Modular space frame support system, operation platform system, and construction method thereof

Abstract

To provide a platform constructed easily, only a part of which does not receive heavy load.SOLUTION: A modular space frame support system comprises: at least 2 units of a modular space frame support system is provided with at least 4 elongated structural members, 2 units substantially defining a flat surface in a rectangular shape through connection of 4 interconnection structures; a plurality of oblique chords connected on the interconnection structures; at least one more elongated structural member; and deck platforms fixed on the one more elongated structural member so as to cover at least a part of the flat surface in the rectangular shape, wherein the deck platform of each of the at least 2 units is positioned on a same flat surface, and each of a plurality of oblique chords of a first one of the at least 2 units is shorter than a plurality of oblique chords of a second one of the at least 2 units.SELECTED DRAWING: Figure 24

Description

[Technical Field]

[0001] The present disclosure is directed to the use of cellulose nitrate as a building component in forming floors, roofs, and walls, or in the manufacture of e.g. Work platforms and for the construction and maintenance of bridges, bridges, and other structures More particularly, the present invention relates to a space frame assembly that can be used as an access system. In general, the present disclosure provides a space frame that can be easily adapted to a variety of sizes and configurations. The present invention relates to a system of modular components that can be assembled to provide: [Background technology]

[0002] In the construction industry, space frame assemblies that are easy to assemble and disassemble are desirable. There are many uses for it. Some examples are temporary floors, walls, and roofs, , construction and maintenance tasks for various parts of buildings, bridges, and other structures This is a work platform system used to carry out the above. A space frame assembly is typically constructed to accommodate the tasks involved in building or structure construction at once. It has been constructed so that it can be performed on a single part of the body.

[0003] A work platform system using modular components was previously introduced. (including, for example, U.S. Pat. No. 5,214,899), which A limited number of interchangeable parts are available to form frame assemblies of various sizes and configurations. It provides a modular space frame that utilizes available components. Such modular work platforms require a lot of labor to assemble. Platforms like these generally require the minimum number of However, in some cases, Only a portion of the platform is subjected to a particularly high load.

[0004] Therefore, in view of the foregoing, it is to be understood that the present invention is not limited to the above-mentioned drawbacks or other problems. Space frame systems, work platform systems, or other structures that accommodate It would be advantageous to provide a structure that Summary of the Invention

[0005] In accordance with at least some embodiments of the present disclosure, a wide variety of applications are possible. It is advantageous to provide a space frame.

[0006] In accordance with at least some embodiments of the present disclosure, space is available in a variety of sizes and configurations. Limited to form a base frame assembly and work platform system. It is advantageous to provide a space frame that utilizes a limited number of interchangeable components. It is beneficial.

[0007] In accordance with at least some embodiments of the present disclosure, provided herein is a modular A modular space frame support system comprising: The system comprises at least one unit of a modular space frame support system. At least one unit comprises at least four elongated structural members, A first and a second of the at least four elongated structural members are positioned in a first pair of opposing The third and fourth elongated structural members are formed of elongated structural members. form a second pair of opposing elongated structural members, and the first and second pairs of opposing elongated structural members The elongated structural members are joined together using at least four interconnect structures, forming a substantially at least four elongated structural members defining a rectangular planar surface; a plurality of diagonal chords each having at least one diagonal chord at a first end; Each of the four interconnect structures is attached to a respective one of the second ends. a plurality of diagonal cords each connected to a single common interconnect structure at a portion of the at least one further elongated structural member; The elongated structural members include a first pair of opposing elongated structural members and a second pair of opposing elongated structural members. a first pair of opposing elongated structural members connected to one of the structural members and a second pair of opposing elongated structural members; Between one of the pair of opposing elongated structural members, a first pair of opposing elongated structural members and a second pair of opposing elongated structural members extending in a direction perpendicular to the first pair of opposing elongated structural members. at least one further elongated structural member; and at least one deck plat form, wherein at least one deck platform has first and second opposing along opposing edges of the first pair of opposing elongated structural members. and secured to one of the other of the pair of opposing elongated structural members, is fixed to at least one further elongated structural member and has at least one rectangular planar surface. At least one deck platform, designed to provide at least partial coverage A modular space frame support system including:

[0008] In accordance with at least some embodiments of the present disclosure, provided herein is a modular A modular space frame support system comprising: The system consists of at least two units of a modular space frame support system. each unit comprising at least four elongated structural members, A first and a second of the four elongated structural members are arranged in a first pair of opposing elongated members. The third and fourth elongated structural members form a first structural member. forming two pairs of opposing elongated structural members, the first and second pairs of opposing elongated structural members The structural members are joined together using at least four interconnect structures and are substantially rectangular. At least four elongated structural members defining the planar surface of the shape; a plurality of diagonal cords each having at least four interconnecting wires at a first end; Each of the structures is attached to a respective one of the structures and has at least one a plurality of diagonal cords each connected to at least one further interconnect structure; at least one further elongated structural member; The structural members include a first pair of opposing elongated structural members and a second pair of opposing elongated structural members. a first pair of opposing elongated structural members and a second pair of opposing elongated structural members connected to one of the opposing elongated structural members; a first pair of opposing elongated structural members between one of the opposing elongated structural members; and extending in a direction perpendicular to one of the second pair of opposing elongated structural members. at least one further elongated structural member; and at least one deck platform. At least one deck platform is comprised of at least two elongated structures. a rectangular planar surface fixed to the structural member and at least one further elongated structural member; At least one deck plate adapted to cover at least a portion of the desired surface. and each deck platform of at least two units. The system is coplanar and has at least two units with multiple diagonal The cord is smaller than the plurality of diagonal cords of the second of at least two units. It is a modular space frame support system with a minimum length.

[0009] In accordance with at least some embodiments of the present disclosure, provided herein is a method for manufacturing a system for manufacturing a semiconductor device, comprising: a first element, the first element being generally planar; a generally planar second element, the first element and the second element being spaced apart from each other; The elements are generally parallel to one another; a second element; a first element; a tubular section between the first element and the second element, the tubular section being It has a hollow, smooth interior and a continuous flow through the first element and the second element. and a tubular section providing a passageway.

[0010] In accordance with at least some embodiments of the present disclosure, provided herein is a modular A modular space frame support system comprising: The system comprises at least one unit of a modular space frame support system. At least one unit comprises at least four elongated structural members, A first and a second of the at least four elongated structural members are positioned in a first pair of opposing The third and fourth elongated structural members are formed of elongated structural members. form a second pair of opposing elongated structural members, and the first and second pairs of opposing elongated structural members The elongated structural members are joined together using at least four interconnect structures, forming a substantially at least four elongated structural members defining a rectangular planar surface; The cords for the wire harness are arranged such that the plurality of diagonal cords are arranged at the first end in at least four phases. at the second end of each of the interconnect structures attached to a respective one of the , a plurality of diagonal connectors each connected to at least one further interconnect structure. at least one further elongated structural member; The elongated structural members include a first pair of opposing elongated structural members and a second pair of opposing elongated structural members. a first pair of opposing elongated structural members connected to one of the structural members and a second pair of opposing elongated structural members; Between one of the pair of opposing elongated structural members, a first pair of opposing elongated structural members and extending in a direction perpendicular to one of the opposing elongated structural members of the second pair. at least one further elongated structural member; and at least one deck plat At least one deck platform has at least two narrow a rectangular structural member secured to the elongated structural member and at least one further elongated structural member; at least one device adapted to at least partially cover a planar surface of the and a chip platform, each of the at least four interconnect structures generally comprising: A first element that is planar; a second element that is generally planar wherein the first element and the second element are generally parallel to one another; a second element; and a tubular section between the first element and the second element. The tubular section has a hollow smooth interior and includes a first element. a tubular section providing a continuous passageway through the first and second elements; A modular space frame support system including:

[0011] In accordance with at least some embodiments of the present disclosure, provided herein is a modular A modular space frame support system comprising: The system consists of at least two units of a modular space frame support system. each unit comprising at least four elongated structural members, A first and a second of the four elongated structural members are arranged in a first pair of opposing elongated members. The third and fourth elongated structural members form a first structural member. forming two pairs of opposing elongated structural members, the first and second pairs of opposing elongated structural members The structural members are joined together using at least four interconnect structures and are substantially rectangular. At least four elongated structural members defining the planar surface of the shape; a plurality of diagonal cords each having at least four interconnecting wires at a first end; Each of the structures is attached to a respective one of the structures and has at least one a plurality of diagonal cords each connected to at least one further interconnect structure; at least one further elongated structural member; The structural members include a first pair of opposing elongated structural members and a second pair of opposing elongated structural members. a first pair of opposing elongated structural members and a second pair of opposing elongated structural members connected to one of the opposing elongated structural members; a first pair of opposing elongated structural members between one of the opposing elongated structural members; and extending in a direction perpendicular to one of the second pair of opposing elongated structural members. at least one further elongated structural member; and at least one deck platform. At least one deck platform is comprised of at least two elongated structures. a rectangular planar surface fixed to the structural member and at least one further elongated structural member; At least one deck plate adapted to cover at least a portion of the desired surface. and each deck platform of at least two units. The system is coplanar and has at least two units with multiple diagonal The cord is smaller than the plurality of diagonal cords of the second of at least two units. each of the at least four interconnect structures having a short length, and each of the at least four interconnect structures having a length of generally A first element that is planar; a second element that is generally planar wherein the first element and the second element are generally parallel to one another; a second element; and a tubular section between the first element and the second element. The tubular section has a hollow smooth interior and includes a first element. a tubular section providing a continuous passageway through the first and second elements; A modular space frame support system including: [Brief explanation of the drawings]

