Integral truss plate connector

1. A connection comprising:

a held member having an end face and opposing parallel longitudinal faces meeting said end face at opposing longitudinal edges of said end face;

a holding member having an attachment face with the end face of the held member in abutting relation to the attachment face of the holding member in an assembled position;

a pair of connectors, each connector comprising:

a planar main body attached to a respective one of the opposing longitudinal faces of the held member, the main body having an inside face and an outside face, the main body having integral nail prong fasteners extending from the inside face of the main body that are embedded in the held member in a pre-assembled position such that the connector is attached to the held member, the integral nail prong fasteners being substantially spread over the main body of the connector, the integral nail prong fasteners being rigid members that extend away from the main body toward the held member and are bent orthogonally from the main body at the sides of openings in the main body; and

a planar end flange connected to the main body adjacent a respective one of the opposing longitudinal edges of said end face of the held member, with weakening openings disposed between the end flange and the main body, a distal edge of the end flange being formed with spaced-apart extending tabs that create notched areas between the tabs;

wherein in a first pre-assembled position, each of the end flanges is bent inwardly to a position which is closely adjacent to and parallel with said end face of said held member such that said end flange overlies and covers a portion of the end face of the held member, and such that the tabs of one said end flange are matingly received within the notched areas of the other said end flange;

wherein in a second assembled position, each of the end flanges are bent outwardly to a position where each of the end flanges interfaces with the attachment face of the holding member, and each of the end flanges is connected to the holding member by one or more fasteners driven through the end flange and into the holding member; and

one of the pair of connectors in the assembled position receives a fastener passing through the main body of said one of the pair of connectors and the held member, such that a portion of a shank of the fastener is embedded in the holding member and the other of the pair of connectors in the assembled position receives a different fastener passing through the main body of the other of the pair of connectors and the held member, such that a portion of a shank of the different fastener is embedded in the holding member.

2. The connection of claim 1 , wherein the main body of each connector also has a nail guide, the nail guide having a guide way protruding from the main body of the connector and a fastener opening associated with the guide way, and the shank of the fastener passes through the fastener opening of the nail guide such that a portion of the shank of the fastener is in contact with the guide way, the guide way positioning the shank of the fastener at an acute angle to the main body of the connector.

3. The connection of claim 2 , wherein:

the inside face of each connector is in close registration with one of the longitudinal faces of the held member and the outside face of the main body is unobstructed; and

the nail guide projects inwardly and the guide way is formed with a raised embossed portion, the raised embossed portion having first and second bracketing transition areas where at least a portion of the embossed portion is joined to said main body, the raised embossed portion being embedded in the held member.

4. The connection of claim 1 , wherein the main body of each connector is provided with a fastener opening and the shank of the fastener passes through the fastener opening, and the fastener opening is obround.

5. The connection of claim 4 , wherein:

at least a portion of the fastener opening is reinforced.

6. A connection comprising:

a held member having an end face and opposing planar longitudinal faces meeting said end face at opposing longitudinal edges of said end face;

a holding member having an attachment face with the end face of the held member in abutting relation to the attachment face of the holding member in an assembled position;

a pair of connectors, each connector comprising:

a planar main body attached to a respective one of the opposing longitudinal faces of the held member, the main body having an inside face and an outside face, the main body having integral nail prong fasteners extending from the inside face of the main body that are embedded in the held member in a pre-assembled position such that the connector is attached to the held member, the integral nail prong fasteners being substantially spread over the main body of the connector, the integral nail prong fasteners being rigid members that extend away from the main body toward the held member and are bent orthogonally from the main body at the sides of openings in the main body, the main body also having a nail guide having a guide way protruding from the main body of the connector and a fastener opening associated with the guide way; and

a planar end flange connected to the main body adjacent a respective one of the opposing longitudinal edges of said end face of the held member, with weakening openings disposed between the end flange and the main body, a distal edge of the end flange being formed with spaced-apart extending tabs that create notched areas between the tabs;

wherein in a first pre-assembled position, each of the end flanges is bent inwardly to a position which is closely adjacent to and parallel with said end face of said held member such that said end flange overlies and covers a portion of the end face of the held member, and such that the tabs of one said end flange are matingly received within the notched areas of the other said end flange;

