US3785099A

US3785099A - Swimming pool coping

Info

Publication number: US3785099A
Application number: US00290267A
Authority: US
Inventors: S Greene
Original assignee: Individual
Current assignee: Individual
Priority date: 1972-09-18
Filing date: 1972-09-18
Publication date: 1974-01-15
Anticipated expiration: 1991-01-15

Abstract

Coping structure for a swimming pool includes a plurality of sections relatively slidably adjustable on a support member with provisions at the ends of the sections for alining and holding the sections in alinement. Each section has a downwardly extending longitudinal flange intermediate its width with a channel in its edge the interior surfaces of whose side walls have ridges and grooves to coact with the screw threads of cap screws that pass through holes in the support member at the bottom of a groove of approximately the same width as said flange whereby upon driving of the screws into the channel the walls of the flange are drawn tightly into the groove.

Description

11mm States atent [1 1 [111 3,785,099 Greene Jan. 15, 1974 [54] SWIMMING POOL COPING 3,590,400 7/1971 Kessler 4/1721] [76] Inventor: 3211:2112; r(Seine1 I 1J8 Underwood Dr., Primary Examiner price C- Jr.

g Alt0rneyHarry B. Rook [22] Filed: Sept. 18, 1972 [52] 11.8. C1 52/102, 4/172.21, 52/300, 52/585 [51] Int. Cl E04h 3/18 [58] Field of Search 52/102, 169, 127, 52/726, 300, 478, 492, 561, 585; 4/l72.2l

[56] References Cited UNITED STATES PATENTS 3,271,787 9/1966 Clary 4/172.2l 3,298,039 l/1967 Schmerler 52/102 3,335,429 8/1967 Arp 52/169 X 3,347,006 10/1967 Fox 52/169 X 3,512,326 5/1970 Greene 52/300 X [Ill I I llllllllllllllllll I [57] ABSTRACT Coping structure for a swimming pool includes a plurality'of sections relatively slidably adjustable on a support member with provisions at the ends of the sections for alining and holding the sections in alinement. Each section has a downwardly extending longitudinal flange intermediate its width with a channel in its edge the interior surfaces of whose side walls have ridges and grooves to coact with the screw threads of cap screws that pass through holes in the support member at the bottom of a groove of approximately the same width as said flange whereby upon driving of the screws into the channel the walls of the flange are drawn tightly into the groove.

5 Claims, 7 Drawing Figures SWIMMING POOL COPING BACKGROUND OF THE INVENTION The invention relates particularly to a coping structure used to cap the upper edges of the walls of a swimming pool.

The prior art provides coping structures which in clude a plurality of facing sections generally formed of extruded metal and secured together and to a coping support member in the form of a cap for the upper edges of the sides of a pool wall which generally is polygonal in plan for example, rectangular. The coping sections generally are in endwise abutting relation to each other and are secured together and to the support member by bolts or screws or welding.

These known constructions leave much to be desired because of difficulties in alining the abutting sections and holding them in alinement while connecting them to each other, and in fastening the alined sections to the support member; and especially where bolts or screws are used to secure the sections to the support member, excessive time and expense are required in providing for sliding adjustment of the sections on the support member and at the same time obtaining a firm connection of the facing sections to the support member.

SUMMARY OF THE INVENTION It is a primary object of the invention to provide a coping structure which overcomes the objections to and disadvantages of the prior art structures, and wherein provision is made at one end of each facing section to coact with one end of the next adjacent section to aline the sections upon sliding thereof relatively to each other on the support member and to hold the adjusted sections against relative lateral displacement, and there is means for easily and quickly and firmly connecting the sections in their adjusted positions to said support member.

Another object is to provide such a coping structure wherein each coping section has at least one pin at one end to telescopically enter a recess in the next adjacent section as the sections are slid toward each other.

A further object is to provide each coping section with a downwardly extending longitudinal flange intermediate its width having in its edge a downwardly facing channel in whose resilient side walls are longitudinal ridges and grooves to coact with the screw-threads of one or more cap screws extending through holes in predetermined locations in the bottom wall of a longitudinal groove in the support member of a width approximately the same as the channeled edge of said flange, so that upon driving of the screws into said channel said flange is drawn tightly into the channel to restrain spreading of said channel side walls and ensure a tight, firm connection of the coping section to th support member.

