GB2169017A

GB2169017A - Post support

Info

Publication number: GB2169017A
Application number: GB08601758A
Authority: GB
Inventors: Roger Ernest Pyrah
Original assignee: Individual
Current assignee: Individual
Priority date: 1983-07-18
Filing date: 1986-01-24
Publication date: 1986-07-02
Also published as: GB2169017B; GB8601758D0

Abstract

Alternate posts (2) of a fence are supported by post supports (1). The remaining posts are supported by brackets 70. The post supports (1) comprise an elongate portion (3) adapted to be driven into the ground, a post attachment plate (7) secured at the top of the elongate portion and formed with outwardly projecting means (21,22) for supportedly engaging a post (2) positioned alongside plate (7), the plate (7) having therein at least one opening to accommodate a fastener (9) for fastening the post (2) against the plate (7) a reinforcement structure (6) which strengthens the connection between the plate (7) and the elongate portion (3) and locating means (7, 10, 11, 12) for a drift to be employed for driving the support (1) into the ground, the reinforcement structure being shaped to leave clear access to said at least one opening. With this arrangement an existing fence can be strengthened by the addition of post supports and brackets without moving the posts. <IMAGE>

Description

SPECIFICATION Post support This invention relates to means for supporting posts.

Posts, used, for example as part of a lap board garden panel fence have conventionally been supported by having a base portion thereof buried in earth or encased in concrete below ground level. A major problem that has been encountered with this method of supporting posts is that, after a period of time, the base of the post rots away or breaks, resulting in the post collapsing or being substantially weakened.

It has been proposed, in UK patent specification no. 1,461,802, to provide metallic post supports that can be hammered into the ground. In a first design, a post is positioned in a locating socket in the upper surface of the post support. The base of the post is thus kept away from ground level and is therefore less susceptible to rotting and general degradation.

A second design of post support is also disclosed in the specification 1,461,802, which is, apparently, capable of supporting a post from one side only. The first design has been sold and used to a significant extent, but the second has not.

An object of the present invention is to provide a post support which can conveniently and effectively be used to support a post from one side robustly, without requiring the post to be moved from its existing vertical position.

The invention provides, from one aspect, a post support comprising an elongate portion adapted to be driven into the ground, a post attachment plate secured at the top of the elongate portion and formed with outwardly projecting means for supportedly engaging a post positioned alongside the plate, the plate having therein at least one opening to accommodate a fastener for fastening the post against the plate, a reinforcement structure which strengthens the connection between the plate and the elongate portion and locating means for locating, in use, a drift to be employed in driving the support into the ground, the reinforcement structure being shaped to leave clear access to said at least one opening.

The invention has the advantages of both of the above-mentioned designs shown in specification no. 1,461,802, without the disadvantages of either. For example, a locating socket is provided which allows a drift to be inserted so that the support may be driven into the ground, without risk of damage, the socket providing strength to the support in a similar way to the first design of UK 1,461,802.

However, the base of the post does not have to be packed or whittled down to fit the dimensions of a socket, if the cross-sectional size of the post is different to that of the socket, as the support supports a post from the side, in a similar way to that shown in the second design of UK 1,461,802.

The invention provides, from another aspect, a method of supporting a fence wherein alternate posts of a fence are supported by a post support which comprises an elongate portion adapted to be driven into the ground, connected to a post engagement portion, for supportedly engaging a post positioned alongside the engagement portion, the remaining posts of said fence being connected to fence cross-members by means of supporting brackets.

This method allows a fence to be structurally reinforced or renovated in a robust and relatively inexpensive manner without requiring the fence to be dismantled which invariably damages old fence panels necessitating their replacement at high cost with odd new unsightly unweathered panels.

Embodiments of the invention will now be described by way of example with reference to the accompanying drawings in which: Figure 1 is a perspective view showing a post support according to the invention, in use; Figure 2 is a plan view of the post support taken in the direction of the arrow A of Fig.

1; Figure 3 is a plan view of part of a second embodiment of the invention; Figure 4 shows detail of an insert used in the embodiment of Fig. 3; Figure 5 is a perspective view of some of the components of the embodiment shown in Fig. 3; Figure 6 shows a fence panel support; Figure 7 is a plan view of the fence panel support shown in Fig. 6; Figure 8 shows a method of restoring a fence using the invention; Figure 9 a-d shows another embodiment of the invention having an alternative type of ground engaging portion.

With reference to Figs. 1 and 2 a post support assembly 1 is shown in operation attached to a post 2.

The support 1 has a ground engaging portion 3, that is elongate and of crucifom crosssection (see Fig. 2), tapering to a point at its free end 5. The ground engaging portion 3 is attached to a post attachment plate 7 which is provided with holes 8 that are engaged by bolts 9, said bolts being used to attach the post 2 to the post support 1.

The connection between the plate 7 and the ground engaging portion 3 is strengthened by means of a reinforcing structure 6.

