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Bracket system for assembling a fence that includes posts and rails, wherein the bracket system includes a post bracket including a first projecting portion and a second projecting portion. The post bracket is securable to a post. The first projecting portion extends in one direction and the second

Bracket system for assembling a fence that includes posts and rails, wherein the bracket system includes a post bracket including a first projecting portion and a second projecting portion. The post bracket is securable to a post. The first projecting portion extends in one direction and the second projecting portion extends a different direction. A first rail bracket includes a first end securable to the first projecting portion and a second end that is securable a rail. A second rail bracket includes a first end securable to the second projecting portion and a second end that is securable another rail. The post bracket has an internal opening whose size and shape generally corresponds to a size and shape of the post. Each of the first and second rail brackets is configured to lengthen or shorten a respective rail upon movement of the post bracket relative to the post. Prior to being secured thereto, the post bracket can slide up and down relative to the post.

대표청구항 ▼

1. A bracket system for assembling a fence that includes posts and rails, the bracket system comprising: a unitary or one-piece bent sheet metal post bracket that is securable to a post wherein the unitary or one-piece post bracket has a circular or polygonal shape and is configured to receive there

1. A bracket system for assembling a fence that includes posts and rails, the bracket system comprising: a unitary or one-piece bent sheet metal post bracket that is securable to a post wherein the unitary or one-piece post bracket has a circular or polygonal shape and is configured to receive therein the post; the post bracket comprises a first projecting portion and a second projecting portion; each of the first and second projecting portions being formed by cutting and bending portions of the sheet metal forming the post bracket; the first projecting portion extending in one direction and the second projecting portion extending a different direction; the first projecting portion comprising a first opening and the second projecting portion comprising a second opening, wherein the first and second openings are aligned with each other such that a distance between a center of the first opening and an upper edge of the post bracket is equal to a distance between a center of the second opening and the upper edge of the post bracket, whereby each distance is measured in a direction that is parallel to a center axis running through an internal opening of the post bracket; a bent sheet metal first rail bracket that includes a first end which is securable and movably mounted to the first projecting portion and a second end that is securable to a rail; a bent sheet metal second rail bracket that includes a first end which is securable a movably mounted to the second projecting portion and a second end that is securable to another rail; the first end of the first rail bracket comprising a third opening; the first end of the second rail bracket comprising a fourth opening; the post bracket comprising one of: at least two edges which can move towards one another when the post bracket is secured to the post; and at least two surfaces which can move towards one another when the post bracket is secured to the post; the post bracket and each of the first and second rail brackets including at least one of: at least one securing opening configured to receive a securing fastener; and at least one integrally formed securing barb, wherein, prior to being secured thereto, each of the first and second rail brackets can slide over or onto an end of a respective rail. 2. The bracket system of claim 1, wherein each of the first and second projecting portions comprises at least one projecting tab having a width that is less than an overall width of the post bracket. 3. The bracket system of claim 1, wherein each of the first and second projecting portions comprises two projecting tabs and wherein the post bracket has a generally uniform thickness of between approximately {fraction (1/20)} inches and ⅕ inches. 4. The bracket system of claim 1, wherein the bracket system further comprises two fasteners, one of the two fasteners being arranged to connect the first rail bracket to the first projecting portion via the first and third openings and another of the two fasteners being arranged to connect the second rail bracket to the second projecting portion via the second and fourth openings. 5. The bracket system of claim 1, wherein the first and second rail brackets are removably coupled to the first and second projecting portions via two fasteners, wherein one of the fasteners is arranged within the first and third openings and another of the fasteners is arranged within the second and fourth openings. 6. The bracket system of claim 1, wherein the first and second rail brackets are pivotally mounted to the first and second projecting portions and wherein each of the first and second projecting portions have a width that is less than an overall width of the post bracket, whereby the width is measured in a direction that is parallel to the center axis running through the internal opening of the post bracket. 