[0012] [Figure 1] FIG. 1 is an isometric view of an exemplary embodiment of a modular space frame support system forming a work platform system in accordance with an embodiment of the present disclosure. [Figure 2] FIG. 2 is a bottom perspective view of the embodiment shown in FIG. 1 in accordance with an embodiment of the present disclosure. [Figure 3] FIG. 1 is a top perspective view of an interconnect structure according to the present disclosure. [Figure 4] FIG. 2 is a top perspective view of a second embodiment of an interconnect structure according to the present disclosure. [Figure 5] FIG. 5 is a top view of the interconnect structure of FIG. 4 according to the present disclosure. [Figure 6] FIG. 5 is a side view of the interconnect structure of FIG. 4 according to the present disclosure. [Figure 7] FIG. 5 is a bottom view of the interconnect structure of FIG. 4 according to the present disclosure. [Figure 8] FIG. 5 is a bottom perspective view of the interconnect structure of FIG. 4 with a threaded cartridge according to the present disclosure. [Figure 9] FIG. 1 is a top perspective view of an interconnect structure and an exemplary elongated structural member according to the present disclosure. [Figure 10] FIG. 10 is a top perspective view of a second embodiment of an elongated structural member according to the present disclosure. [Figure 11] FIG. 11 is a top view of the elongated structural member of FIG. 10 in accordance with the present disclosure. [Figure 12] FIG. 11 is a side view of the elongated structural member of FIG. 10 in accordance with the present disclosure. [Figure 13] FIG. 11 is a bottom view of the elongated structural member of FIG. 10 in accordance with the present disclosure. [Figure 14] FIG. 10 illustrates another embodiment of an elongated structural member in accordance with an embodiment of the present disclosure. [Figure 15] FIG. 10 is a top perspective view of a further embodiment of an elongated structural member in accordance with the present disclosure. [Figure 16] FIG. 16 is a top view of the elongated structural member of FIG. 15 in accordance with the present disclosure. [Figure 17] FIG. 16 is a side view of the elongated structural member of FIG. 15 in accordance with the present disclosure. [Figure 18] FIG. 16 is a bottom view of the elongated structural member of FIG. 15 in accordance with the present disclosure. [Figure 19] FIG. 10 is a top perspective view of a further embodiment of an elongated structural member in accordance with the present disclosure. [Figure 20] FIG. 20 is a top view of the elongated structural member of FIG. 19 in accordance with the present disclosure. [Figure 21] FIG. 20 is a side view of the elongated structural member of FIG. 19 in accordance with the present disclosure. [Figure 22] FIG. 20 is a bottom view of the elongated structural member of FIG. 19 in accordance with the present disclosure. [Figure 23] FIG. 1 is a top perspective view of a single unit of a modular space frame support system according to an embodiment of the present disclosure. [Figure 24] FIG. 24 illustrates the unit of FIG. 23 with a deck platform according to an embodiment of the present disclosure. [Figure 25] FIG. 25 illustrates the unit of FIG. 24 with a second deck platform according to an embodiment of the present disclosure. [Figure 26] 1A-1C illustrate connections between elongated structural members and upper interconnect structures according to embodiments of the present disclosure. [Figure 27] 1A-1C illustrate connections between elongated structural members and underlying interconnect structures according to embodiments of the present disclosure. [Figure 28] FIG. 10 is a top perspective view of a further work platform system according to an embodiment of the present disclosure. [Figure 29] FIG. 29 is a bottom perspective view of the work platform system of FIG. 28 in accordance with the present disclosure. DETAILED DESCRIPTION OF THE INVENTION

[0013] Although certain preferred embodiments of the present invention will be shown and described in detail, various Variations and modifications may be made without departing from the scope of the appended claims. It should be understood that the scope of the present invention is not limited to the number of constituent components, their materials, The present invention is not limited to the shapes, relative arrangements, etc. of the components, but is merely an example of an embodiment. The features and advantages of the present invention are illustrated in detail in the accompanying drawings. In the drawings, like reference numbers refer to like elements throughout.

[0014] Used in this specification and the appended claims as a prelude to the detailed description, As in the example, the singular forms "a," "an," and "the" are used unless the context makes clear otherwise. It should be noted that unless specifically stated otherwise, multiple referents are included.

[0015] As used herein, "modular space frame support system" means a system of modular space frame support systems. The term "single section or unit" and related phrases refer to at least three phases. refers to a planar structure comprised of interconnected structures and multiple elongated structural members; The plurality of elongated structural members connect at least three interconnect structures and at least one It forms a framework that can support a flat deck platform. "Single section or unit of a modular space frame support system" Therefore, the terms "section" and / or "unit" are used interchangeably. In addition, adjacent units of the modular space frame support system can Sections can share one or more components, for example , two adjacent sections of a modular space frame support system can be or multiple interconnecting structures and may share a single elongated structural member or cord. It will be recognized that it is possible.

[0016] As used herein, the term "multilevel" and related phrases mean: A structure having two or more individual sections separated by a predetermined vertical distance Generally, each level of a "multi-level" structure is roughly horizontal. The plane will be oriented in a horizontal direction or will lie in a generally horizontal plane.

[0017] The term "stress" refers to the degree to which a material or structure is subjected to tension or compression. This refers to the following.

[0018] The term "span" refers to the distance between supports. Refers to a multi-level structure that is oriented in a horizontal or generally horizontal plane. When used in conjunction with a support, the support is a , or one or more levels of a multi-level structure and an independent structure (e.g., A generally vertically oriented structure between a building, bridge, etc. As used herein, "support" generally refers to vertical support members, diagonal cords, and support structures. Suspension components, e.g., suspension connectors / This is the Nectar Assembly.

[0019] As used herein, the term "section" refers to how large a structure is. Determine how well a structure (e.g., beams, joists, and columns) can resist bending. refers to the physical properties of a structure (elongated structure such as a pole).

[0020] 1 and 2 illustrate an exemplary embodiment of the framework. The frame is a modular space frame made from interconnected structures and elongated structural members. The support system 100 includes an elongated structural member that supports a plurality of deck platforms 50. horizontally and diagonally between the interconnect structures to create a framework for The embodiment shown in Figures 1 and 2 extends from the upper framework level 110 and a lower framework level 120, each of which has a plurality of interconnecting connecting structure 10' and upper and lower elongated structural members 30' and 70''. The levels 110 and 120 are constructed by diagonal elongated structural members 70'. The two are joined together.

[0021] As shown in Figures 1 and 2, and further explained by the description of the individual components, As further supported by the present disclosure, modular space frames may be fabricated in accordance with the present disclosure. Regarding the size and shape of the support system and work platform system, 1 and 2 show a system for creating a work platform system 200. Modular space floor with work platform 50 in place for construction 1A and 1B are top and bottom perspective views of one large rectangular embodiment of frame support system 100. Although perspective views are shown, other general shapes and geometries are contemplated herein. will be done.

[0022] Interconnect Structure 3-8 illustrate the interconnect structure 10 / 10'. The interconnect structure is or multiple elongated structural members (e.g., nodes, posts, columns, centers, or shafts) It is any structure that connects a wire (such as a shaft) to another wire.

[0023] The exemplary interconnect structure 10 shown in FIG. 3 includes a distal end of the midsection 15. It includes a top element 11 and a bottom element 12 spaced apart. The top element 11 and the bottom element 12 are substantially planar in configuration, They can also be parallel to each other. In the embodiment shown, the upper element The upper and lower elements 11 and 12 are octagonal in plan view. 15 can be a cylindrical section, and the longitudinal direction of the middle section 15 The axis is perpendicular to the plane of the top element 11 and the bottom element 12. There are a plurality of openings 13, 14, which are formed by the upper element 11 and bottom element 12, respectively.

[0024] The upper element 11 has a central opening 16 at its center. It has four slots 17 (for example, 17A, 17B, 17C, 17D) Due to the central opening area 19, the central opening 16 is generally cross-shaped in configuration. A series of cross slots 18A, 18B, 18C, 18D can be The slots 17A, 17B, 17C, and 17D are connected to each other. For added strength, a second reinforcing plate 20 is attached to the top element 11. The openings on the reinforcement plate 20 are added to the bottom, forming a central opening 16 and The handle 22 is attached to all the accessory openings (17, 18, 19) of the , are added to the sides of the middle section 15.

[0025] 4-8 illustrate a second embodiment of an interconnect structure 10'. The body 10' has a first air gap disposed at the distal end of the tubular section 15'. The first element 11' and the second element 12' are included. The two elements 12' are substantially planar in configuration and are parallel to one another. In the embodiment shown, the first element 11' and the second element 12' is generally square in plan. In the embodiment, the first element 11' and the second element 12' may have other shapes (e.g. , octagonal, polygonal, circular, etc.

[0026] The tubular section 15' can be a cylindrical section, The longitudinal axis of the groove-shaped section 15' is parallel to the first element 11' and the second element 11'. The tubular section 15' is perpendicular to the plane of the casing 12'. In one embodiment, the tubular section can define a length and an inner diameter. The length of 15' is less than the length of the midsection 15 of the interconnect structure 10. It is possible to do this.

[0027] The tubular section 15' defines a substantially uniform cross-section along its length. In the embodiment shown, the tubular section 15' is a right circular cylinder. However, in an alternative embodiment, the tubular section 15' may have a different It can have any shape (for example, any prism with polygonal faces). The lobe-shaped section 15' may have a hollow interior.

[0028] There are a plurality of openings 13', 14', and the plurality of openings 13', 14' are They extend through both the element 11' and the second element 12', respectively. A plurality of openings 13' (e.g., 13A', 13B', 13C', 13D', 13E', 13F', 13G', 13H') are interspersed on the first element 11' , providing various locations for connection to one or more elongated structural members 30'. A plurality of openings 14' (e.g., 14A', 14B', 14C') ', 14D', 14E', 14F', 14G', 14H'), similarly, the second element 12' and 13A', and and 14A') are coaxial.

[0029] In the center of the first element 11' there is a central opening 16'. A corresponding opening 23' is shown in the center of the second element 12' in Figure 7. In one embodiment , central openings 16' and 23' receive a threaded cartridge 800 (e.g., (See, for example, FIG. 8.) In other embodiments, central openings 16' and 23' are elongated. A central opening 16' and a structural member (e.g., vertical support member 75) are provided. and 23' may be generally circular in configuration.

[0030] The interconnect structure 10' is adapted to engage the end of the elongated structural member 30 or cord 70. The cord-engagement structure 78b' has one or more cord-engagement structures 78b' adapted to According to an embodiment, at least one cord-engaging structure 78b' is attached to the elongated structural member 30 or Two plates 79a', 79b' are configured to engage the ends of the cord 70. Specifically, the plates 79a' and 79b' include openings 76a' and 76b'. The openings 76a' and 76b' define linear passages through the plates 79a' and 79b'. and are arranged to be coaxial.

[0031] In one embodiment (wherein the end of the elongated structural member 30 or the cord 70 is engaged), One or more cord-engaging structures 78b' are adapted to engage the plate 79a ', 79b'), plates 79a', 79b' are generally arcuate in shape. In another embodiment (wherein the elongated structural member 30 or core One or more cord-engagement structures 78 adapted to engage the ends of cords 70 b' are plates 79a', 79b'), plates 79a', 79b' are shaped In such an embodiment, the opening 76 The opening 76' may be positioned in the center of the plate 79'. The second element 12 is set at a predetermined distance from the plate 7. The specific shape and configuration of 9a', 79b' is a modular space frame support system. Varies depending on the specific arrangement of the system and the specific design of other components used. For example, plates 79a', 79b described herein may be ' are generally arcuate or circular, however, in other embodiments, plates 79a', 7 9b' may take the shape of different polygons or even circular or triangular shapes. In a further embodiment, the openings 76a', 76b' are The electrodes 79a', 79b' may be positioned at different spots on the electrodes 79a', 79b'. In a typical embodiment, plates 79a', 79b' may be symmetrical. is.

[0032] As shown in FIG. 8, the interconnect structure 10' includes a threaded cartridge 800 A corresponding fastening structure 810 is available. 0 includes a tubular member 82 having a first outer portion 822 and a second outer portion 824. Threaded cartridge 800 has a threaded inner portion 826 (not shown). As shown in FIG. 8, the first outer portion 822 The second outer portion 824 has a fastening structure-engaging structure 826. The fastening structure-engaging structure 826 is, in the embodiment shown, a threaded surface. The first outer portion 822 defines a predetermined length and an outer diameter. The length and outer diameter of portion 822 correspond to the length and inner diameter of tubular section 15'. and a threaded cartridge 800 is inserted into the tubular section 15'. Sometimes, the second outer portion 824 is connected to the first element 11′ or the second element 12. ' is exposed beyond either of the two and is capable of engaging with the fixed structure 810. There are.

