CN109723139B - Improved building structure - Google Patents
Improved building structure Download PDFInfo
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- CN109723139B CN109723139B CN201711034232.9A CN201711034232A CN109723139B CN 109723139 B CN109723139 B CN 109723139B CN 201711034232 A CN201711034232 A CN 201711034232A CN 109723139 B CN109723139 B CN 109723139B
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- reinforced plastic
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- barrel frame
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Abstract
The invention relates to an improved building structure, which comprises a wall structure and a support pillar structure, wherein a fiber reinforced plastic frame is arranged in a concrete matrix of the wall structure and comprises a plurality of rows of fiber reinforced plastic ribs, above-mentioned multirow fiber reinforced plastic muscle face mutually and connect through connection gusset between the fiber reinforced plastic muscle, the support column structure includes the concrete matrix, be equipped with the fiber reinforced plastic skeleton in the concrete matrix, the fiber reinforced plastic skeleton includes outer barrel frame, be equipped with the inlayer barrel frame in the outer barrel frame, the inside of inlayer barrel frame is equipped with the fiber reinforced plastic muscle and gathers a bundle, the peripheral fiber reinforced plastic muscle that the fiber reinforced plastic muscle was gathered a bundle passes through the inside wall of connection gusset and inlayer barrel frame to be connected, the fiber reinforced plastic muscle is gathered a bundle face mutually and is connected through connection gusset between the fiber reinforced plastic muscle, be connected through a plurality of connection gusset along circumference setting between outer barrel frame and inlayer barrel frame. The invention adopts fiber reinforced plastic material to replace steel bar, and has the characteristic of higher performance.
Description
Technical Field
The invention relates to a building structure, in particular to an improved building structure with enhanced performance, and belongs to the field of building engineering.
Background
The existing building structure generally adopts a reinforced concrete structure, the reinforced concrete structure is a structure made of concrete reinforced by reinforcing steel bars, and the steel bars, a reinforcing mesh, a steel plate and the like are added into the concrete to form a combined material, so that the steel structure improves the mechanical property of the concrete, the reinforcing steel bars bear tension, and the concrete bears pressure, thereby having the characteristics of firmness, durability, good fireproof performance, steel saving and the like. However, the steel bar has many defects in fatigue strength, corrosion resistance, electricity resistance, magnetism resistance and the like.
Disclosure of Invention
The improved building structure of the invention discloses a new scheme, adopts fiber reinforced plastic materials to replace reinforcing steel bars, and solves the problem that the performance of the existing scheme of reinforcing concrete by using reinforcing steel bars is limited.
The improved building structure of the invention comprises a wall structure and a support pillar structure, wherein a fiber reinforced plastic frame is arranged in a concrete matrix of the wall structure, the fiber reinforced plastic frame comprises a plurality of rows of fiber reinforced plastic ribs, above-mentioned multirow fiber reinforced plastic muscle face mutually and connect through connection gusset between the fiber reinforced plastic muscle, the support column structure includes the concrete matrix, be equipped with the fiber reinforced plastic skeleton in the concrete matrix, the fiber reinforced plastic skeleton includes outer barrel frame, be equipped with the inlayer barrel frame in the outer barrel frame, the inside of inlayer barrel frame is equipped with the fiber reinforced plastic muscle and gathers a bundle, the peripheral fiber reinforced plastic muscle that the fiber reinforced plastic muscle was gathered a bundle passes through the inside wall of connection gusset and inlayer barrel frame to be connected, the fiber reinforced plastic muscle is gathered a bundle face mutually and is connected through connection gusset between the fiber reinforced plastic muscle, be connected through a plurality of connection gusset along circumference setting between outer barrel frame and inlayer barrel frame.
Furthermore, the fiber reinforced plastic rib B extending along the axial direction is arranged on the connecting rib plate between the outer layer barrel frame and the inner layer barrel frame.
Furthermore, the connection rib plates are arranged between the fiber reinforced plastic ribs B adjacent to each other along the circumferential direction.
Further, the outer layer barrel frame of this scheme is prismatic section of thick bamboo structure or cylinder structure, and the inlayer barrel frame is prismatic section of thick bamboo structure or cylinder structure.
