TWM580604U - Floor bearing plate hanging seat - Google Patents

Abstract

The present invention is a floor panel suspension seat, comprising at least a suspension seat, and is provided with a first component and a second component, wherein the first component is provided with a first structural surface, a first bonding surface and a first suspension surface, and the first structural surface is provided At least one first structural groove; the second component is provided with a second structural surface, a second bonding surface and a second suspension surface, and the second structural surface is provided with at least one second structural groove; the first component and the second component After the symmetry is combined with each other, the structural part, the joint part and the hanging part are formed, and the structure part is combined with the floor slab, and the splicing element is fixed at the joint part, and the hanging part is suspended as a hanging object. Therefore, the structural part of the creation will never be separated from the structural groove of the steel carrier plate, and the innovation of the suspension plate seat of the suspension load can be improved.

Description

Floor plate suspension

The creation is made by the structural part of the suspension seat and the floor slab being firmly combined, and then the hanging part is suspended as a hanging object to improve the suspension of the floor slab suspension seat.

According to the conventional building, the board should be hung up, including the air-conditioning duct, the electrical pipeline, the light steel frame, etc., all of which need to be set by a suspension seat. Therefore, the combination of the suspension seat and the floor panel and the weight of the load. That is very important. For example, the new type 523033 "Structural improvement of the building floor support plate" is to form a fastening groove with the plate body for positioning the positioning frame, and the positioning frame is composed of the first and second two bodies. The first body and the second body are slightly L-shaped, and each of the two has a symmetrical buckle portion, and the height of the second body and the width of the bottom surface are slightly smaller than the first body, so that the second body can be abutted Above the first piece, during operation, the piece can be directly inserted from the bottom to the top of the floor plate, and then the other piece is embedded in the fastening groove. However, in order to combine the positioning frame with the fastening groove of the floor plate, the conventionally-restricted portion of the positioning frame must be reduced, usually less than 0.5 cm, so that the buckle portion of the positioning frame and the fastening groove of the floor plate Only the point contact of less than 0.1 cm is left, so that the positioning frame cannot be stably installed in the fastening groove of the floor plate, and it is easy to fall off. In contrast, the aforementioned positioning frame cannot load a heavy hanging object, and the use range of the positioning frame is limited, which is a disadvantage thereof.

For example, No. M255287, "Improvement of the structure of the slings of the wavy floor slabs" is provided with a fastener structure at the dovetail groove of the wavy steel plate. The fastener structure is provided with an inverted triangular buckle block, and the bottom end of the buckle block is provided with a downward direction. The connecting rod has a horizontal piece outwardly disposed at the bottom end of the connecting rod, and the buckle block is laterally placed into the dovetail groove and rotated 90 degrees laterally, so that the buckle block is engaged by the side wall of the dovetail groove, and then the buckle block is engaged by the side wall of the dovetail groove. The sling is placed in the inner screw hole to assemble the sling in the dovetail groove of the wave steel plate. However, the fastener structure of the conventional person directly forms an inverted triangular buckle, which cannot withstand a large hanging weight and affects the suspension quality.

For example, the conventional ladder type nut of the first figure of the "floor board fastener structure" No. M267285 can be placed into the groove of the floor panel, and after being rotated by 90 degrees, the ladder nut can be engaged in the groove. The corresponding side of the groove, and then tighten the nut, so that the gasket and the ladder nut are fixed in the groove without shaking. However, the learner, the trapezoidal nut is easy to rotate with the hanging object, so that the hanging body of the trapezoidal nut can easily fall off from the floor panel, posing a danger.

For example, in the above-mentioned M504834 "suspension component at the top of the floor panel", a hanging portion is arranged at the bottom end of the body, and a engaging member and an extending portion are respectively arranged at the top end of the body, and the engaging member is extended and extended in an inclined manner. The arm has an expansion portion at the end of the extension arm, the extension portion extends laterally outward from the top end of the body, and the extension portion is provided with at least one positioning post upwardly and longitudinally, and can extend from the extension arm of the engaging member into the floor panel In the recessed groove provided by the extension arm, the expansion portion of the extension arm is used to be clamped in the clamping space provided in the insertion groove, so that the suspension component can be stably hung on the floor panel. "." However, the conventional person only combines the extension arm of the engaging member of the body with the groove of the floor panel, and the suspension component is easily released from the groove of the floor panel, and cannot load a large suspension, which is a disadvantage thereof.

To this end, the creator of this case, specifically for the problem of suspending components of the front cover of the building, was to create the case.