[0033] slender structural members "Slender structural member" refers to a frame for a modular space frame support system. Any generally linear length of material that can be connected with interconnect structures to build a network. The elongated structural member can take several forms, and in some embodiments In this state, the elongated structural members may be used horizontally, at an angle, and / or vertically. Additionally, in some embodiments, horizontal The elongated structural members can be specific to the upper or lower framework. In one embodiment, a single elongated structural member is universally integrated into the framework. (i.e., horizontal, vertical, and diagonal slender structural members) The present invention may be configured to be used as two or more of the above.

[0034] FIG. 9 shows a top perspective view of the first elongated structural member 30. 30 is for use with the interconnect structure 10 and is The elongated structural member 30 is shown connected to a top element 32 and a bottom element 33. Interspersed between elements 32 and 33 are multiple Each element 32, 33 is made up of angle irons 39A, 3 9B. Elements 32 and 33 are typically made from two L-shaped pieces. except that upper element 32 includes connector holes 54A, 54B therebetween. The elongated structural member 30 may be the first The upper element 32 and the bottom element 31 include an end 31A and a second end 31B. 3, either end 31A, 31B of the upper connection flange 35 and the lower connection flange 36 are provided. The flanges 36 extend from the upper and lower connection flanges 35, 36. The connection holes 37 are formed in the upper and lower connection flanges 35, 36. The connector holes 37A, 37B, 37C, and 37D are connected to each other. has additional locking holes 360A, 360B, 360C, and 360D, and The locking holes 360A, 360B, 360C, and 360D are also secured to the connecting flanges 35A and 35 The elongated structural member 30 of FIG. 9 is generally It may also be called a bar joist or an open web beam or joist. Such slender structural members are typically mounted on modular space frame support systems. Used as horizontal members for the side or lower framework.

[0035] 10-13 show a second embodiment of an elongated structural member 30'. Member 30' includes a first end 31a' and a second end 31b'. 0' includes a plurality of upper connecting elements 1000 and lateral connecting elements 1010. Each of the elements 1000 and 1010 is made of angle iron. 1000, 1010 are typically connected to the lateral connecting element 1010. 10. The construction is identical except that it includes a connector hole 1012 in the middle. A handle 1020 may optionally be attached to the side of the elongated structural member 30'. has been added to the section.

[0036] In the embodiment shown, the elongated structural member 30' is made from structural tubing. In one embodiment, the elongated structural member 30' is made of a single structural tubing. However, in other embodiments, the elongated structural member 30' may be a structural tube. It may be made from multiple pieces of a moulding shape or other suitable shape and material.

[0037] Specifically, in the illustrated embodiment, the elongated structural member 30' is Two open ends 31a', 31b' are configured to be fixed directly or indirectly to the b'. According to some embodiments, the elongated The structural member 30' is configured to be secured directly to the interconnect structure 10. However, in other embodiments, the ends 31a', 31b' of the elongated structural member 30' may further include As will be described in detail below, the interconnect structure 10 is adapted to engage the It contains one or more structures that

[0038] According to one embodiment, two plates 72a', 72b', 72c', 72d' , are secured to each of the open ends 31a', 31b'. The plates are fixed to the outer surfaces of both sides of the square tubular structure, and each plate The plates 72a', 72b' and 72c', 72d' are parallel to each other. Each of the plates 72a' to 72d' is a parallel cord of the elongated structural member 30'. Extending outward from each end 31a', 31b'. a' to 72d' further include openings 73a', 73b', 73c', and 73d', Portions 73a', 73b', 73c', 73d' are positioned through the respective plates. and the openings in each pair of plates 72a', 72b' and 72c', 72d' The portions 73a', 73b' and 73c', 73d' are corresponding and coaxial, The openings 73a', 73b' form a linear passageway through each plate. Each pair of 3b' and 73c', 73d' is fixed in the interconnect structure 10. Each accepts a pin for

[0039] In the embodiment shown, plates 72a', 72b', 72c', 72d' are generally The diamond shape is rounded at the tip. The specific shape and size of parts 72a'-72d' are modular space frame supports. Varies depending on the specific arrangement and components used in forming the system. For example, plates 72a' to 72d' are It can be a true rectangle, a circle, an arc, or any polygonal shape. Similarly, in the embodiment shown, openings 73a'-73d' are formed in plate 72a. Although shown centered near the rounded end of '~72d', other implementations may In this embodiment, the openings 73a'-73d' are offset or otherwise different. It can be positioned by

[0040] In another embodiment, the openings may be formed within the elongated structural member 30' itself. In this embodiment, the elongated structural member 30' has four openings. Two aligned coaxial openings at each end of elongated structural member 30' define a The corresponding interconnect structure forms two passages through the entire or designed with a protrusion containing a plurality of openings, which may be elongated structures. The cord is inserted into the hollow center of the structural member 30' or the end of the cord is inserted therein. Either a cup is formed or a

[0041] The elongated structural member 30' shown in the figure is made up of elements of a particular shape. However, other embodiments (e.g., bar joists, trusses, or It is understood by those skilled in the art that structural steel (i.e., I-beam, C-beam, etc.) exists. It should be clear to the reader that the elongated structural member 30' is made of shaped steel (e.g., wide flat steel). flange elements, narrow flange members, etc.) or from other suitable shapes and materials. can also be made.

[0042] Such elongated structural members 30' as shown are generally horizontal members. Generally, the upper framework is used as a Used when constructing the

[0043] FIG. 14 shows a perspective view of a further embodiment of an elongated structural member 70. As shown in FIG. The elongated structural members 70 are generally used for modular space frame support systems. used as horizontal or diagonal members in the lower framework of the Such elongated structural members are generally referred to as cords 70. When used in conjunction, the terms "elongated structural member" and "chord" shall mean any member that is interrelated. In the embodiment shown, the cord 70 is used to support or support a load. It is an elongated tubular member adapted to hold a

[0044] In the embodiment shown, the cord 70 is made from structural tubing. Specifically, in the embodiment shown, the cord 70 is directly connected to the interconnect structure 10. or a square having two open ends 71a, 71b configured to be indirectly fastened. It is a tube-shaped structure.

[0045] According to one embodiment, two plates 72a, 72b, 72c, 72d have open ends. At a given end, the plate is fixed to each of the portions 71a and 71b. The plates 72a are fixed to the outer surfaces of both sides of the tubular structure. , 72b and 72c, 72d are parallel to each other. Each of the cords 70 and 72d extends from the respective ends 71a and 71b of the cords parallel to the cord 70. Each of the plates 72a to 72d has an opening 73a, 73b (see FIG. (not shown), 73c, 73d (not shown), and 73d is positioned through each plate and connects plates 72a, 72b and and 72c, 72d, respectively, having pairs of openings 73a, 73b (not shown) and 73c, 73d (not shown) are corresponding, coaxial lines passing through each plate. The openings 73a, 73b (not shown) and 73c form a passageway. , 73d (not shown) are pins for fastening into the interconnect structure 10. Accept each.

[0046] 15-18 show further embodiments of elongated structural members 70. Slender structural members are commonly used as underpinnings for modular space frame support systems. It is used as a horizontal member of the side framework. In this embodiment, the elongated structural member is referred to as a bottom chord 70'.

[0047] The bottom cord 70' is an elongated tubular member adapted to bear or support a load. In the embodiment shown, the bottom cord 70' is made from structural tubing. The bottom cord 70' has a first end 71a' and a second end 71b'. A handle 1500 is optionally added to the side of the bottom cord 70'.

[0048] In one embodiment, the bottom cord 70' is in the form of a single structural tubing. However, in other embodiments, the bottom cord 70' may be in the form of structural tubing or may be made from multiple pieces of other suitable shapes and materials.

[0049] Specifically, in the illustrated embodiment, the bottom cord 70' is attached to the interconnect structure 10. Two open ends 71a', 71b' configured to be fastened directly or indirectly According to some embodiments, the bottom cord is a square tubular structure having a 70' is configured to be directly secured to the interconnect structure 10. In an embodiment, the ends 71a', 71b' of the bottom cord 70' are As described, one or more Contains multiple structures.

[0050] According to one embodiment, two plates 72a'', 72b'', 72c'', 72 d'' is fixed to each of the open ends 71a', 71b'. The plates are fixed to the outer surfaces of both sides of the square tubular structure, The plates 72a'', 72b'' and 72c'', 72d'' are parallel to each other. Each of the plates 72a'' to 72d'' is attached to the bottom cord 70'. Extending outward from each end 71a', 71b' of the cord parallel to each other. Each of the plates 72a'' to 72d'' has openings 73a'', 73b'' (not shown), 73c'', 73d'' (not shown) and 3c'', 73d'' are positioned through each plate, and plate 7 2a'', 72b'', and 72c'', 72d'', the pair of openings 73a'', , 73b'' (not shown), and 73c'', 73d'' (not shown) correspond to , coaxially arranged to form a linear passage through each plate. Openings 73a'', 73b'' (not shown) and 73c'', 73d'' (not shown) ) each pair receiving a pin for fastening into the interconnect structure 10. do.

[0051] In the embodiment shown, plates 72a'', 72b'', 72c'', 72d' ' is generally diamond-shaped, with the tip of the diamond being rounded. The specific shapes and sizes of plates 72a''-72d'' are determined by modular spaceflight. Depending on the specific arrangement and components used in forming the frame support system It is understood that variations are possible depending on the plate. For example, plate 72a' '~72d' is a true rectangular, round, arcuate, or any polygonal shape. Similarly, in the illustrated embodiment, openings 73a''-73d'' ' is centered near the rounded ends of plates 72a'-72d' Although shown, in other embodiments, openings 73a''-73d'' may be offset. or otherwise positioned differently.

[0052] In another embodiment, the openings may be formed in the bottom cord 70' itself. In an embodiment, the bottom cord 70' has four openings. Two aligned coaxial openings at each end of the bottom cord 70' run through the entire length of the bottom cord 70'. The corresponding interconnect structure has one or more corresponding openings. The bottom cord 70' will be designed with a protrusion containing a portion, which will be hollow in the bottom cord 70'. Insert into the core or form a cup into which the end of the cord is inserted Either:

[0053] The bottom chord 70' is a modular space frame support system 100 It may be used in the lower frame 120 of the modular space frame support system 100. In such an embodiment, the work platform 50 is secured to the lower frame 120. and constructed using the modular space frame support system 100. The resulting work platform system 200 is a single level work platform. It will be recognized that this will become a system.

