Drawer glide mechanism
A drawer glide mechanism can include a first elongate guide member, a second elongate glide member, a ball bearing component, and a v-notch socket. The first elongate guide member includes a distal end that is configured to fit within an opening in the v-notch socket. The drawer glide mechanism can further include one or more floating members and fixed members.
1. A drawer glide mechanism comprising:
a first elongate guide member configured to be secured to a cabinet, the first elongate guide member comprising:
a first end and a second end;
a web;
a first flange extending from the web;
a second flange extending from the web and spaced from the first flange; and
a sidewall attachment mechanism arranged at the first end and configured to be secured to a sidewall of the cabinet, the sidewall attachment mechanism comprising a plastic dowel;
a second elongate guide member configured to be secured to a drawer, the second elongate guide member comprising:
a first end and a second end;
a web;
a first flange extending from the web of the second elongate guide member;
a second flange extending from the web of the second elongate guide member and spaced from the first flange of the second elongate guide member; and
at least one drawer attachment mechanism configured to be secured to the drawer, the at least one drawer attachment mechanism comprising a plastic dowel;
a ball bearing component configured to facilitate movement of the second elongate guide member relative to the first elongated guide member in a first direction and a second direction that is opposite the first direction, wherein the ball bearing component comprises a first plurality of ball bearing rollers positioned between the first flange of the first elongate guide member and the first flange of the second elongate guide member and a second plurality of ball bearing rollers positioned between the second flange of the first elongate guide member and the second flange of the second elongate guide member;
a stop member extending outward from the web of the first elongate guide member and spaced from the first and second flanges of the first elongate guide member, the stop member configured to limit movement of the second elongate guide member relative to the first elongate guide member in the second direction, wherein the stop member is positioned closer to the second end of the first elongate guide member than to the first end of the first elongate guide member;
a socket connected to the second end of the first elongate guide member and configured to connect the first elongate guide member to a back wall of the cabinet; and
an embossed portion arranged at the first end of the first elongate guide member, the embossed portion comprising a first portion extending outward from and non-parallel relative to the web of the first elongate guide member and a second portion extending outward from said first portion that is parallel to and spaced from the web of the first elongate guide member, wherein the sidewall attachment mechanism of the first elongate guide member extends outward from the second portion of the embossed portion, and wherein the embossed portion is configured to space the first elongate guide member from the cabinet, thereby inhibiting at least one of the drawer and the second elongate guide member from contacting the cabinet when the second elongate guide member is connected to the drawer and the second elongate guide member is moved relative to the first elongate guide member.
2. The drawer glide mechanism of claim 1 , wherein the web, the first flange, and the second flange of each of the first and second elongate guide members form a U-shaped profile.
3. The drawer glide mechanism of claim 1 , wherein the sidewall attachment mechanism is rigidly affixed to the second portion of the embossed portion.
4. The drawer glide mechanism of claim 1 , wherein the stop member comprises rubber.
5. The drawer glide mechanism of claim 1 , wherein the web of the first elongate guide member comprises a first side and a second side, and wherein the first portion of the embossed portion extends outward from the first side and the stop member extends outward from the second side.
6. The drawer glide mechanism of claim 1 , wherein the embossed portion is integral with the first elongate guide member.
7. The drawer glide mechanism of claim 1 , wherein the sidewall attachment mechanism extends perpendicularly from a plane of the second portion of the embossed portion.
8. A drawer glide mechanism comprising:
a first elongate guide member configured to be secured to a cabinet, the first elongate guide member comprising:
a first end and a second end;
a web;
a first flange extending from the web;
a second flange extending from the web and spaced from the first flange; and
a cabinet attachment mechanism arranged at the first end and configured to be secured to a portion of the cabinet;
a second elongate guide member configured to be secured to a drawer, the second elongate guide member comprising:
a first end and a second end;
a web;
a first flange extending from the web of the second elongate guide member;
a second flange extending from the web of the second elongate guide member and spaced from the first flange of the second elongate guide member; and
at least one drawer attachment mechanism configured to be secured to the drawer;
a ball bearing component configured to facilitate movement of the second elongate guide member relative to the first elongated guide member;
a socket connected to the second end of the first elongate guide member and configured to connect the first elongate guide member to a back wall of the cabinet; and
an embossed portion arranged at the first end of the first elongate guide member, the embossed portion comprising a first portion extending outward from and non-parallel relative to the web of the first elongate guide member and a second portion extending outward from said first portion that is parallel to and spaced from the web of the first elongate guide member, wherein the cabinet attachment mechanism of the first elongate guide member extends outward from the second portion of the embossed portion, and wherein the embossed portion is configured to space the first elongate guide member from the cabinet, thereby inhibiting at least one of the drawer and the second elongate guide member from contacting the cabinet when the second elongate guide member is connected to the drawer and the second elongate guide member is moved relative to the first elongate guide member.
9. The drawer glide mechanism of claim 8 , wherein the cabinet attachment mechanism is rigidly affixed to the second portion of the embossed portion.
10. The drawer glide mechanism of claim 8 , wherein the embossed portion is integral with the first elongate guide member.
11. The drawer glide mechanism of claim 8 , wherein the cabinet attachment mechanism extends perpendicularly from a plane of the second portion of the embossed portion.
12. The drawer glide mechanism of claim 8 , further comprising a stop member extending outward from the web of the first elongate guide member and spaced from the first and second flanges of the first elongate guide member, the stop member configured to limit movement of the second elongate guide member relative to the first elongate guide member, wherein the stop member is positioned closer to the second end of the first elongate guide member than to the first end of the first elongate guide member.
13. The drawer glide mechanism of claim 12 , wherein the stop member comprises rubber.
14. The drawer glide mechanism of claim 12 , wherein the web of the first elongate guide member comprises a first side and a second side, and wherein the first portion of the embossed portion extends outward from the first side and the stop member extends outward from the second side.
15. The drawer glide mechanism of claim 12 , wherein each of the cabinet attachment mechanism and the at least one drawer attachment mechanism comprises a plastic dowel.
16. A drawer glide mechanism comprising:
a first elongate guide member comprising a cabinet attachment mechanism configured to be secured to a portion of a cabinet;
a second elongate guide member movably connected to the first elongate guide member and comprising at least one drawer attachment mechanism configured to be secured to a drawer; and
an embossed portion arranged on a portion of the first elongate guide member, the embossed portion comprising a first portion extending outward from the portion of the first elongate guide member and a second portion extending outward from said first portion that is spaced from the first elongate guide member, wherein the cabinet attachment mechanism of the first elongate guide member extends outward from the second portion of the embossed portion, and wherein the embossed portion is configured to space the first elongate guide member from the cabinet, thereby inhibiting at least one of the drawer and the second elongate guide member from contacting the cabinet when the second elongate guide member is connected to the drawer and the second elongate guide member is moved relative to the first elongate guide member.
17. The drawer glide mechanism of claim 16 , wherein the first elongate guide member further comprises a web, a first flange extending from the web, and a second flange extending from the web, and wherein the first portion of the embossed portion extends outward from the web of the first elongate guide member.
18. The drawer glide mechanism of claim 17 , wherein the second portion of the embossed portion is parallel to the web of the first elongate guide member.
19. The drawer glide mechanism of claim 16 , wherein:
the first elongate guide member further comprises a first end and a second end;
the drawer glide mechanism further comprises a socket connected to the second end of the first elongate guide member; and
the embossed portion is arranged on the first elongate guide member closer to the first end than to the second end.
20. The drawer glide mechanism of claim 16 , wherein the cabinet attachment mechanism is rigidly affixed to the second portion of the embossed portion.