7. The bracket system of claim 1, wherein each of the first and second projecting portions comprises two projecting tabs that eac h have an opening, whereby each of the two projecting tabs of the first projecting portion comprise the first opening and each of the two projecting tabs of the second projecting portion comprise the second opening. 8. The bracket system of claim 7, wherein each first end of the first and second rail brackets comprises at least one projecting tab that has an opening, whereby the at least one projecting tab of the first rail bracket comprises the third opening and the at least one projecting tab of the second rail bracket comprises the fourth opening. 9. The bracket system of claim 1, in combination with the fence that further comprises pickets or slats connected to rails. 10. The bracket system of claim 9, wherein each of the pickets or slats are connected to each of the rails via a single fastener, whereby the rails and slats or pickets can move relative to each other. 11. The bracket system of claim 9, wherein each of the pickets or slats are connected to at least two channel members and wherein each of the at least two channel members is securable to a rail. 12. The bracket system of claim 11, wherein each of the pickets or slats are connected to each of the channel members via a single fastener, whereby the channel members can move relative to the slats. 13. The bracket system of claim 1, wherein each of the first and second rail brackets are unitary members. 14. A method of making the bracket system of claim 1, the method comprising: cutting and bending sheet metal to form the unitary or one-piece post bracket; cutting and bending sheet metal to form the first rail bracket; and cutting and bending sheet metal to form the second rail bracket. 15. A method of making the bracket system of claim 1, the method comprising: cutting and bending sheet metal to form the unitary or one-piece post bracket; cutting and bending sheet metal to form the first rail bracket; cutting and bending sheet metal to form the second rail bracket; and connecting each of the first and second rail brackets to the post bracket via fasteners. 16. A method of making the bracket system of claim 1, the method comprising: cutting and bending sheet metal to form the unitary or one-piece post bracket, wherein the first projecting portion is formed to have two tabs which are bent from the sheet metal and arranged to be parallel to one another, wherein the second projecting portion is formed to have two tabs which are bent and arranged to be parallel to one another; cutting and bending sheet metal to form the first rail bracket wherein the first rail bracket is formed with at least one tab having the third opening formed therein; and cutting and bending sheet metal to form the second rail bracket wherein the second rail bracket is formed with at least one tab having the fourth opening formed therein. 17. A method of making the bracket system of claim 1, the method comprising: forming the post bracket as a unitary or one-piece member wherein the first projecting portion includes two surfaces which are arranged to be parallel to one another and wherein the second projecting portion includes two surfaces which are arranged to be parallel to one another; forming the first rail bracket as a unitary or one-piece member; forming the second rail bracket as a unitary or one-piece member; inserting a first fastener into the first and third openings; and inserting a second fastener into the second and fourth openings. 18. A method of making the bracket system of claim 1, the method comprising: forming the post bracket as a unitary or one-piece member; forming the first rail bracket as a unitary or one-piece member; forming the second rail bracket as a unitary or one-piece member; and connecting each of the first and second rail brackets to the post bracket with bracket connecting fasteners. 19. A method of assembling a fence using the bracket system of claim 1, the method comprising: placing posts at generally equally spaced distances; mounting at lea st two post brackets onto each of the posts; mounting at least two rail brackets onto each of the rails; connecting the rails to the posts via the post brackets and the rail brackets; adjusting a position of each post bracket by sliding the post bracket up and down relative to a respective post; securing each post bracket to a respective post; and securing each rail bracket to a respective rail. 20. A method of assembling a fence using the bracket system of claim 1, the method comprising: arranging posts at generally equally spaced distances; sliding at least two post brackets onto each of the posts; sliding at least two rail brackets onto each of the rails; connecting the rails to the posts via the post brackets and the rail brackets; adjusting a position of each post bracket by sliding the post bracket up and down relative to a respective post; securing each post bracket to a respective post; securing each rail bracket to a respective rail; and securing fence sections to the rails via channel members. 21. The bracket system of claim 1 wherein: the first projecting portion comprises a curved end; and the second projecting portion comprises a curved end. 22. The bracket system of claim 1, wherein the first and second projecting portions comprises a thickness that is equal to a thickness of the post bracket. 