GB2559244A - A fence post connector - Google Patents

A fence post connector Download PDF

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Publication number
GB2559244A
GB2559244A GB1719813.6A GB201719813A GB2559244A GB 2559244 A GB2559244 A GB 2559244A GB 201719813 A GB201719813 A GB 201719813A GB 2559244 A GB2559244 A GB 2559244A
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Prior art keywords
fence
connector
fence post
connection region
limb
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Granted
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GB1719813.6A
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GB2559244B (en
GB201719813D0 (en
GB2559244C (en
Inventor
Barrett Paul
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Individual
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Individual
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Priority to GB1719813.6A priority Critical patent/GB2559244C/en
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Classifications

    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
    • E04H17/00—Fencing, e.g. fences, enclosures, corrals
    • E04H17/14—Fences constructed of rigid elements, e.g. with additional wire fillings or with posts
    • E04H17/16—Fences constructed of rigid elements, e.g. with additional wire fillings or with posts using prefabricated panel-like elements, e.g. wired frames
    • E04H17/168—Fences constructed of rigid elements, e.g. with additional wire fillings or with posts using prefabricated panel-like elements, e.g. wired frames using panels fitted in grooves of posts
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
    • E04H17/00—Fencing, e.g. fences, enclosures, corrals
    • E04H17/14—Fences constructed of rigid elements, e.g. with additional wire fillings or with posts
    • E04H17/24—Connections for attaching additional wire to frames, posts or railings

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  • Engineering & Computer Science (AREA)
  • Architecture (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Fencing (AREA)

Abstract

The connector 1 comprises a first connection region 2 comprising a limb 5, 6 for connecting with a first fence post (12, Fig. 5) and a second connection region 3 comprising a limb 7, 8 for connecting with a second fence post (15, Fig. 5). The connector further comprises a member 4 extending transversely to the limbs of the first and second connection regions and wherein the connector is arranged so that, in use, it provides passage of a fence panel or trellis past the connector. The member may comprise a scalloped or accurate region to allow said passage between slots (14, 17 Fig. 5) in fence posts. The connector may have an H profile. A method of manufacturing the connector, a fence comprising the connector and a method of manufacturing a fence having the connector are also claimed.

