Electronic Enclosure Fastening Belt
Enclosures for laptops, notebooks, tablets, or other portable computers are provided, the enclosures comprising a first case having a first edge defined thereon, a second case having a second edge defined thereon, wherein said first edge of said first case and said second edge of said second case abut one another; and a belt disposed around the abutted first and second edges. The belt serves to couple the first case to the second case and in certain embodiments, provides a substantially uniform clamping force so as to compress the two cases together. In certain embodiments, advantages of the present invention include, but are not limited to, a more efficient and/or more cost-effective coupling device for electronic enclosures, a device for electronic enclosures that is easier to install and manipulate, and the ability to provide a substantially uniform clamping force across a selected joined area of an electronic enclosure.
1 . An enclosure for an electronic device, said enclosure comprising:
a first case having a first edge defined thereon;
a second case having a second edge defined thereon, wherein said first edge of said first case and said second edge of said second case abut one another; and
a belt disposed around the abutted first and second edges.
2 . The enclosure of claim 1 , wherein said first edge is defined by at least one outer surface and an inner surface and wherein said second edge is defined by at least one outer surface and an inner surface, and wherein the inner surfaces of the first and second cases abut one another and the belt is disposed around said outer surfaces.
3 . The enclosure of claim 2 , further comprising a compressible seal disposed between said abutting inner surfaces.
4 . The enclosure of claim 3 , wherein said compressible seal is an o-ring or a gasket.
5 . The enclosure of claim 4 , wherein said compressible seal is formed of an elastomeric material.
6 . The enclosure of claim 1 , wherein each case is defined by a periphery and each edge circumscribes the entire periphery of said case, wherein said edges abut one another around the entire periphery of each case.
7 . The enclosure of claim 1 , wherein said belt comprises an elastomeric material with at least one elongated cord embedded in a portion of the belt.
8 . The enclosure of claim 7 , wherein said belt comprises at least two cords, wherein the belt is characterized by a first edge and a second edge and a web formed therebetween, wherein a cord is embedded in each edge.
9 . The enclosure of claim 7 , wherein said cord is an aramid fiber cord.
10 . The enclosure of claim 7 , wherein at least one case edge has a recess defined therein and said belt is disposed around the edge so that the portion of the belt in which the cord is embedded seats in the recess.
11 . The enclosure of claim 7 , wherein said belt comprises a first edge and a second edge and a web formed therebetween, with a cord embedded in each of said edges, and wherein each case edge has a recess defined therein and said belt is disposed around the first and second edges so that the portion of the belt in which the cords are embedded seat in their respective recesses.
12 . The enclosure of claim 1 , wherein said belt is formed of an elastomeric material and comprises a first enlarged edge and a second enlarged edge, said enlarged edges having a cross-sectional area, and a web formed between said enlarged edges, said web having a cross-sectional area smaller than said enlarged edge cross sectional area, and wherein each case edge has a recess defined therein and said belt is disposed around the first and second edges so that an enlarged edge of said belt seats within the recess of each case.
13 . The enclosure of claim 12 , wherein said recess comprises a hollow formed in the case and includes an opening into said hollow, said opening defined by a cross-sectional area that is smaller than the cross-sectional area of the enlarged edge cross sectional area.
14 . A case for a computer, said case comprising:
a first enclosure portion, said enclosure portion having a periphery and including a first flange at said periphery;
a second enclosure portion, said enclosure portion having a periphery and including a second flange at said periphery, wherein said first and second flanges abut one another; and
a belt disposed around the abutted first and second flanges.
15 . The computer case of claim 14 , wherein each of said flanges protrude from said enclosure portion and wherein said first flange is defined by at least one outer surface and an inner surface and wherein said second flange is defined by at least one outer surface and an inner surface, and wherein the inner surfaces of the first and second flanges abut one another to form an overall protruding flange for the case and the belt is disposed around said overall protruding flange.
16 . The computer case of claim 14 , further comprising a recess in at least one of said flanges and compressible seal disposed in said recess wherein said compressible seal is an o-ring.
17 . The enclosure of claim 14 , wherein said belt comprises an elastomeric material with at least one elongated cord embedded in a portion of the belt.
18 . The enclosure of claim 17 , wherein said belt comprises at least two cords, wherein the belt is characterized by a first edge and a second edge and a web formed therebetween, wherein a cord is embedded in each edge.
