Connector for use in forming joint

• US 10,260,230 B2
• Filed: 02/06/2015
• Issued: 04/16/2019
• Est. Priority Date: 02/06/2014
• Status: Active Grant

• Current Assignee: SRG IP Pty Limited
• Original Assignee: SRG IP Pty Limited
• Inventors: Rogers, Lance
• Primary Examiner(s): Agudelo, Paola
• Application Number:
  US15/116,984
• Publication Number:
  US 20170175382A1
• Time in Patent Office: 1,530 Days
• CPC Class Codes: E04B 1/4114 Elements with sockets E04B1/4107 takes precedence
• CPC Class Codes: E04B 1/483 Shear dowels to be embedded in concrete
• CPC Class Codes: E04C 5/08 Members specially adapted to be used in prestressed constructions production of reinforced objects in general B28B23/00; prestressed structures produced in situ E04G21/12
• CPC Class Codes: E04C 5/10 Ducts
• CPC Class Codes: E04C 5/12 Anchoring devices tools or methods for tensioning in situ E04G21/12
• CPC Class Codes: E04C 5/16 Auxiliary parts for reinforcements, e.g. connectors, spacers, stirrups E04C5/06 takes precedence; tools connecting reinforcing elements E04G21/12

Abstract

Connector (10) forming a joint between first (20) and second (22) surfaces. Connector (10) comprises: (i) hollow male member (18) to be embedded in first surface (20), the male member (18) having open ended protrusion (102) extending therefrom; (ii) a hollow female member (12) to be embedded in second surface (22), female member (12) having mating opening (42a) for receiving protrusion (102); and (iii) flexible sealing means (16) for forming a fluid tight seal between the female (12) and male (18) members. When installed, tendon (34) forming part of the first surface (20) extends through protrusion (102) into female member (12). Prior to grouting, movement of tendon (34) during settling of first surface (20) is facilitated by the male and female member (12, 18) without breaking the fluid tight seal formed by flexible sealing means (16). Also claimed is forming a joint between a vertical surface and a horizontal surface.

Claims

1. A connector for use in forming a joint between a first surface and a settled second surface comprising:

a hollow male member having a body wholly embedded in the first surface and an open ended protrusion extending from the body;

a hollow female member to be wholly embedded in the second surface, the female member having a mating opening for receiving the protrusion; and

flexible sealing means for forming a fluid tight seal between the female member and male member,

where, when installed, a tendon forming part of the first surface is able to extend through the entirety of the male member into the female member and where, prior to grouting, subsequent movement of the male member in any direction caused by the tendon during settling of the first surface is facilitated by the flexibility of the sealing means without breaking the fluid tight seal it forms between the male and female member.

2. A connector for use in forming a joint between a first surface and a second surface according to claim 1, where the flexible sealing means comprises a first seal and a second seal joined by a rubber extrusion and where the first seal is only connected to the female member and the second seal is only connected to the male member.

3. A connector for use in forming a joint between a first surface and a second surface according to claim 2, where the first seal is received within a channel of the female member such that a mechanical seal is formed between the first seal and the channel.

4. A connector for use in forming a joint between a first surface and a second surface according to claim 1, where the open ended protrusion has an inwardly tapering surface, the inwardly tapering surface operable to facilitate connection of the second seal to the open ended protrusion and, when subjected to telescopic movement during settling, operable to prevent disengagement of the second seal from the open ended protrusion.

5. A connector for use in forming a joint between a first surface and a second surface according to claim 1, where either the male member or the female member has a first spigot and second spigot, each configured to receive a grout tube, such that grout pumped through the grout tube connected to the first spigot flows through the connector and exits the connector via the grout tube connected to the second spigot.

6. A connector for use in forming a joint between a first surface and a second surface according to claim 5, where either the male member and/or the female member has at least one lengthwise extending groove provided in the upper surface and the first spigot and second spigot, are positioned higher than the lengthwise extending groove relative to the upper surface of the male and/or female member.

7. A connector for use in forming a joint between a first surface and a second surface according to claim 1, where the mating opening takes the form of a chamber of larger width and height than the remainder of the female member, the protrusion and sealing member being contained within the chamber.

8. A connector for use in forming a joint between a first surface and a second surface according to claim 1, where the female member has a fastening plate for facilitating attachment of the female member to formwork installed to facilitate formation of the second surface.

9. A connector for use in forming a joint between a first surface and a second surface according to claim 8, where the fastening plate has at least one fastening hole for receiving a fastener and thereby facilitating attachment of the female member to the formwork, and where the fastening plate has at least one frangible section, the at least one fastening hole provided in at least one of the at least one frangible sections.

10. A connector for use in forming a joint between a first surface and a second surface according to claim 8, where the male member has a face plate, the face plate having a profile identical to the fastening plate, such that alignment of the face plate with the fastening plate corresponds with alignment of the male member with the female member, and a compressible material, the compressible material being arranged during installation to be positioned between the face plate and the fastening plate.