23. The bracket system of claim 1, wherein each of the first and second rail brackets is a unitary member that has two parallel walls and one wall that is perpendicular to the two parallel walls, wherein an open space is defined between edges of the two parallel walls so that each of the first and second rail brackets can receive a respective rail when the edges are slid over a side of the respective rails. 24. The bracket system of claim 23, wherein the first end of each of the first and second rail brackets is bent into a configuration that includes a surface that is parallel to the one wall and that is spaced at a distance from the one wall. 25. The bracket system of claim 1, wherein: each of the first and second projecting portions comprises at least one projecting tab; the post bracket being a galvanized sheet metal member that has a generally uniform thickness of between approximately {fraction (1/20)} inches and ⅕ inches; each of the projecting tabs comprises a curved end; each first end of the first and second rail brackets comprises a curved end; the bracket system further comprises two fasteners, one of the two fasteners being arranged to connect the first rail bracket to the first projecting portion via the first and third openings and another of the two fasteners being arranged to connect the second rail bracket to the second projecting portion via to the second and fourth openings; each of the first and second rail brackets are unitary members; and each of the projecting tabs has a width which is less than an overall width of the post bracket. 26. The bracket system of claim 25, wherein each of the first and second rail brackets comprise at least two parallel walls, at least one wall that is perpendicular to the at least two parallel walls, and two edges which can move towards one another. 27. The bracket system of claim 25, wherein each of the first and second rail brackets comprise at least two first parallel walls and at least two second parallel walls that are perpendicular to the at least two first parallel walls. 28. The bracket system of claim 1, in combination with the posts and the rails being made of wood. 29. The bracket system of claim 1, in combination with the fence having pickets or slats connected to at least two channel members and wherein each of the at least two channel members is securable to a rail. 30. The bracket system of claim 1, wherein: each of the first and second projecting portions comprises two projecting tabs; each of the projecting tabs of the first projecting portion comprises one first opening; each of the projecting tabs of the second projecting portion comprises one second opening; each first end of the first and second rail brackets comprises two tabs; the bracket system further comprises a spacer arranged between the two tabs of each of the first and second rail brackets and two fasteners, one of the two fasteners being arranged to connect the first rail bracket to the first projecting portion using one spacer and another of the two fasteners being arranged to connect the second rail bracket to the second projecting portion using another spacer; each of the projecting tabs has a width which is less than an overall width of the post bracket. 31. The bracket system of claim 1, wherein: each of the first and second projecting portions comprises two projecting tabs; each of the projecting tabs comprises a curved end; each first end of the first and second rail brackets comprises two tabs, each of the two tabs having a curved end; the bracket system further comprises a spacer arranged between the two tabs of each of the first and second rail brackets and two fasteners, one of the two fasteners being arranged to connect the first rail bracket to the first projecting portion using one spacer and another of the two fasteners being arranged to connect the second rail bracket to the second projecting portion using another spacer; and each of the projecting tabs has a width which is less than an overall width of the post bracket. 32. The bracket system of claim 1, wherein: the post bracket has a generally uniform thickness of between approximately {fraction (1/20)} inches and ⅕ inches; each of the first and second projecting portions comprises a curved end; each first end of the first and second rail brackets comprises at least one tab, each of the tabs having a curved end; each of the first and second rail brackets having a generally uniform thickness of between approximately {fraction (1/20)} inches and ⅕ inches; a gap being defined between edges of each of the first and second rail brackets; the first and second rail brackets are pivotally mounted to the first and second projecting portions via two fasteners; and each of the first and second projecting portions has a width which is less than an overall width of the post bracket. 