19 . The enclosure of claim 17 , wherein said cord is an aramid fiber cord.
20 . The enclosure of claim 17 , wherein at least one case edge has a recess defined therein and said belt is disposed around the edge so that the portion of the belt in which the cord is embedded seats in the recess.
21 . The enclosure of claim 17 , wherein said belt comprises a first edge and a second edge and a web formed therebetween, with a cord embedded in each of said edges, and wherein each case edge has a recess defined therein and said belt is disposed around the first and second edges so that the portion of the belt in which the cords are embedded seat in their respective recesses.
22 . The enclosure of claim 14 , wherein said belt is formed of an elastomeric material and comprises a first enlarged edge and a second enlarged edge, said enlarged edges having a cross-sectional area, and a web formed between said enlarged edges, said web having a cross-sectional area smaller than said enlarged edge cross sectional area, and wherein each case edge has a recess defined therein and said belt is disposed around the first and second edges so that an enlarged edge of said belt seats within the recess of each case.
23 . The enclosure of claim 22 , wherein said recess comprises a hollow formed in the case and includes an opening into said hollow, said opening defined by a cross-sectional area that is smaller than the cross-sectional area of the enlarged edge cross sectional area.
24 . A computer, said computer comprising:
a computer case;
a microprocessor disposed within said case;
memory media disposed within said case;
wherein said case comprises:
a first portion having a first edge defined thereon;
a second portion having a second edge defined thereon, wherein said first edge of said first portion and said second edge of said second portion abuts one another; and
a belt disposed around the abutted first and second edges.
25 . The computer of claim 24 , wherein said first edge is defined by at least one outer surface and an inner surface and wherein said second edge is defined by at least one outer surface and an inner surface, and wherein the inner surfaces of the first and second portions abut one another and the belt is disposed around said outer surfaces.
26 . The computer of claim 25 , further comprising a compressible seal disposed between said abutting inner surfaces, wherein said belt is disposed around the first and second edges wherein said belt is adapted to exert a clamping force on said edges so as to activate said compressible seal.
27 . The computer of claim 26 , wherein said compressible seal comprises an o-ring and wherein said o-ring comprises an elastomeric material.
28 . The enclosure of claim 24 , wherein said belt comprises an elastomeric material with at least one elongated cord embedded in a portion of the belt.
29 . The enclosure of claim 28 , wherein said belt comprises at least two cords, wherein the belt is characterized by a first edge and a second edge and a web formed therebetween, wherein a cord is embedded in each edge.
30 . The enclosure of claim 28 , wherein said cord is an aramid fiber cord.
31 . The enclosure of claim 28 , wherein at least one case edge has a recess defined therein and said belt is disposed around the edge so that the portion of the belt in which the cord is embedded seats in the recess.
32 . The enclosure of claim 28 , wherein said belt comprises a first edge and a second edge and a web formed therebetween, with a cord embedded in each of said edges, and wherein each case edge has a recess defined therein and said belt is disposed around the first and second edges so that the portion of the belt in which the cords are embedded seat in their respective recesses.
33 . The enclosure of claim 24 , wherein said belt is formed of an elastomeric material and comprises a first enlarged edge and a second enlarged edge, said enlarged edges having a cross-sectional area, and a web formed between said enlarged edges, said web having a cross-sectional area smaller than said enlarged edge cross sectional area, and wherein each case edge has a recess defined therein and said belt is disposed around the first and second edges so that an enlarged edge of said belt seats within the recess of each case.
34 . The enclosure of claim 33 , wherein said recess comprises a hollow formed in the case and includes an opening into said hollow, said opening defined by a cross-sectional area that is smaller than the cross-sectional area of the enlarged edge cross sectional area.
35 . A method for coupling one or more sections of an electronic enclosure together comprising:
providing an electronic enclosure comprising a first case having a first edge defined thereon, a second case having a second edge defined thereon;
joining said first edge of said first case to said second edge of said second case so as to place said first edge adjacent to said second edge; and
disposing a belt around the abutted first and second edges so as to provide a substantially uniform clamping force so as to couple said first case to said second case.
36 . The method of claim 35 further comprising disposing a compressible seal between the first edge and the second edge before disposing a belt around the abutted first and second edges.