TWI795301B - Truss assembly with wind tie rods - Google Patents

Abstract

A truss assembly with wind pull rods includes two support units and a wind pull rod unit. Each supporting unit includes a first stand and a second stand, and a horizontal frame arranged above the first stand and the second stand. The wind pull rod unit includes an upwind pull rod, two upper mounting pieces connected to the upwind pull rod, a lower wind pull rod, two lower mounting pieces connected to the downwind pull rod, two rod connecting pieces and multiple rod fixing pieces. The pieces and the lower mounting pieces are correspondingly arranged on the support units so that the upwind tie rod and the downwind tie rod are cross-stacked, and the rod connecting pieces are relatively abutted to accommodate the upwind tie rod and the downwind tie rod respectively. For the air pull rods, each rod fixing part is passed through the connecting plate part of the adjacent two rod connecting pieces, so as to improve the convenience and stability of the truss assembly with the wind pull rods of the present invention.

Description

Truss assembly with wind tie rods

The present invention relates to a truss assembly, in particular to a truss assembly with wind pull rods.

In the field of construction, when the existing truss assembly is assembled, a plurality of beams and columns are connected by welding at the predetermined location of the building. However, connecting the beams and columns by welding not only tests If the accuracy of the placement of beams and columns deviates after welding, it will be very troublesome to dismantle and re-weld.

Therefore, the object of the present invention is to provide a truss assembly with wind bracing that can overcome the above-mentioned disadvantages.

Therefore, the present invention has a truss assembly with a wind rod, including two support units and a wind rod unit. The support units are arranged at intervals along a first direction, and each support unit includes a first stand and a second stand arranged at intervals along a second direction perpendicular to the first direction, and a stand arranged on the first The vertical frame and the horizontal frame above the second vertical frame. The rod unit includes an upwind rod, two upper mounting pieces respectively connected to two opposite ends of the upwind rod, a downwind rod arranged below the upwind rod, two opposite ends respectively connected to the downwind rod. One of the upper mounting pieces is adjacent to the first stand of one of the supporting units, and the upper mounting pieces The other one of the support units is adjacent to the second stand of the other one of the support units, and one of the lower mounting pieces is adjacent to the second stand of one of the support units. , and the other one of the lower mounting pieces is adjacent to the first stand of one of the supporting units, so that the upwind pull rod and the downwind pull rod are cross-overlapped, and each rod is connected The sheet has two connecting plate parts arranged at intervals, and an arc-shaped connecting arc part connected between the connecting plate parts, each connecting plate part has two arc-shaped grooves, and the rod connecting pieces are relatively abutted so that the The connecting arcs can be respectively used for accommodating the upwind tie rod and the downwind tie rod, and each rod fixing piece is passed through the arc-shaped groove of the two connecting plate parts to fix the connecting plate parts.

The effect of the present invention is that: by setting the wind pull rod unit on the basis of the first stands, the second stands and the horizontal frames of the support units, not only can the present invention be conveniently assembled The truss assembly with wind pull rods can maintain the connection relationship between the wind pull rod unit and the support units through the rod connecting pieces and the rod fixing parts of the wind pull rod unit, which strengthens the wind pull rod of the present invention. The stability of the truss assembly.

Referring to Fig. 1, Fig. 2 and Fig. 3, an embodiment of the truss assembly with wind pull rods of the present invention includes two support units 2, two extension units 3, a wind pull rod unit 4, and a plurality of locking members 5, and defines There is a first direction X, and a second direction Y perpendicular to the first direction X.

The support units 2 are arranged at intervals along the first direction X, and each support unit 2 includes a first stand 21 and a second stand 22 arranged at intervals along the second direction Y, and a stand arranged on the first stand The horizontal frame 23 above the frame 21 and the second vertical frame 22, two main support frames 24 that carry the horizontal frame 23 and penetrate the first vertical frame 21 and the second vertical frame 22 downwards respectively, and an oblique The diagonal support frame 25 is extendedly disposed between the bottom of the horizontal frame 23 and the first vertical frame 21 .