A BRIEF DESCRIPTION OF THE DRAWINGS For a complete understanding of the invention, reference should be had to the following description in conjunction with the accompanying drawings in which:

FIG. 1 is a fragmentary top perspective view of one upper corner portion of a rectangular enclosure wall for a swimming pool, showing several sections of the coping embodying the invention;

FIG. 1A is a fragmentary perspective view of two of the corner sections of the coping in separated relation to each other;

FIG. 2 is a fragmentary transverse vertical sectiona view through one wall of the enclosure;

FIG. 3 is a greatly enlarged transverse vertical sectional view of the upper edge portion of the enclosure wall, the coping support member and a coping section in assembled relation;

FIG. 4 is a fragmentary top plan view of several coping sections with portions broken away and shown in section for clearness in illustration;

FIG. 5 is a transverse vertical sectional view through the coping support member, a coping section and a clamping screw in partially assembled relation to each other; and I FIG. 6 is a fragmentary plan view on a reduced scale of the coping support member.

DESCRIPTION OF THE PREFERRED EMBODIMENT While the swimming pool coping embodying the invention may be utilized with different types of swimming pool enclosure walls, for the purpose of illustrating the invention, a known type of rectangular swimming pool has been shown as including side walls A which are shown as comprising vertical angle bars 1 to which are secured in known manner horizontal wall panels 2 which serve to support the usual plastic pool liner 3 which in the present instance is shown as having a bead 4 at its upper edge secured in a recess 5 disposed at the inner edge of a coping support member B which is secured to the upper edge portion of the enclosure wall as shown in FIGS. 2 and 3.

The coping C is shown as comprising a plurality of sections that are secured to the support member B in end to end relation to each other as best shown in FIG. 1, there being straight sections C, and corner sections C whose ends are mitered as indicated at 6.

In accordance with the invention the coping sections are slidably adjustable along the upper surface of the coping support member B, and as shown the support member B has two

coping seats

7 and 8 each of which has two right angularly related portions one of which is in a horizontal plane. As here shown, the seat 7 has a horizontal portion 9 and a pair of vertical portions 10, while the seat 8 has a horizontal portion 11 and a vertical portion 12.

Located in the support member between these seats is a longitudinal upwardly facing groove 13 with vertical side walls 14. Each coping section has a shoe portion to coactively engage one of said seats to permit sliding of said coping sections along said seats and at the same time to hold the coping sections against lateral movement on the seats. As shown, each coping section has a shoe l5 engageable with the seat 7, and a shoe 18 engageable with the seat 8, the shoes having vertical and horizontal portions to engage the vertical and horizontal portions of the respective seats.

The coping sections are preferably formed of extruded material such as aluminum and have some inherent resiliency or springiness, and one feature of the invention is means for aligning the sections in end to end relation to each other and coupling together adjacent sections. The coupling means here shown comprise at least one and preferably two pins 19 in and projecting from one end of one section to frictionally telescopically engage correspondingly shaped sockets 20 in and opening through the end of the next adjacent section. In assembling the coping sections, they are set on the top surface of the support member with the ends of the adjacent sections separated as best shown at the right hand side of FIG. 4, whereupon the two sections are relatively sprung and pushed toward each other to cause the pins 19 to slide into the sockets 20. At the corners of the enclosure wall, one corner section carries angular pins 19a which are inserted into sockets 19b in the adjacent section as best shown in FIG. 1A.

