CN211774807U - Novel building engineering construction floor structure - Google Patents
Novel building engineering construction floor structure Download PDFInfo
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- CN211774807U CN211774807U CN202020189163.XU CN202020189163U CN211774807U CN 211774807 U CN211774807 U CN 211774807U CN 202020189163 U CN202020189163 U CN 202020189163U CN 211774807 U CN211774807 U CN 211774807U
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- ring beam
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Abstract
Novel building engineering construction floor structure. The product comprises a bottom ring beam and a top ring beam, wherein the bottom ring beam is sequentially provided with a left front bottom jack, a left rear bottom jack, a right front bottom jack and a right rear bottom jack, the left front bottom jack is connected with a left front bottom clamping groove, a left front bottom magnetic sleeve is embedded in the left front bottom jack, the left front bottom magnetic sleeve is provided with a left front bottom bayonet, the left rear bottom jack is connected with a left rear bottom clamping groove, the left rear bottom jack is embedded in the left rear bottom magnetic sleeve, and the left rear bottom magnetic sleeve is provided with a left rear bottom bayonet; the right front bottom jack connect the right front bottom clamping groove, the pre-buried right front bottom magnetic sleeve of right front bottom jack, the right front bottom magnetic sleeve open and to have the right front bottom bayonet socket, the right back bottom jack connect the right back bottom clamping groove, the pre-buried right back bottom magnetic sleeve of right back bottom jack, the right back bottom magnetic sleeve open and to have the right back bottom bayonet socket. The utility model is used for building engineering construction floor structure.
Description
The technical field is as follows:
the utility model relates to a novel building engineering construction floor structure.
Background art:
the existing construction floors are mostly of reinforced concrete structures, the structure is very good for the building, but all the structures are constructed by using the reinforced concrete structures at a low speed, the construction cost is high, and the use effect of the building requiring rapid construction is not ideal.
The invention content is as follows:
the utility model aims at providing a building is fast, novel building engineering construction floor structure firm, excellent in use effect.
The above purpose is realized by the following technical scheme:
a novel building engineering construction floor structure comprises a bottom ring beam and a top ring beam, wherein the bottom ring beam is sequentially provided with a left front bottom jack, a left rear bottom jack, a right front bottom jack and a right rear bottom jack, the left front bottom jack is connected with a left front bottom clamping groove, a left front bottom magnetic sleeve is embedded in the left front bottom jack, the left front bottom magnetic sleeve is provided with a left front bottom bayonet, the left rear bottom jack is connected with a left rear bottom clamping groove, the left rear bottom jack is embedded with a left rear bottom magnetic sleeve, and the left rear bottom magnetic sleeve is provided with a left rear bottom bayonet; the right front bottom jack is connected with a right front bottom clamping groove, a right front bottom magnetic sleeve is embedded in the right front bottom jack, a right front bottom bayonet is arranged on the right front bottom magnetic sleeve, the right rear bottom jack is connected with a right rear bottom clamping groove, a right rear bottom magnetic sleeve is embedded in the right rear bottom jack, and a right rear bottom bayonet is arranged on the right rear bottom magnetic sleeve; the top ring beam is sequentially provided with a left front top jack, a left rear top jack, a right front top jack and a right rear top jack, the left front top jack is connected with a left front top clamping groove, a left front top magnetic sleeve is pre-embedded in the left front top jack, the left front top magnetic sleeve is provided with a left front top bayonet, the left rear top jack is connected with a left rear top clamping groove, the left rear top jack is pre-embedded with a left rear top magnetic sleeve, and the left rear top magnetic sleeve is provided with a left rear top bayonet; the right front top bayonet socket connect right front top draw-in groove, the pre-buried right front top magnetic sleeve of right front top jack, right front top magnetic sleeve open and to have a right front top bayonet socket, right back top bayonet socket connect right back top draw-in groove, the pre-buried right back top magnetic sleeve of right back top jack, right back top magnetic sleeve open and to have a right back top bayonet socket.