33. A bracket system for assembling a fence that includes posts and fence sections having rails and one of slats or pickets, the bracket system comprising: a one-piece post bracket including a first projecting portion, a second projecting portion, and at least one of: barbs for securing the one-piece post bracket to a post; andsecuring openings configured to receive a fastener for securing the one-piece post bracket to a post; the first projecting portion extending in one direction and the second projecting portion extending a different direction; the first projecting portion comprising a first opening and the second projecting portion comprising a second opening, wherein the first and second projecting portions are one of fixed to the one-piece post bracket and integrally formed with the one-piece post bracket; each of the first and second projecting portions having a width that is less than an overall width of the one-piece post bracket, whereby the width is measured in a direction that is parallel to a center axis running through an internal opening of the one-piece post bracket; a first rail bracket including a first end movably connected to the first projecting portion, a second end that is securable to a rail, and at least one of: barbs for securing the first rail bracket to the rail; andsecuring openings configured to receive fasteners for securing the first rail bracket to the rail; a second rail bracket including a first end movably connected to the second projecting portion, a second end that is securable to another rail, and at least one of: barbs for securing the second rail bracket to the other rail; andsecuring openings configured to receive fasteners for securing the second rail bracket to the other rail; the first end of the first rail bracket comprising a third opening; the first end of the second rail bracket comprising a fourth opening; the internal opening of the one-piece post bracket being sized and shaped to receive therein the post; the one-piece post bracket comprising one of: at least two edges which can move towards one another when the one-piece post bracket is secured to the post; andat least two surfaces which can move towards one another when the one-piece post bracket is secured to the post; each of the first and second rail brackets being configured to slide over or onto an end of a respective rail prior to being secured thereto; a first fastener coupling the first projecting portion to the first rail bracket when the first and third openings are aligned with each other; and a second fastener coupling the second projecting portion to the second rail bracket when the second and fourth openings are aligned with each other. 34. The bracket system of claim 33, wherein: each of the first and second projecting portions comprises at least one projecting tab; the post bracket being a plastic member; each of the first and second rail brackets are plastic members and are pivotally mounted to the first and second projecting portions; and each of the projecting tabs has a width which is less than an overall width of the post bracket. 35. The bracket system of claim 33, wherein: each of the first second projecting portions comprises at least two projecting tabs; the post bracket an extruded member that has a generally uniform walls whose thickness is between approximately {fraction (1/20)} inches and ⅕ inches, wherein two of the walls are parallel to each other wherein two other walls are perpendicular to the two parallel walls. 36. A fence system comprising: a plurality of bracket systems; each bracket system comprising a one-piece bent sheet metal post bracket that includes a first projecting portion and a second projecting portion, the post bracket being securable to a post via fasteners or barbs, the first projecting portion extending in one direction and the second projecting portion extending a different direction, a bent sheet metal first rail bracket including a first end securable to the first projecting portion and a second end that is securable to a rail, a bent sheet metal second rail bracket including a first end securable to the second projecting portion and a second end that is securable to another rail, the post bracket defining an internal opening which can receive therein a post, each of the first and second rail brackets being securable to a respective rail via fasteners or barbs, wherein the post bracket comprises one of at least two edges which can move towards one another when the post bracket is secured to the post, at least two surfaces which can move towards one another when the post bracket is secured to the post, and a one-piece member having uniformly thick sidewalls; posts each having at least two of the post brackets mounted thereto; rails each having a first and a second rail bracket mounted thereto; a fastener coupling each first projecting portion to each first rail bracket; and a fastener coupling each second projecting portion to each second rail bracket, wherein each of the first and second projecting portions is one of fixed to each post bracket and integrally formed with each post bracket, and further comprising at least one of: each of the first and second projecting portions of a respective post bracket having a width that is less than an overall width of the respective post bracket, whereby the width is measured in a direction that is parallel to a center axis running through an internal opening of the respective post bracket; andthe first projecting portion of a respective post bracket comprising a first opening and the second projecting portion of the respective post bracket comprising a second opening, wherein the first and second openings are align ed with each other such that a distance between a center of the first opening and an upper edge of the respective post bracket is equal to a distance between a center of the second opening and the upper edge of the respective post bracket, whereby each distance is measured in a direction that is parallel to a center axis running through an internal opening of the respective post bracket. 