11. A connector for use in forming a joint between a first surface and a second surface according to claim 1, where the male and/or female member has at least one lengthwise extending groove provided in its upper surface.

12. A connector for use in forming a joint between a settled first surface and a second surface comprising:

a hollow male member having a body wholly embedded in the first surface and an open ended protrusion extending from the body;

a hollow female member to be wholly embedded in the second surface, the female member having a mating opening for receiving the protrusion; and

flexible sealing means for forming a fluid tight seal between the female member and male member,

where, when installed, a tendon forming part of the second surface is able to extend through the entirety of the female member and thereafter into the protrusion and where, prior to grouting, subsequent movement of the female member in any direction caused by the tendon during settling of the second surface is facilitated by the flexibility of the sealing means without breaking the fluid tight seal it forms between the male and female member.

13. A connector for use in forming a joint between a first surface and a second surface according to claim 12, where the flexible sealing means comprises a first seal and a second seal joined by a rubber extrusion and where the first seal is only connected to the female member and the second seal is only connected to the male member.

14. A connector for use in forming a joint between a first surface and a second surface according to claim 13, where the first seal is received within a channel of the female member such that a mechanical seal is formed between the first seal and the channel.

15. A connector for use in forming a joint between a first surface and a second surface according to claim 12, where the open ended protrusion has an inwardly tapering surface, the inwardly tapering surface operable to facilitate connection of the second seal to the open ended protrusion and, when subjected to telescopic movement during settling, operable to prevent disengagement of the second seal from the open ended protrusion.

16. A connector for use in forming a joint between a first surface and a second surface according to claim 12, where either the male member or the female member has a first spigot and second spigot, each configured to receive a grout tube, such that grout pumped through the grout tube connected to the first spigot flows through the connector and exits the connector via the grout tube connected to the second spigot.

17. A connector for use in forming a joint between a first surface and a second surface according to claim 16, where the male member and/or the female member has at least one lengthwise extending groove provided I its upper surface and the first and second spigot are positioned higher than the lengthwise extending groove relative to the upper surface of the male and/or female member.

18. A connector for use in forming a joint between a first surface and a second surface according to claim 12, where the mating opening takes the form of a chamber of larger width and height than the remainder of the female member, the protrusion and sealing member being contained within the chamber.

19. A connector for use in forming a joint between a first surface and a second surface according to claim 12, where the female member has a fastening plate for facilitating attachment of the female member to formwork installed to facilitate formation of the second surface.

20. A connector for use in forming a joint between a first surface and a second surface according to claim 19, where the fastening plate has at least one fastening hole for receiving a fastener and thereby facilitating attachment of the female member to the formwork, and the fastening plate has at least one frangible section, the at least one fastening hole provided in at least one of the at least one frangible sections.

21. A connector for use in forming a joint between a first surface and a second surface according to claim 19, where the male member has a face plate, the face plate having a profile identical to the fastening plate, such that alignment of the face plate with the fastening plate corresponds with alignment of the male member with the female member, and further comprising a compressible material, the compressible material being arranged during installation to be positioned between the face plate and the fastening plate.

22. A connector for use in forming a joint between a first surface and a second surface according to claim 12, where the male and/or female member has at least one lengthwise extending groove provided in its upper surface.

23. A method of forming a joint between a first surface and a second surface comprising the steps of:

affixing a female member of a connector to formwork for the second surface;

creating the second surface with the female member wholly embedded therein, such that an opening of the female member remains accessible on removal of the formwork;

mating an open ended protrusion extending from a body of a male member of the connector to the opening of the female member following settling of the second surface such that a flexible sealing means forms a fluid tight seal between the female member and the male member;

installing a tendon through the protrusion into the female member;

creating the first surface with the body of the male member wholly embedded therein; and

grouting the connector

where, movement of the body of the male member in any direction caused by the tendon during settling of the first surface is facilitated by the flexibility of the sealing means without breaking the fluid tight seal it forms between the male and female member.

24. A method of forming a joint between a first surface and a second surface according to claim 23, further comprising the step of forming a mechanical seal between the first seal and a channel of the female member, the channel being created by attaching a fastening plate to a chamber forming part of the female member.

25. A method of forming a joint between a first surface and a second surface according to claim 23, further comprising the step of inserting the open ended protrusion through the second seal, such that an inwardly tapering surface of the open ended protrusion facilitates this insertion while, when the male and female members are subjected to telescopic movement during settling, operable to prevent disengagement of the second seal from the open ended protrusion.

26. A method of forming a joint between a first surface and a second surface according to claim 23, further comprising the step of connecting a grout tube to each of a pair of spigots attached to the male member and/or the female member, such that grout pumped through a first spigot flows through the connector and exits the connector via the grout tube connected to a second spigot.

27. A method of forming a joint between a first surface and a second surface according to claim 23, further comprising the step of aligning a fastening plate of the female member to a face plate of the male member.

