TWM491702U - Panel frame for building structures - Google Patents

Description

Beam for construction

This creation is related to construction supplies and, in other words, refers to a beam for construction.

The building operation is filled with concrete into a building hardware. When grouting is carried out in various types of building occasions, the beam body is used against the formwork as a widely used building method to withstand the weight or pressure of the concrete.

In general, the beam strength of the conventional beam is not good, the section structure is quite simple, and the pressure that can be withstood is limited. When the force is slightly increased, the beam body is often deformed or bent, and the higher force cannot be withstood.

Moreover, conventional beam systems are of a certain length and there is no suitable design in the prior art to join the beam bodies to longer lengths. When the grouting area exceeds the length of the beam body, many of the implementers erect the beam body at will, resulting in an asymmetrical and staggered supporting formwork of the beam body, resulting in uneven support forces on the various parts of the formwork, and weaker support forces. It is easy to cause the template to deform or shift its original position, and even the template collapses and the concrete falls. Therefore, providing a connectable beam body design has become a problem to be solved.

The main purpose of this creation is to provide a beam for building that enhances the force of the beam and makes it more durable.

Another object of the present invention is to provide a beam for building, The beam body can be coupled with a connecting member to axially connect the beam body to form a longer length of the support beam, which is required in response to the grouting area.

The beam body provided by the present invention is a long body and has a single cross-sectional shape, comprising: two vertical walls and a top wall connected to the top edge of the two vertical walls; and two bottom sills respectively from the two vertical walls The bottom edge extends horizontally inwardly, and the free edges of the two bottoms extend upwardly at an appropriate height.

The standing wall, the bottom raft and the vertical raft on the same side of the beam body form a bearing space.

The method further includes: at least one spacer disposed in the beam body and abutting the two vertical walls; at least two connecting holes extending through the two vertical walls and adjacent to opposite ends of the beam body; The reinforcing portion is attached to the concave and convex portion of the two vertical wall press forming.

The present invention is provided with at least one spacer between the two vertical walls of the beam body, and the spacer supports the two vertical walls as a pillar, so that the two vertical walls are kept at a certain interval, so that the two vertical walls are not easily recessed or deformed when the force is applied, and the The reinforcing portion increases the force that the beam body can withstand, making the beam body more durable.

One end of the beam body can be connected to one end of a connecting member by using at least one second screwing component, and the other end of the connecting member is connected with another beam body, so that the beam body is axially connected to form a support of a desired length. The beam is used to match the grouting area during construction to support the formwork. Moreover, most of the support beams can be regularly arranged when supporting the template, so that all parts of the template can be well supported.

20‧‧‧ beam body

21‧‧‧ 立立

22‧‧‧ top wall

23‧‧‧ 垣

24‧‧‧ 垣

25‧‧‧Reinforcement Department

26‧‧‧Holding space

27‧‧‧Connection hole

28‧‧‧Perforation

29‧‧‧ spacers

291‧‧‧through holes

30‧‧‧First screw assembly

32‧‧‧First bolt

34‧‧‧First Nut

40‧‧‧Connecting members

50‧‧‧ body

51‧‧‧ side

52‧‧‧through hole

53‧‧‧ bottom wall

60‧‧‧Connected parts

62‧‧‧foot

64‧‧‧ top board

70‧‧‧Second screw assembly

72‧‧‧second bolt

74‧‧‧Second nut

80‧‧‧ template

In order to enable your review board to further understand the purpose of this creation, The following is a detailed description of the first preferred embodiment of the present invention. The first embodiment is a detailed view of the first preferred embodiment of the present invention.

The second drawing is an exploded view of the beam body of the first preferred embodiment of the present invention.

The third figure is a cross-sectional view taken along line 3-3 of the first figure.

The fourth picture is a schematic diagram of the creation support template.

The fifth drawing is an exploded view of the connecting member of the second preferred embodiment of the present invention.

The sixth figure shows the connection status between the creation and the connecting member.

The seventh drawing is a sectional view taken along line 7-7 of the sixth drawing.

The eighth figure shows a perspective view of the axial connection of the two beams.