Further, the fiber reinforced plastic rib of this scheme is tied in a bundle including establishing the central fiber reinforced plastic rib on inlayer barrel holder axis, and the periphery of central fiber reinforced plastic rib is equipped with many peripheral fiber reinforced plastic ribs along circumference equidistance ring, and peripheral fiber reinforced plastic rib passes through the inside wall of connection gusset and inlayer barrel holder to be connected, and peripheral fiber reinforced plastic rib passes through connection gusset and is connected with central fiber reinforced plastic rib, and the peripheral fiber reinforced plastic rib that faces mutually along circumference passes through connection gusset to be connected.
Further, be equipped with in the wall structure of this scheme and ventilate and strain the air flue, ventilate and strain the air flue including establishing the ventilation inlet structure on the outer wall, establish the wind passageway of straining of the inside tortuous extension of wall body, establish the ventilation exit structure on the indoor wall, ventilation inlet structure establishes the top at ventilation exit structure, ventilation inlet structure leads to and strains the wind passageway and ventilates exit structure intercommunication, the low reaches of straining the wind passageway are equipped with the dust collecting chamber, the outdoor air that gets into the ventilation inlet structure filters the back through wind exit structure indoor through straining the wind passageway, the dust granule landing in the wind passageway of straining goes into the dust collecting chamber.
Further, the air flue is strained in ventilation of this scheme is still including establishing the inside vertical deashing passageway at the wall body, the lower extreme and the dust collecting chamber intercommunication of deashing passageway, be equipped with the deashing push rod in the deashing passageway, the lower extreme of deashing push rod passes through elastomeric element and is connected with the bottom of dust collecting chamber, the middle part of deashing push rod and the active segment of straining the wind passageway are connected, the upper end of deashing push rod contacts with the wedge face of wedge push rod under the effect of elastic stress and is connected, the wedge section of wedge push rod passes through elastomeric element and is connected with the interior wall, the drive end of wedge push rod stretches out indoor wall surface, promote the wedge push rod drive end and promote the active segment that the deashing push rod overcome elastic stress drive and strain the wind passageway through the wedge face of wedge push rod and move down, strain the interior silted.
Furthermore, the ventilation inlet structure of this scheme includes along the tube-shape import of air inlet direction convergent, and the both ends mouth department of tube-shape import is equipped with the filter air medium, and outdoor air inlet gets into after the filter air medium filters and strains the wind passageway.
Furthermore, the ventilation outlet structure of this scheme includes along the gradually expanded tube-shape export of air-out direction, and the both ends mouth department of tube-shape export is equipped with and strains the wind medium, and the air that passes through straining the wind passageway gets into indoor after filtering the wind medium.
The improved building structure of the invention adopts fiber reinforced plastic materials to replace reinforcing steel bars, and has the characteristic of higher performance.
Drawings
Figure 1 is a schematic view of one of the embodiments of the support post structure.
Figure 2 is a schematic diagram of one of the improvements of one of the embodiments of the support post structure of figure 1.
Figure 3 is a schematic diagram of a second improvement of the embodiment of the support post structure of figure 1.
FIG. 4 is a schematic diagram of a second embodiment of a support post structure.
Figure 5 is a schematic diagram of a second modification of the embodiment of the support post structure of figure 4.
Figure 6 is a schematic diagram of a second improvement of the second embodiment of the support post structure of figure 4.
Fig. 7 is a schematic view of a first state of the vent filter airway.
Fig. 8 is a schematic diagram of ventilation and air-filtration channel state two.
FIG. 9 is a schematic view of an embodiment of a wall structure.
Wherein 100 is a concrete substrate, 210 is an outer layer barrel frame, 220 is an inner layer barrel frame, 231 is a fiber reinforced plastic rib, 232 is a connecting rib plate, 233 is a fiber reinforced plastic rib B, 310 is a ventilation inlet structure, 320 is a wind filtering channel, 321 is a movable section of the wind filtering channel, 330 is a ventilation outlet structure, 340 is a dust collecting chamber, 351 is an ash cleaning push rod, and 352 is a wedge-shaped push rod.