The novel building engineering construction floor structure is characterized in that the left front bottom magnetic sleeve is tightly matched and inserted into a left iron rod for suction connection, the right front bottom magnetic sleeve is tightly matched and inserted into a right iron rod for suction connection, the left iron rod is connected with the right iron rod through a cross rod, the cross rod is clamped into the left front bottom bayonet and the right front bottom bayonet for fixation, the left iron rod, the cross rod and the right iron rod are of an integral structure and form a half-mouth-shaped plug connector, and the half-mouth-shaped plug connector is tightly matched and inserted into the left rear bottom magnetic sleeve and the right rear bottom magnetic sleeve for suction connection and is clamped into the left rear bottom bayonet and the right rear bottom bayonet for fixation; a left side preceding top magnetic sleeve tight fit insert left iron set actuation and connect, right preceding top magnetic sleeve tight fit insert right iron set actuation and connect, left iron set with right iron set between connect through the horizontal pole, the horizontal pole card go into a left side preceding top bayonet socket with right preceding top bayonet socket internal fixation, left iron set the horizontal pole right iron set structure as an organic whole, constitute half mouthful of shape plug connector, half mouthful of shape plug connector tight fit insert left back top magnetic sleeve with right back top magnetic sleeve between the actuation connect and the card go into left back top bayonet socket with right back top bayonet socket internal fixation.
The novel building engineering construction floor structure is characterized in that a bottom ring beam is fixedly connected with a top ring beam through a group of support columns, building blocks are filled between the bottom ring beam and the top ring beam and are connected with the support columns, and the bottom ring beam, the top ring beam, the building blocks and the support columns are fixedly connected through cement mortar; the bottom ring beam and the top ring beam are superposed, assembled and fixed through the insertion, attraction and connection of the half-mouth-shaped plug connectors.
Has the advantages that:
1. the utility model discloses a bottom ring roof beam, top ring roof beam, support column, building block are all makeed in the mill, can avoid the disadvantage of construction winter in the north completely to the field assembly is fast, firmly is stable again after the equipment promptly.
2. The utility model discloses a between bottom ring roof beam and top ring roof beam, bottom ring roof beam, between the top ring roof beam, between bottom ring roof beam and the support column, all insert the actuation with half a mouthful of shape plug connector between top ring roof beam and the support column and be connected fixedly, all connection structure all the same, great reduction the degree of difficulty of manufacture to can accelerate the preparation speed.
3. The utility model discloses a building block's is bulky, can not reduce the speed of equipment yet, also can replace building block into wallboard, and the equipment speed is faster.
4. The utility model discloses a connection structure between half mouth of a mouth shape plug connector and the magnetic sleeve is all the same, only need change the bayonet socket the direction can, not only simple but also convenient, rational in infrastructure, the equipment is fast, assembles effectually.
Description of the drawings:
fig. 1 is a schematic structural diagram of the product.
Fig. 2 is a rear view of fig. 1.
Fig. 3 is an assembled view of the product.
Fig. 4 is a schematic structural diagram of a half-mouth-shaped plug connector in the product.
The specific implementation mode is as follows:
the technical solution in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings of the present invention.
Example 1:
a novel building engineering construction floor structure comprises a bottom ring beam 1 and a top ring beam 2, wherein the bottom ring beam is sequentially provided with a left front bottom jack 3, a left rear bottom jack 4, a right front bottom jack 5 and a right rear bottom jack 6, the left front bottom jack is connected with a left front bottom clamping groove 7, a left front bottom magnetic sleeve 8 is embedded in the left front bottom jack, a left front bottom clamping opening 9 is formed in the left front bottom magnetic sleeve, the left rear bottom jack is connected with a left rear bottom clamping groove 10, a left rear bottom magnetic sleeve 11 is embedded in the left rear bottom jack, and a left rear bottom clamping opening 12 is formed in the left rear bottom magnetic sleeve; the right front bottom jack is connected with a right front bottom clamping groove 13, a right front bottom magnetic sleeve 14 is embedded in the right front bottom jack, a right front bottom bayonet 15 is arranged on the right front bottom magnetic sleeve, the right rear bottom jack is connected with a right rear bottom clamping groove 16, a right rear bottom magnetic sleeve 17 is embedded in the right rear bottom jack, and a right rear bottom bayonet 18 is arranged on the right rear bottom magnetic sleeve; the top ring beam is sequentially provided with a left front top jack 19, a left rear top jack 20, a right front top jack 21 and a right rear top jack 22, the left front top jack is connected with a left front top clamping groove 23, a left front top magnetic sleeve 24 is pre-embedded in the left front top jack, a left front top bayonet 25 is arranged on the left front top magnetic sleeve, the left rear top jack is connected with a left rear top clamping groove 26, a left rear top magnetic sleeve 27 is pre-embedded in the left rear top jack, and a left rear top bayonet 28 is arranged on the left rear top magnetic sleeve; right front top jogged joint right front top draw-in groove 29, the pre-buried right front top magnetic sleeve 30 of right front top jack, right front top magnetic sleeve open and to have right front top bayonet 31, right back top jogged joint right back draw-in groove 32, the pre-buried right back top magnetic sleeve 33 of right back top jack, right back top magnetic sleeve open and to have right back top bayonet 34.
