US3240297A

US3240297A - Corner construction

Info

Publication number: US3240297A
Application number: US334351A
Authority: US
Inventors: Wilfrid J Desy
Original assignee: Individual
Current assignee: Individual
Priority date: 1963-12-30
Filing date: 1963-12-30
Publication date: 1966-03-15
Anticipated expiration: 1983-03-15

Description

March 15, 1966 w. .1. DESY 3,240,297

CORNER CONSTRUCTION Filed Dec. 30, 1963 2 Sheets-Sheet l '3 s X I6 I [H XV w 1a l I; I 4s 2 INVENTOR. WILFRID J. DESY March 15, 1966 w; J. DESY CORNER CONSTRUCTION 2 Sheets-Sheet 2 Filed Dec. 30

FIG.II.

INVENTOR. WILFR l D J DESY ATTO EYS United States Patent 3,240,297 CORNER CONSTRUCTION Wilfrid J. Desy, 13918 Indiana Ave., Detroit 38, Mich. Filed Dec. 30, 1963, Ser. No. 334,351 24 Claims. (Cl. 189-36) This invention relates to improvements in building structures and more particularly to the frame therefor. The frame of the present invention is particularly adapted for use as part of a temporary or portable building structure which may be used in one location, then disassembled and then re-assernbled at another location. The construction of the portable building structure is characterized by the fact that the entire assembly can be shipped or transported in a knock-down condition and later accurately and quickly assembled at the new site with a minimum of labor and time. As an example, the portable building structure of the present invention is particularly adapted for use by sportsmen including fishermen, bathers, hunters and campers and is also suitable to many industrial and domestic uses such as in the construction industry for tool sheds, outhouses or the like.

An object of the present invention is to provide a frame for a knock-down building structure, said frame incorporating a plurality of framing members incorporating novel and advantageous means for facilitating rapid assembly of such members, one to another, in an angularly adjusted relation-ship.

Another object of the present invention is to provide a structural frame connection comprising a pair of elongated channel members, each of the members including a web and a pair of side flanges, said members being of different sizes so that one of the members fits in the space between the. side flanges of the other of the members, and a bracket carried by the other member between the side flanges thereof and arranged in a predetermined spaced relationship with respect to the corresponding web, said bracket including means cooperable with the other member for holding the members in a predetermined angular relationship.

Still another object of the, present invention is to provide a structural frame connection of the aforementioned type wherein the bracket includes abutment means and a. tab, and an opening provided, in the web of the one member adjacent an end portion thereof, said tab being received in the opening with the abutment means in engagement with said one member to hold the members in a predetermined angular relationship.

A further object of the present invention is to provide a structure of the aforementioned type wherein the abutrnent means includes inner and outer abutments, said inner abutment being in engagement with the side flanges on said one member and the outer abutment in engagement with the web on the-one member.

A still further object of the present invention is to provide a; structure of the aforementioned type wherein the inner and outer abutments are spaced apart a distance approximatelyequal to the height of one of the side flanges on the one member.

Another object of the present invention is to provide a structure of the aforementioned type wherein the tab is provided with an opening for receiving a locking pin which prevents separation of said one member from the bracket.

Still another object of the present invention is to provide a structure of the aforementioned type wherein the bracket includes a pair of right angle flanges which are arranged in surface to surface contact with the side flanges of the other member and'are secured thereto by welding, said right angle flanges extending in a direction away from theweb on the other member.

3,240,297 Patented Mar. 15, I966 A further object of the present invention is to provide a structure of the aforementioned type wherein one or more spacing tabs are provided on the bracket engageable with the web on the other member for spacing the bracket from the web on the other member a predetermined distance, said spacing tabs being welded to the web on the other member.

A further object of the present invention is to provide a structure of the aforementioned type wherein the end portion of the one member is in engagement with the Web on the other member.

It is thus another object of this invention to provide a simplified low cost structure of the aforementioned type having certain advantages contributing to efliciency, reliability and long life as well as ease of maintenance.

Further objects and advantages of the present invention will be apparent from the following description, reference being had to the accompanying drawings wherein a preferred form of the present invention is clearly shown.