Detailed Description
The improved building structure of the invention comprises a wall structure and a support pillar structure, as shown in figure 9, a fiber reinforced plastic frame is arranged in the concrete matrix of the wall structure, the fiber reinforced plastic frame comprises a plurality of rows of fiber reinforced plastic ribs, above-mentioned multirow fiber reinforced plastic muscle face mutually and connect through connection gusset between the fiber reinforced plastic muscle, the support column structure includes the concrete matrix, be equipped with the fiber reinforced plastic skeleton in the concrete matrix, the fiber reinforced plastic skeleton includes outer barrel frame, be equipped with the inlayer barrel frame in the outer barrel frame, the inside of inlayer barrel frame is equipped with the fiber reinforced plastic muscle and gathers a bundle, the peripheral fiber reinforced plastic muscle that the fiber reinforced plastic muscle was gathered a bundle passes through the inside wall of connection gusset and inlayer barrel frame to be connected, the fiber reinforced plastic muscle is gathered a bundle face mutually and is connected through connection gusset between the fiber reinforced plastic muscle, be connected through a plurality of connection gusset along circumference setting between outer barrel frame and inlayer barrel frame. Above scheme adopts fibre reinforced plastic material to replace the reinforcing bar, has effectively improved building structure's performance. Fiber Reinforced Plastic (FRP) is a new material used to replace steel bars to reinforce the performance of concrete, and has many advantages compared with common steel bars when used as reinforcing bars in concrete. Firstly, the fiber reinforced plastic has a high strength ratio (ratio of strength to density), and the high strength and low density make the strength ratio of the fiber reinforced plastic 10-15 times that of the steel bar. Carbon Fiber Reinforced Plastics (CFRP) and Aramid Fiber Reinforced Plastics (AFRP) have high fatigue resistance which is about 3 times of that of reinforcing steel bars. The strong corrosion resistance of fiber reinforced plastics, which can reduce the maintenance cost of the structure, is also an important prerequisite for its operation in corrosive environments. When the fiber reinforced plastic is used, unlike steel bars which need a protective layer, the lower thermal expansion coefficient enables the fiber reinforced plastic to adapt to larger climatic changes. Besides, the fiber reinforced plastic has the characteristics of electricity resistance, magnetism resistance, wear resistance, good chemical corrosion resistance, light weight and easy construction.
In order to enhance the structural performance of the fiber reinforced plastic framework, the fiber reinforced plastic rib B extending along the axial direction is arranged on the connecting rib plate between the outer layer barrel frame and the inner layer barrel frame. Furthermore, the connection rib plates are arranged between the fiber reinforced plastic ribs B adjacent to each other along the circumferential direction. As shown in FIGS. 1-6, in the scheme, the preferable outer layer barrel frame is of a prismatic barrel structure or a cylindrical barrel structure, and the inner layer barrel frame is of a prismatic barrel structure or a cylindrical barrel structure, but the scheme is not limited to the two structures, and can be in other shapes and structures according to actual needs. In order to explain the concrete structure of the fiber reinforced plastic rib cluster of the scheme, the preferable fiber reinforced plastic rib cluster comprises a central fiber reinforced plastic rib arranged on the central axis of an inner layer barrel frame, a plurality of peripheral fiber reinforced plastic ribs are annularly arranged on the periphery of the central fiber reinforced plastic rib along the circumferential direction at equal intervals, the peripheral fiber reinforced plastic ribs are connected with the inner side wall of the inner layer barrel frame through connecting rib plates, the peripheral fiber reinforced plastic ribs are connected with the central fiber reinforced plastic rib through connecting rib plates, and the peripheral fiber reinforced plastic ribs adjacent to each other along the circumferential direction are connected through connecting rib plates. The combination of the above structural improvements effectively enhances various relevant properties of the building structure.