Referring to Figures 1 to 3, a first preferred embodiment of the beam body 20 for use in the present invention comprises: two vertical walls 21 juxtaposed in parallel at appropriate intervals; a top wall 22, laterally It is connected to the top edge of the two vertical walls 21; the bottom sills 23 extend horizontally inward from the bottom edges of the two vertical walls 21, and the free edges of the two bottom sills 23 respectively extend upwardly at a proper height of the sills 24.

An accommodation space 26 is formed between the vertical wall 21, the bottom sill 23 and the vertical sill 24 on the same side of the beam body 20.

In addition, at least one spacer 29 is disposed in the beam body 20, and four spacers 29 are disposed at equal intervals. Each of the spacers 29 is a tubular body having a constant hole 291, and each spacer 29 is disposed on The two ends of the beam body 20 abut against the inner wall surface of the two vertical walls 21; the four through holes 28 penetrate through the two vertical walls 21, and the through holes 28 respectively correspond to the through holes 291 of the spacers 29; The components 30 each have a first bolt 32 and a first nut 34, and the first screw of the four first screw assemblies 30 The bolts 32 are respectively inserted through the through holes 291 of the spacers 29 and the through holes 28 of the two vertical walls 21 to be screwed to the first nut 34, thereby fastening the spacers 29 between the two vertical walls 21, so that The two vertical walls maintain a fixed spacing and do not fit together.

At least two connecting holes 27 extending through the two vertical walls 21, And respectively adjacent to the two ends of the beam body 20; a predetermined number of reinforcing portions 25, the reinforcing portion 25 is a concave-convex portion formed by press forming, and the reinforcing portion 25 of the embodiment is a conical wall surface formed by inwardly punching from the vertical walls 21, A through hole is formed in the center of the conical wall surface.

The fourth figure is a use diagram of the embodiment, showing each beam body 20 Appropriate intervals are juxtaposed in parallel, and a template 80 is placed on the top wall 22 of each beam body 20; when grouting, concrete is poured from above the template 80, and the weight of the concrete is pressed against the template 80, and the template 80 distributes the weight to Each beam body 20; the vertical wall 21 and the vertical sill 24 of each beam body 20 are located in the direction of gravity of the concrete, so that the beam body is suitable for bearing the weight. The spacers 29 disposed between the two vertical walls 21 of the beam bodies 20 also have the effect. The two ends of the spacers 29 laterally support the two vertical walls 21, so that the two vertical walls 21 are kept at a certain interval, so that the beam bodies 10 are not a recessed portion; the two ends of the first screw assembly 30 of the spacer member 29 (ie, the head of the first bolt and the first nut) are placed against the outer wall surface of the two vertical walls 21, and the two vertical walls are Restricted at a certain interval to prevent it from expanding and deforming outward, the two vertical walls 21 are kept at a certain distance to ensure that each beam body 20 maintains its structural strength; moreover, the beam body 20 has a predetermined number of reinforcing portions 25, which can increase the beams. The force of the body 20; and the two vertical walls 21 and the two vertical beams 24 of the beam body 20 are erected directly, just in the direction of the pressure of the concrete, which enhances the structural strength of each beam body 20, so that it can withstand greater positive To the pressure.

When the grouting area is large and the length of the beam body 20 is insufficient, The creator provides a connecting member 40 such that the two-beam body 20 can be axially connected by a connecting member 40, and the length of the beam body is assembled to be sufficient to support the length of the template, and the two-beam body 20 can be reinforced accordingly. Stress intensity.

The connecting member 40 is a metal member, please refer to the fifth figure, phase The same components are used in the same components, and the components included in the beam body 20 are the same as those in the first embodiment, and the connecting member 40 includes: a body 50, which is a hollow elongated body, such as A single cross-section of the rectangle; the four-way hole 52 extends transversely through the two side faces 51 of the body 50 and is adjacent to both ends of the body 50.

The two joint members 60 have a cross-sectional shape of a double joint member 60. The two legs 60 are parallel and juxtaposed at appropriate intervals; and a top plate 64 is laterally connected to the top edge of the two legs 62. The two coupling members 60 are fixed to the body 50 by the top plate 64. Bottom wall 53. The two leg portions 62 are formed on the bottom side of the body 50.