FIGURE 1 is a fragmentary elevational view of a joint or connection, partly in section, and rotated degrees from its normal position of use and illustrating the manner in which a pair of angular-1y related channel members, forming part of the frame of a building structure, are connected.

FIGURE 2 is a fragmentary plan view of the structural connection looking in the direction of arrows 2-2 of FIGURE 1.

FIGURE 3 is a sectional view of the structural connection taken on the line 33 of FIGURE 1.

FIGURE 4 is a perspective view of the end portion of the channel member which fits between the side flanges of the other channel member.

FIGURE 5 is a sectional View taken on the line 33 of FIGURE 1 but with one channel member removed to illustrate the manner in which the bracket is carried by the other channel member.

FIGURE 6 is a perspective view of the bracket.

FIGURE 7 is a sectional view similar to FIGURE 1 showing an alternative construction of a structural connection, said connect-ion being rotatable 90 degrees from its normal position of use.

FIGURE 8 is a bottom view of the structural connection looking in the direction of arrows 88 of FIGURE 7.

FIGURE 9 is a sectional view through the structural connection taken on the line 9-9 of FIGURE 7.

FIGURE 10 is a sectional view taken on the line 99 of FIGURE 7 but with one channel member removed to illustrate the manner in which the bracket is carried by the other channel member.

FIGURE 11 is a perspective view of the modified bracket utilized in FIGURES 7-10.

The present invention is primarily used in constructing the frame of a portable building structure. As an example, the structure may include a frame having four sides, a roof and a floor, with the usual doors and windows being provided therein depending on the particular application. The frame is adapted to carry metal panels or the like for enclosing the four sides of the building structure as is well known in the art.

As an example, each side of the frame includes a pair of vertically extending channel members which are interconnected by horizontally extending channel members which fit between the side flanges of the vertical members.

as will subsequently appear. The vertical members each carry a like number of mounting brackets, one bracket for each of the horizontally extending channel members to be connected thereto. The present invention relates to the manner in which Vertical and horizontal channel members are connected by means of a novel, easily detachable, knock-down type of structural connection.

From the foregoing, it readily appears that the present invention has application to many types of structures wherein a frame is utilized. As an example, the present invention could be utilized in making corner constructions for doors, window and the like as will readily appear.

Referring now to FIGURE 1, a structural connection is designated by the numeral and includes a pair of elongated angularly interconnected framing members made, as an example, from structural steel channels.

The structural connection 10 includes an elongated vertically extending channel member 12 and an elongated horizontally extending channel member 14. The vertical channel member 12 is provided with a pair of

side flanges

16 and 18 interconnected by a web 20. The horizontal channel member 14 is provided with a pair of

side flanges

22 and 24 which are interconnected by a web 26. The non-connected ends of the

side flanges

22 and 24 are provided throughout the entire length thereof with inwardly turned substantially U-shaped

lips

28 and 30.

One end portion of the horizontal channel member 14 is adapted to fit in the space between the

side flanges

16 and 18 on the vertical extending channel member 12. With such a construction the size of the channel member 14 is smaller than the size of the channel member 12. The word size refers to the width of the channel members or in other words the spacing between the side flanges. The channel member 14 is provided with an elongated slot 32 which is located a distance X from the end surface 33 as best illustrated in FIGURE 4. The side flanges 22 and 24 including the lips 28- and are provided with slots or openings 34 which are also spaced from the end surface 33 of the channel member a distance X.

The vertically extending channel member 12 is adapted to carry an elongated bracket 36 which is best illustrated in FIGURE 6. The bracket 36 includes a main body portion 38 having longitudinally extending

edges

40 and 42. The inner end portion 44 of the main body portion 38 is provided at the longitudinal edges with a pair of

right angle flanges

46 and 48. The other end portion 50 of the main body portion 38 is provided with a centrally located tab 52 having an oblong opening 54 therein. The tab 52 and main body portion 38 are located in the same plane. The

flanges

46 and 48 are provided with

inner abutment surfaces

56 and 58 respectively while the outer end portion 50 is provided with

abutment surfaces

60 and 62. The

abutment surfaces

56 and 58 are spaced from abutment surfaces 60 and 62 a distance approximately equal to the height of one of the

side flanges

22 and 24.