Description

(54) Title of the Invention: A fence post connector
Abstract Title: A fence post connector for connecting fence posts end-upon-end (57) The connector 1 comprises a first connection region 2 comprising a limb 5, 6 for connecting with a first fence post (12, Fig. 5) and a second connection region 3 comprising a limb 7, 8 for connecting with a second fence post (15, Fig. 5). The connector further comprises a member 4 extending transversely to the limbs of the first and second connection regions and wherein the connector is arranged so that, in use, it provides passage of a fence panel or trellis past the connector. The member may comprise a scalloped or accurate region to allow said passage between slots (14, 17 Fig. 5) in fence posts. The connector may have an H profile. A method of manufacturing the connector, a fence comprising the connector and a method of manufacturing a fence having the connector are also claimed.
Figure GB2559244A_D0001
FIG. 1
Figure GB2559244A_D0002
FIG. 1
Figure GB2559244A_D0003
FIG. 2
2/4
Figure GB2559244A_D0004
FIG. 3
6= Π Π
10 5
_J ▲ ( L_ /
FIG. 4
3/4
Figure GB2559244A_D0005
FIG. 5
Figure GB2559244A_D0006
FIG. 6
4/4
Figure GB2559244A_D0007
FIG. 7
A Fence Post Connector
The present invention relates to a fence post connector, a method for manufacturing a fence post connector, a fence including a fence post connector and a method for manufacturing a fence including a fence post connector.
Fence post connectors are known in the art and are used to connect an upper end of one upright fence post to a lower end of another upright fence post. An example of a known connector is of the type having a connection box, for receiving a first fence post, connected to a second connection box, for receiving a second fence post. The connection boxes surround ends and all four sides of the first and second fence posts when in use. Typically, connectors are used when it is desired to provide a trellis above a fence panel, where both the trellis and the fence panel require support at their respective ends. Connectors may also be used when one wishes to change from the strength provided by a concrete post to the more decorative effect of a wooden post. A disadvantage of known connectors is that, once placed upon a first fence post, a part or parts of the connector obscure at least a part of the fence post, making securing a fence panel to the post more difficult. In particular, when the fence post has a slot for receiving from above the fence panel, a part or parts of the known connector obscure at least part of the slot, making simple insertion of the fence panel into the slot from above either difficult or impossible. As parts of the fence post are obscured by known connectors, it can be harder to change fence panels and far more time consuming to construct the fence in the first instance.
As such, the present invention is aimed at providing a fence post connector without the disadvantages associated with the known connector.
Accordingly, an aspect of the present invention provides a fence post connector, for connecting fence posts end-upon-end, the connector comprising:
a first connection region comprising a limb for connecting with a first fence post;
a second connection region comprising a limb for connecting with a second fence post; and a member, extending transversely to the limbs of the first and second connection regions, wherein the connector is arranged so that, in use, it provides substantially unhindered access for a fence panel to said first fence post.
Preferably, the connector is arranged so that, in use, it provides substantially unhindered access for said fence panel to a slot provided in said first fence post. Further preferably, the connector is arranged so that, in use, it provides substantially unhindered access for a/said fence panel to said second fence post or to a slot provided in said second fence post.
Preferably, the first connection region comprises first and second limbs and the first and second limbs may be opposed, for contacting opposed edges of said first fence post. The first limb and/or second limb may be shaped for receiving said first fence post and for contacting at least an edge thereof. Preferably, the second connection region comprises first and second limbs. The first and second limbs may be opposed, for contacting opposed edges of said second fence post. The first limb and/or second limb may be shaped for receiving said second fence post and for contacting at least an edge thereof.
Preferably, the member is located between the first and second connection regions. Further preferably, the member interconnects limbs of the first connection region and/or the second connection region. The member may provide an upper surface to the first connection region, for receiving a top of said first fence post, and may provide a lower surface to the second connection region, for receiving a bottom of said second fence post.
Preferably, the first connection region comprises opposed first and second limbs, for contacting opposed first and second sides of said first fence post. The first limb and/or second limb may be shaped for receiving said first fence post and for contacting at least parts of opposed third and fourth sides of said first fence post. Further preferably, the second connection region comprises opposed first and second limbs, for contacting opposed first and second sides of said second fence post. The first limb and/or second limb may be shaped for receiving said second fence post and for contacting at least parts of opposed third and fourth sides of said second fence post.
Preferably, the limb(s) comprise an aperture, by which the connector may be fastened to said first or said second fence post.
Preferably, the first connection region, the second connection region and the member are arranged to provide a substantially three-dimensional Ή’ configuration, when viewed from an intended fence line. A lower region of the Ή’ configuration may provide the first connection region and an upper region of the Ή’ configuration may provide the second connection region. Further preferably, a cross-member of the Ή’ configuration comprises at least part of the member. The Ή’ configuration may have a depth of substantially not much greater than said first or second fence post.
Preferably, the member comprises a scalloped or arcuate region for aiding passage of a fence panel or the like past the connector, or the member comprises an arcuate edge, in particular a concave edge.
According to a further aspect of the present invention, there is provided a method for manufacturing a fence post connector comprising providing a fence post connector comprising:
a first connection region comprising a limb for connecting with a first fence post;
a second connection region comprising a limb for connecting with a second fence post; and a member, extending transversely to the limbs of the first and second connection regions, wherein the connector is arranged so that, in use, it provides substantially unhindered access for a fence panel to said first fence post.
Preferably, the connector is arranged so that, in use, it provides substantially unhindered access for said fence panel to a slot provided in said first fence post. Further preferably, the connector is arranged so that, in use, it provides substantially unhindered access for a/said fence panel to said second fence post or to a slot provided in said second fence post.