[0054] 19-22 show a further elongated structural member 70, which is shown In embodiments, generally, the diagonal members of a modular space frame support system The diagonal cord 70'' is used as a An elongated tubular member adapted to bear or support a load. The 70" deck is fitted with a modular space frame support system as diagonal support. 100. The diagonal cord 70'' has a first end 71a'' and a second end 71b''. The handle 1900 may optionally be attached to the side of the diagonal cord 70''. has been added to the section.

[0055] In the embodiment shown, the diagonal cord 70'' is made from structural tubing. In one embodiment, the diagonal cord 70'' is a single structural tubing. However, in other embodiments, the diagonal cords 70'' may be structurally It may be made from multiple pieces of a moulding shape or other suitable shape and material.

[0056] Specifically, in the embodiment shown, the diagonal cord 70'' is Two open ends 71a'', 71b, 71c, 71d, 71e, 71f, 71g, 71h, 71m ... 1b″. According to some embodiments, the slanted The cord 70 ″ is configured to be secured directly to the interconnect structure 10 . However, in other embodiments, the ends 71a'', 71b'' of the diagonal cord 70'' , adapted to engage interconnect structure 10, as described in more detail below. Contains one or more structures that are

[0057] According to one embodiment, two plates 72a''', 72b''', 72c''' , 72d''' are fixed to the open ends 71a'', 71b'', respectively. At the ends of the plates are fixed to the outer surfaces of both sides of the square tubular structure. and plates 72a''', 72b''', 72c''', 72d' The plates 72a'''~72d''' are parallel to each other. The diagonal cord 70'' and the parallel cords 71a'', 71b'' are respectively Each of the plates 72a'''-72d''' has an opening extending outward. Further including openings 73a''', 73b''', 73c''', and 73d''', 73b''', 73c''', and 73d''' are positioned through their respective plates. The plates 72a''', 72b''' and 72c''', 72d' Each pair of openings 73a''', 73b''' and 73c''', 73d' '' are corresponding and coaxial, forming linear passages through each plate. The openings 73a''', 73b''', 73c''', 73d Each pair of ''''s receives a pin for fastening into the interconnect structure 10'. Put in.

[0058] In the embodiment shown, plates 72a''', 72b''', 72c''', 7 2d''' is generally triangular, with the tip of the triangle being rounded. However, the specific shapes and sizes of plates 72a'''-72d''' are The specific arrangement and components used in forming the central space frame support system It is understood that this may vary depending on the components. For example, Plates 72a'''-72d''' may be true rectangular, round, arcuate, or any other suitable shape. The openings may be any polygonal shape. Plates 73a'''-73d''' are the rounded edges of plates 72a'''-72d'''. Although shown centered near the opening 73a''', in other embodiments, the opening 73a''' 73d''' may be offset or otherwise differently positioned .

[0059] In another embodiment, the openings may be formed in the diagonal cord 70'' itself. In this embodiment, the diagonal cord 70'' has four openings. Two aligned coaxial openings at each end of the 70'' allow for the diagonal cord 70'' The corresponding interconnect structure forms two passages through the entire or designed with a protrusion containing multiple openings, which may Insert the cord into the hollow center of the cord 70" or insert the cord end into it. Either a cup is formed or a

[0060] Modular Space Frame Support System FIG. 23 illustrates a single section or section of the modular space frame support system 100. 1 shows a set of units 115 interconnected to form an upper framework. Using the connecting structure 10' and the elongated structural members 30', and the lower framework and a single interconnect structure 10'. The four interconnect structures 10A', 10B', 10C', and 10D' are fabricated. The four elongated structural members 30A', 30B', 30C', 30D' are interconnected. Note that FIG. 23 shows a single frame unit 115 which is square in plan view. It will be apparent to one skilled in the art that other shapes and configurations can be made. For example, other shapes may be achieved by varying the length of the elongated structural member 30'. For example, a rectangular frame unit 115 may be constructed. , and attaching elongated structural members 30' to the various openings 13', 14' of the interconnect structure 10'. By attaching the elongated structural member 30' to the interconnect structure 10', Various angles can be realized. For example, the frame unit 115 is triangular in plan view. (not shown) can be constructed. Thus, the length of the elongated structural member 30' can be varied, and and / or by varying the angle at which the elongated structural member 30' extends from the interconnect structure 10'. By doing so, the frame unit 115 can be made in virtually any shape and size, and , the resulting modular space frame support system 100 and work platform Additionally, platform system 200 can be constructed in different shapes, sizes, and configurations. The frame sections or units 115 can be joined and abutted together to form a modular -Space frame support system design (and work platform system design) ) is virtually completely customizable. Modular spaceframe This adaptability of the support system 100 allows it to be built in virtually any shape required in construction. This provides a convenient way to gain access to the work area.

[0061] FIG. 24 shows a single frame section or unit 115 from FIG. The platform 50A is installed on a single frame unit 115, and Therefore, the single frame unit 115 can be used as a single unit of the work platform system 200. In the embodiment shown, the platform The 50A frame is roughly half the size of the upper frame section and therefore and is supported along its long edges by elongated structural member 30A' and elongated structural member 30B The remaining long edge is supported along the short edge by 30D' and 30D'. The elongated structural member 30E' is supported by the elongated structural member 30E'. The frame unit 115 is positioned between the frame units 115. When positioned intermediately, the elongated structural member 30' supports the platform 50. 1. The structure of the present invention provides additional support for the elongated structural members 30' between the pair of elongated structural members 30'. Therefore, it is possible for the pair of elongated structural members 30' to be perpendicular to each other. At either end of such an elongated structural member 30' there may be a pin 53. The pins 53 are connected to corresponding connectors in the middle of each of the lateral connection elements 1010. The intermediate elongated structural member 30' and other elongated structural members communicate with the connector hole 1012. The configuration of the upper connecting element 1000 of the member 30' is such that the vertical and horizontal movement is avoided. For example, In this way, the deck retainer plate 60 is provided in the space between the plurality of work platforms 50. The deck retainer plate 60 may include a plurality of holes 62. A plurality of deck retainer bolts 61 are provided to secure the deck retainer plate 60 to the deck. The deck retainer plate is adapted to be glued to the elongated structural member 30'. The platform 60 supports the work platform 50 on a modular space frame support system. This is one way to fix it at 100.

[0062] The work platform 50 is typically sized to be a 4"x8" piece of material. A suitable work platform 50 is made of metal (e.g., steel, Made from aluminum, wood, plastic, composites, or other suitable materials. Similarly, the work platform 50 may be solid, wavy, lattice, smooth, Or it may be made from any other suitably configured item, for example a work platform. Platform 50 is a material for wood sheeting, plywood, and roof decking. , metal over frames, grating, and steel sheeting, etc. Therefore, the units of the modular space frame support system 100 After installing the first work platform 50A on the 115, the installer This continues, for example, as shown in Figure 25, with additional multiple work platforms. The upper frame 110 and / or the lower frame 111 may be installed. The entire side frame 120 is covered by the work platforms 50A and 50B. This allows the complete work platform system 200 to be produced. do.

[0063] FIG. 26 is a side perspective view of the interconnections between a plurality of elongated structural members and an interconnect structure 10'. In particular, FIG. 26 shows two elongated structural members 30' and three diagonal The interconnect structure 10' is shown from the upper frame 110 with the cord 70''. The interconnect structure 10' is used on an upper frame 110, which has a diagonal corner. The wire 70'' projects at a downward angle away from the interconnect structure 10'. This means that...

[0064] FIG. 27 shows a plurality of bottom cords 70', a plurality of diagonal cords 70'', and an interconnecting structure. 27 shows a side perspective view of the interconnections between the lower frame 10'. 1 shows interconnect structures 10' from system 120, each interconnect structure 10' , engages two bottom cords 70' and four diagonal cords 70''. In the embodiment shown, the interconnect structure 10' is used on a lower frame 120. The diagonal cord 70' is directed upward and away from the interconnect structure 10'. This means that it protrudes at an angle.

[0065] As described above, the elongated structural member 30', the bottom chord 70', and the diagonal The ends 31', 71', 71'' of the cord 70'' engage the interconnect structure 10'. The elongated structural member 30', the bottom cord 70', or the diagonal When the cord 70'' is aligned with the interconnect structure 10', the elongated structure End plates 72', 72' of the bottom cord 70' or diagonal cord 70'' openings 73', 73'', 73''' in 72'', 72''', and interconnect structure; The openings 76a', 76b' in the plates 79a', 79b' of the 10' are a single continuous The elongated structural member 30' is then aligned to form a passageway. ', or diagonal code 70', is used to secure fixed structures (e.g., pins, nuts and bolts) The interconnect structure 10' is secured to the interconnect structure 10' using various materials (such as wires and pins).

[0066] In the particular embodiment shown, plates 79a', 79b of interconnect structure 10' The distance between the elongated structural member 30', the bottom chord 70', or the diagonal chord 70' The ends 31a', 71a', 71a'' of the plates 72', 72'', 72''' Thus, the distance between the plates 79a', 79b of the interconnect structure 10' is greater than the distance between the plates 79a', 79b ' may be attached to the elongated structural member 30', the bottom cord 70', or the end 31 of the diagonal cord 70'. However, in an alternative embodiment, the interconnections The distance between plates 79a', 79b' of connecting structure 10' is The ends 31a', 71a', 71a'' of the cord 70' or the diagonal cord 70'' The distance between the plates 72', 72'', and 72''' may be smaller than the distance between the plates 72', 72'', and 72'''. The ends 31a', 7 of the structural member 30', bottom cord 70', or diagonal cord 70'' 1a', 71a'' slide over plates 79a', 79b' of interconnect structure 10'. It is becoming more and more popular.

[0067] 28 and 29 show a cross-sectional view of a cross-sectional view of a semiconductor device using an interconnect structure 10' and an elongated structural member 30'. The modular space frame support system 100 may be fabricated in multiple sections or 1 shows a further embodiment of the unit 115, in which the work platform 50 is The frame unit 115 is installed on the frame unit 115, and therefore the frame unit 115 can be operated. The platform system 200 is converted into a single unit.

[0068] In particular, according to an embodiment of the present disclosure and shown in FIGS. As such, the work platform system 200 comprises four individual units arranged in a 2x2 configuration. 1 is shown with an upper frame 110 having individual sections or units 115. The lower frame 120 is configured such that a given interconnect structure 10' of the lower frame 120 is aligned with an upper frame. One individual unit is positioned directly under the center of the work platform 50 of the room 110. In other words, the lower frame 120 is made up of the upper frame 11. 0, and the upper frame 110 is spaced apart from the lower frame 110 on all sides. 20. The modular design shown in FIGS. - Space frame support system 100 and resulting work platform Regardless of the particular shape and arrangement of the system 200, the modular space frame system The port system 100 and the resulting work platform system 200 are The interconnection structure 10' of the lower frame 120 is connected to the work platform of the upper frame 110. While still positioned directly under the center of the frame 50, It is understood that a variety of configurations are possible.