The bracket 36 is carried by the vertically extending member 12, with the main body portion 38 being spaced a distance X from the web 20'as best illustrated in FIGURE 1. With such a construction the

flanges

46 and 48 are arranged in surface to surface contact with the

side flanges

16 and 18 of the channel member 12 respectively. The

flanges

46 and 48, which are arranged at 90 with respect to the main body portion 38, extend in a direction away from the web 20 as best illustrated in FIGURE 1 and are secured to the side flanges 16 and 18- by Welding as indicated by the numeral 66. Referring now to FIGURE 5, it should be noted that the

longitudinal edges

40 and 42 are spaced from the side flanges 16 and 18 a predetermined distance to form relatively narrow

elongated spaces

68 and 70 which are closed on the inner or lower ends thereof by the inner abutment surfaces 56 and 58 respectively.

In assembling the

channel members

12 and 14 in angularly located relationship, such as at 90 as illustrated, the horizontal member 14 is moved into the space between the vertical fianges 16 and 18 on the horizontal member 12 so as to clear the main body portion 38 of the bracket 36 and bring the end surface 33 of the channel member 14 into abutting engagement with the web 20 provided on the vertically extending channel member 12.

The horizontal channel member 14 is then moved down wardly towards the bracket 36, with the

longitudinal edges

40 and 42 being engageable with the Walls defining slots 34 provided in

side flanges

22 and 24. During the downward movement aforesaid, the

side flanges

22 and 24 are moved into the

elongated spaces

70 and 68 respectively until the bottom edge portions thereof abut the inner abutment surfaces 58 and 56 provided on the bracket 36 and the web 26 abuts the outer abutment surfaces 60 and 62 as best illustrated in FIGURE 3. At such time the tab 52 extends through the slot 32 provided in channel member 14 above the top surface of the Web 26. Later on, if desirable, a right angle locking key or pin 74 having a hump 76 thereon (FIGURE 2) is inserted through the oblong opening 54 and rotated 90 to help prevent accidental separation of the channel member 14 from the bracket 38.

FIGURES 7-11 illustrate a modification of the structural connection shown in FIGURES 1-6. Where applicable the same numerical designations will be utilized to represent similar or identical parts. The vertical and

horizontal channel members

12 and 14 are identical to the members utilized in the other embodiment. The only part which has been modified is the bracket, now designated by the numeral 80. The bracket 80 includes the main body portion 38, tab 52 having the oblong hole 54 provided therein,

flanges

46 and 48 having inner abutment surfaces 56 and 58 thereon respectively and outer abutment surfaces 60 and 62 as provided in the bracket shown in FIGURE 6. The primary difference between the

brackets

36 and 80 is that bracket 80 includes a pair of spacing or locating elements or

tabs

82 and 84. The tab 84 is integrally connected to the inner end 44 of the main body portion 38 and is arranged at a angle with respect thereto. The spacing element or tab 82 is struck out from the main body portion 38 by a suitable stamping operation so as to leave an elongated slot or opening 86 in the main body portion 38. The spacing element or tab 82 is integrally connected to the other end 50 of the main body portion 38 and includes a portion 88 which is located at 90 with respect to the main body portion 38. The spacing element 82 includes another portion 90 which is located at 90 with respect to the other portion 88. The portion 90 is provided with a surface 92 which is adapted to engage the inner surface of the web 20. Spacing tab 84 has an end surface 94 which is also adapted to engage the inner surface of the web 20.

Surfaces

92 and 94 are located a distance X from the main body portion 38 as best illustrated in FIGURE 7. When the bracket 80 is mounted on the vertical channel member 12 the

surfaces

92 and 94 thereof are brought into engagement with the web 20 and spot welded thereto as indicated by the

numerals

95 and 96 respectively in FIGURE 7. The side flanges 46 and 48 are also spot welded to the

side flanges

16 and 18 as in the other embodiment.