To allow access to the bolts 9, so that they may be tightened in use, side 10 of the reinforcement structure 6 is of reduced height, the side 10 being connected to the plate 7 by remaining identical sides 11, 12 which have a buttress portion 13, 14 of triangular shape and a rectangular portion 15, 16 which in combination with side 10, part of plate 7 and a base portion 17 forms a box-like structure that is attached, by means of welds 18, to the ground engaging portion 3. The box-like structure can be used for accommodation of a drift (not shown), which may be used as a striking surface, when hammering the post support into the ground, thus protecting the structure of the support during installation.

The drift, in use, should fit, and stand firmly, in the box-like structure.

The sides 11, 12 have portions 21, 22 that extend beyond the plate 7. These form, in combination with attachment plate 7, an engagement channel, for accommodation of the post 2. An engagement plate 25, of similar shape to the channel formed from portions 21, 22, 7, is provided for use as will be explained. The plate 25 also has holes 27 therein of larger diameter than holes 8 to reduce accuracy required when drilling through post support and wooden post to line up with holes 27 in backing plate for accommodation of the bolts 9.

In use, if a conventionally mounted post 2 is found having a base portion 4 that has rotted away near ground level, the post support is driven into the ground adjacent the post 2, so that the ground engaging portion 3 is securely held and the attachment plate 7 lies adjacent and substantially parallel to the side of the post 2. Holes 30 are then drilled into the post 2. Bolts 9 are then placed through the holes 8 and holes 30 in the attachment plate 7 and the post 2 respectively.

Finally the engagement plate 25 is positioned so that the bolts 9 pass through the holes 27 and the whole assembly is secured together by means of nuts 32 and washers 34.

The components of the post support are preferably made of steel, that has been treated e.g. by galvanising, to resist corrosion.

With reference to Figs. 3 to 5, an alternative embodiment is depicted that allows the post support to be used for effecting a repair to a post of circular cross-section hereinafter referred to as a pole.

The basic construction of the ground engaging member and the post/pole reinforced structure 6 are the same as shown in Figs. 1 and 2. In order to hold a pole effectively, an insert 42 is provided with two engaging portions 44, 46 each having two angled sides, the engaging portions 44, 46 being joined together by a flattened portion 48. The flattened portion 48 is provided with holes 62 of similar shape and position to the holes 8 in the attachment plate 7. Engagement plate 50 is used for engagement of the diametrically opposed portion of the cylindrical pole to that to which insert 42 is attached, and has three portions, a flat portion 51, and two angled side pieces 52, 54. The flat portion 51 includes holes 56 of larger diameter than holes 8 and 62 for engagement of the bolts 9.

This embodiment is used in a similar manner to the embodiment depicted in Figs. 1 and 2. However, when the pole is secured to the post support, the insert 42 grips the pole 40 in three general areas 58, 60, 62, so as to hold the pole in secure manner. Similarly, engagement plate 50 grips the pole on the radially opposed area to that gripped by member 42 in three distinct areas 64, 66, 68.

As the post support 1 would be used to secure poles of varying diameters and circumferential shape, it is preferable to use an insert 42 and engagement plate 50 that have some resilience, so that these pieces can conform to the shape of the pole, and grip the pole 40 in the manner just described. Also, the insert 42 is preferably formed as shown in Fig. 4, there being a small clearance X between the base line 70 of triangular portions 44, 46 and the position of the horizontal portion 48, so that the insert 42 can slightly deform if necessary to accommodate the pole 40.

It will also be readilly appreciated that the insert 42 and engagement plate 50 may be designed having different proportions, for the respective three portions (44, 46, 48 and 52, 54, 56) to accommodate poles of varying cross-sectional shape. As the components 42 and 50 are detachable from the main body of the post support 1, the post support 1 need not be obtained by the user specifically to mend a post or pole of a particular crosssection or diameter, as an insert 42 and attachment member 50 of the correct dimensions, can easily be obtained at a later date.

In Fig. 9, a further embodiment of the post support is shown in which an alternative form of ground engaging portion 3 is used.

The ground engaging portion 3 is preferably formed from a single sheet of material 103 (e.g. sheet steel) as shown in Fig. 9(a). The sheet of metal 103 is of roughly triangular shape, tapering to a point at one end 105.

The sheet 103 is bent along dotted lines 110 to the channel-like shape, in plan, shown in Fig. 9(b). The sheet 103 is then spot welded to the plate 7 and reinforcement structure 6, as shown in Figs. 9(b), (c) and (d).

While the embodiments of the invention just described have been applied for use in restoring a single post, it will often be necessary to renovate part of a fence, in which the posts thereof have all degraded to a greater or lesser extent.

One way of repairing such a fence would be to secure a post support of the invention to each of the fence posts. However, this would be fairly expensive. With reference to Fig. 8, an arrangement for renovating a complete fence is shown, in which post supports 1 are connected to alternate posts 2 to provide the basis for supporting the fence, while support ing brackets 70 are attached between the fence cross members 72 and the alternate respective posts 2, this combination providing adequate support for the fence as a whole.