Preferably, the first connection region comprises first and second limbs and the first and second limbs may be opposed, for contacting opposed edges of said first fence post. The first limb and/or second limb may be shaped for receiving said first fence post and for contacting at least an edge thereof. Preferably, the second connection region comprises first and second limbs. The first and second limbs may be opposed, for contacting opposed edges of said second fence post. The first limb and/or second limb may be shaped for receiving said second fence post and for contacting at least an edge thereof.
Preferably, the member is located between the first and second connection regions. Further preferably, the member interconnects limbs of the first connection region and/or the second connection region. The member may provide an upper surface to the first connection region, for receiving a top of said first fence post, and may provide a lower surface to the second connection region, for receiving a bottom of said second fence post.
Preferably, the first connection region comprises opposed first and second limbs, for contacting opposed first and second sides of said first fence post. The first limb and/or second limb may be shaped for receiving said first fence post and for contacting at least parts of opposed third and fourth sides of said first fence post. Further preferably, the second connection region comprises opposed first and second limbs, for contacting opposed first and second sides of said second fence post. The first limb and/or second limb may be shaped for receiving said second fence post and for contacting at least parts of opposed third and fourth sides of said second fence post.
Preferably, the limb(s) comprise an aperture, by which the connector may be fastened to said first or said second fence post.
Preferably, the first connection region, the second connection region and the member are arranged to provide a substantially three-dimensional Ή’ configuration, when viewed from an intended fence line. A lower region of the Ή’ configuration may provide the first connection region and an upper region of the Ή’ configuration may provide the second connection region. Further preferably, a cross-member of the Ή’ configuration comprises at least part of the member. The Ή’ configuration may have a depth of substantially not much greater than said first or second fence post.
Preferably, the member comprises a scalloped or arcuate region for aiding passage of a fence panel or the like past the connector, or the member comprises an arcuate edge, in particular a concave edge.
In a yet further aspect, the present invention provides a fence comprising a first fence post connected end-upon-end to a second fence post with a fence post connector comprising:
a first connection region comprising a limb for connecting with a first fence post;
a second connection region comprising a limb for connecting with a second fence post; and a member, extending transversely to the limbs of the first and second connection regions, wherein the connector is arranged so that, in use, it provides substantially unhindered access for a fence panel to said first fence post.
Preferably, the first connection region connects the connector to an upper region of the first fence post and the second connection region connects the connector to a lower region of the second fence post. Further preferably, the first fence post is concrete and the second fence post is wooden, or the first and second fence posts are wooden.
Preferably, the connector is arranged so that, in use, it provides substantially unhindered access for said fence panel to a slot provided in said first fence post. Further preferably, the connector is arranged so that, in use, it provides substantially unhindered access for a/said fence panel to said second fence post or to a slot provided in said second fence post.
Preferably, the first connection region comprises first and second limbs and the first and second limbs may be opposed, for contacting opposed edges of said first fence post. The first limb and/or second limb may be shaped for receiving said first fence post and for contacting at least an edge thereof. Preferably, the second connection region comprises first and second limbs. The first and second limbs may be opposed, for contacting opposed edges of said second fence post. The first limb and/or second limb may be shaped for receiving said second fence post and for contacting at least an edge thereof.
Preferably, the member is located between the first and second connection regions. Further preferably, the member interconnects limbs of the first connection region and/or the second connection region. The member may provide an upper surface to the first connection region, for receiving a top of said first fence post, and may provide a lower surface to the second connection region, for receiving a bottom of said second fence post.
Preferably, the first connection region comprises opposed first and second limbs, for contacting opposed first and second sides of said first fence post. The first limb and/or second limb may be shaped for receiving said first fence post and for contacting at least parts of opposed third and fourth sides of said first fence post.
Further preferably, the second connection region comprises opposed first and second limbs, for contacting opposed first and second sides of said second fence post. The first limb and/or second limb may be shaped for receiving said second fence post and for contacting at least parts of opposed third and fourth sides of said second fence post.
Preferably, the limb(s) comprise an aperture, by which the connector may be fastened to said first or said second fence post.
Preferably, the first connection region, the second connection region and the member are arranged to provide a substantially three-dimensional Ή’ configuration, when viewed from an intended fence line. A lower region of the Ή’ configuration may provide the first connection region and an upper region of the Ή’ configuration may provide the second connection region. Further preferably, a cross-member of the Ή’ configuration comprises at least part of the member. The Ή’ configuration may have a depth of substantially not much greater than said first or second fence post.
Preferably, the member comprises a scalloped or arcuate region for aiding passage of a fence panel or the like past the connector, or the member comprises an arcuate edge, in particular a concave edge.
According to a further aspect of the present invention, there is provided a method for manufacturing a fence comprising providing a fence post connector comprising:
a first connection region comprising a limb for connecting with a first fence post;
a second connection region comprising a limb for connecting with a second fence post; and a member, extending transversely to the limbs of the first and second connection regions, and in which the connector is arranged so that, in use, it provides substantially unhindered access for a fence panel to said first fence post, the method further comprising applying the first connection region of the connector to an upper end of a first fence post and, optionally fastening the connector to the first fence post, and applying a bottom of a second fence post to the second connection region of the connector and, optionally fastening the connector to the second fence post.