In order to improve building structure's ventilation performance, reduce the impurity pollutant granule that contains in the air that gets into indoor, this scheme discloses a ventilation wall structure with air-purifying function, as shown in figure 7, 8, be equipped with ventilation filter way in the wall structure, ventilation filter way is including establishing the ventilation inlet structure on the outer wall, establish the inside tortuous wind channel that strains of wall, establish the ventilation outlet structure on indoor wall, ventilation inlet structure establishes the top at ventilation outlet structure, ventilation inlet structure leads to and filters wind channel and ventilation outlet structure intercommunication, the low reaches of straining the wind channel are equipped with the dust collecting chamber, the outdoor air that gets into ventilation inlet structure filters the back through the wind channel and gets into indoor through the ventilation outlet structure, the dust granule landing in the wind channel gets into the dust collecting chamber. In order to clear away the dust of siltation in straining the wind passageway in the long-term use, this scheme has adopted compound channel structure, specifically the ventilation is strained the air flue and is still including establishing the inside vertical deashing passageway at the wall body, the lower extreme and the dust collecting chamber intercommunication of deashing passageway, be equipped with the deashing push rod in the deashing passageway, the lower extreme of deashing push rod passes through elastomeric element and is connected with the bottom of dust collecting chamber, the middle part and the movable section of straining the wind passageway of deashing push rod are connected, the upper end of deashing push rod and the wedge face of wedge push rod contact under the effect of elastic stress and be connected, the wedge section of wedge push rod passes through elastomeric element and interior wall connection, the drive end of wedge push rod stretches out indoor wall surface, promote the movable section that the deashing push rod overcomes elastic stress drive and strain the wind passageway and move down through the wedge face of wedge push rod, the interior silted dust granule of straining the. In order to improve the stability that the ventilation was strained the gas channel and is admitted air, improve ventilation efficiency, the ventilation inlet structure of this scheme includes along the tube-shape import of air inlet direction convergent, and the both ends mouth department of tube-shape import is equipped with and strains the wind medium, and outdoor air inlet gets into after filtering the wind medium and filters the wind passageway. Simultaneously, the ventilation outlet structure of this scheme includes along the tube-shape export that the air-out direction expands gradually, and the both ends mouth department that the tube-shape exported is equipped with and strains the wind medium, and the air that passes through straining the wind passageway gets into indoor after filtering the wind medium.
The improved building structure of the scheme adopts the fiber reinforced plastic material to replace the steel bar, adopts the fiber reinforced plastic skeleton with a double-layer structure to replace the steel bar and the frame structure formed by the steel bar, and effectively improves various performance indexes of the building structure. The wall structure with dust filtering and ventilating functions is adopted to improve the indoor ventilation state, and the energy-saving effect of the building is effectively improved. Based on the characteristics, compared with the existing scheme, the improved building structure of the scheme has prominent substantive characteristics and remarkable progress.
The construction of the improvements of the solution is not limited to what is disclosed in the specific embodiments, the technical solutions presented in the examples can be extended based on the understanding of those skilled in the art, and simple alternatives made by those skilled in the art according to the solution in combination with common general knowledge also belong to the scope of the solution.
Claims (7)
1. An improved building structure is characterized by comprising a wall structure and a support column structure, wherein a fiber reinforced plastic framework is arranged in a concrete matrix of the wall structure, the fiber reinforced plastic framework comprises a plurality of rows of fiber reinforced plastic ribs, the adjacent fiber reinforced plastic ribs of the plurality of rows of fiber reinforced plastic ribs are connected through connecting rib plates, the support column structure comprises a concrete matrix, a fiber reinforced plastic framework is arranged in the concrete matrix, the fiber reinforced plastic framework comprises an outer barrel frame, an inner barrel frame is arranged in the outer barrel frame, a fiber reinforced plastic cluster is arranged in the inner barrel frame, peripheral fiber reinforced plastic ribs of the fiber reinforced plastic cluster are connected with the inner side wall of the inner barrel frame through connecting rib plates, the adjacent fiber reinforced plastic ribs of the fiber reinforced plastic cluster are connected through connecting rib plates, the outer layer barrel frame is connected with the inner layer barrel frame through a plurality of connecting rib plates arranged along the circumferential direction,
the utility model discloses a ventilating and air filtering device, which is characterized in that a ventilating and air filtering channel is arranged in a wall structure, the ventilating and air filtering channel comprises a ventilating inlet structure arranged on an outer wall, a zigzag extending air filtering channel arranged in the wall body, and a ventilating outlet structure arranged on an indoor wall, wherein the ventilating inlet structure is arranged above the ventilating outlet structure, the ventilating inlet structure is communicated with the ventilating outlet structure through the air filtering channel, a dust collecting chamber is arranged at the downstream of the air filtering channel, outdoor air entering the ventilating inlet structure is filtered by the air filtering channel and then enters the room through the ventilating outlet structure, dust particles in the air filtering channel slide into the dust collecting chamber,
the ventilation air filtering passage also comprises a vertical ash cleaning channel arranged in the wall body, the lower end of the ash cleaning channel is communicated with the dust collecting chamber, an ash removal push rod is arranged in the ash removal channel, the lower end of the ash removal push rod is connected with the bottom of the dust collection chamber through an elastic component, the middle part of the ash removal push rod is connected with the movable section of the air filtering channel, the upper end of the ash removal push rod is in contact connection with the wedge-shaped surface of the wedge-shaped push rod under the action of the elastic stress, the wedge-shaped section of the wedge-shaped push rod is connected with the inner wall through an elastic part, the driving end of the wedge-shaped push rod extends out of the surface of the indoor wall to push the driving end of the wedge-shaped push rod to push the ash removal push rod to overcome the elastic stress to drive the movable section of the air filtering channel to move downwards through the wedge-shaped surface of the wedge-shaped push rod, the dust particles deposited in the air filtering channel move downwards along the ash cleaning channel to enter the dust collecting chamber.