[0069] In the embodiment shown in FIGS. 28 and 29, the interconnect structure of the lower frame 120 The body 10' is offset relative to the interconnect structure 10' of the upper frame 110. However, in a further embodiment, the interconnect structure 10' of the lower frame 120 is In such an embodiment, the interconnect structure 10′ may be positioned directly below the interconnect structure 10′ of the system 110. Each interconnect structure 10' of the lower frame 120 has a bottom chord 70' and a diagonal The cord 70" is interconnected with the vertical support member of the upper frame. 110 and may be further connected to its corresponding interconnect structure 10'. is configured to engage the bottom element 12 / 12' of the interconnect structure 10 / 10'. a first end of the interconnect structure 10 / 10' and a second end of the interconnect structure 10 / 10' connected to the upper element 11 / 11' of the interconnect structure 10 / 10'; and a second end configured to mate with the first end. In the embodiment, the second end is specifically a central opening of the upper element 11 / 11'. 16.

[0070] Modular space frame support system 100 and resulting work platform Regardless of the particular shape and arrangement of the platform system 200, the modular space Frame support system 100 and resulting work platform system 200 is a diagram showing the structure of the interconnection structure 10' of the lower frame 120 and the unit of the upper frame 110. While still positioned beneath one of the interconnect structures 10' of 115, It will be appreciated that numerous shapes, sizes, and configurations are possible.

[0071] In a further embodiment, an upper framework 110 and a lower framework 120 The distance between the upper frame and the lower frame is increased relative to the distance between them in another embodiment. By increasing the distance between the frame 110 and the lower frame 120, Thus, by increasing the length of the diagonal cord 70'', the load capacity is increased. For example, in the embodiment shown, the modular space frame support system 1 Each of the diagonal cords 70'' used in 00 has the same length However, in a further embodiment, part of the modular space frame support system 100 The part may be attached to another part (or the remainder) of the modular space frame support system 100. It is possible to use diagonal cords with a length greater than the length of the module. Modularly increasing the load capacity of a section of a modular space frame support system The capability is that smaller and lighter components can be mounted on a modular space frame support system. This allows it to be used for most of the system, eliminating the need for larger and heavier components. This allows it to be used only in places where it is intended.

[0072] Additional Components In some embodiments, handrails may be connected to the upper frame 110. Railing standards are typically elongated and have a first flange and a second flange. and a second flange extending therefrom for connection to the connecting structure 10 / 10'. The first flange has a hole therein, as does the second flange. Then, the upper element 11 / 11' is passed through the hole 13 / 13' below. By guiding the pin through the side flange and then the bottom element 12 / By guiding the pins through the holes 14 / 14' in 12', the installer can Standard for 10 / 10' interconnection structure of the LAR space frame support system 100 Handrails can be attached. Pins can be attached to various devices (e.g. roll pins) and retaining loops, etc.). In this way, multiple standard handrails can be , attached to a plurality of interconnecting structures and arranged around the work platform system 200 A handrail system can be created.

[0073] Handrails are made of a variety of materials (e.g., chain, cable, and line). For example, handrails may be made of galvanized aircraft cable. Standard handrails include multiple holes. J-bolts are used to attach handrails to standard handrails. It may be used with a nut to attach to a threaded hole. A handrail may be added at the midpoint of the standard handrail. Railings can also be used to erect work enclosure systems, for example: Tarps or sheeting are attached to standard handrails and can be painted, dismantled, and Ability to enclose work areas for sbestos or lead paint removal and similar activities where workers must keep fumes, paint, hazardous materials, and debris out of the work area. I don't want to.

[0074] In one particular embodiment, the modular space frame support system 100 The upper frame includes an upper frame and a lower frame. The upper frame includes at least a first elongated a first interconnect structure connected in fixed relation to a second interconnect structure using a flexible structural member; a second elongated structural member connectable to the first interconnect structure; and a second interconnect a third elongated structural member connectable to the structure; and a third elongated structural member connected in fixed relationship to the second elongated structural member. a third interconnect structure fixedly connected to the third elongated structural member; a fourth interconnect structure; and a third interconnect structure connecting the third interconnect structure and the fourth interconnect structure. and four elongated structural members. In one embodiment, the first, second, third, and At least one of the fourth elongated structural members is connected to a respective interconnection structure using a pin. It is connectable to at least one of the structures.

[0075] The upper and lower frames are made of diagonal cords and vertical supports. In one embodiment, the upper frame is connected to the lower frame by several diagonal cords, each of which It is fixed at one end to the interconnect structure of the upper frame and at the second end In one embodiment, the upper frame is secured to the interconnect structure of the lower frame. The frame and lower frame shall have at least one diagonal cord and at least one vertical cord. Both are connected to each other using perpendicular supports.

[0076] In one embodiment, the modular space frame support system comprises a 1-ft. Sections greater than or greater than 3 feet or greater than 5 feet In one embodiment, the modular space frame support system comprises: , greater than 1 foot, or greater than 3 feet, or greater than 5 feet or over 6 feet, or over 7 feet, or over 8 feet , or have sections of 9 feet or more, or 10 feet or more.

[0077] In one embodiment, the modular space frame support system is a 20 foot or greater than 50 feet or greater than 60 feet or greater than 70 feet or greater than 80 feet and less than 100 feet It has a span capacity of up to 1000m.

[0078] In one embodiment, the modular space frame support system has a support capacity of 2 lbs. greater than 3 pounds per square foot or 5 pounds per square foot Greater than 1 lb / sq ft and has a dead load capacity of up to 7 lb / sq ft There are.

[0079] How to Erect a Modular Space Frame Support System Generally, a modular space frame support system as disclosed herein When erecting the system, a first frame including a plurality of interconnecting structures and elongated structural members is provided. Then, a second frame is assembled on the first frame in response to the construction of the second frame. Assembled either above or below the frame, it has one or more diagonal cords. and / or a vertical support connected to the first frame. In this embodiment, the first frame assembled is the lower frame, and the assembled The second frame is the upper frame.

[0080] In some embodiments, and among other things, a modular space frame support In cases where the platform system is to be used as a work platform system, The working platform may be mounted on the first and second frames depending on the specific construction of the first and second frames. and / or a second frame. The platform is generally mounted on the upper frame only.

[0081] The first and second frames are then secured to one another. At least one diagonal cord, vertical support, Or, the combination thereof is fixed at a first end to a first frame and a second It is fixed at its ends to a second frame.

[0082] Again, the specific structure of the first and second frames is a modular space This may affect the steps involved in assembling / erecting the frame support system. It will be appreciated that in certain embodiments, the first frame is assembled The second frame is assembled and the diagonal cords are connected to the first and second frames. In one embodiment, the first frame and the second frame are attached to each other. The steps for attaching the diagonal cord between the cords are described above in relation to the cord 70 / 70'. The method is by any of the exemplary methods described above.

[0083] The method in which vertical supports are used is to first assemble the frame, then a first end of the support connected to the interconnect structure of the first frame and a second frame After assembly, the second end of the vertical support is connected to the interconnect structure of the second frame. The first frame is connected to the work platform. and a step of attaching the diagonal cord to the first and second frames. A step is an optional step.

[0084] Again, a diagonal corner is used to secure the first and second frames together. The code used as the code may be any of the embodiments or embodiments described herein. It will be understood that the present invention may be a combination of the above.

[0085] In some embodiments, one or more suspension connectors may be used, if desired. A chain (e.g., high-strength chain) is used to assemble the upper frame 110. Before installation, the structure (for example, an overhead structure such as a bridge) must be fitted with a lower frame. 20 can be fixed. In this way, the modular space frame support system The stem may be fully suspended from a suitable structure. It is not necessarily required that the suspension connector be connected to the structure. Note that one or more suspension connectors are used, Once assembled, the upper frame 110 can be secured to a structure. The frame 110 is constructed and attached to the structure using one or more suspension connectors. Once secured, if desired, the suspension connectors from the lower frame 120 can be It can be removed.

[0086] The suspension connector is a modular space frame support system 100. The resulting work platform system 200, and all its accessories, load, plus any intended load placed on the work platform system 200. The support mechanism can be any suitable mechanism capable of supporting the applied dynamic load. The suspension connector can be a high strength chain or cable etc. For example, one suitable suspension connector is a 3 / 8" Grade 1 00 heat-treated alloy chain. The suspension connector is a beam clamp. The beam clamp is attached to multiple elements on the underside of the structure. The structure may be a bridge, viaduct, or ceiling structure of a building. Similarly, the element to which the suspension connector is attached can be It can be a frame, a joist, or any other suitable structural element of a structure. Instead of a beam clamp, other suitable structure mounting devices may be used. .

[0087] The free end of the suspension connector is connected to the upper element of the interconnect structure 10 / 10'. The suspension is then installed through the central opening area 19 / 19' of the 11 / 11' The connection connector has four slots 17 / 17' (for example, 17A / 17A'). The suspension connector slides onto and into one of the slots. When installed in 7A / 17A', the chain retainer pins are positioned in the adjacent transverse slots. The suspension connector is installed in slot 17A / 1. 7A'. The slots 17A / 17A' are fitted with keepers in transverse slots 18A / 18A'. Once the pins are properly installed, the suspension connector is attached to the interconnect structure 10 / 10 ' and can be moved vertically or horizontally from its position in 17A / 17A'. It is sized and constructed to prevent sideways sliding. The stem effectively secures the interconnect structure 10 to the suspension connector.

[0088] The upper frame 110 or the lower frame 110 of the modular space frame support system 100 An alternative device for connecting the suspension connector to the frame 120 is an auxiliary Suspender mounting brackets. Auxiliary mounting brackets typically support specific interconnections. Structure 10 / 10' is to be accessed for connection with the suspension connector. One embodiment of the auxiliary suspender mounting bracket is used when two The interconnecting tube and base plate include opposing and parallel flanges. It spans the lunge. Multiple mounting holes pass through the base plate. Undermount bracket is an interconnect structure 10 / 10" for suspension points The bracket may be used instead of or in addition to the interconnect structure 10 / At locations other than 10', the suspension connector must be 100.

[0089] One or more obstacles are located below the structure or between the structure and the modular spaceframe. These obstacles may be located between the frame support system 100 and the , which may be man-made or natural. For example, an obstacle may be made of concrete. beams, box beams, poorly sized framework, plumbing, lighting, and The obstacles can be the surface finish, etc. 'Modular Space Frame Support System 100 to Suspension Connectors' This makes it impractical (or even possible) to use it as a connection point. In this case, one or more auxiliary suspender mounting brackets are attached to the elongated structural member. The high strength bolts are passed through the mounting holes and then attached to the upper element. The bolt can be passed through the hole on the top of the suspension and connected to the bolt below the upper element. The connection connector (e.g., chain) is attached to the underside of the structure via a beam clamp. The beam can be connected to

[0090] Any obstacles directly vertically above the interconnect structure 10 / 10' are This could make the 10 / 10' a poor suspension point. Thus, the bracket is attached to the elongated structural member adjacent to the interconnect structure 10 / 10'. This allows the suspension connector to be properly attached to the nearby beam. The angle between the suspension connector and the vertical Non-perpendicular or slightly off-perpendicular orientation of the connection connector This allows for either of the following:

[0091] The modular space frame support system described herein (and resulting The resulting work platform system is intended as an example only. First, the present disclosure relates to the modular space frame support system and construction described above. Industrial platform systems, components thereof, and / or methods of assembly - Patents.com It should be recognized that the present invention is intended to encompass many variations of the above. For example, the modular space frame support system and working arrangement described herein. The platform system includes two levels 110, 120, although in other embodiments , other numbers of levels may exist.