Preferably, the method further comprises bringing a fence panel into contact with the first fence post and/or bringing a second fence panel or trellis into contact with the second fence post before or after securing the first and second fence posts together.
Preferably, the connector is arranged so that, in use, it provides substantially unhindered access for said fence panel to a slot provided in said first fence post. Further preferably, the connector is arranged so that, in use, it provides substantially unhindered access for a/said fence panel to said second fence post or to a slot provided in said second fence post.
Preferably, the first connection region comprises first and second limbs and the first and second limbs may be opposed, for contacting opposed edges of said first fence post. The first limb and/or second limb may be shaped for receiving said first fence post and for contacting at least an edge thereof. Preferably, the second connection region comprises first and second limbs. The first and second limbs may be opposed, for contacting opposed edges of said second fence post. The first limb and/or second limb may be shaped for receiving said second fence post and for contacting at least an edge thereof.
Preferably, the member is located between the first and second connection regions. Further preferably, the member interconnects limbs of the first connection region and/or the second connection region. The member may provide an upper surface to the first connection region, for receiving a top of said first fence post, and may provide a lower surface to the second connection region, for receiving a bottom of said second fence post.
Preferably, the first connection region comprises opposed first and second limbs, for contacting opposed first and second sides of said first fence post. The first limb and/or second limb may be shaped for receiving said first fence post and for contacting at least parts of opposed third and fourth sides of said first fence post. Further preferably, the second connection region comprises opposed first and second limbs, for contacting opposed first and second sides of said second fence post. The first limb and/or second limb may be shaped for receiving said second fence post and for contacting at least parts of opposed third and fourth sides of said second fence post.
Preferably, the limb(s) comprise an aperture, by which the connector may be fastened to said first or said second fence post.
Preferably, the first connection region, the second connection region and the member are arranged to provide a substantially three-dimensional Ή’ configuration, when viewed from an intended fence line. A lower region of the Ή’ configuration may provide the first connection region and an upper region of the Ή’ configuration may provide the second connection region. Further preferably, a cross-member of the Ή’ configuration comprises at least part of the member. The Ή’ configuration may have a depth of substantially not much greater than said first or second fence post.
Preferably, the member comprises a scalloped or arcuate region for aiding passage of a fence panel or the like past the connector, or the member comprises an arcuate edge, in particular a concave edge.
Advantageously, connectors of the present invention provide a secure connection between two fence posts without hindering the function of each fence post to receive a fence panel, trellis or the like. Further, fence panels, trellis or the like may be simply dropped down from above into slots already provided in the fence posts, without those slots being obscured by the connector. As the two fence posts may be simply inserted longitudinally into respective ends of the connector, manufacture of the fence is simplified and also much quicker. In particular, by contacting opposed first and second sides of a post and only parts of the opposed third and fourth sides, the limbs provide a secure connection without obscuring the all important sites for receiving the fence panels, trellis or the like. Further advantageously, connectors of the present invention provide a simple and effective way of adding extra height to a fence, for example providing added security and privacy, and provide a simple and effective way of adding a trellis on top of a fence panel.
The invention will now be disclosed, by way of example only, with reference to the following drawings, in which:
Figure 1 is a side elevation of a fence post connector;
Figure 2 is a further side elevation of the fence post connector of Figure 1; Figure 3 is a bottom plan view of the fence post connector of Figure 1;
Figure 4 is a top plan view of the fence post connector of Figure 1;
Figure 5 is a side elevation, corresponding to Figure 1, of the fence post connector of Figure 1 when in use;
Figure 6 is a side elevation, corresponding to Figure 2, of the fence post connector of Figure 1 when in use; and
Figure 7 is a bottom plan view of an alternative fence post connector.
A fence post connecter, in general shown by reference 1, is exemplified by Figures 1 to 6. In particular, the fence post connector 1 will now be described in relation to Figures 1 to 4. The connector 1 has a first connection region 2, a second connection region 3, and a member 4, provided between the first and second connection regions 2;3.
The first connection region 2 has a first limb 5 and a second limb 6 and the member 4 interconnects the first and second limbs 5;6. The limbs 5;6 provide panels of material which can contact, in use, opposed first and second sides of a first fence post (not shown). The limbs 5;6 are shaped in a manner parallel to the axis of the connector 1 so that they can contact, in use, parts of opposed third and fourth sides of the first fence post (not shown). As can be seen in Figure 3 in particular, the limbs 5;6 are shaped so that they can each contact three sides of the first fence post (not shown) whilst keeping clear all important middle regions of two opposed sides of a fence post.
The second connection region 3 has a first limb 7 and a second limb 8 and the member 4 interconnects the first and second limbs 7;8. The limbs 7;8 provide panels of material which can contact, in use, opposed first and second sides of a second fence post (not shown). As shown, the limbs 7;8 are not shaped to contact, in use, opposed third and fourth sides of the second fence post (not shown); however, they could be so shaped for added security. The limbs 7;8 are provided with apertures 11, two each, although one or any number may suffice, through which apertures 11 the connector 1 may be fastened to the second fence post (not shown).
The member 4 provides an upper surface 9 to the first connection region 2 and a lower surface 10 to the second connection region 3.
As shown in Figures 5 and 6, the connector 1 can be used to connect a first fence post 12 to a second fence post 15. The first fence post 12 is a concrete post, having a rectangular cross-section and a top surface 13 which abuts the surface 9 of the first connection region 2. The first fence post 12 has a longitudinal slot 14 on each of the opposed sides, which are directed along a fence line, into which slot 14 a fence panel or the like may be inserted. Typically, fence panels may be dropped from above between a pair of slots 14 provided on adjacent first fence posts 12. The second fence post 15 is a wooden post, having a rectangular cross-section and a bottom surface 16 which abuts the surface 10 of the second connection region 3.