37. The fence system of claim 36, further comprising channel members that are each connected to a plurality of slats or pickets wherein each of the channel members is connected to a respective rail via fasteners. 38. The fence system of claim 36, further comprising pickets or slats connected to rails. 39. The fence system of claim 36, further comprising pickets or slats movably connected to rails. 40. The fence system of claim 39, wherein each of the pickets or slats are connected to at least two channel members and wherein each of the at least two channel members is securable to a rail. 41. The fence system of claim 40, wherein at least one of the at least two channel members is generally U-shaped. 42. The fence system of claim 41, wherein each of the pickets or slats are movably connected to each of the at least two channel members via a single connecting mechanism. 43. The fence system of claim 40, wherein at least one of the at least two channel members is generally L-shaped. 44. The fence system of claim 43, wherein each of the pickets or slats are movably connected to each of the at least two channel members via a single connecting mechanism. 45. A bracket system for assembling a fence that includes posts and rails, the bracket system comprising: a bent sheet metal post bracket that is securable to a post: the post bracket comprises a first projecting portion and a second projecting portion: each of the first and second projecting portions being formed by cutting and bending portions of the sheet metal forming the post bracket; the first projecting portion extending in one direction and the second projecting portion extending a different direction; the first projecting portion comprising a first opening and the second projecting portion comprising a second opening wherein the first and second openings are aligned with each other such that a distance between a center of the first opening and an upper edge of the post bracket is equal to a distance between a center of the second opening and the upper edge of the post bracket, whereby each distance is measured in a direction that is parallel to a center axis running through an internal opening of the post bracket; a bent sheet metal first rail bracket that includes a first end which is securable to the first projecting portion and a second end that is securable to a rail; a bent sheet metal second rail bracket that includes a first end which is securable to the second projecting portion and a second end that is securable to another rail; the first end of the first rail bracket comprising a third opening; the first end of the second rail bracket comprising a fourth opening; the post bracket comprising one of: at least two edges which can move towards one another when the post bracket is secured to the post; andat least two surfaces which can move towards one another when the post bracket is secured to the post;a one-piece member having uniformly thick sidewalls: the post bracket being configured to receive therein the post: the post bracket and each of the first and second rail brackets including at least one of: at least one securing opening configured to receive a securing fastener; andat least one integrally formed securing barb; each of the first and second projecting portions comprises at least one integrally formed projecting tab; the post bracket has a generally uniform thickness of between approximately {fraction (1/20)} inches and ⅕ inches; each of the integrally formed projecting tabs comprises a curved end;each first end of the first and second rail brackets comp rises a curved end;the bracket system further comprises two fasteners, one of the two fasteners being arranged to connect the first rail bracket to the first projecting portion via the first and third openings and another of the two fasteners being arranged to connect the second rail bracket to the second projecting portion via the second and fourth openings;the first and second rail brackets are unitary members and are movably mounted to the first and second projecting portions;each of the integrally formed projecting tabs has a width which is less than an overall width of the post bracket; andthe internal opening of the post bracket is defined by at least two first parallel walls and at least two second parallel walls that are perpendicular to the at least two first parallel walls,wherein, prior to being secured thereto, each of the first and second rail brackets can slide over or unto an end of a respective rail. 46. The bracket system of claim 45, wherein each of the first and second rail brackets comprise at least two parallel walls and at least one wall that is perpendicular to the at least two parallel walls. 47. The bracket system of claim 46, wherein the first end of each of the first and second rail brackets is bent in a manner so that the curved end is arranged to be parallel to and spaced apart from the at least one wall. 48. The bracket system of claim 45, wherein each of the first and second rail brackets comprise at least two first parallel walls and at least two second parallel walls that are perpendicular to the at least two first parallel walls.