The advantage of the bracket 80 over the bracket 36 is that the

spacing tabs

82 and 84 provided on the bracket 80 predeterminedly locates the main body portion of the bracket 80 in the exact location with respect to the web 20. It will be appreciated that when the bracket 36 is utilized a scale or other guide means is necessary so as to space the main body portion 38 the distance X from the web 20.

The horizontal channel member 14 is mounted on the bracket 80 in the same manner as in the other embodiment.

The drawings and the foregoing specification constitute a description of the improved corner construction in such full, clear, concise and exact terms as to enable any person skilled in the art to practice the invention, the scope of which is indicated by the appended claims.

What I claim as my invention is:

1. A structural connection comprising a pair of elongated members, each of said members including a Web and a pair of side flanges, said members being of different sizes so that an end of one of said members fits in the space between the side flanges of the other of said members, an opening in the web of said one member spaced from the terminal end surface of the aforementioned end on said one member, and a bracket connected to and located between the side flanges of said other member and arranged in a predetermined spaced relationship with respect to the corresponding web, said bracket including means cooperating with the opening in said one member and holding said members in a predetermined angular relationship.

2. A structural connection comprising a pair of elongated members, each of said members including a web and a pair of side flanges, said members being of different sizes so that an end of one of said members fits in the space between the side flanges of' the other of said members, a bracket connected to and located between the side flanges of said other member and arranged in a predetermined spaced relationship with respect to the corresponding web, said bracket including abutment means and a tab, and an opening provided in the web of said one member spaced from the terminal end surface of the aforementioned end on said one member, said tab being received in said opening with said abutment means in engagement with said one member to hold said members in a predetermined angular relationship.

3. The structure defined in claim 2 wherein said tab is provided with an opening for receiving a locking pin which prevents separation of said one member from said bracket.

4. The structure defined in claim 2 wherein the end portion of said one member is in engagement with the web on said other member.

5. The structure defined in claim 2 wherein said abutment means includes inner and outer abutments, said inner abutment being in engagement with the side flanges on said one member and said outer abutment in engagement with the web on said one member.

6. The structure defined in claim 5 wherein said inner and outer abutments are spaced apart a distance approximately equal to the height of one of the side flanges on said one member.

7. A structural connection comprising a pair of elongated channel members, each of said members including a web and a pair of side flanges, said members being' of different sizes so that one of said members fits in the space between the side flanges of the other of said members, a bracket carried by said other member, said bracket including an elongated main body portion lying in a plane which is parallel to and spaced from the web of said other member, one end portion of said bracket being provided with a pair of flanges which are located at right angles to said main body portion, the flanges on said brackets being engageable with and welded to the side flanges on said other member, the longitudinal edges of said main body portion opposite the side flanges on said other member being spaced therefrom to define a pair of elongated spaces, the inner end surfaces of the flanges on said bracket defining inner abutment surfaces which closes one end of said elongated spaces, a centrally located tab on the other end portion of said main body portion and located in said plane, a slot in the web of said one member spaced from one end thereof a distance equal to the distance said main body portion is spaced from the web of said other member, said one member being located in the space between the side flanges of the other member with the tab on said bracket received in said slot and the side flanges thereon located in the aforesaid elongated spaces, said inner abutment surfaces being in engagement with the side flanges on said one member.

8. The structure defined in claim 7 wherein the other end portion of said main body portion includes outer abutment surfaces which are engageable with the web on said one member.

9. The structure defined in claim 7 wherein said tab is provided with an opening for receiving a locking pin which prevents separation of said; one member from said bracket.

10. The structure defined in claim 8 wherein said inner and outer abutment surfaces are spaced apart a distance approximately equal to the height of one of the side flanges on said. one member.

11. The structure defined in claim 7 wherein one or more integral spacing tabs are provided on the main body portion of said bracket, said spacing tabs being engageable with and welded to the web on said other member so as to locate said main body portion a predetermined distance from the web on said other member.

12. The structure defined in claim, 11 wherein two spacing tabs are provided, with one of said spacing tabs being struck out from the main body portion of said bracket to leave an opening therein.

13. The structure defined in claim 12 wherein said one spacing tab is bent in one direction toward the web of said other member and then turned degrees thereto parallel to said web to provide a seat of substantial area engageable with said web.