4 and 5, each main support frame 24 has a penetrating portion 241 which is passed through one of the first stand 21 and the second stand 22 downwards, and a penetrating portion 241 which is arranged on the penetrating portion. 241 above and used to carry the bearing portion 242 of the corresponding horizontal frame 23 .

Each carrying portion 242 has a carrying substrate 243 connected to the respective passing portion 241 and located below the corresponding horizontal frame 23 , and two opposite sides facing upward from the carrying substrate 243 along the first direction X respectively. The load-bearing side plate 244 extends to sandwich the horizontal frame 23 therebetween.

4 and 6, each slanting support frame 25 has two slanting mounting portions 251, and a connecting rod portion 252 passing between these slanting mounting portions 251, and each slanting mounting portion 251 has a slanting base plate 253, And a sleeve 254 obliquely extending from the brace base plate 253 .

One of the slanting base plates 253 of each slanting support frame 25 is arranged on the bottom of the corresponding horizontal frame 23 , and the other of the slanting base plates 253 is set on the corresponding side of the first stand 21 , The two opposite ends of the corresponding connecting rod portion 252 penetrate into the casings 254 respectively, so that the oblique mounting portions 251 and the connecting rod portion 252 support the bottom of the horizontal frame 23 and the first vertical support obliquely. Rack 21. In this embodiment, the brace base plates 253 are connected to the horizontal frames 23 and the first vertical frames 21 in a screw-locked manner.

Referring to Fig. 3, 7, 8, these extension units 3 are arranged at intervals along the extension direction of these horizontal frames 23, and each extension unit 3 includes two auxiliary support frames 31 which are respectively arranged on these horizontal frames 23, and one is arranged on The extension frame 32 on the auxiliary support frames 31 . In this embodiment, the extension frames 32 are used for installing external components such as solar panels (not shown in the figure), but not limited thereto.

Each auxiliary supporting frame 31 has a mounting portion 311 disposed on the corresponding horizontal frame 23 , and an abutting portion 312 extending upward from the mounting portion 311 to be adjacent to the corresponding extending frame 32 . In this embodiment, the abutting portions 312 and the extension frames 32 are connected in a screw-lock manner.

Each mounting portion 311 has a mounting base plate 313 located between the corresponding horizontal frame 23 and the extension frame 32, and two mounting base plates 313 extend downwards from opposite sides of the mounting base plate 313 along the first direction X to extend the horizontal frame. 23 sandwiches the installation side plates 314 therebetween, and a connection plate 315 connected to one of the installation side plates 314 .

The wind rod unit 4 includes an upwind rod 41, two upper mounting pieces 42 respectively connected to two opposite ends of the upwind rod 41, a downwind rod 43 crossed and stacked below the upwind rod 41, two respectively connected The lower mounting piece 44 at the two opposite ends of the leeward tie rod 43 , the second rod connecting piece 45 , the plurality of rod fixing parts 46 , and an upwind tie rod adjustment set in the upwind tie rod 41 to adjust the length of the upwind tie rod 41 . device 47, and a leeward tie rod adjuster 48 arranged in the leeward tie rod 43 to adjust the length of the leeward tie rod 43.

One of the upper mounting pieces 42 is adjacent to the first stand 21 of one of the supporting units 2, and the other of the upper mounting pieces 42 is adjacent to the supporting units. 2, the second stand 22 of the other one of the support units 2, one of the lower mounting pieces 44 is adjacent to the second stand 22 of one of the supporting units 2, and the lower mounting pieces 44 The other one of 44 is arranged adjacent to the first stand 21 of one of the support units 2, so that the upwind tie rod 41 and the downwind tie rod 43 are stacked crosswise, in other words, the upper The connection position between the wind pull rod 41 and the two ends of the leeward pull rod 43 is not limited to that shown in FIG. 7 , but can be adjusted according to requirements. In this embodiment, the upper mounting pieces 42 and the lower mounting pieces 44 are respectively connected to the connecting plates 315 of the mounting portions 311 of the auxiliary support frames 31, the upper mounting pieces 42, the lower mounting pieces The mounting piece 44 and the connecting plates 315 are connected through screw rods and nuts.