An important feature of the invention is the means for firmly securing the coping sections to the support member. As here shown, each coping section has intermediate its width and between shoes and 18 a longitudinal downwardly extending flange 21 whose lower edge is of a width approximately equal to the width of the groove 13 in the support member and is in substantial vertical alignment with said groove when the shoes are set on said seats. In the lower edge portion of the flange 21 is a longitudinal groove 23 whose side walls 24 have some inherent resiliency and are provided on their inner surfaces with ridges and grooves 25 to coact with the screw threads 26 of a cap screw 27 when the shank of the screw is inserted through a hole or slot 28 in the support member B at the bottom of the groove 13 as best shown in FIGS. 3 and 5. With this construction, when the screw is inserted through the hole 28 and is rotated so as to drive the screw into the channel 23, the walls 24 of the channel are drawn tightly into the groove 13 and the side walls 14 of the groove restrain spreading apart of the walls 24 of the channel. Desirably a washer 30 is interposed between the bottom surface of the support member and the head 31 of the cap screw.

From the foregoing it will be readily seen that the coping sections can be easily and quickly aligned with each other and that their ends can be held against springing apart or warping by the pin and socket connections 19, and also the channels 23 in the flanges 21 permit easy and quick slidable adjustment of the coping sections of the support member without regard to the location of the fastening screws 27 each of which may be located in a separate hole 28 in the support member. At the same time, a firm clamping of the coping sections on the support member by the cap screws is ensured, the screws being tightly screwed into the channels 23 and the walls of the channels being tightly wedged between the side walls of the longitudinal groove 13 in the support member. It is also important that the invention eliminates the necessity for welding operations.

I claim:

1. Coping structure for a swimming pool, comprising an elongated coping support member to be secured to the upper edge portion of a wall section of the swimming pool, and a plurality of coping sections relatively slidably adjustable on said support member having means at their ends for alining and coupling the ends of said sections in alinement, said support member having an upwardly facing longitudinal groove with vertical side walls and each coping section having a downwardly extending longitudinal flange intermediate its width of approximately the same width as said groove and provided with a longitudinal channel in its edge the interior surfaces of whose side walls have longitudinal ridges and grooves to coact with the threads of a screw, and at least one cap screw for each coping section passing through a hole in said support member at the bottom of said groove with its threads meshing with said ridges and grooves thereby providing that upon driving of the screw into said channel the walls of said channel are drawn tightly into the groove the side walls of which restrain the spreading apart of said side walls of the channel in said flange and positively fasten the coping to said support members.

2. Coping structure as defined in claim 1, wherein said support member has two longitudinal coping seats each with two right angularly related portions one of which in a horizontal plane, each coping section has a shoe portion to coactively engage one of said seats permitting sliding of said coping sections along said seats and at the same time holding the coping sections against movement laterally of said seats and said longitudinal groove is between and parallel to said seats.

3. Coping structure as defined in claim 2 wherein said means for alining and coupling the coping sections comprise at least one pin in and projection from one end of one section and a socket on and opening through the end of the next adjacent section to telescopically frictionally recive said pin.

4. Coping structure for a swimming pool, comprising an elongated coping support member to be secured to the upper edge portion of a wall section of the swimming pool, and a plurality of coping sections relatively slidably adjustable on said support member with the ends of adjacent sections in abutting relation, said support member having an upwardly facing longitudinal groove with vertical side walls and each coping section having a downwardly extending longitudinal flange intermediate its width of approximately the same width as said groove and provided with a longitudinal channel in its edge the interior surfaces of whose side walls have longitudinal ridges and grooves to coact with the threads of a screw, and at least one cap screw for each coping section passing through a hole in said support member at the bottom of said groove with its threads meshing with said ridges and grooves thereby providing that upon driving of the screw into said channel the walls of said channel are drawn tightly into the groove the side walls of which restrain the spreading apart of said side walls of the channel in said flange and positively fasten the coping to said support members.

5. Coping structure as defined in claim 4 wherein said support member has two longitudinal coping seats each with two right angularly related portions one of which in a horizontal plane, each coping section has a shoe portion to coactively engage one of said seats permitting sliding of said coping sections along said seats and at the same time holding the coping sections against movement laterally of said seats and said longitudinal groove is between and parallel to said seats.

Claims

3. Coping structure as defined in claim 2 wherein said means for alining and coupling the coping sections comprise at least one pin in and projection from one end of one section and a socket on and opening through the end of the next adjacent section to telescopically frictionally receive said pin.