The left front bottom magnetic sleeve is tightly matched and inserted into a left iron rod 35 for suction connection, the right front bottom magnetic sleeve is tightly matched and inserted into a right iron rod 36 for suction connection, the left iron rod and the right iron rod are connected through a cross rod 37, the cross rod is clamped into the left front bottom bayonet and the right front bottom bayonet and is internally fixed, the left iron rod, the cross rod and the right iron rod are of an integral structure and form a half-mouth-shaped connector clip, and the half-mouth-shaped connector clip is tightly matched and inserted into the left rear bottom magnetic sleeve and the right rear bottom magnetic sleeve for suction connection and is clamped into the left rear bottom bayonet and the right rear bottom bayonet; a left side preceding top magnetic sleeve tight fit insert left iron set actuation and connect, right preceding top magnetic sleeve tight fit insert right iron set actuation and connect, left iron set with right iron set between connect through the horizontal pole, the horizontal pole card go into a left side preceding top bayonet socket with right preceding top bayonet socket internal fixation, left iron set the horizontal pole right iron set structure as an organic whole, constitute half mouthful of shape plug connector, half mouthful of shape plug connector tight fit insert left back top magnetic sleeve with right back top magnetic sleeve between the actuation connect and the card go into left back top bayonet socket with right back top bayonet socket internal fixation.
The bottom ring beam and the top ring beam are fixedly connected through a group of supporting columns 38, building blocks 39 are filled between the bottom ring beam and the top ring beam and are connected with the supporting columns, and the bottom ring beam, the top ring beam, the building blocks and the supporting columns are fixedly connected through cement mortar; the bottom ring beam and the top ring beam are superposed, assembled and fixed through the insertion, attraction and connection of the half-mouth-shaped plug connectors.
The working principle is as follows:
the bottom ring beam, the top ring beam and the support columns are all manufactured in a factory, the bottom ring beam, the top ring beam and the support columns are all made of steel bar frameworks and concrete and assembled on site, the bottom ring beam and the top ring beam are assembled through half-mouth-shaped plug connectors, the bottom ring beam and the support columns are assembled through half-mouth-shaped plug connectors (the structure of the bottom ring beam is the same as that of the top ring beam and the structure of the top ring beam) between the top ring beam and the support columns, and the structure of the bottom ring beam and the top ring beam when superposed is also spliced and fixed through the half-mouth-shaped plug connectors (the structure of the bottom ring beam is the same as that of the top ring beam).