Referring to Fig. 9, in a variation of this embodiment, one of the upper mounting pieces 42 is hooked and arranged on the top of the first stand 21 of one of the support units 2, while the other upper installation piece 42 is hooked and arranged on the other At the bottom of the second stand 22 of the support unit 2, one of the lower mounting pieces 44 is hooked and arranged on the top of the first stand 21 of the other support unit 2, and the other lower installation piece 44 is hooked and arranged on one of the support units 2 The bottom end of the second stand 22 can also make the upwind tie rod 41 and the downwind tie rod 43 cross-stacked. In short, it is only required that the upwind tie rod 41 and the downwind tie rod 43 are cross-stacked together.

Each rod connecting piece 45 has two connecting plate portions 451 arranged at intervals, and an arc-shaped connecting arc portion 452 connected between the connecting plate portions 451, each connecting plate portion 451 has two arc-shaped grooves 453, The rod connecting pieces 45 are relatively abutted so that the connecting arcs 452 can be respectively used for accommodating the upwind tie rod 41 and the downwind tie rod 43 .

Each rod fixing member 46 is passed through the arc-shaped groove 453 of the two adjacent connecting plate portions 451 to fix the connecting plate portions 451 .

The upwind tie rod adjuster 47 is operated to adjust the length of the upwind tie rod 41 to adjust the distance between the upper mounting pieces 42 . In this embodiment, the upwind tie rod adjuster 47 is a telescopic screw.

The leeward tie rod adjuster 48 is operated to adjust the length of the leeward tie rod 43 to adjust the distance between the lower mounting pieces 44 . In this embodiment, the leeward tie rod adjuster 48 is a telescopic screw.

The upwind tie rod adjuster 47 and the leeward tie rod adjuster 48 adjust the length of the upwind tie rod 41 and the downwind tie rod 43 by rotating, so as to match the distance between the supporting units 2 .

Referring to Figures 1, 5, and 8, several of the locking pieces 5 are used to lock the first stand 21 and the corresponding piercing portion 241 of the main support frame 24, and the locking pieces 5 Several of them are used to lock the penetrating portions 241 of the second vertical frames 22 and the corresponding main support frames 24, and several of the locking members 5 are used to lock the main support frames 24. The load side panels 244 and the horizontal frames 23 , some of the locking pieces 5 are used to lock the installation side panels 314 and the horizontal frames 23 . In this embodiment, each locking member 5 is in the form of a screw rod and a nut interlocking with each other.

Referring to Fig. 1,7,8, during use, the height of these first stand 21 is identical, and the height of these second stand 22 is identical, and the height of these second stand 22 needn't with these first The stand 21 is the same, and the height can be adjusted as required. The first stand 21 and the second stand 22 are connected with the horizontal frames 23 through the main support frames 24, and the first stand 21 is connected The inclined support frames 25 are used to improve the structural strength, and then the horizontal frames 23 are connected to the extension frames 32 through the installation parts 311, and the installation parts 311 are further provided with the wind rod unit 4 to further enhance the structural strength, because all The components can be fixed through the locking pieces 5 and the corresponding screw locks, so the installation is easy, and the connection can be fixed only through the screw locks, and once there is a deviation during installation, it can be easily fixed after loosening the screws. Fixed after resizing.

In addition, since the arc-shaped grooves 453 of the pole connecting pieces 45 are oppositely arranged, the pole connecting pieces 45 can be relatively deflected with the angles of the upwind tie rods 41 and the downwind tie rods 43, and can be worn through The pole fixing pieces 46 arranged in the arc-shaped grooves 453 are fixed, so it is quite convenient for installation.