The second fence post 15 has a longitudinal slot 17 on each of the opposed sides, which are directed along the fence line, into which slot 17 a fence panel, trellis or the like may be inserted. Again, typically, fence panels or trellis may be dropped from above between a pair of slots 17 provided on adjacent second fence posts 15.
In order to connect the first and second fence posts 12; 15 together, the limbs 5;6 of the connector 1 are brought into contact with opposed first and second sides of the first fence post 12, and each then contact part of the opposed third and fourth sides of the fence post 12, when the first fence post 12 is inserted longitudinally into the first connection region 2 of the connector 1. Then, the limbs 7;8 of the connector 1 are brought into contact with opposed first and second sides of the second fence post 15, when the second fence post 15 is inserted longitudinally (or otherwise) into the second connection region 3 of the connector 1. A screw or bolt (not shown) may be fastened through each aperture 11 into the second fence post 15.
A fence post connector, in general shown by reference T, is exemplified in Figure 7. The connector Γ is very similar to the connector 1 of Figures 1 to 6 and like references are used for common features. Only the differences will be described in detail. In addition to the features described in relation to Figures 1 to 6, the connector Γ in Figure 7 has two scalloped regions 18, one scalloped region 18 on each edge of the member 4 which would be directed along a fence line. Each scalloped region 18 removes an amount of material from the member 4 and, therefore, reduces the profile and surface area of the surface 9’ and makes it easier for a fence panel to be slid past the connector Γ. Specifically, the edges of the member 4 are arcuate, in particular the edges are concave. This feature makes it much easier to change a broken fence panel without having to take apart other parts of the fence, as the fence panel beneath the connector Γ can be slid past it for removal and for replacement with a new one. Although the scalloped regions 18 are shown as semi-circular or arcuate regions in Figure 7, they could have a rectangular or quadrangular configuration.
Advantageously, by contacting at least parts of all four sides of the first fence post 12, the limbs 5;6 provide a more secure connection between the connector 1 ;Γ and the first fence post 12. Additionally, as the connector 1 ;Γ only contacts parts of the third and fourth sides of the first fence post 12, the connector 1 ;Γ does not obscure the first fence post 12 from a fence panel (not shown). Further, by contacting only the opposed first and second sides of the second fence post 15, the limbs 7;8 provide a secure connection without obscuring the second fence post 15 from a fence panel or trellis (not shown).
As shown in the Figures, the connector 1 ;Γ is manufactured from three pieces of steel. A first piece of steel provides limbs 5 and 7, a second piece of steel provides limbs 6 and 8, and the remaining piece provides the member 4. After cutting, the first and second pieces are shaped to provide the limbs and then the member 4 is welded between them.
A preferred way of constructing a fence would be to provide a row of fence posts and place fence panels between them, then provide a connector on top of each fence post. Additional fence posts would then be provided on top of the connectors, with further fence panels or trellis placed between the fence posts. If using the connector T shown in Figure 7, then adding the fence panels or trellis may be left to last.
The fence post connector is preferably manufactured from steel plate, although other durable, strong and relatively rigid materials may be used. For example, carbon fibre may be used. Pieces of steel are cut, shaped and welded to provide the limbs and member. In order to speed up cutting, pieces of steel could be laser-cut. The resulting connector is preferably dip-galvanised, although it could be simply primed and/or painted. Of course, if other materials are used, for example plastics material, then no painting or further treatment may be required. In an alternative, the connector may be manufactured from moulding. By way of an alternative to that described above, the connector may be manufactured from two pieces of steel, a first piece of steel providing limbs 5 and 6 and part of the member 4, and a second piece of steel providing limbs 7 and 8 and part of the member 4 the two pieces of steel then being shaped to form the limbs and welded together.
This way of manufacture would provide a stronger member 4 and is, therefore, especially suited to manufacture of the connector T having the scalloped regions 18.
The fence post connector may be used with concrete and wooden fence posts, in any combination thereof. For example, if one is repairing a shattered concrete post, one could use the connector to connect two concrete posts. Further, the connector may be used with fence posts of any cross-sectional shape and, although described in relation to quadrangular fence posts, the invention is equally applicable to at least triangular, square, rectangular, pentagonal and hexagonal fence posts. Additionally, the fence post connector may be used with fence posts supporting any combination offence panels, trellis or the like.
The first connection region 2 is shown in the Figures as being wider than the second connection region 3. However, this is not essential and merely accommodates a wider first fence post with respect to a narrower second fence post.
The limbs 5;6 may not be shaped to each contact three sides of a fence post. Whilst considered somewhat inferior, the limbs could contact only one side each in a manner similar to the limbs 7;8. Alternatively, one or more of the limbs 5;6;7;8 could be shaped to contact two sides of a fence post in use, and those limbs 7;8 could be shaped to contact three sides of a fence post, like those limbs 5;6 as exemplified in the Figures. The limbs 5;6;7;8 are shown in the Figures as having a circular, decorative shape to their distal ends from the member 4. As decorative and not functional, any design may be chosen.
In an alternative, the first and second fence posts 12; 15 may be connected to the connector 1 ;T in the opposite order to that described above.
Whilst considered inferior, the connector may have only one limb for each connection region, with the member extending transversely from those limbs. In one example, both limbs are provided on the same side of the member, and the member notionally separates the two connection regions. In an alternative example, the limbs may be provided on different sides of an interconnecting member.
The following numbered clauses define specific features of the invention.
1.) A fence post connector, for connecting fence posts end-upon-end, the connector comprising:
a first connection region comprising a limb for connecting with a first fence post;
a second connection region comprising a limb for connecting with a second fence post; and a member, extending transversely to the limbs of the first and second connection regions, wherein the connector is arranged so that, in use, it provides substantially unhindered access for a fence panel to said first fence post.