14. The structure defined in claim 13 wherein the other of said spacing tabs is located at said one end portion of said main body portion of the bracket and is arranged at approximately 90 degrees with respect thereto.

15. A structural connection comprising a pair of elongated members, each of said members including a web and a pair of side flanges, said members being of different sizes so that one of said members fits in the space between the side flanges of the other of said members, a bracket carried by said other member between the side flanges thereof and arranged in a predetermined spaced relationship with respect to the corresponding web, said bracket including abutment means and a tab, an opening provided in the web of said one member adjacent an end portion thereof, said tab being received in said opening with said abutment means in engagement with said one member to hold said members in a predetermined angular relationship, said bracket including a pair of right angle flanges which are arranged in surface to surface contact with the side flanges of said other member and are secured thereto by welding, said right angle flanges extending in a direction away from the Web on said other member.

16. The structure defined in claim 15 wherein said tab is provided with an opening for receiving a locking pin which prevents separation of said one member from said bracket.

17. The structure defined in claim 15 wherein the end portion of said one member is in engagement with the web on said other member.

18. The structure defined in claim 15 wherein said abutment means includes inner and outer abutments, said inner abutment being in engagement with the side flanges on said one member and said outer abutment in engagement with the web on said one member.

19. The structure defined in claim 18 wherein said inner and outer abutments are spaced apart a distance approximately equal to the height of one of the side flanges on said one member.

20. A structural connection comprising a pair of elongated members, each of said members including a web and a pair of side flanges, said members being of different sizes so that one of said members fits in the space between the side flanges of the other of said members, a bracket carried by said other member between the side flanges thereof and arranged in a predetermined spaced relationship with respect to the corresponding web, said bracket including abutment means and a tab, an opening provided in the web of said one member adjacent an end portion thereof, said tab being received in said opening with said abutment means in engagement wth said one member to hold said members in a predetermined angular relationship, and a spacing tab provided on said bracket engageable with the web on said other member for spacing said bracket from the web on said other member a predetermined distance, said spacing tab being Welded to the web on said other member.

21. The structure defined in claim 20 wherein said tab is provided with an opening for receiving a locking pin which prevents separation of said one member from said bracket.

22. The structure defined in claim 20 wherein two spacing tabs are provided, with one of said spacing tabs being struck out from the main body portion of said bracket to leave an opening therein.

23. The structure defined in claim 22 wherein said one spacing tab is bent in one direction toward the web of said other member and then turned 90 degrees thereto parallel to said web to provide a seat of substantial area engageable with said web.

g 24. The structure defined in claim 23 wherein the other of said spacing tabs is located at said one end portion of said main body portion of the bracket and is arranged at approximately degrees with respect thereto.

References Cited by the Examiner UNITED STATES PATENTS 922,919 5/ 1909 Lawrence. 1,970,965 8/1934- Leake 189-36 2,042,179 5/1936 Leake 18936 2,152,584 3/1939 Cranshaw 18936 3,021,576 2/1962 Conroy 189-36 X FOREIGN PATENTS 237,985 3/ 1960 Australia.

FRANK L. ABBOTT, Primary Examiner.

RICHARD W. COOKE, JR., Examiner.

Claims

1. A STRUCTURAL CONNECTION COMPRISING A PAIR OF ELONGATED MEMBERS, EACH OF SAID MEMBERS INCLUDING A WEB AND A PAIR OF SIDE FLANGES, SAID MEMBERS BEING OF DIFFERENT SIZES SO THAT AN END OF ONE OF SAID MEMBERS FITS IN THE SPACE BETWEEN THE SIDE FLANGES OF THE OTHER OF SAID MEMBERS, AN OPENING IN THE WEB OF SAID ONE MEMBER SPACED FROM THE TERMINAL END SURFACE OF THE AFOREMENTIONED END ON SAID ONE MEMBER, AND A BRACKET CONNECTED TO AND LOCATED BETWEEN THE SIDE FLANGES OF SAID OTHER MEMBER AND ARRANGED IN A PREDETERMINED SPACED RELATIONSHIP