The purpose of this creation is to make a stable combination with the floor slab by the structural part of the suspension seat, and then suspend the hanging part as a suspension to improve the hanging load of the suspension plate.

In order to achieve the above object, the floor support suspension of the present invention comprises at least: a suspension seat, a first component and a second component, wherein the first component is provided with a first structural surface, a first bonding surface and a first suspension surface, The first structural surface is provided with at least one first structural groove; the second component is provided with a second structural surface, a second bonding surface and a second suspension surface, and the second structural surface is provided with at least one second structural groove; the first The component and the second component are combined with each other in a symmetrical manner to form a structural portion, a joint portion and a hanging portion, and the structural portion is combined with the floor plate by the structural portion, and the bolting member is fixed at the joint portion, and then the hanging portion is suspended. For hanging objects, the aforementioned structural parts are never separated from the structural grooves of the steel carrier, and the weight of the suspension load can be increased.

The first floor surface of the first component of the suspension seat includes a first top protrusion surface from the top to the bottom, and a first outer slope surface is located below the first top protrusion surface, and is located in the foregoing A first inner inclined surface is disposed below an outer inclined surface, and the first outer inclined surface and the first outer inclined surface are disposed with a first structural groove to strengthen the strength of the first structural surface.

The second floor surface of the second component of the suspension seat comprises a second top surface from the top to the bottom, and a second outer slope is located below the second top surface, in the foregoing A second inner inclined surface is disposed below the outer outer inclined surface, and the second outer inclined surface and the second outer inclined surface are disposed with the second structural groove to strengthen the strength of the second structural surface.

The floor support hanger of the present invention, wherein the first component and the second component of the suspension seat are combined with each other, and the first top surface of the first structural surface of the first component and the second top protrusion of the second component The faces are mutually abutting, and the lower end of the first inner bevel of the first component is in contact with the lower end of the second inner bevel of the second component to form a structural portion, so that the structural part of the suspension seat and the hanging groove of the floor panel can be stabilized Combine and present the support of the face. And the first bonding surface of the first component and the second bonding surface of the second component are mutually formed to form a bonding portion, and the downward extension is generated. And the first suspension surface of the first component and the second suspension surface of the second component form a hanging portion with each other, and the suspension portion can be suspended by the hanging portion, and can provide a heavier load capacity and can be suspended. Appropriate hanging objects, such as air conditioning ducts, electrical piping, light steel frames, etc., and keep the flat under the floor slab without gaps.

In order to better understand the creation of the more expensive examiner, the best embodiment can be seen in FIGS. 1-7. The present invention includes at least: a suspension seat 1 and a floor panel 2.

1 to 6, the suspension seat 1 is provided with a first element 10 and a second element 11, the first element 10 is provided with a first structural surface 100, and the first structural surface 100 comprises a first top surface from top to bottom. 100a, a first outer inclined surface 100b is disposed below the first protruding surface 100a, and a first inner inclined surface 100c is disposed below the first outer inclined surface 100b, and the first protruding surface 100a and the first outer inclined surface 100b And the first inner inclined surface 100c each has a different surface area, and the first inner inclined surface 100c has the largest surface area, and the first angle 100d generated by the first outer inclined surface 100b and the first inner inclined surface 100c ensures the suspension seat. 1 can be firmly combined with the hanging slot 20 of the floor panel 2. The first outer inclined surface 100b and the first inner inclined surface 100c are disposed with the first structural recess 100e, which is recessed from the outer side to the inner side to strengthen the strength of the first structural surface 100 and increase the bearing weight of the hanging base 1. The first component 10 is provided with a first bonding surface 101 extending downward from the lower side of the first structural surface 100. The height of the first bonding surface 101 depends on the requirements of the hanging object. The first joint surface 101 is pre-formed with a hole 101a for the purpose of allowing the first element 10 and the second element 11 to be coupled to each other, and then can be bolted with other bolting elements, thereby reinforcing the suspension seat and the floor. The stable combination of the board. A first suspension surface 102 is disposed under the first bonding surface 101 of the first component 10, and a hole 102a is pre-arranged for the purpose of bonding the first component 10 and the second component 11 to each other. 3 passes through and can be hung for the intended suspension.

