Glide assembly system
The present invention relates to a glide assembly to connect adjacent furniture legs on items such as, for example, chairs or tables. For example, chairs can have a glide assembly attached at the bottom of each of its front legs or to all of its legs, or a table can have a glide attached to some or all of its legs. Each glide may have a magnet that, when mated with adjacent glide's magnet, connects the chair legs and/or table legs together, without requiring tools or mechanical fasteners to connect or disconnect. The magnets used to connect the chairs and tables together allows one to easily attach or detach chairs and/or tables. Use of male/female glide assemblies increases the resistance to accidental disconnection.
1. A glide assembly system to connect adjacent furniture legs, comprising:
a. a male glide assembly having a body, the body having a curved bottom portion, the body having an upward extending leg insertion portion and a receptacle extending transverse to the leg insertion portion, the receptacle having a receptacle depth from the receptacle's interior outward; a magnet assembly having a metal cup having an exterior cup depth and an interior cup depth, the metal cup having a bottom and a wall portion, the wall portion having a non-metallic spacer on the wall portion's interior wall portion, the metal cup receiving a magnet therein, the magnet attached to the bottom of the metal cup and abutting the non-metallic spacer, the magnet having a magnet depth, the magnet depth being less than the interior cup depth of the metal cup, the magnet assembly received into the receptacle of the male glide assembly, the receptacle depth being less than the exterior cup depth of the metal cup;
b. a female glide assembly having a body, the body having a curved bottom portion, the body having an upward extending leg insertion portion and a receptacle extending transverse to the leg insertion portion, the receptacle having a receptacle depth from the receptacle's interior outward; a magnet assembly having a metal cup having an exterior cup depth and an interior cup depth, the metal cup having a bottom and a wall portion, the wall portion having a non-metallic spacer on the wall portion's interior wall portion, the metal cup receiving a magnet therein, the magnet attached to the bottom of the metal cup and abutting the non-metallic spacer, the magnet having a magnet depth, the magnet depth being less than the interior cup depth of the metal cup, the magnet assembly received into the receptacle of the female glide assembly, the receptacle depth being more than the exterior cup depth of the metal cup;
c. where the metal cup of the male glide assembly is configured to engage the metal cup of the female glide assembly and prevent the male and female glide assembly magnets from touching, and also prevent the male and female glide assembly receptacles from touching.
2. The glide assembly system of claim 1 , where the male and female glide assembly magnets have an opposite polarity to each other.
3. The glide assembly system of claim 1 , where the body for each of the male glide assembly and the female glide assembly is a unitary body.
4. The glide assembly system of claim 3 , where the magnet assembly of the male glide assembly has a central countersunk opening therethrough, the receptacle of the male glide assembly has a central pilot hole extending into the body, a fastener received through the central countersunk opening of the magnet assembly and received into the pilot hole of the body; and where the magnet assembly of the female glide assembly has a central countersunk opening therethrough, the receptacle of the female glide assembly has a central pilot hole extending into the body thereof, a fastener received through the central countersunk opening of the magnet assembly of the female glide assembly and received into the pilot hole of the body of the female glide assembly.
5. The glide assembly system of claim 1 , where the male glide assembly is received into a right front leg of a first chair and the female glide assembly is received into a left front leg of the first chair.
6. The glide assembly system of claim 5 , where a second male glide assembly is received into a right front leg of a second chair and a second female glide assembly is received into a left front leg of the second chair, the first and second chairs being connectable by having the metal cup in one of the male glide assemblies engage the metal cup in one of the female glide assemblies.
7. The glide assembly system of claim 1 , where the body for each of the male glide assembly and the female glide assembly is a non-unitary body.
8. The glide assembly system of claim 7 , wherein the male glide assembly further comprises: where the receptacle of the male glide assembly has a central opening extending through the body to a body side opposite the receptacle, the central opening having a key slot extending inward from the body side opposite the receptacle, where an adapter is inserted into the central opening from the body side opposite the receptacle of the male glide assembly, the adapter having a head and a shaft, the shaft having a key thereon, the key extending outward from the shaft adjacent the adapter head, the shaft having a central pilot hole extending inward from a shaft end opposite the head toward the receptacle, where the key slot and key engage each other; and wherein the female glide assembly further comprises: where the receptacle of the female glide assembly has a central opening extending through the body to a body side opposite the receptacle, the central opening having a key slot extending inward from the body side opposite the receptacle, where an adapter is inserted into the central opening from the body side opposite the receptacle of the female glide assembly, the adapter having a head and a shaft, the shaft having a key thereon, the key extending outward from the shaft adjacent the adapter head, the shaft having a central pilot hole extending inward from a shaft end opposite the head toward the receptacle, where the key slot and key engage each other.
9. The glide assembly system of claim 8 , where the magnet assembly of the male glide assembly has a central countersunk opening therethrough, with a fastener received through the central countersunk opening of the magnet assembly and received into the central pilot hole of the shaft of the male glide assembly's adapter; and where the magnet assembly of the female glide assembly has a central countersunk opening therethrough, with a fastener received through the central countersunk opening of the magnet assembly of the female glide assembly and received into the central pilot hole of the shaft of the female glide assembly's adapter.
10. A glide assembly system to connect adjacent furniture legs, comprising:
a. a male glide assembly having a body, the body having a curved bottom portion, the body having an upward extending leg insertion portion configured for insertion into a furniture leg and a receptacle extending transverse to the leg insertion portion, the receptacle having a receptacle depth from the receptacle's interior outward;
b. a female glide assembly having a body, the body having a curved bottom portion, the body having an upward extending leg insertion portion configured for insertion into a furniture leg and a receptacle extending transverse to the leg insertion portion, the receptacle having a receptacle depth from the receptacle's interior outward; and
c. at least one of the male glide assembly or the female glide assembly having a magnet assembly having a metal cup having an exterior cup depth and an interior cup depth, the metal cup having a bottom and a wall portion, the wall portion having a non-metallic spacer on the wall portion's interior wall portion, the metal cup receiving a magnet therein, the magnet attached to the bottom of the metal cup and abutting the non-metallic spacer, the magnet having a magnet depth, the magnet assembly received into the glide assembly receptacle.
11. The glide assembly system of claim 10 , where the body for each of the male glide assembly and the female glide assembly is a unitary body.
12. The glide assembly system of claim 10 , where the body for each of the male glide assembly and the female glide assembly is a non-unitary body.
13. The glide assembly system of claim 12 , wherein the male glide assembly further comprises: where the receptacle of the male glide assembly has a central opening extending through the body to a body side opposite the receptacle, the central opening having a key slot extending inward from the body side opposite the receptacle, where an adapter is inserted into the central opening from the body side opposite the receptacle of the male glide assembly, the adapter having a head and a shaft, the shaft having a key thereon, the key extending outward from the shaft adjacent the adapter head, the shaft having a central pilot hole extending inward from a shaft end opposite the head toward the head, where the key slot and key engage each other; and wherein the female glide assembly further comprises: where the receptacle of the female glide assembly has a central opening extending through the body to a body side opposite the receptacle, the central opening having a key slot extending inward from the body side opposite the receptacle, where an adapter is inserted into the central opening from the body side opposite the receptacle of the female glide assembly, the adapter having a head and a shaft, the shaft having a key thereon, the key extending outward from the shaft adjacent the adapter head, the shaft having a central pilot hole extending inward from a shaft end opposite the head toward the head, where the key slot and key engage each other.