wherein in a second assembled positon, each of the end flanges are bent outwardly to a position where each of the end flanges interfaces with the attachment face of the holding member, and each of the end flanges is connected to the holding member by one or more fasteners driven through the end flange and into the holding member; and

one of the pair of connectors in the assembled position receives a fastener passing through the fastener opening of the nail guide of said one of the pair of connectors such that a portion of a shank of the fastener is in contact with the guide way, the guide way positioning the shank of the fastener at an acute angle to the main body of the connector, and the other of the pair of connectors in the assembled position receives a different fastener passing through the fastener opening of the nail guide of said other of the pair of connectors such that a portion of the shank of the different fastener is in contact with the guide way, the guide way positioning the shank of the different fastener at an acute angle to the main body of the connector.

7. The connection of claim 6 , wherein:

the shank of the fastener passes through the main body of the connector, and also through the held member, such that a portion of the shank of the fastener is embedded in the holding member.

8. The connection of claim 6 , wherein:

the inside face of each connector is in close registration with one of the longitudinal faces of the held member and the outside face of the main body is unobstructed; and

the nail guide projects inwardly and the guide way is formed with a raised embossed portion, the raised embossed portion having first and second bracketing transition areas where at least a portion of the embossed portion is joined to said main body, the raised embossed portion being embedded in the held member.

9. A connection comprising:

a held member having an end face and opposing planar longitudinal faces meeting said end face at opposing longitudinal edges of said end face;

a holding member having an attachment face with the end face of the held member in abutting relation to the attachment face of the holding member in an assembled position;

a pair of connectors, each connector comprising:

a planar main body attached to a respective one of the opposing longitudinal faces of the held member, the main body having an outside face and an opposed inside face with the inside face being in close registration with one of the longitudinal faces of the held member and the outside face of the main body being unobstructed, the main body having a inwardly projecting nail guide projecting from the inside face of the main body, the nail guide having a guide way protruding from the main body of the connector and a fastener opening associated with the guide way, the guide way being formed with a raised embossed portion having first and second bracketing transition areas where at least a portion of the embossed portion is joined to said main body, the raised embossed portion being embedded in the held member, and the main body having integral nail prong fasteners extending from the inside face that are embedded in the held member in a pre-assembled position and substantially spread over the main body, the integral nail prong fasteners being rigid members that extend away from the main body toward the held member and are bent orthogonally therefrom at the sides of openings in the main body; and

a planar end flange connected to the main body adjacent a respective one of the opposing longitudinal edges of said end face of the held member, with weakening openings disposed between the end flange and the main body, a distal edge of the end flange being formed with spaced-apart extending tabs that create notched areas between the tabs;

wherein in a first pre-assembled position, each of the end flanges is bent inwardly to a position which is closely adjacent to and parallel with said end face of said held member such that said end flange overlies and covers a portion of the end face of the held member, and such that the tabs of one said end flange are matingly received within the notched areas of the other said end flange;

wherein in a second assembled positon, each of the end flanges are bent outwardly to a position where each of the end flanges interfaces with the attachment face of the holding member, and each of the end flanges is connected to the holding member by one or more fasteners driven through the end flange and into the holding member; and

one of the pairs of connectors in the assembled position receives a fastener passing through the main body of said one of the pair of connectors and the held member, such that a portion of a shank of the fastener is embedded in the holding member, the shank of the fastener passing through the fastener opening of the nail guide such that a portion of the shank of the fastener is in contact with the guide way, the guide way positioning the shank of the fastener at an acute angle to the main body of the connector, and the other of the pair of connectors in the assembled position receives a different fastener passing through the main body of said other of the pair of connectors and the held member, such that a portion of a shank of the different fastener is embedded in the holding member, the shank of the different fastener passing through the fastener opening of the nail guide such that a portion of the shank of the different fastener is in contact with the guide way, the guide way positioning the shank of the fastener at an acute angle to the mating body of the connector.

10. The connection of claim 9 , wherein:

the raised embossed portion of the nail guide is shaped in a manner to assist in pressing the raised embossed portion into the held member.