Therefore, the present invention has the truss assembly of wind pull bar and has following effect:

(1) By setting the first vertical frames 21, the second vertical frames 22, the horizontal frames 23, the main support frames 24, the oblique support frames 25, the auxiliary support frames 31, the The extension frame 32, the wind tie rod unit 4 and the lock members 5 can conveniently assemble the truss assembly with the wind tie rod of the present invention without welding, so as to avoid the occurrence of welding misalignment. question.

(2) By arranging the rod connecting pieces 45 and the rod fixing parts 46 of the wind rod unit 4, the connection relationship between the wind rod unit 4 and the support units 2 is maintained, so as to strengthen the wind rod unit of the present invention. The stability of the truss assembly.

(3) By setting the upwind tie rod adjuster 47 and the downwind tie rod adjuster 48 of the wind tie rod unit 4, the lengths of the upwind tie rod 41 and the downwind tie rod 43 can be adjusted through operation to adjust the The distance between the upper mounting pieces 42 and the lower mounting pieces 44 is used to match the distance between the supporting units 2 .

In summary, the purpose of the present invention can indeed be achieved.

But the above-mentioned ones are only embodiments of the present invention, and should not limit the scope of the present invention. All simple equivalent changes and modifications made according to the patent scope of the present invention and the content of the patent specification are still within the scope of the present invention. Within the scope covered by the patent of the present invention.

2: Support unit 21: The first stand 22: The second stand 23: horizontal frame 24: Main support frame 241: Wearing Department 242: bearing part 243: Carrier substrate 244: load side plate 25: Oblique support frame 251: Inclined installation part 252: Connecting rod 253: Diagonal bracing substrate 254: Casing 3: Extension unit 31: Auxiliary support frame 311: Installation department 312: docking part 313: Install the substrate 314: Install side panels 315: connecting plate 32: extension frame 4: wind rod unit 41: Upwind tie rod 42: Upper installation piece 43: Downwind tie rod 44: Lower installation piece 45: Rod connecting piece 451: Connecting plate part 453: arc groove 452: Connect arc 46: Rod Fixing Part 47:Upwind tie rod adjuster 48: Downwind tie rod adjuster 5: Locking piece X: first direction Y: the second direction

Other features and effects of the present invention will be clearly presented in the implementation manner with reference to the drawings, wherein: Fig. 1 is a three-dimensional assembled view of an embodiment of the truss assembly with wind pull rods of the present invention; Fig. 2 is a front view of this embodiment; Fig. 3 is a top view of this embodiment; Fig. 4 is a three-dimensional exploded view of this embodiment; Fig. 5 is a three-dimensional exploded view of a first stand, a main support frame and a plurality of locking pieces of the embodiment; Fig. 6 is a three-dimensional exploded view of a diagonal support frame and the locking elements of the embodiment; Fig. 7 is another three-dimensional exploded view of this embodiment; Figure 8 is an exploded perspective view of a plurality of auxiliary support frames and a wind rod unit of this embodiment; and FIG. 9 is a three-dimensional assembled view of a modification example of the embodiment.

2: Support unit

21: The first stand

22: The second stand

23: horizontal frame

24: Main support frame

25: Oblique support frame

3: Extension unit

4: wind rod unit

5: Locking piece

X: first direction

Y: the second direction

Claims (9)