[0092] Also, given modular space frame support systems and work platforms The specific shapes of the different structures in the system are based on the modular space frame support system. and when used as a work platform system, The size, shape, and location of structures accessed using the platform system For example, depending on the embodiment, the modular space frame may The various levels of the work support system and work platform system are Various rectangular, triangular, or other polygonal shapes (including, for example, octagons, hexagons, polygonal, etc.), or, more likely, shapes other than polygonal shapes. It is possible to further develop a modular space frame support system and (final Generally, individual units or sections of a work platform system are Any of a variety of rectangular, triangular, or other polygonal shapes are possible.

[0093] Modular space frame support system and work platform system The materials that can be formed can vary depending on the embodiment. Modular space frame support system and working platform system Suitable materials for the components include, but are not limited to, metals (e.g., steel steel, aluminum, etc.), wood, plastic, composite, or other suitable material. Also, such components may be solid, corrugated, lattice, smooth, or other For example, such a work platform may be made from any suitable item of construction. The platform system's work platform 50 is made of, among other things, wood seating, composite Boards, roof decking materials, metal over frames, gratings, and steel sheeting Also, modular space frame support systems and The level of the working platform system can be adjusted relative to other levels and / or to other support structures. It is important to note that various types of linkages can be used to support the structure. It should be recognized.

[0094] As mentioned above, in at least some embodiments, modular Base frame support system and work platform system are frame unit The block consists of multiple individual components (e.g., interconnect structures, elongated structural members, cords, etc.). The model is made up of a large number of components (such as a motor and associated work platform) so that workers can Existing dural space frame support systems or work platform systems Modules are physically supported on a mounted section or unit of Existing fuller space frame support systems and work platform systems It is advantageous in that parts can be modified or added to it. In at least some embodiments, workers in such situations may use hand tools Only using modular space frame support systems and work platforms You can expand, reposition, or remove components of the home system. modular space frame support system or work platform Mechanical to add to or subtract from existing units in a system No special tools, hoists, cranes, or other equipment are required.

[0095] Although not discussed above, in other embodiments, other types of components may also be included in the module. Included in the standard space frame support system and work platform system For example, in some embodiments, a tarp or sheeting may be used. are attached to the handrail or upper or lower frame and serve various purposes. The rear can be enclosed.

[0096] Similarly, the modular space frame support system and the resulting work platform The platform system may include additional structural assemblies (e.g., supporting feet). It is possible to incorporate various structures (such as fields and other similar structures). In an embodiment, the additional framework or work platform is a modular structure. The pace frame may be suspended from the level of the support system.

[0097] Thus, while certain embodiments of the present disclosure have been shown and described above in detail, many It is understood that variations and modifications may be made thereto without departing from the scope of the appended claims. It should be understood that, among other things, the scope of the present disclosure extends to the The number of components, their materials, their shapes, their relative arrangement, etc. Rather, the above disclosure is provided merely as an exemplary embodiment. It should be recognized that.

[0098] Here, the modular space frame support system and the resulting work platform The platform system is described with reference to the following non-limiting embodiments.

[0099] E1: Modular space frame support system, The frame support system at least one unit of a modular space frame support system; At least one unit is At least four elongated structural members, among the at least four elongated structural members the first and second of said components forming a first pair of opposing elongated structural members; The third and fourth of the elongated structural members are connected to the second pair of opposing elongated structural members. The first and second pairs of opposing elongated structural members form at least four and defining a substantially rectangular planar surface. at least four elongated structural members; a plurality of diagonal cords, the plurality of diagonal cords having at least one first end; Each of the four interconnect structures is attached to a respective one of the second A plurality of diagonal connectors each connected at an end to a single common interconnect structure. rd and; at least one further elongated structural member, The structural members include a first pair of opposing elongated structural members and a second pair of opposing elongated structural members. a first pair of opposing elongated structural members connected to one of the members and a second pair of opposing elongated structural members; a first pair of opposing elongated structural members between one of the opposing elongated structural members; and a second pair of opposing elongated structural members extending in a direction perpendicular to one of the opposing elongated structural members. at least one further elongated structural member; At least one deck platform, The platform has a first pair of opposing elongated structures along first and second opposing edges. and fixed to at least one of the opposing elongated structural members. and at least one further elongated structural member. and at least partially covering a rectangular planar surface. At least one deck platform and Modular space frame support system, including:

[0100] E2: The modular space frame support system shall have at least one vertical 10. A modular space frame support system as described in E1, including supports for:

[0101] E3: Each of the at least four interconnection structures has at least one cord engagement A modular space frame support system as described in E1 or E2, further comprising a structure. Tem.

[0102] E4: Each of the at least one cord engagement structure includes two plates, Each plate contains an opening therethrough. Frame support system.

[0103] E5: The modular structure according to E4, in which each of the two plates is arc-shaped. Space frame support system.

[0104] E6: Each of the two plates is circular. Pace frame support system.

[0105] E7: The two plates are asymmetrical. Modular space frame support system.

[0106] E8: A first end of each of the plurality of diagonal cords and a second end of each of the plurality of diagonal cords. The second end of each of the cords includes two plates, and the two plates E7. The method of claim 1, wherein each of the plurality of electrodes contains an opening therethrough. Modular space frame support system.

[0107] E9: A first end of each of the plurality of diagonal cords and a second end of each of the plurality of diagonal cords. Each of the second ends includes two plates, each of which has a The cord includes a first end and a second end containing openings therethrough, the first end and the second end of the plurality of diagonal cords being spaced apart from each other. The distance between the top two plates must be at least 4 times the length of each of the four interconnection structures. Any of E4 to E7 that is smaller than the distance between each of the two plates of the engagement structure or a modular space frame support system as described in one of claims 1 to 5.

[0108] E10: Modular space frame support system, The frame support system is at least two units of a modular space frame support system; Each unit is At least four elongated structural members, among the at least four elongated structural members the first and second of said components forming a first pair of opposing elongated structural members; The third and fourth of the elongated structural members are connected to the second pair of opposing elongated structural members. The first and second pairs of opposing elongated structural members form at least four and defining a substantially rectangular planar surface. at least four elongated structural members; a plurality of diagonal cords, the plurality of diagonal cords having at least one first end; Each of the four interconnect structures is attached to a respective one of the second a plurality of interconnect structures, each connected at an end to at least one further interconnect structure; Number diagonal chords and; at least one further elongated structural member, The structural members include a first pair of opposing elongated structural members and a second pair of opposing elongated structural members. a first pair of opposing elongated structural members connected to one of the members and a second pair of opposing elongated structural members; a first pair of opposing elongated structural members between one of the opposing elongated structural members; and a second pair of opposing elongated structural members extending in a direction perpendicular to one of the opposing elongated structural members. at least one further elongated structural member; At least one deck platform, The platform comprises at least two elongated structural members and at least one further elongated structural member. A rectangular, planar surface fixed to a structural member and designed to cover at least a portion of the surface. At least one deck platform and Including, The deck platforms of at least two units are coplanar , The plurality of diagonal cords of the first of the at least two units are at least 2 each having a length less than the plurality of diagonal cords of a second one of the two units; Modular space frame support system.

[0109] E11: The modular space frame support system shall have at least one vertical A modular space frame support system as described in E10, including directional supports.

[0110] E12: At least four interconnection structures in each of at least two units Each further includes at least one cord-engagement structure. Modular space frame support system.

[0111] E13: each of the at least one cord-engaging structure includes two plates; A modular structure as described in E12, wherein each plate contains an opening therethrough. Pace frame support system.

[0112] E14: A module according to E13, in which each of the two plates is arc-shaped. Large space frame support system.

[0113] E15: A modular assembly according to E13, in which each of the two plates is circular. -Space frame support system.

[0114] E16: The two plates are asymmetrical. 10. A modular space frame support system as described in claim 1.

[0115] E17: a first end of each of the plurality of diagonal cords; Each second end of each of the diagonal cords includes two plates, Each of the plates contains an opening through it, one of E10 to E15 10. A modular space frame support system as described in claim 1.

[0116] E18: a first end of each of the plurality of diagonal cords; Each second end of each of the diagonal cords includes two plates, Each of the plates contains an opening therethrough and is connected to a first and second of the plurality of diagonal cords. The distance between the two plates on the first and second ends of at least two units Each of the two parts of the cord-engagement structure of each of the at least four interconnection structures The distance between the modular separators described in any one of E13 to E15 is smaller than the distance between the modular separators. Pace frame support system.

[0117] E19: An interconnect structure, comprising: a first element that is generally planar; a generally planar second element, the first element and the second element the elements being generally parallel to one another; and a second element; A tubular section between the first element and the second element, The hollow section has a smooth interior and is connected to the first element and the second element. a tubular section providing a continuous passageway through the element; 1. An interconnect structure comprising:

[0118] E20: The interconnect structure further includes a threaded cartridge, Tridge is a threaded inner portion, a smooth first outer portion, and a fastening structure-engaging structure a tubular member having a second outer portion having Fixed structure and Including, The smooth outer portion has a length and an outer diameter corresponding to the length and inner diameter of the tubular section. diameter when the threaded cartridge is inserted into the tubular section. and a second outer portion extending beyond one of the first element and the second element. The interconnect structure of E19, wherein the interconnect structure is exposed and adapted to engage a fixed structure.

[0119] E21: The tubular section has a substantially uniform cross section along its length. The interconnect structure according to E19 or E20,

[0120] E22: At least four interconnect structures are listed in one of E19 to E21. A modular space frame support system as described in E1 or E9, .

[0121] E23: The interconnection structure further includes at least one cord engagement structure; E1 9 to E21.

[0122] E24: At least one cord engagement structure includes two plates, each An interconnect structure as described in E23, wherein the plate contains an opening therethrough.

[0123] E25: Each of the two plates is arcuate, and the interconnection described in E24 Continuation structure.

[0124] E26: Interconnection according to E24, in which each of the two plates is circular. structure.

[0125] E27: The two plates are asymmetrical. The interconnect structure according to any one of the preceding claims.