As shown in FIGS. 1 to 6, the second component 11 is provided with a second structural surface 110. The second structural surface 110 includes a second top surface 110a from top to bottom, and a second bottom surface 110a. The outer inclined surface 110b is disposed below the second outer inclined surface 110b and further provided with a second inner inclined surface 110c. The second top protruding surface 110a, the second outer inclined surface 110b and the second inner inclined surface 110c respectively form different surface areas, and the foregoing The inner surface of the inner inner inclined surface 110c is the largest, and the second angle 110d generated by the second outer inclined surface 110b and the second inner inclined surface 110c ensures that the hanging seat 1 can be firmly coupled with the hanging groove 20 of the floor panel 2. The second outer inclined surface 110b and the second inner inclined surface 110c are disposed with the second structural recess 110e, and are recessed from the outer side to strengthen the strength of the second structural surface 110 to increase the bearing weight of the hanging base 1. The second component 11 has a second bonding surface 111 extending downward from the lower surface of the second structural surface 110. The height of the second bonding surface 111 depends on the requirements of the hanging object. The second joint surface 111 is pre-formed with a hole 111a for the purpose of allowing the first element 10 and the second element 11 to be combined with each other, and then can be bolted with other bolting elements, thereby enhancing the suspension seat and the building. The solid state of the board. A second suspension surface 112 is disposed under the second bonding surface 111 of the second component 11. The second suspension surface 112 is pre-arranged with a hole 112a for the purpose of combining the first component 10 and the second component 11 with each other. The plugging element 3 can then be passed through and can be hung for the predetermined suspension.

2 to 6, when the first element 10 and the second element 11 are mutually coupled into the suspension seat 1, the first top surface 100a and the first structural surface 100 of the first element 10 are The second top surface 110a of the second structural surface 110 of the two elements 11 abut each other, and the lower end of the first inner inclined surface 100c of the first structural surface 100 of the first element 10 and the second end of the second element 11 The lower ends of the second inner inclined faces 110c of the structural faces 110 are in contact with each other to form the structural portion 1a, which is sufficient for the structural portion 1a of the suspension seat 1 to be firmly coupled with the hanging groove 20 of the floor panel 2, and the support of the surface is absolutely impossible. Come out. The first bonding surface 101 of the first component 10 and the second bonding surface 111 of the second component 11 are mutually abutted to form the bonding portion 1b, and the hole 101a of the first bonding surface 101 of the first component 10 is formed. The hole 111a of the second joint surface 111 of the second element 11 is linear, and is convenient to be bolted by other reinforcing plugging members, and the structural portion 1a of the suspension seat 1 is reinforced to be firmly coupled with the hanging groove 20 of the floor panel 2. The first suspension surface 102 of the first component 10 and the second suspension surface 112 of the second component 11 are mutually formed to form the suspension portion 1c, and the hole 102a of the first suspension surface 102 of the first component 10 is The hole 112a of the second suspension surface 112 of the second component 11 is in a straight line so that the bolting member 3 passes through and is suspended by the predetermined suspension, thereby providing a larger load capacity for suspending various suitable suspensions, such as Air conditioning ducts, electrical pipelines, light steel frames, etc., and keep the floor below the floor plate without gaps.

As shown in FIG. 7 , the combination of the suspension seat 1 and the floor panel 2 can respectively connect the first structural surface 100 of the first component 10 of the suspension seat 1 and the first structural surface 100 of the second component 11 from the floor panel 2 The suspension groove 20 is extended inwardly, and then the first element 10 and the second element 11 are mutually combined and combined, and by the combination method, as described above, the structural part 1a and the floor plate can be used. 2 combined. Further, the plugging member 3 is passed downward from the hole 102a of the first suspension surface 102 of the first component 10 and the hole 112a of the second suspension surface 112 of the second component 11, so that the suspension portion 1c is When the hanging objects are to be hung, the hanging seat of the creation will never be separated from the steel bearing plate, and the weight of the hanging load can be increased, which is a novelty and progressive composition of the creation, and the safety structure of the suspension plate of the floor plate is improved. The composition of this case.

The above-mentioned embodiments or drawings are not intended to limit the scope, structure, or use of the present invention, and any suitable changes or modifications of the ordinary skill in the art should be considered as not departing from the scope of the present invention.

