the rail body in a longitudinal direction of the rail body, the rail body having a height greater than a depth of each rail insertion recess so that the roller can be seated onto the top of the rail body; and a fastening support body extended from an underside of the rail body in such a manner as to be fastenedly inserted into each rail insertion recess in such a manner as to support the rail body by means of elastic forces, the fastening support body comprising: a first wall extended downwardly from one side of the underside of the rail body; a second wall extended downwardly from the other side of the underside of the rail body in such a manner as to be spaced apart from the first wall; thermal insulators located at spaces between support bodies formed on facing surfaces of the first wall and the second wall; fastening protrusions formed on outer surfaces of the first wall and the second wall in such a manner as to become gradually reduced in width toward the first wall and the second wall and to be thus fastenable to fastening grooves formed on the rail insertion recesses; elastic supports located on undersides of the first wall and the second wall; and a third wall located spaced apart from the first wall and the second wall under the first wall and the second wall by means of the elastic supports in such a manner as to be seated onto the bottom of the rail insertion recess to support the first wall and the second wall thereagainst, each elastic support comprising: a base frame for supporting the first wall or the second wall; four base plates for supporting the base frame seated onto tops of the plates; four pairs of support frames having first support frames and second support frames rotatably connected to each other on undersides of the four base plates; and a support post having the shape of a rectangular post and configured to allow the first frames to be connected to a top thereof in such a manner as to rotatably move the first frames slidingly in a horizontal direction and to allow the second frames to be connected to sides thereof in such a manner as to rotatably move the second frames slidingly in a vertical direction, the support post comprising: a post body having the shape of a rectangular post; a cross groove concavely formed to the shape of “+” on a top of the post body; a cross elastic member having the shape corresponding to the cross groove in such a manner as to be inserted into the cross groove and configured to allow undersides of the first frames to be rotatably connected to tops of four branch ends thereof; four vertical grooves formed vertically on the respective sides of the post body; and four vertical elastic members having the shapes corresponding to the vertical grooves in such a manner as to be inserted into the vertical grooves and configured to allow undersides of the second frames to be rotatably connected to outsides of tops thereof; the cross elastic member comprising: a cross case having a “+”-shaped empty internal space; a top support having the shape of a regular hexahedron in such a manner as to be located at the center of the cross case; four top elastic materials located on respective side surfaces of the top support; four top elastic supports located on ends of respective branches of the internal space of the cross case in such a manner as to be supported by elastic forces of the top elastic materials; and four top connection links located on the ends of respective branches of the cross groove in such a manner as to be kept at a given gap from the cross case by means of support bars located between one side surface facing the cross case and the top elastic supports, to allow undersides of the first frames to be rotatably connected to tops thereof, and to slidingly move along the cross groove in a direction of a center at which the respective branches of the cross groove meet, each vertical elastic member comprising: a vertical case having an empty internal space corresponding to the vertical groove; a side support having the shape of a regular hexahedron in such a manner as to be located at a lower space of the vertical case; a side elastic material located on top of the side support; a side elastic support located on top of the internal space of the vertical case in such a manner as to be supported by the elastic force of the side elastic material; and a side connection link located on an upper end of the vertical groove in such a manner as to be kept at a given gap from the vertical case by means of a support bar located between one side surface facing the vertical case and the side elastic support, to allow a lower side of the second frame to be rotatably connected to the outer surfaces thereof, and to slidingly move along the vertical groove in a downward direction of the vertical groove.