2. ) A connector as claimed in clause 1, wherein the connector is arranged so that, in use, it provides substantially unhindered access for said fence panel to a slot provided in said first fence post.
3. ) A connector as claimed in clause 1 or clause 2, wherein the connector is arranged so that, in use, it provides substantially unhindered access for a/said fence panel to said second fence post or to a slot provided in said second fence post.
4. ) A connector as claimed in any preceding clause, wherein the first connection region comprises first and second limbs.
5. ) A connector as claimed in clause 4, wherein the first and second limbs are opposed, for contacting opposed edges of said first fence post.
6. ) A connector as claimed in clause 4 or clause 5, wherein the first limb and/or second limb is/are shaped for receiving said first fence post and for contacting at least an edge thereof.
7. ) A connector as claimed in any preceding clause, wherein the second connection region comprises first and second limbs.
8. ) A connector as claimed in clause 7, wherein the first and second limbs are opposed, for contacting opposed edges of said second fence post.
9. ) A connector as claimed in clause 7 or clause 8, wherein the first limb and/or second limb is/are shaped for receiving said second fence post and for contacting at least an edge thereof.
10. ) A connector as claimed in any preceding clause, wherein the member is located between the first and second connection regions.
11. ) A connector as claimed in any preceding clause, wherein the member interconnects limbs of the first connection region and/or the second connection region.
12. ) A connector as claimed in any preceding clause, wherein the member provides an upper surface to the first connection region, for receiving a top of said first fence post, and provides a lower surface to the second connection region, for receiving a bottom of said second fence post.
13. ) A connector as claimed in any preceding clause, wherein the first connection region comprises opposed first and second limbs, for contacting opposed first and second sides of said first fence post.
14. ) A connector as claimed in clause 13, wherein the first limb and/or second limb is/are shaped for receiving said first fence post and for contacting at least parts of opposed third and fourth sides of said first fence post.
15. ) A connector as claimed in any preceding clause, wherein the second connection region comprises opposed first and second limbs, for contacting opposed first and second sides of said second fence post.
16. ) A connector as claimed in clause 15, wherein the first limb and/or second limb is/are shaped for receiving said second fence post and for contacting at least parts of opposed third and fourth sides of said second fence post.
17. ) A connector as claimed in any preceding clause, wherein the limb(s) comprise an aperture, by which the connector may be fastened to said first or said second fence post.
18. ) A connector as claimed in any preceding clause, wherein the first connection region, the second connection region and the member are arranged to provide a substantially three-dimensional Ή’ configuration, when viewed from an intended fence line.
19. ) A connector as claimed in clause 18, wherein a lower region of the Ή’ configuration provides the first connection region and an upper region of the Ή’ configuration provides the second connection region.
20. ) A connector as claimed in clause 18 or clause 19, wherein a cross-member of the Ή’ configuration comprises at least part of the member.
21. ) A connector as claimed in clause 18, 19 or 20, wherein the Ή’ configuration has a depth of substantially not much greater than said first or second fence post.
22. A connector as claimed in any preceding claim, wherein the member comprises a scalloped or arcuate region for aiding passage of a fence panel or the like past the connector, or the member comprises an arcuate edge, in particular a concave edge.
23. ) A method for manufacturing a fence post connector comprising providing a fence post connector comprising:
a first connection region comprising a limb for connecting with a first fence post;
a second connection region comprising a limb for connecting with a second fence post; and a member, extending transversely to the limbs of the first and second connection regions, wherein the connector is arranged so that, in use, it provides substantially unhindered access for a fence panel to said first fence post.
24. ) A method as claimed in clause 23, wherein the connector comprises any one or more of the features of clauses 1 to 22, or clause 32.
25. ) A fence comprising a first fence post connected end-upon-end to a second fence post with a fence post connector comprising:
a first connection region comprising a limb for connecting with a first fence post;
a second connection region comprising a limb for connecting with a second fence post; and a member, extending transversely to the limbs of the first and second connection regions, wherein the connector is arranged so that, in use, it provides substantially unhindered access for a fence panel to said first fence post,
26. ) A fence as claimed in clause 25, wherein the fence post connector comprises any one or more of the features of clauses 1 to 22, or clause 32.
27. ) A fence as claimed in clause 25 or clause 26, wherein the first connection region connects the connector to an upper region of the first fence post and the second connection region connects the connector to a lower region of the second fence post.
28. ) A fence as claimed in any one of clauses 25 to 27, wherein the first fence post is concrete and the second fence post is wooden, or the first and second fence posts are wooden.
29. ) A method for manufacturing a fence comprising providing a fence post connector comprising:
a first connection region comprising a limb for connecting with a first fence post;
a second connection region comprising a limb for connecting with a second fence post; and a member, extending transversely to the limbs of the first and second connection regions, and in which the connector is arranged so that, in use, it provides substantially unhindered access for a fence panel to said first fence post, the method further comprising applying the first connection region of the connector to an upper end of a first fence post and, optionally fastening the connector to the first fence post, and applying a bottom of a second fence post to the second connection region of the connector and, optionally fastening the connector to the second fence post.
30.) A method as claimed in clause 29, wherein the connector comprises any one or more of the features of clauses 1 to 22, or clause 32.
31. ) A method as claimed in clause 29 or clause 30, further comprising bringing a fence panel into contact with the first fence post and/or bringing a second fence panel or trellis into contact with the second fence post before or after securing the first and second fence posts together.
32. ) A fence post connector or a fence including a fence post connector substantially as herein described, with reference to any one of Figures 1 to 6 or Figure 7 of the accompanying drawings and/or any example described herein.
33. ) A method for manufacturing a fence post connector or a method for manufacturing a fence including a fence post connector substantially as herein described, with reference to the accompanying description and/or any example herein described.