28. A method of forming a joint between a first surface and a second surface according to claim 27, further comprising the step of installing a compressible material between the face plate and the fastening plate, and further comprising the step of creating a bond between the compressible material and the at least one of the face plate, the fastening plate and any combination thereof.

29. A method of forming a joint between a first surface and a second surface comprising the steps of:

affixing a female member of a connector to formwork for the second surface;

creating the second surface with the female member wholly embedded therein, such that an opening of the female member remains accessible on removal of the formwork;

installing a tendon such that it extends entirely through the female member;

mating an open ended protrusion extending from a body of a male member of the connector to the opening of the female member following settling of the second surface such that a flexible sealing means forms a fluid tight seal between the female member and the male member and the tendon is received within the open ended protrusion;

creating the first surface with the body of the male member wholly embedded therein; and

grouting the connector

where, movement of the body of the male member in any direction caused by the tendon during settling of the first surface is facilitated by the flexibility of the sealing means without breaking the fluid tight seal it forms between the male and female member.

30. A method of forming a joint between a first surface and a second surface according to claim 29, further comprising the step of forming a mechanical seal between the first seal and a channel of the female member, the channel being formed by attaching a fastening plate to a chamber forming part of the female member.

31. A method of forming a joint between a first surface and a second surface according to claim 29, further comprising the step of inserting the open ended protrusion through the second seal, such that an inwardly tapering surface of the open ended protrusion facilitates this insertion while, when the male and female members are subjected to telescopic movement during settling, operable to prevent disengagement of the second seal from the open ended protrusion.

32. A method of forming a joint between a first surface and a second surface according to claim 29, further comprising the step of connecting a grout tube to each of a pair of spigots attached to the male member and/or the female member, such that grout pumped through a first spigot flows through the connector and exits the connector via the grout tube connected to a second spigot.

33. A method of forming a joint between a first surface and a second surface according to claim 29, further comprising the step of aligning a fastening plate of the female member to a face plate of the male member and installing a compressible material between the face plate and the fastening plate and further including the step of creating a bond between the compressible material and at least one of the face plate, the fastening plate and any combination thereof.

34. A connection set for forming a joint between a vertical surface and a horizontal surface, the connection set comprising:

an anchor head for embedding in the vertical surface, the anchor head having a threaded portion;

a dowel having a mating threaded portion;

a hollow male member to be received in the vertical surface, the male member having an open ended protrusion extending therefrom and an open ended body;

a hollow female member to be embedded in the horizontal surface, the female member having a mating opening for receiving the protrusion; and

flexible sealing means for forming a fluid tight seal between the female member and male member,

where, when installed, the dowel is matedly connected to the anchor head by way of the threaded portions and unmated end of the dowel extends through the protrusion into the female member such that, prior to grouting, movement of the female member in any direction caused by the dowel during settling of the horizontal surface is facilitated by the flexibility of the sealing means without breaking the fluid tight seal it forms between the male and female member.

35. A connection set for forming a joint between a vertical surface and a horizontal surface according to claim 34, further comprising a wall plate, the wall plate having a cylinder having a threaded portion, the cylinder operable to matedly connect to the anchor head by way of the threaded portions, and thereby retain the anchor head in place during creation of the vertical surface.

36. A method of forming a joint between a vertical surface and a horizontal surface comprising the steps of:

fastening a wall plate to formwork for the creation of the vertical surface;

connecting an anchor head to a cylinder portion of the wall plate;

forming the vertical surface with the anchor head and wall plate formed therein;

removing the wall plate from the vertical surface;

connecting a dowel to the anchor head embedded in the vertical surface;

installing a male member into the area formed by the removal of the wall plate from the vertical surface, the male member having an open ended protrusion through which the dowel extends;

mating the open ended protrusion of the male member to an opening of a female member, such that a flexible sealing means forms a fluid tight seal between the female member and the male member;

creating the horizontal surface with the female member embedded therein; and

grouting the connector.

37. A method of forming a joint between a vertical surface and a horizontal surface according to claim 36, further comprising the step of forming a mechanical seal between the first seal and a channel of the female member, and further comprising the step of creating the channel by attaching a fastening plate to a chamber forming part of the female member.

38. A method of forming a joint between a vertical surface and a horizontal surface according to claim 37, further comprising the step of inserting the open ended protrusion through the second seal, such that an inwardly tapering surface of the open ended protrusion facilitates this insertion while, when the male and female members are subjected to telescopic movement during settling, operable to prevent disengagement of the second seal from the open ended protrusion.

39. A method of forming a joint between a vertical surface and a horizontal surface according to claim 37, further comprising the step of connecting a grout tube to each of a pair of spigots attached to the female member, such that grout pumped through a first spigot flows through the connector and exits the connector via the grout tube connected to a second spigot.

40. A method of forming a joint between a vertical surface and a horizontal surface according to claim 37, further comprising the step of aligning a fastening plate of the female member to a face plate of the male member, and installing a compressible material between the face plate and the fastening plate, the method further including the step of creating a bond between the compressible material and at least one of the face plate, the fastening plate and any combination thereof.