Claims (3)
1. A novel building engineering construction floor structure comprises a bottom ring beam and a top ring beam, and is characterized in that the bottom ring beam is provided with a left front bottom jack, a left rear bottom jack, a right front bottom jack and a right rear bottom jack in sequence, the left front bottom jack is connected with a left front bottom clamping groove, a left front bottom magnetic sleeve is embedded in the left front bottom jack, the left front bottom magnetic sleeve is provided with a left front bottom bayonet, the left rear bottom jack is connected with a left rear bottom clamping groove, the left rear bottom jack is embedded with a left rear bottom magnetic sleeve, and the left rear bottom magnetic sleeve is provided with a left rear bottom bayonet; the right front bottom jack is connected with a right front bottom clamping groove, a right front bottom magnetic sleeve is embedded in the right front bottom jack, a right front bottom bayonet is arranged on the right front bottom magnetic sleeve, the right rear bottom jack is connected with a right rear bottom clamping groove, a right rear bottom magnetic sleeve is embedded in the right rear bottom jack, and a right rear bottom bayonet is arranged on the right rear bottom magnetic sleeve; the top ring beam is sequentially provided with a left front top jack, a left rear top jack, a right front top jack and a right rear top jack, the left front top jack is connected with a left front top clamping groove, a left front top magnetic sleeve is pre-embedded in the left front top jack, the left front top magnetic sleeve is provided with a left front top bayonet, the left rear top jack is connected with a left rear top clamping groove, the left rear top jack is pre-embedded with a left rear top magnetic sleeve, and the left rear top magnetic sleeve is provided with a left rear top bayonet; the right front top bayonet socket connect right front top draw-in groove, the pre-buried right front top magnetic sleeve of right front top jack, right front top magnetic sleeve open and to have a right front top bayonet socket, right back top bayonet socket connect right back top draw-in groove, the pre-buried right back top magnetic sleeve of right back top jack, right back top magnetic sleeve open and to have a right back top bayonet socket.
2. The novel building engineering construction floor structure as claimed in claim 1, wherein the left front bottom magnetic sleeve is tightly fitted and inserted into the left iron rod for suction connection, the right front bottom magnetic sleeve is tightly fitted and inserted into the right iron rod for suction connection, the left iron rod is connected with the right iron rod through a cross rod, the cross rod is clamped into the left front bottom bayonet and the right front bottom bayonet for fixation, the left iron rod, the cross rod and the right iron rod are of an integrated structure to form a half-mouth-shaped connector, and the half-mouth-shaped connector is tightly fitted and inserted into the left rear bottom magnetic sleeve and the right rear bottom magnetic sleeve for suction connection and is clamped into the left rear bottom bayonet and the right rear bottom bayonet for fixation; a left side preceding top magnetic sleeve tight fit insert left iron set actuation and connect, right preceding top magnetic sleeve tight fit insert right iron set actuation and connect, left iron set with right iron set between connect through the horizontal pole, the horizontal pole card go into a left side preceding top bayonet socket with right preceding top bayonet socket internal fixation, left iron set the horizontal pole right iron set structure as an organic whole, constitute half mouthful of shape plug connector, half mouthful of shape plug connector tight fit insert left back top magnetic sleeve with right back top magnetic sleeve between the actuation connect and the card go into left back top bayonet socket with right back top bayonet socket internal fixation.
3. The novel construction floor structure of building engineering as claimed in claim 2, wherein the bottom ring beam is fixedly connected with the top ring beam through a group of support pillars, building blocks are filled between the bottom ring beam and the top ring beam, the building blocks are connected with the support pillars, and the bottom ring beam, the top ring beam, the building blocks and the support pillars are fixedly connected through cement mortar; the bottom ring beam and the top ring beam are superposed, assembled and fixed through the insertion, attraction and connection of the half-mouth-shaped plug connectors.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020189163.XU CN211774807U (en) | 2020-02-20 | 2020-02-20 | Novel building engineering construction floor structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020189163.XU CN211774807U (en) | 2020-02-20 | 2020-02-20 | Novel building engineering construction floor structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN211774807U true CN211774807U (en) | 2020-10-27 |
Family
ID=72907705
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202020189163.XU Active CN211774807U (en) | 2020-02-20 | 2020-02-20 | Novel building engineering construction floor structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN211774807U (en) |
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2020
- 2020-02-20 CN CN202020189163.XU patent/CN211774807U/en active Active
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Effective date of registration: 20230113 Address after: 150000 No. 117, Youyi Road, Daoli District, Harbin, Heilongjiang Patentee after: Harbin Construction Engineering Construction Co.,Ltd. Address before: 150010 No.117 Youyi Road, Daoli District, Harbin, Heilongjiang Province Patentee before: Xu Yuyou |