Claims (26)

  1. Claims:
    1. ) A fence post connector, for connecting fence posts end-upon-end and for providing passage of a fence panel or trellis past the connector, the connector comprising:
    a first connection region comprising a limb for connecting with a first fence post;
    a second connection region comprising a limb for connecting with a second fence post; and a member, extending transversely to the limbs of the first and second connection regions, wherein the member provides an upper surface to the first connection region and a lower surface to the second connection region, and the member is arranged so that it provides passage of a fence panel or trellis past the connector, in use.
  2. 2. ) A connector as claimed in claim 1, wherein the first connection region comprises first and second limbs.
  3. 3. ) A connector as claimed in claim 2, wherein the first and second limbs are opposed, for contacting opposed edges of said first fence post.
  4. 4. ) A connector as claimed in claim 2 or claim 3, wherein the first limb and/or second limb comprise edges which are formed at a right-angular orientation, so that the limb, in use, can contact three sides of said first fence post.
  5. 5. ) A connector as claimed in any preceding claim, wherein the second connection region comprises first and second limbs.
  6. 6. ) A connector as claimed in claim 5, wherein the first and second limbs are opposed, for contacting opposed edges of said second fence post.
  7. 7. ) A connector as claimed in claim 5 or claim 6, wherein the first limb and/or second limb comprise edges which are formed at a right-angular orientation, so that the limb, in use, can contact three sides of said second fence post.
  8. 8. ) A connector as claimed in any preceding claim further comprising a first fence post, being a slotted fence post, located in the first connection region and a second fence post located in the second connection region.
  9. 9. ) A connector as claimed in claim 8, wherein the first connection region comprises opposed first and second limbs which contact opposed first and second sides of the first fence post, in which neither of the sides is slotted.
  10. 10. ) A connector as claimed in claim 9, wherein the first limb and/or second limb comprise edges which are formed at a right-angular orientation, so that the limb additionally contacts at least parts of opposed third and fourth sides of the first fence post, whilst keeping middle regions of the third and fourth sides clear.
  11. 11. ) A connector as claimed in any one of claims 8 to 10, wherein the second connection region comprises opposed first and second limbs which contact opposed first and second sides of the second fence post, in which neither of the sides is slotted.
  12. 12. ) A connector as claimed in claim 11, wherein the first limb and/or second limb comprise edges which are formed at a right-angular orientation, so that the limb contacts at least parts of opposed third and fourth sides of the second fence post, whilst keeping middle regions of the third and fourth sides clear.
  13. 13. A connector as claimed in any preceding claim, wherein the member comprises a scalloped or arcuate region for aiding passage of a fence panel past the connector, or the member comprises an arcuate edge.
  14. 14. ) A fence comprising a first fence post connected end-upon-end to a second fence post with a fence post connector comprising:
    a first connection region comprising a limb connected with the first fence post, being a slotted fence post;
    a second connection region comprising a limb connected with the second fence post; and a member, extending transversely to the limbs of the first and second connection regions, and which provides an upper surface to the first connection region and a lower surface to the second connection region, and the member being arranged so that it provides passage of a fence panel or trellis past the connector, in use, wherein the fence further comprises a fence panel or trellis which has been brought into contact with the first fence post past the connector.
  15. 15. ) A fence as claimed in claim 14 further comprising a fence panel or trellis which has been brought into contact with the second fence post.
  16. 16. ) A fence as claimed in claim 14 or claim 15, wherein the first fence post is concrete and the second fence post is wooden, or the first and second fence posts are wooden.
  17. 17. ) A method for manufacturing a fence comprising providing a fence post connector comprising:
    a first connection region comprising a limb for connecting with a first fence post;
    a second connection region comprising a limb for connecting with a second fence post; and a member, extending transversely to the limbs of the first and second connection regions, and which provides an upper surface to the first connection region and a lower surface to the second connection region, the member being arranged so that it provides passage of a fence panel or trellis past the connector, in use, the method further comprising:
    applying the first connection region of the connector to an upper end of a first fence post, being a slotted fence post;
    applying a bottom of a second fence post to the second connection region of the connector, so as to align both fence posts end-upon-end; and bringing a first fence panel or trellis into contact with the first fence post past the connector.
  18. 18. ) The method as claimed in claim 17 further comprising bringing a second fence panel or trellis into contact with the second fence post.
  19. 19. ) The method as claimed in claim 17 further comprising providing a pair of
    5 adjacent first fence posts connected to second fence posts according to claim 17, and dropping from above a fence panel or trellis past the pair of connectors.
  20. 20. ) The method as claimed in claim 19 further comprising dropping from above a further fence panel or trellis.
    Amendments to the claims have been made as follows:
    Claims:
  21. 21 05 18
    1. ) A fence post connector, for connecting fence posts end-upon-end, the connector comprising:
    5 a first connection region comprising a limb for connecting with a first fence post;
    a second connection region comprising a limb for connecting with a second fence post; and a member, extending transversely to the limbs of the first and second
    10 connection regions, wherein the connector is arranged so that, in use, it provides unhindered access for a fence panel or trellis to said first fence post.
    2. ) A connector as claimed in claim 1, wherein the first connection region
    15 comprises first and second limbs.
    3. ) A connector as claimed in claim 2, wherein the first and second limbs are opposed, for contacting opposed edges of said first fence post.
    20 4.) A connector as claimed in claim 2 or claim 3, wherein the first limb and/or second limb is/are shaped for, in use, receiving a quadrangular fence post and for contacting three sides of the quadrangular fence post.
    5. ) A connector as claimed in any preceding claim, wherein the second
    25 connection region comprises first and second limbs.
    6. ) A connector as claimed in claim 5, wherein the first and second limbs are opposed, for contacting opposed edges of said second fence post.
    30 7.) A connector as claimed in claim 5 or claim 6, wherein the first limb and/or second limb second is/are shaped for, in use, receiving a quadrangular fence post and for contacting three sides of the quadrangular fence post.
    21 05 18
    8.) A connector as claimed in any preceding claim, wherein the first and second connection regions are separated by the member which is located between the first and second connection regions.
    5 9.) A connector as claimed in any preceding claim, wherein the member interconnects limbs of the first connection region and/or the second connection region.
    10. ) A connector as claimed in any preceding claim, wherein the member provides 10 an upper surface to the first connection region and provides a lower surface to the second connection region.
    11. ) A connector as claimed in any preceding claim further comprising a first fence post located in the first connection region and a second fence post located in the
    15 second connection region.
    12. ) A connector as claimed in claim 11, when dependent on claim 3, wherein first and second limbs contact opposed first and second sides of the first fence post.
    20 13.) A connector as claimed in claim 11, when dependent on claim 4, wherein the first limb and/or second limb additionally contact(s) at least parts of opposed third and fourth sides of the first fence post, whilst keeping middle regions of the third and fourth sides clear.
    25 14.) A connector as claimed in claim 11, when dependent on claim 6, wherein opposed first and second limbs contact opposed first and second sides of the second fence post.
    15.) A connector as claimed in claim 11, when dependent on claim 7, wherein the
    30 first limb and/or second limb additionally contact(s) at least parts of opposed third and fourth sides of the second fence post, whilst keeping middle regions of the third and fourth sides clear.
    21 05 18
    16.) A connector as claimed in any preceding claim, wherein the first connection region, the second connection region and the member are arranged to provide a connector having an Ή’ profile or cross-section.
    5 17. A connector as claimed in any preceding claim, wherein the member comprises a scalloped or arcuate region for aiding passage of a fence panel past the connector, or the member comprises an arcuate edge.
    18. ) A fence comprising a pair of adjacent first fence posts connected end-upon10 end to second fence posts with a fence post connector comprising:
    a first connection region comprising a limb connected with a top of the first fence post;
    a second connection region comprising a limb connected with a bottom of the second fence post; and
    15 a member, extending transversely to the limbs of the first and second connection regions and in which the connector is arranged so that it sits on top of the first fence post and provides unhindered access for a fence panel to the first fence post, and additionally comprising a fence panel or trellis located between the pair of first
    20 fence posts.
    19. ) A fence as claimed in claim 18 further comprising a fence panel or trellis located between the pair of second fence posts.
    25 20.) A fence as claimed in claim 18 or claim 19, wherein the first fence post is concrete and the second fence post is wooden, or the first and second fence posts are wooden.
    21.) Use of a fence post connector for connecting fence posts end-upon-end, the
    30 connector comprising:
    a first connection region comprising a limb, connected with a top of a first fence post;
    a second connection region comprising a limb, connected with a bottom of a second fence post; and
    21 05 18 a member, extending transversely to the limbs of the first and second connection regions, wherein the connector is arranged so that it provides unhindered access for a fence panel or trellis to the first fence post such that the connector does not obscure parts of the fence post which would otherwise be used for connecting the
    5 first fence post to the panel or trellis.
  22. 22. ) A fence post connector, for connecting fence posts end-upon-end and for providing unhindered access for a fence panel or trellis to a fence post, the connector comprising:
    10 a first connection region comprising a limb for connecting with a first fence post;
    a second connection region comprising a limb for connecting with a second fence post; and a member extending transversely to the limbs of the first and second
    15 connection regions, wherein the first and second connection regions are separated by the member which is located between the first and second connection regions.
  23. 23. ) A fence post connector as claimed in claim 22, wherein the first and second
    20 connection regions have a common axis.
  24. 24. ) A fence post connector as claimed in claim 22 or claim 23, wherein the member provides an upper surface to the first connection region and a lower surface to the second connection region.
  25. 25. ) A fence post connector as claimed in any one of claims 22 to 24, wherein the member interconnects limbs of the first connection region and the second connection region.
  26. 30 26.) Use of a fence post connector for connecting fence posts end-upon-end and for providing unhindered access for a fence panel or trellis to a fence post, the connector comprising:
    a first connection region comprising a limb, connected with a top of a first fence post;
    a second connection region comprising a limb, connected with a bottom of a second fence post; and a member extending transversely to the limbs of the first and second connection regions,
    5 wherein the first and second connection regions are separated by the member which is located between the first and second connection regions.
    21 05 18
    Go?
    Intellectual
    Property
    Office
    Application No: GB1719813.6 Examiner: Mr Tom Simmonds
GB1719813.6A 2012-09-07 2012-09-07 A fence post connector Active GB2559244C (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
GB1719813.6A GB2559244C (en) 2012-09-07 2012-09-07 A fence post connector