1‧‧‧ hanging seat

1a‧‧‧Structural Department

1b‧‧‧Combination

1c‧‧‧hanging department

10‧‧‧ first component

100‧‧‧First structural surface

100a‧‧‧First top surface

100b‧‧‧First outer bevel

100c‧‧‧ first inner bevel

100d‧‧‧first angle

100e‧‧‧first structural groove

101‧‧‧ first joint

101a‧‧ hole

102‧‧‧First suspension surface

102a‧‧ hole

11‧‧‧second component

110‧‧‧Second structural surface

110a‧‧‧second top surface

110b‧‧‧Second outer bevel

110c‧‧‧Second inner bevel

110d‧‧‧second angle

110e‧‧‧Second structure groove

111‧‧‧Second junction

111a‧‧ hole

112‧‧‧Second suspension surface

112a‧‧ hole

2‧‧‧Floor board

20‧‧‧suspension slot

3‧‧‧Equipment components

Figure 1 is an exploded view of the creation of the pedestal. Figure 2 is a combination of the creation of the suspension seat. Figure 3 is a plan view of the present suspension seat. Figure 4 is a cross-sectional view taken along line A-A of Figure 3; Figure 5 is a side view of the present suspension seat. Figure 6 is a cross-sectional view taken along line B-B of Figure 5; Fig. 7 is a schematic view showing the combination of the floor panels of the present invention.

Claims (6)

A floor panel suspension seat includes at least: a suspension seat, a first component, and a first structural surface, wherein the first structural surface comprises a first top surface, and the first outer surface is provided with a first outer slope, a first inner inclined surface is disposed below the first outer inclined surface, and the first outer inclined surface and the first inner inclined surface generate a first angle, and the first outer inclined surface and the first inner inclined surface are provided with a first structural groove to strengthen the first The strength of the structural surface; the first component is provided with a first bonding surface extending downward from the first structural surface; a first suspension surface is disposed under the first bonding surface of the first component, and a hole is pre-set, when the foregoing After the first component and the second component are combined with each other, the plugging component passes through and can be suspended for a predetermined suspension; the second component has a second structural surface, and the second structural surface includes a second top protrusion a second outer inclined surface is disposed below the second outer protruding surface, and a second inner inclined surface is disposed below the second outer inclined surface, wherein the second outer inclined surface and the second inner inclined surface generate a second angle, and the second outer inclined surface is The second inner inclined surface is provided with the second structural groove The second component is provided with a second bonding surface extending downward from the second structural surface; a second suspension surface is disposed under the second bonding surface of the second component, and is pre-equipped The hole, when the first element and the second element are combined with each other, passes through the bolting element and can be hung for the predetermined suspension. According to claim 1, the first top surface, the first outer surface, and the first inner surface of the first structural surface of the first component respectively form different surface areas, and the first inner inclined surface The surface area of the second top surface, the second outer slope surface and the second inner slope surface of the second structural surface of the second component respectively form different surface areas, and the surface area of the second inner slope surface is the largest. According to the floor bracket hanging seat of claim 1, the first joint surface of the first component is pre-arranged with holes, so that the first component and the second component are combined with each other, and then can be bolted with other bolting components. The reinforcing joint between the suspension seat and the floor plate is strengthened; the second joint surface of the second component is pre-arranged with holes, so that the first component and the second component are combined with each other, and the other bolts can be bolted together. Solid to strengthen the stable combination of the suspension seat and the floor plate. The first structural groove provided by the first outer inclined surface of the first element and the first inner inclined surface is recessed outwardly and inwardly according to the floor bracket hanging seat of claim 1; The second structural groove provided by the second outer inclined surface and the second inner inclined surface is concavely formed from the outer side to the inner side. A floor slat hanger comprising the request item 1 , wherein when the first component and the second component are combined, the first top surface of the first structural surface of the first component and the second component of the second component The second top protrusions of the structural surface are mutually abutting, such that the lower end of the first inner slope of the first structural surface of the first component and the lower end of the second inner slope of the second structural surface of the second component are in contact with each other to form The structural portion allows the structural portion to be firmly coupled with the hanging groove of the floor panel; and the first joint surface of the first component and the second joint surface of the second component are mutually abutted to form a joint portion, and the reinforcing seat is reinforced. The structural portion is firmly coupled with the suspension groove of the floor panel; and the first suspension surface of the first component and the second suspension surface of the second component are mutually abutted to form a suspension portion, and the first component is A hole in the hanging surface is aligned with the hole of the second suspension surface of the second member to allow the bolting member to pass through and is suspended by the predetermined suspension. According to claim 5, the first joint surface of the first component is pre-arranged with a hole; the second joint surface of the second component is pre-arranged; when the first component and the second component are After being combined with each other, the hole of the first component can be linear with the hole of the second component, which facilitates the bolting of the other reinforcing bolts to strengthen the stable joint state of the suspension seat and the floor panel.