[0126] E28: Modular space frame support system, The frame support system is at least one unit of a modular space frame support system; At least one unit is At least four elongated structural members, among the at least four elongated structural members the first and second of said components forming a first pair of opposing elongated structural members; The third and fourth of the elongated structural members are connected to the second pair of opposing elongated structural members. The first and second pairs of opposing elongated structural members form at least four and defining a substantially rectangular planar surface. at least four elongated structural members; a plurality of diagonal cords, the plurality of diagonal cords having at least one first end; Each of the four interconnect structures is attached to a respective one of the second a plurality of interconnect structures, each connected at an end to at least one further interconnect structure; Number diagonal chords and; at least one further elongated structural member, The structural members include a first pair of opposing elongated structural members and a second pair of opposing elongated structural members. a first pair of opposing elongated structural members connected to one of the members and a second pair of opposing elongated structural members; a first pair of opposing elongated structural members between one of the opposing elongated structural members; and a second pair of opposing elongated structural members extending in a direction perpendicular to one of the opposing elongated structural members. at least one further elongated structural member; At least one deck platform, The platform comprises at least two elongated structural members and at least one further elongated structural member. It is fixed to a structural member and is designed to cover at least a portion of a rectangular planar surface. At least one deck platform and Including, Each of the at least four interconnect structures comprises: a first element that is generally planar; a generally planar second element, the first element and the second element being the elements being generally parallel to one another, and a second element; A tubular section between the first element and the second element, The tube-like section has a hollow smooth interior and includes the first element and the second element. a tubular section providing a continuous passageway through the element; Modular space frame support system, including:

[0127] E29: Each of the at least four interconnect structures shall have a threaded cartridge. The threaded cartridge further comprises: a threaded inner portion, a smooth first outer portion, and a fastening structure-engaging structure a tubular member having a second outer portion having Fixed structure and Including, The smooth outer portion has a length and an outer diameter corresponding to the length and inner diameter of the tubular section. diameter when the threaded cartridge is inserted into the tubular section. and a second outer portion extending beyond one of the first element and the second element. A modular space as described in E28, which is exposed and adapted to engage a fixed structure. Frame support system.

[0128] E30: The tubular section of each of at least four interconnection structures shall be E28 or E29, having a substantially uniform cross section along its length. -Space frame support system.

[0129] E31: The modular space frame support system shall have at least one vertical Modular space frame according to any one of E28 to E30, including support for orientation Team support system.

[0130] E32: Each of at least four interconnection structures shall have at least one code element. A modular spaceflight according to any one of E28 to E31, further comprising a composite structure. Frame support system.

[0131] E33: each of the at least one cord-engaging structure includes two plates; Each plate contains an opening therethrough. Pace frame support system.

[0132] E34: A module according to E33, in which each of the two plates is arc-shaped. Large space frame support system.

[0133] E35: Modular assembly according to E33, each of the two plates being circular. -Space frame support system.

[0134] E36: The two plates are asymmetrical. 10. A modular space frame support system as described in claim 1.

[0135] E37: a first end of each of the plurality of diagonal cords, and a plurality of Each second end of each of the diagonal cords includes two plates, Each of the plates contains an opening through it, one of E28 to E36 10. A modular space frame support system as described in claim 1.

[0136] E38: a first end of each of the plurality of diagonal cords, and a plurality of Each second end of each of the diagonal cords includes two plates, Each of the plates contains an opening therethrough and is connected to a first and second of the plurality of diagonal cords. The distance between the two plates on the first and second ends is at least 1 / 2 of the length of at least one unit. the distance between the two plates of the cord-engagement structure of the four interconnection structures is smaller than the distance between the two plates of the cord-engagement structure of the four interconnection structures, Modular space frame support system according to any one of E33 to E36 .

[0137] E39: Modular space frame support system, The frame support system is at least two units of a modular space frame support system; Each unit is At least four elongated structural members, among the at least four elongated structural members the first and second of said components forming a first pair of opposing elongated structural members; The third and fourth of the elongated structural members are connected to the second pair of opposing elongated structural members. The first and second pairs of opposing elongated structural members form at least four and defining a substantially rectangular planar surface. at least four elongated structural members; a plurality of diagonal cords, the plurality of diagonal cords having at least one first end; Each of the four interconnect structures is attached to a respective one of the second a plurality of interconnect structures, each connected at an end to at least one further interconnect structure; Number diagonal chords and; at least one further elongated structural member, The structural members include a first pair of opposing elongated structural members and a second pair of opposing elongated structural members. a first pair of opposing elongated structural members connected to one of the members and a second pair of opposing elongated structural members; a first pair of opposing elongated structural members between one of the opposing elongated structural members; and a second pair of opposing elongated structural members extending in a direction perpendicular to one of the opposing elongated structural members. at least one further elongated structural member; At least one deck platform, The platform comprises at least two elongated structural members and at least one further elongated structural member. A rectangular, planar surface fixed to a structural member and designed to cover at least a portion of the surface. At least one deck platform and Including, The deck platforms of at least two units are coplanar , The plurality of diagonal cords of the first of the at least two units are at least 2 each having a length less than the plurality of diagonal cords of a second one of the two units; And, Each of the at least four interconnect structures comprises: a first element that is generally planar; a generally planar second element, the first element and the second element being the elements being generally parallel to one another, and a second element; A tubular section between the first element and the second element, The tube-like section has a hollow smooth interior and includes the first element and the second element. a tubular section providing a continuous passageway through the element; Modular space frame support system, including:

[0138] E40: Each of at least four interconnect structures shall have a threaded cartridge. The threaded cartridge further comprises: a threaded inner portion, a smooth first outer portion, and a fastening structure-engaging structure a tubular member having a second outer portion having Fixed structure and Including, The smooth outer portion has a length and an outer diameter corresponding to the length and inner diameter of the tubular section. diameter when the threaded cartridge is inserted into the tubular section. and a second outer portion extending beyond one of the first element and the second element. A modular space as described in E39, which is exposed and adapted to engage a fixed structure. Frame support system.

[0139] E41: The tubular section of each of at least four interconnected structures shall be E39 or E40, having a substantially uniform cross section along its length. -Space frame support system.

[0140] E42: Each of at least four interconnection structures shall have at least one code element. A modular spaceflight according to any one of E39 to E41, further comprising a composite structure. Frame support system. [Explanation of symbols]

[0141] 10 Interconnect Structure 10' interconnect structure 10A', 10B', 10C', 10D' Interconnect Structure 11 Upper element 11' First Element 12 Bottom element 12' Second Element 13 Opening 13' opening 13A', 13B', 13C', 13D', 13E', 13F', 13G', 13H' opening 14 Openings 14' opening 14A', 14B', 14C', 14D', 14E', 14F', 14G', 14H' opening 15 Mid Section 15' tubular section 16 Central opening 16' center opening 17 slots Slots 17A, 17B, 17C, and 17D 18A, 18B, 18C, 18D Cross Slot 19 Central opening area 20 Second reinforcement plate 22 Handle 23' center opening 30 Slender structural members 30' Slender Structural Member 30A', 30B', 30C', 30D', 30E' elongated structural members 31A First End 31B Second end 31a' First end, open end 31b' Second end, open end 32 Upper element 33 Bottom element 35 Upper connection flange 35A, 35B, 35C, 35D Connection flange 36 Lower connection flange 37 Connection hole 37A, 37B, 37C, 37D connector holes 38 Diagonal support member 39A, 39B angle iron 50 Working platform, deck platform 50A, 50B Work Platform 53 pin 54A, 54B connector holes 60 Deck retainer plate 61 Deck retainer bolt 62 Hole 70 Slender structural members, cords 70' bottom chord, elongated structural member 70'' diagonal cord, elongated structural member 71a, 71b open end 71a' First end, open end 71b' Second end, open end 71a'' first end, open end 71b'' second end, open end 72a, 72b, 72c, 72d plates 72a', 72b', 72c', 72d' plates 72a'', 72b'', 72c'', 72d'' plates 72a''', 72b''', 72c''', 72d''' plates 73a, 73b, 73c, 73d opening 73a', 73b', 73c', 73d' opening 73a'', 73b'', 73c'', 73d'' opening 73a''', 73b''', 73c''', 73d''' opening 75 Vertical support member 76a', 76b' opening 78b' Cord engagement structure 79a', 79b' plates 100 Modular Space Frame Support System 110 Upper frame 115 Frame unit, frame section or unit 120 Lower Frame 200 Working Platform System 360A, 360B, 360C, 360D Additional locking holes 800 Threaded Cartridge 810 Fixed structure 820 Tubular members 822 First outer part 824 Second outer part 826 Threaded inner part, fixing structure - engaging structure 1000 Upper connecting element 1010 Lateral connecting element 1012 Connector hole 1020 Handle 1500 handle 1900 handle

Claims

1. A modular space frame support system, comprising: The home support system is at least one unit of a modular space frame support system; The at least one unit comprises: At least four elongated structural members, The first and second of which form a first pair of opposing elongated structural members. and a third and fourth of the elongated structural members are opposite elongated structural members of a second pair. forming elongated structural members, the first and second pairs of opposing elongated structural members being at least a substantially rectangular planar surface joined together using at least four interconnect structures; at least four elongated structural members defining a surface; a plurality of diagonal cords, the plurality of diagonal cords having a first end and a second end; Attached to each one of the at least four interconnect structures , each connected at its second end to a single common interconnect structure. Diagonal cord and; at least one further elongated structural member, The elongated structural members are arranged such that the first pair of opposing elongated structural members and the second pair of opposing elongated structural members are arranged such that the first pair of opposing elongated structural members and the second pair of opposing elongated structural members are arranged such that the first pair of opposing elongated structural members are arranged such that the second ... a first pair of opposing elongated structural members connected to one of the opposing elongated structural members; and one of the second pair of opposing elongated structural members. a pair of opposing elongated structural members and a second pair of opposing elongated structural members; at least one further elongated structural member extending in a direction perpendicular to the one of the first and second structural members; At least one deck platform, The platform has the first pair of opposing strips along first and second opposing edges. a pair of opposing elongated structural members secured to at least one of the elongated structural members; and the at least one further elongated structure is fixed to one of the other of the members. a rectangular planar surface of the rectangular frame, the rectangular planar surface of the rectangular frame being fixed to the structural member; At least one deck platform and Modular space frame support system, including:

2. Each of the at least four interconnect structures includes at least one cord-engagement structure. The modular space frame support system of claim 1 further comprising a body.

3. Each of the at least one cord-engaging structure includes two plates, each 3. The modular spacer of claim 2, wherein each plate contains an opening therethrough. Frame support system.

4. 4. The modular assembly of claim 3, wherein each of said two plates is arc-shaped. Space frame support system.

5. 4. The modular structure according to claim 3, wherein each of the two plates is circular. Pace frame support system.

6. 6. The method according to claim 3, wherein the two plates are asymmetric. Modular space frame support system.

7. the first end of each of the plurality of diagonal cords and the plurality of The second ends of each of the diagonal cords each include two plates, and the two 7. The method of claim 1, wherein each of the two plates contains an opening therethrough.

10. A modular space frame support system according to claim 1.

8. The first ends of each of the plurality of diagonal cords and the plurality of diagonal cords Each of the second ends of each of the boards includes two plates, and the two plates Each of the plates contains an opening therethrough, and the plurality of diagonal cords The distance between the two plates on the first and second ends is Between the two plates of each of the cord-engaging structures of each of the interconnection structures 7. A modular space frame according to any one of claims 3 to 6, wherein the distance is less than Support system.