The bracket 70, which is formed from sheet steel and is channel shaped in cross-section, is shown in more detail in Figs. 6 and 7 in which post 2 is positioned between two fence cross members 72, two identical brackets 70 being positioned on opposite faces of the cross members 72, the post 2 lying therebetween. The bracket 70 is provided with holes 74 to take a nut and bolt combination 76, 78. In use, holes are drilled through the cross members 72 to take the bolts 76 so that the support brackets 70 may be positioned and clamped relative to the cross members 72 and the post 2, to hold the cross members 72 and the post 2 together. The inner sides 77 of the brackets 70 abut the post 2 to hold it firmly in position.

Depending on the particular state of the fence that is being repaired, the arrangement shown in Fig. 8 can be modified so that the posts that have been most severely rotted may be supported by the posts 1, while posts that are still of reasonable strength, can be connected to the posts supported by the post supports 1 by means of the brackets 70.

Also, the number of the posts 2 about which the brackets 70 are connected can be increased; for example, the brackets 70 can be attached to all the posts 2, this leading to a more robust construction. It should be noted that, as with the post support 1, the affixing of the brackets 70 does not require the fence to be dismantled or shifted in any way.

Claims

1. A method of supporting a fence wherein alternate posts of a fence are supported by a post support which comprises an elongate portion adapted to be driven into the ground, connected to a post engagement portion, for supportedly engaging a post positioned alongside the engagement portion, the remaining posts of said fence being connected to fence cross-members by means of supporting brackets.

2. A post support comprising an elongate portion adapted to be driven into the ground, a post attachment plate secured at the top of the elongate portion and formed with outwardly projecting means for supportedly engaging a post positioned alongside the plate, the plate having therein at least one opening to accommodate a fastener for fastening the post against the plate, a reinforcement structure which strengthens the connection between the plate and the elongate portion, and locating means for locating, in use, a drift to be employed in driving the support into the ground, the reinforcement structure being shaped to leave clear access to said at least one opening.

3. A post support as claimed in claim 2 further comprising an engagement plate having at least one further opening therein for accommodation of said fastener, said engagement plate having further outwardly projecting means for supportedly engaging a post.

4. A post support as claimed in claim 2 or claim 3 wherein said attachment plate and said engagement plate are shaped so as to engage opposing respective sides of a post of rectangular cross-section.

5. A post support as claimed in claim 2 or claim 3 further comprising an insert, said insert being engaged by said outwardly projecting means so that the insert supportedly engages the post.

6. A method substantially as herein described with reference to and as illustrated in the accompanying drawings.

6. A post support as claimed in claim 5 wherein said insert comprises a plurality of engagement portions formed at different respective angles to each other.

7. A post support as claimed in claim 5 or claim 6 wherein said insert is shaped so as to engage a post of substantially circular crosssection.

8. A post support as claimed in claim 5, 6 or 7 wherein said engagement plate is shaped so as to engage a post of substantially circular cross-section.

9. A post support as claimed in any of claims 5 to 8 wherein said insert is formed from resilient material.

10. A post support as claimed in any of claims 3 to 9 wherein said engagement plate is formed from resilient material.

11. A post support as claimed in any preceding claim wherein said ground engaging portion is of cruciform cross-section tapering to a point at its free end.

12. A post support as claimed in any of claims 1 to 10 wherein said ground engaging portion is formed from a single sheet of material.

13. A post support as claimed in claim 12 wherein said ground engaging portion is of channel like cross section.

14. A post support as claimed in any pre ceding claim wherein said support is manufactured from steel.

15. A post support as hereinbefore de scribed with reference to Fig. 1 or Fig. 2 of the accompanying drawings.

16. A post support as hereinbefore de scribed with reference to any of Figs. 3 to 5 of the accompanying drawings.

17. A post support as hereinbefore de scribed with reference to any of Figs. 6 to 8 of the accompanying drawings.

18. A post support as hereinbefore de scribed with reference to any of Figs. 1 to 8 including a ground engaging portion as shown in Fig. 9.

Claims 1-18 above have been deleted. New or textually amended claims have been filed as follows:

1. A method of supporting a fence wherein a plurality of posts of the fence are supported by a post support which comprises an elongate portion adapted to be driven into the ground connected to a post engagement portion configured for supportedly engaging a post positioned alongside the engagement portion, and a plurality of posts of said fence being connected to fence cross-members by means of supporting brackets.

2. A method according to claim 1 wherein alternate posts of the fence are supported by a post support and wherein the remaining posts of the fence are connected to fence cross-members by means of supporting brackets.

3. A method according to claim 1 wherein all the posts of the fence are connected to fence cross-members by means of supporting brackets.

4. A method according to any preceding claim wherein a plurality of posts of the fence are each connected to fence cross-members by means of a pair of brackets placed either side of each respective post and clamped to fence cross-members so as to sandwich the post between the pair of brackets.

5. A method according to claim 4 wherein each one of the pair of brackets comprises a similar set of holes and a single set of bolts is used to clamp a pair of brackets in position.