11. A connection comprising:

a held member having an end face and opposing planar longitudinal faces meeting said end face at opposing longitudinal edges of said end face;

a holding member having an attachment face with the end face of the held member in abutting relation to the attachment face of the holding member in an assembled position; and

a pair of connectors, each connector comprising:

a planar main body attached to a respective one of the opposing longitudinal faces of the held member, the main body having an inside face and an outside face, the main body having integral nail prong fasteners extending from the inside face of the main body that are embedded in the held member in a pre-assembled position such that the connector is attached to the held member, the integral nail prong fasteners being substantially spread over the main body of the connector, the integral nail prong fasteners being rigid members that extend away from the main body toward the held member and are bent orthogonally from the main body at the sides of openings in the main body, and

a bendable, planar end flange connected to the main body adjacent a respective one of the opposing longitudinal edges of said end face of the held member, with weakening openings disposed between the end flange and the main body, a distal edge of the end flange being formed with spaced-apart extending tabs that create notched areas between the tabs;

wherein in a first pre-assembled position, each of the end flanges is bent inwardly to a position which is closely adjacent to and parallel with said end face of said held member such that said end flange overlies and covers a portion of the end face of the held member, and such that the tabs of one said end flange are matingly received within the notched areas of the other said end flange; and

wherein in a second assembled position, each of the bendable end flanges are bent outwardly to a position where it does not overlie the end face of the held member and it interfaces with the attachment face of the holding member, and each said end flange is connected to the holding member by one or more fasteners driven through the end flange and into the holding member.

12. A method of making a connection, comprising:

providing a held member having an end face and opposing planar longitudinal faces meeting said end face at opposing longitudinal edges of said end face;

providing a holding member having an attachment face with the end face of the held member in abutting relation to the attachment face of the holding member in an assembled position;

providing a pair of connectors, each said connector comprising:

a main body that interfaces with a respective one of the opposing longitudinal faces of the held member, the main body having an inside face and an outside face, the main body having integral nail prong fasteners extending from the inside face of the main body that are embedded in the held member in a pre-assembled position such that the connector is attached to the held member, the integral nail prong fasteners being substantially spread over the main body of the connector, the integral nail prong fasteners being rigid members that extend away from the main body toward the held member and are bent orthogonally from the main body at the sides of openings in the main body, the main body having a nail guide having a guide way protruding from the main body of the connector and a fastener opening associated with the guide way, the protruding guide way of the nail guide being pressed into the longitudinal face of the held member when the main body of the connector is attached to the held member, such that the guide way of the nail guide is embedded in the held member; and

a planar end flange connected to the main body adjacent a respective one of the opposing longitudinal edges of said end face of the held member, with weakening openings disposed between the end flange and the main body, a distal edge of the end flange being formed with spaced-apart extending tabs that create notched areas between the tabs;

in a first pre-assembled position, each of the end flanges being disposed inwardly and is closely adjacent to and parallel with said end face of said held member such that said end flange overlies and covers a portion of the end face of the held member, and such that the tabs of one said end flange are matingly received within the notched areas of the other said end flange;

in a second assembled position, bending each of the end flanges outwardly to a position where it does not overlie the end face of the held member and is in interfacing engagement with the attachment face of the held member;

placing the end face of the held member in abutting relation with the attachment face of the holding member;

driving a fastener through the nail guide of the main body of one of the pairs of connectors such that a shank of the fastener first passes through the fastener opening of the nail guide and then through the held member such that a portion of the shank of the fastener is embedded in the holding member;

driving a fastener through the nail guide of the main body of the other of the pairs of connectors such that a shank of the fastener first passes through the fastener opening of the nail guide and then through the held member such that a portion of the shank of the fastener is embedded in the holding member; and

attaching the end flange of each connector to the attachment face of the holding member by driving fasteners through the end flanges and into the holding member.

13. The method of claim 12 , wherein:

the nail guide projects inwardly and the guide way is formed with a raised embossed portion, the raised embossed portion having first and second bracketing transition areas where at least a portion of the embossed portion is joined to said main body, the raised embossed portion being embedded in the held member; and

the inside face of the main body of each connector is in close registration with one of the longitudinal faces of the held member and the outside face of the main body is unobstructed.