2. The improved building structure according to claim 1, wherein the connection rib plate between the outer layer bobbin cradle and the inner layer bobbin cradle is provided with a fiber reinforced plastic rib B extending in the axial direction.
3. The improved building structure according to claim 2, wherein a connecting rib is provided between the circumferentially adjacent fiber reinforced plastic ribs B.
4. The improved building structure according to claim 3, wherein said outer layer frame is a prismatic or cylindrical tube structure and said inner layer frame is a prismatic or cylindrical tube structure.
5. The improved building structure according to claim 4, wherein the fiber reinforced plastic bar bundle comprises a central fiber reinforced plastic bar arranged on the central axis of the inner-layer barrel frame, a plurality of peripheral fiber reinforced plastic bars are annularly arranged on the periphery of the central fiber reinforced plastic bar at equal intervals along the circumferential direction, the peripheral fiber reinforced plastic bars are connected with the inner side wall of the inner-layer barrel frame through connecting rib plates, the peripheral fiber reinforced plastic bars are connected with the central fiber reinforced plastic bar through connecting rib plates, and the peripheral fiber reinforced plastic bars adjacent along the circumferential direction are connected through connecting rib plates.
6. The improved building structure according to claim 1, wherein said ventilation inlet structure comprises a cylindrical inlet tapering in the direction of intake air, air filtering media being provided at two ends of said cylindrical inlet, and the intake air from the outside entering said air filtering channel after being filtered by said air filtering media.
7. The improved building structure according to claim 1, wherein the ventilation outlet structure comprises a cylindrical outlet gradually expanding along the air outlet direction, air filtering media are arranged at two ports of the cylindrical outlet, and air passing through the air filtering channel enters the indoor space after being filtered by the air filtering media.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201711034232.9A CN109723139B (en) | 2017-10-30 | 2017-10-30 | Improved building structure |
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| CN201711034232.9A CN109723139B (en) | 2017-10-30 | 2017-10-30 | Improved building structure |
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| CN109723139A CN109723139A (en) | 2019-05-07 |
| CN109723139B true CN109723139B (en) | 2021-02-02 |
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| CN111321807B (en) * | 2020-02-28 | 2021-11-02 | 南京工程学院 | Assembled frame construction post-post bundling reinforcing bar connection structure |
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| JP2673225B2 (en) * | 1988-06-16 | 1997-11-05 | 清水建設株式会社 | Prestressed concrete member and its manufacturing method and apparatus |
| CN203964254U (en) * | 2014-05-23 | 2014-11-26 | 山西三江工程检测有限公司 | Asphalt Mixture Experiment air circulation device |
| CN104251035A (en) * | 2014-09-26 | 2014-12-31 | 郑州大学 | FRP (Fiber Reinforced Plastic) bar and fiber high-strength concrete beam component |
| CN105201143A (en) * | 2015-10-16 | 2015-12-30 | 沈阳建筑大学 | Carbon fiber thin-wall steel tube concrete composite column with internal FRP sectional material and method |
| CN205558037U (en) * | 2016-04-26 | 2016-09-07 | 辽宁工业大学 | FRP board - concrete combination beam |
| CN206222592U (en) * | 2016-09-30 | 2017-06-06 | 广州协安建设工程有限公司 | A kind of Hollowed ventilation masonry walls change wind structure |
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