9. A modular space frame support system, comprising: The home support system is at least two units of a modular space frame support system; Each unit is At least four elongated structural members, The first and second of which form a first pair of opposing elongated structural members. and a third and fourth of the elongated structural members are opposite elongated structural members of a second pair. forming elongated structural members, the first and second pairs of opposing elongated structural members being at least a substantially rectangular planar surface joined together using at least four interconnect structures; at least four elongated structural members defining a surface; a plurality of diagonal cords, the plurality of diagonal cords having a first end and a second end; Attached to each one of the at least four interconnect structures , each connected at a second end to at least one further interconnect structure. with multiple diagonal cords; at least one further elongated structural member, The elongated structural members are arranged such that the first pair of opposing elongated structural members and the second pair of opposing elongated structural members are arranged such that the first pair of opposing elongated structural members and the second pair of opposing elongated structural members are arranged such that the first pair of opposing elongated structural members are arranged such that the second ... a first pair of opposing elongated structural members connected to one of the opposing elongated structural members; and one of the second pair of opposing elongated structural members. a pair of opposing elongated structural members and a second pair of opposing elongated structural members; at least one further elongated structural member extending in a direction perpendicular to the one of the first and second structural members; At least one deck platform, The platform comprises the at least two elongated structural members and the at least one further and a rectangular planar surface of the rectangular member is fixed to the rectangular structural member. At least one deck platform adapted to cover Including, The deck platform of each of the at least two units is coplanar. Located above, The plurality of diagonal cords of the first of the at least two units are A second of the at least two units has a length less than the plurality of diagonal cords. A modular space frame support system, each having a different support width.

10. The at least four interconnect structures of each of the at least two units 10. The modular system of claim 9, each further comprising at least one cord-engagement structure. -Space frame support system.

11. Each of the at least one cord-engaging structure includes two plates, each 11. The modular spacer of claim 10, wherein each plate contains an opening therethrough. Base frame support system.

12. 12. The modular assembly of claim 11, wherein each of the two plates is arc-shaped. -Space frame support system.

13. 12. The modular assembly of claim 11, wherein each of the two plates is circular. Space frame support system.

14. 14. A method according to any one of claims 11 to 13, wherein the two plates are asymmetric. Modular space frame support system as described.

15. the first end of each of the plurality of diagonal cords and the plurality of Each of the second ends of each of the diagonal cords includes two plates.

14. The method of claim 9, wherein each of the two plates contains an opening therethrough.

10. A modular space frame support system according to any one of claims 1 to 9.

16. the first end of each of the plurality of diagonal cords and the plurality of Each of the second ends of each of the diagonal cords includes two plates. Each of the two plates contains an opening therethrough to accommodate the plurality of angled connectors. The distance between the two plates on the first and second ends of the board is at least The connectors of each of the at least four interconnect structures of each of the two units are 12. The method of claim 11, wherein the distance between the two plates of each of the plate-engaging structures is smaller than the distance between the two plates of each of the plate-engaging structures.

14. A modular space frame support system according to any one of claims 1 to 13.

17. 1. An interconnect structure, the interconnect structure comprising: a generally planar first element; a second generally planar element, the second element being spaced apart from the first element and the second element; a second element, the two elements being generally parallel to one another; a tubular section between the first element and the second element, The tubular section has a hollow smooth interior and includes the first element and and a tubular section providing a continuous passageway through said second element.

1. An interconnect structure comprising:

18. The interconnect structure further includes a threaded cartridge, Ridge is a threaded inner portion, a smooth first outer portion, and a securing structure-engaging structure a tubular member having a second outer portion having Fixed structure and Including, The smooth outer portion has a length corresponding to the length and inner diameter of the tubular section. and an outer diameter, and the threaded cartridge is disposed within the tubular section. When inserted into the second outer portion, the second outer portion the fixed structure is exposed beyond one of the ends and adapted to engage the fixed structure. Item 18. An interconnect structure according to item 17.

19. the tubular section has a substantially uniform cross section along its length.

19. The interconnect structure of claim 17 or 18.

20. The at least four interconnect structures are as claimed in any one of claims 17 to 19.

10. The modular space frame support system of claim 1 or 9.

21. 18. The interconnect structure further comprising at least one cord-engagement structure.

20. An interconnect structure according to any one of claims 1 to 19.

22. The at least one cord-engaging structure includes two plates, each plate having a 22. The interconnect structure of claim 21, wherein the port contains an opening therethrough.

23. 23. The interconnect of claim 22, wherein each of said two plates is arcuate. structure.

24. 23. The interconnect structure of claim 22, wherein each of said two plates is circular. Structure.

25. 25. A method according to any one of claims 22 to 24, wherein the two plates are asymmetric. The interconnect structure described herein.

26. A modular space frame support system, comprising: The home support system is at least one unit of a modular space frame support system; The at least one unit comprises: At least four elongated structural members, The first and second of which form a first pair of opposing elongated structural members. and a third and fourth of the elongated structural members are opposite elongated structural members of a second pair. forming elongated structural members, the first and second pairs of opposing elongated structural members being at least a substantially rectangular planar surface joined together using at least four interconnect structures; at least four elongated structural members defining a surface; a plurality of diagonal cords, the plurality of diagonal cords having a first end and a second end; Attached to each one of the at least four interconnect structures , each connected at a second end to at least one further interconnect structure. with multiple diagonal cords; at least one further elongated structural member, The elongated structural members are arranged such that the first pair of opposing elongated structural members and the second pair of opposing elongated structural members are arranged such that the first pair of opposing elongated structural members and the second pair of opposing elongated structural members are arranged such that the first pair of opposing elongated structural members are arranged such that the second ... a first pair of opposing elongated structural members connected to one of the opposing elongated structural members; and one of the second pair of opposing elongated structural members. a pair of opposing elongated structural members and a second pair of opposing elongated structural members; at least one further elongated structural member extending in a direction perpendicular to the one of the first and second structural members; At least one deck platform, The platform comprises the at least two elongated structural members and the at least one further and a rectangular planar surface of the rectangular plate is at least partially fixed to the elongated structural member. at least one deck platform adapted to cover the Including, Each of the at least four interconnect structures comprises: a generally planar first element; a generally planar second element, the first element and the second elements being generally parallel to one another; a tubular section between the first element and the second element, The tubular section has a hollow smooth interior, and the first element and a tubular section providing a continuous passageway through said second element. and Modular space frame support system, including:

27. Each of the at least four interconnect structures further comprises a threaded cartridge. said threaded cartridge comprising: a threaded inner portion, a smooth first outer portion, and a securing structure-engaging structure a tubular member having a second outer portion having Fixed structure and Including, The smooth outer portion has a length corresponding to the length and inner diameter of the tubular section. and an outer diameter, and the threaded cartridge is disposed within the tubular section. When inserted into the second outer portion, the second outer portion the fixed structure is exposed beyond one of the ends and adapted to engage the fixed structure.

27. The modular space frame support system of claim 26.

28. The tubular section of each of the at least four interconnect structures has 28. A modular structure according to claim 26 or 27, having a substantially uniform cross section along its length. -Space frame support system.

29. Each of the at least four interconnect structures includes at least one cord-engagement structure.

29. A modular space frame according to any one of claims 26 to 28, further comprising a body. Support system.

30. Each of the at least one cord-engaging structure includes two plates, each 30. The modular spacer of claim 29, wherein each plate contains an opening therethrough. Base frame support system.

31. 31. The modular assembly of claim 30, wherein each of the two plates is arcuate. -Space frame support system.

32. 31. The modular assembly of claim 30, wherein each of the two plates is circular. Space frame support system.

33. 33. A method according to any one of claims 30 to 32, wherein the two plates are asymmetric. Modular space frame support system as described.

34. the first end of each of the plurality of diagonal cords and the plurality of Each of the second ends of each of the diagonal cords includes two plates.

34. The method of claim 26, wherein each of the two plates contains an opening therethrough.

10. A modular space frame support system according to any one of claims 1 to 9.

35. the first end of each of the plurality of diagonal cords and the plurality of Each of the second ends of each of the diagonal cords includes two plates. Each of the two plates contains an opening therethrough to accommodate the plurality of angled connectors. The distance between the two plates on the first and second ends of the board is at least the cord-engaging structures of the at least four interconnecting structures of another unit; 34. The motor according to any one of claims 30 to 33, wherein the distance between the two plates is smaller than the distance between the two plates. Juror space frame support system.

36. A modular space frame support system, comprising: The home support system is at least two units of a modular space frame support system; Each unit is At least four elongated structural members, The first and second of which form a first pair of opposing elongated structural members. and a third and fourth of the elongated structural members are opposite elongated structural members of a second pair. forming elongated structural members, the first and second pairs of opposing elongated structural members being at least a substantially rectangular planar surface joined together using at least four interconnect structures; at least four elongated structural members defining a surface; a plurality of diagonal cords, the plurality of diagonal cords having a first end and a second end; Attached to each one of the at least four interconnect structures , each connected at a second end to at least one further interconnect structure. with multiple diagonal cords; at least one further elongated structural member, The elongated structural members are arranged such that the first pair of opposing elongated structural members and the second pair of opposing elongated structural members are arranged such that the first pair of opposing elongated structural members and the second pair of opposing elongated structural members are arranged such that the first pair of opposing elongated structural members are arranged such that the second ... a first pair of opposing elongated structural members connected to one of the opposing elongated structural members; and one of the second pair of opposing elongated structural members. a pair of opposing elongated structural members and a second pair of opposing elongated structural members; at least one further elongated structural member extending in a direction perpendicular to the one of the first and second structural members; At least one deck platform, The platform comprises the at least two elongated structural members and the at least one further and a rectangular planar surface of the rectangular member is fixed to the rectangular structural member. At least one deck platform adapted to cover Including, The deck platform of each of the at least two units is coplanar. Located above, The plurality of diagonal cords of the first of the at least two units are A second of the at least two units has a length less than the plurality of diagonal cords. Each has its own unique characteristics. Each of the at least four interconnect structures comprises: a generally planar first element; a generally planar second element, the first element and the second elements being generally parallel to one another; a tubular section between the first element and the second element, The tubular section has a hollow smooth interior, and the first element and a tubular section providing a continuous passageway through said second element. and Modular space frame support system, including:

37. Each of the at least four interconnect structures further comprises a threaded cartridge. said threaded cartridge comprising: a threaded inner portion, a smooth first outer portion, and a securing structure-engaging structure a tubular member having a second outer portion having Fixed structure and Including, The smooth outer portion has a length corresponding to the length and inner diameter of the tubular section. and an outer diameter, and the threaded cartridge is disposed within the tubular section. When inserted into the second outer portion, the second outer portion the fixed structure is exposed beyond one of the ends and adapted to engage the fixed structure.

37. The modular space frame support system of claim 36.

38. The tubular section of each of the at least four interconnect structures has 38. A modular structure according to claim 36 or 37, having a substantially uniform cross section along its length. -Space frame support system.

39. Each of the at least four interconnect structures includes at least one cord-engagement structure.

39. A modular space frame according to any one of claims 36 to 38, further comprising a body. Support system.

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