A truss assembly with wind pull rods, comprising: two supporting units arranged at intervals along a first direction, each supporting unit includes a first stand and a first stand arranged at intervals along a second direction perpendicular to the first direction The second vertical frame, and a horizontal frame arranged above the first vertical frame and the second vertical frame; A mounting piece, a leeward tie rod arranged below the upwind tie rod, two lower mounting pieces respectively connected to two opposite ends of the leeward tie rod, an upper piece set in the upwind tie rod to adjust the length of the upwind tie rod A leeward tie rod adjuster, a leeward tie rod adjuster set in the leeward tie rod to adjust the length of the leeward tie rod, two connecting pieces, and a plurality of rod fixing pieces, one of the upper mounting pieces is adjacent The first stand set on one of the support units, and the other one of the upper mounting pieces is adjacent to the second stand set on the other one of the support units, the lower mounts One of the pieces is adjacent to the second stand of one of the support units, and the other of the lower mounting pieces is adjacent to the first stand of one of the support units. stand, so that the upwind tie rod and the downwind tie rod are cross-stacked, the upwind tie rod adjuster is operated to adjust the length of the upwind tie rod to adjust the distance between the upper mounting pieces, the downwind tie rod adjuster Adjust the length of the leeward pull rod to adjust the distance between the lower mounting pieces. Each rod connecting piece has two connecting plate parts arranged at intervals, and an arc-shaped connecting arc connected between the connecting plate parts. part, each connecting plate part has two arc-shaped grooves, and the rods are connected The connecting pieces are relatively closed so that the connecting arcs can be used to respectively accommodate the upwind tie rod and the downwind tie rod. Wait for the connection board. The truss assembly with wind pull rods as claimed in claim 1, wherein each supporting unit further includes two main supporting frames that carry the horizontal frame and respectively penetrate the first vertical frame and the second vertical frame downwards , and a diagonal support frame extending obliquely between the bottom of the horizontal frame and the first stand, each main support frame has a downward pass through the first stand and the second stand One is a piercing portion, and a bearing portion is arranged above the piercing portion and is used for carrying the corresponding horizontal frame. The truss assembly with wind pull rods as described in claim 2, wherein, each slanting support frame has two slanting mounting parts, and a connecting rod part passing through these slanting mounting parts, and each slanting mounting part It has a slanting base plate and a sleeve extending obliquely from the slanting base plate, one of the slanting base plates is set on the corresponding bottom of the horizontal frame, and the other of the slanting base plates is set on the corresponding The side of the first stand, the two opposite ends of the connecting rod part penetrate into the sleeves respectively, so that the oblique mounting part and the connecting rod part support the bottom of the horizontal frame and the first stand. The truss assembly with wind pull rods as described in claim 2 further includes a plurality of locking pieces, some of which are used to lock the first vertical frames and the corresponding main support frames, Several of the locking pieces are used to lock the second vertical frames and the corresponding main support frames, and some of the locking pieces are used to lock the main support frames and the horizontal frames . The truss assembly with wind pull rods as described in claim 2, wherein each bearing The carrying portion has a carrying substrate connected to the respective passing portions and located below the corresponding horizontal frame, and two upwardly extending from opposite sides of the carrying substrate along the first direction to sandwich the horizontal frame. Loading side panels in between. The truss assembly with wind pull rods as described in claim 1 further includes two extension units, the extension units are arranged at intervals along the extension direction of the horizontal frames, and each extension unit includes two Auxiliary support frames, and an extension frame set on the auxiliary support frames. The truss assembly with wind pull rods as described in claim 6, wherein each auxiliary support frame has a mounting portion arranged on the corresponding horizontal frame, and a mounting portion extending upward from the mounting portion to be adjacent to the corresponding The abutting portion of the extension frame, and the upper mounting pieces and the lower mounting pieces are respectively connected to the mounting portions of the auxiliary support frames so as to be adjacent to the supporting units. The truss assembly with wind pull rods as described in claim 7, wherein each mounting part has a mounting base plate located between the corresponding horizontal frame and the extension frame, and two mounting base plates along the first Two opposite sides of the direction extend downwards to sandwich the horizontal frame between the mounting side panels. The truss assembly with wind pull rods as described in claim 8, wherein each mounting part further has a connecting plate connected to one of the mounting side plates, the upper mounting pieces and the lower mounting pieces respectively connected to the connection boards.

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