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
GB1719813.6A GB2559244C (en) 2012-09-07 2012-09-07 A fence post connector
GB1216034.7A GB2505695B (en) 2012-09-07 2012-09-07 A fence post connector

Publications (4)

Publication Number Publication Date
GB201719813D0 GB201719813D0 (en) 2018-01-10
GB2559244A true GB2559244A (en) 2018-08-01
GB2559244B GB2559244B (en) 2018-12-26
GB2559244C GB2559244C (en) 2019-01-23

Family

ID=47137129

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Application Number Title Priority Date Filing Date
GB1719813.6A Active GB2559244C (en) 2012-09-07 2012-09-07 A fence post connector
GB1216034.7A Active GB2505695B (en) 2012-09-07 2012-09-07 A fence post connector

Family Applications After (1)

Application Number Title Priority Date Filing Date
GB1216034.7A Active GB2505695B (en) 2012-09-07 2012-09-07 A fence post connector

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Country Link
GB (2) GB2559244C (en)

Citations (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
GB2132305A (en) * 1982-12-22 1984-07-04 Turner & Co N Z Limited A R A timber connector
US4924648A (en) * 1989-03-09 1990-05-15 Simpson Strong-Tie Company, Inc. Standoff timber base connection
EP1457610A2 (en) * 2003-03-12 2004-09-15 Schmidt, Hermann Building set for the erection of a building
US20040179892A1 (en) * 2001-05-24 2004-09-16 Du Preez Johannes Petrus Connector for timber brandering
US20060191234A1 (en) * 2005-02-28 2006-08-31 Playcore Wisconsin, Inc. Brackets and bracket system for assembling playground equipment
GB2425781A (en) * 2003-11-27 2006-11-08 Michael R Prosser Fence post extender
US20090094931A1 (en) * 2007-10-12 2009-04-16 Sanders Steven H Non-top supported fence installation bracket
US20090194754A1 (en) * 2008-02-04 2009-08-06 Nationwide Industries, Inc. Gate Post Stiffener
KR20100117161A (en) * 2009-04-24 2010-11-03 (주)엘지하우시스 Constructing system of cylindrical fence

Patent Citations (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
GB2132305A (en) * 1982-12-22 1984-07-04 Turner & Co N Z Limited A R A timber connector
US4924648A (en) * 1989-03-09 1990-05-15 Simpson Strong-Tie Company, Inc. Standoff timber base connection
US20040179892A1 (en) * 2001-05-24 2004-09-16 Du Preez Johannes Petrus Connector for timber brandering
EP1457610A2 (en) * 2003-03-12 2004-09-15 Schmidt, Hermann Building set for the erection of a building
GB2425781A (en) * 2003-11-27 2006-11-08 Michael R Prosser Fence post extender
US20060191234A1 (en) * 2005-02-28 2006-08-31 Playcore Wisconsin, Inc. Brackets and bracket system for assembling playground equipment
US20090094931A1 (en) * 2007-10-12 2009-04-16 Sanders Steven H Non-top supported fence installation bracket
US20090194754A1 (en) * 2008-02-04 2009-08-06 Nationwide Industries, Inc. Gate Post Stiffener
KR20100117161A (en) * 2009-04-24 2010-11-03 (주)엘지하우시스 Constructing system of cylindrical fence

Also Published As

Publication number Publication date
GB2505695B (en) 2018-03-28
GB2559244B (en) 2018-12-26
GB201719813D0 (en) 2018-01-10
GB201216034D0 (en) 2012-10-24
GB2559244C (en) 2019-01-23
GB2505695A (en) 2014-03-12

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