Four second screw assemblies 70 each including a second bolt 72 and a first Two nuts 74.

Referring to Figures 6 to 8, when the two beam bodies 20 are axially connected, After the one end of the two beam body 20 is respectively inserted into one end of the connecting member 40, the two leg portions 62 of the coupling member 60 are respectively received in the two receiving spaces 26, and the connecting holes 27 at one end of the two beam bodies 20 are respectively A through hole 52 corresponding to one end of the connecting member 40. Then, the second bolts 72 of the four second screwing assemblies 70 are respectively inserted into the connecting holes 27 of the beam body 20 and the through holes 52 of the connecting member 40, and are screwed to the second nut 74, thereby Two of the beam bodies 20 are fixed to the connecting member 40.

The two beam bodies 20 are axially connected by the connecting member 40, And the two beams 20 have a firm bond with the connecting member 40. Preferably, the two leg portions 62 are against the bottom cymbal 23 of the beam body 20; and the top end of the connecting member 40 can also abut against the top wall 22 of the beam body 20, so that the connecting member 40 also has the reinforcing beam body. The effect of the force of 20 increases the effect of the beam body 20 supporting the template.

Two or more beam bodies 20 can be axially connected by the connecting member 40 Then, the majority of the beam is connected to the length of the supporting formwork required for the building.

The above examples are merely illustrative of the present invention and are not limiting. The beam body provided by this creation is the structure pioneered by similar articles, and it improves the many defects of the existing beam body, and is progressive, and applies for it according to law.

20‧‧‧ beam body

21‧‧‧ 立立

22‧‧‧ top wall

23‧‧‧ 垣

24‧‧‧ 垣

25‧‧‧Reinforcement Department

26‧‧‧Holding space

27‧‧‧Connection hole

29‧‧‧ spacers

30‧‧‧First screw assembly

Claims (10)

A beam body for construction, which is a long body and has a single cross-sectional shape, comprising: two vertical walls, juxtaposed in parallel at appropriate intervals; a top wall laterally connected to the top edge of the two vertical walls; The bottom edge of the two vertical walls extends horizontally inward; the two vertical ridges are respectively extended from the free edge of the two bottom ridges and extend upward by an appropriate height. The beam body of claim 1, wherein the beam body further comprises: at least one spacer disposed in the beam body, the two ends of which abut against the inner wall surface of the two vertical walls. The beam body of claim 2, wherein: at least one perforation extends through the two vertical walls of the beam body; the spacer is a tube body having a consistent hole, the through hole corresponding to the perforation of the two vertical walls And further comprising at least one first screwing component, screwed to the through hole of the two vertical walls and the through hole of the pipe body. The beam body of claim 3, wherein the two ends of the screwing assembly are against the outer wall surface of the two vertical walls. The beam body of claim 1, wherein: at least two connecting holes, the two connecting holes penetrating the two vertical walls and adjacent to both ends of the beam body. The beam body of claim 1, wherein: further comprising: a predetermined number of reinforcing portions disposed on the two vertical walls The beam body according to claim 6, wherein each of the reinforcing portions is a concave-convex portion formed by press forming. The beam body according to any one of claims 1 to 7, wherein: a wall is formed between the vertical wall, the bottom raft and the vertical raft on the same side of the beam body; and further comprises: a connecting member , comprising: a body, a hollow elongated body; The two upright legs are disposed on the bottom surface of the body; one end of the connecting member penetrates into the beam body, and the two leg portions are respectively located in the two bearing spaces. The beam body of claim 5, wherein: the wall, the bottom raft and the vertical raft on the same side of the beam body form a receiving space; further comprising: a connecting member, comprising: a body, a hollow elongate body; at least one joint member having two upright legs; a top plate connecting the two leg portions; the joint member being fixed to the bottom surface of the body; at least two through holes extending transversely through the connecting member The two sides are respectively adjacent to the two ends of the connecting member; one end of the connecting member penetrates into the beam body, and the through hole at one end of the connecting member and the connecting hole at one end of the beam body are connected by at least one second screwing assembly. The beam body of claim 9, wherein: the through hole of the connecting member is disposed on the body.