CN204960450U - Structure is built in antidetonation room - Google Patents
Structure is built in antidetonation room Download PDFInfo
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- CN204960450U CN204960450U CN201520724893.4U CN201520724893U CN204960450U CN 204960450 U CN204960450 U CN 204960450U CN 201520724893 U CN201520724893 U CN 201520724893U CN 204960450 U CN204960450 U CN 204960450U
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- metal sleeve
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- cavity
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Abstract
The utility model provides a structure is built in antidetonation room belongs to the architectural engineering technology field, and the top of this structure includes the roof of two slope settings and the backup pad of the vertical setting of setting between two roofs, and the top of four spinal branch posts is provided with the horizontally stiffener, and two adjacent pillar bottoms are connected with the wave pipe, be provided with the cavity in every pillar, be provided with the braced system sleeve pipe in the cavity, same root wire rope runs through braced system sleeve pipe tube core, roof, backup pad, the stiffener of pillar and tightens head and the tail end closure, is provided with the pneumatic valve of the external intercommunication of cavity and pillar on the pillar outer wall. This structure is built in antidetonation room passes through wire rope's drag -line and connects, not only makes things convenient for the dismouting, has improved the firmness of total moreover, through setting up the bellows, can effectively cushion rocking of total, through the braced system sleeve pipe that sets up gravity distribution device in the pillar, can adjust the focus of total, has played effectual shockproof effect.
Description
Technical field
The utility model relates to construction engineering technical field, and specifically a kind of Antiseismic house builds structure.
Background technology
General, along with natural calamity takes place frequently in recent years, earthquake is a kind of harm extraordinary serious natural calamity, the property loss that earthquake causes and casualties, mainly because collapsing of building is caused, earthquake come go also fast, often just occur in tens seconds even tens seconds very of short duration time, people to be difficult within the so short time in room particularly escape high building, especially night, people are mostly in sleep state, if generation earthquake, the injures and deaths caused personnel are just even more serious, the generation of earthquake very not have rule can follow, current technology also ram-jolt can not execute very accurate forecast over the ground, though had some earthquake prewarning devices now, these earthquake prewarning devices are difficult to popularity, therefore how to reduce building in earthquake collapse and the fall casualties that causes and the property loss of floor have problem to be solved at present.
General building is in the process of building, capital is passed through comparatively critically calculate and predict all can possess certain seismic behavior, but relative to the building on building site, particularly worker-house, be all belong to build, input cost is less, easy disassembly temporarily, but safety anti-vibration coefficient is lower, how to design a kind of easy disassembly, and the higher Antiseismic house of shockproof coefficient builds structure, is current problem demanding prompt solution.
Summary of the invention
Technical assignment of the present utility model solves the deficiencies in the prior art, provides a kind of Antiseismic house to build structure.
The technical solution of the utility model realizes in the following manner, this a kind of Antiseismic house builds structure, the top of this structure comprises two pieces of top boards be obliquely installed and is arranged on the gripper shoe of the vertical setting between two pieces of top boards, two pieces of top boards are symmetrical about gripper shoe, the top of four pillars is provided with the bracing piece of level, two ends below gripper shoe are fixed on two bracing pieces be parallel to each other
The upper end of the gripper shoe connected with top board has the draw-in groove of equi-spaced apart, offers three through holes running through gripper shoe thickness in each draw-in groove;
The upper end of the top board connected with gripper shoe offers the fixture block of equi-spaced apart, and fixture block is corresponding with draw-in groove position, and fixture block and draw-in groove match, and each fixture block offers the wire hole running through top board and fixture block thickness;
Gripper shoe and top board carry out clamping by draw-in groove and fixture block, and wherein, three through holes and corresponding with it wire hole overlap and dock;
Four posts bottom are embedded under Horizon mark face, and two adjacent pillar bottoms are connected with corrugated pipes, and the wave amplitude face of two adjacent corrugated pipes is perpendicular;
Be provided with cavity in each pillar, in cavity, be provided with braced system sleeve pipe;
The braced system sleeve pipe tube core of pillar, top board, gripper shoe, bracing piece tighten two ends and close is run through with steel cable, fixture block wherein between top board, gripper shoe and between draw-in groove, pass wire hole by wire rope and untwist and be divided into three strands, revolve strand again after three through holes are crossed in the other cross-under of three stocks to collect for one, then run through top board;
Braced system sleeve pipe is made up of first metal sleeve, two second metal sleeves and two the 3rd metal sleeves, the center of cavity is provided with the first metal sleeve along pillar axes, the two ends up and down of the first metal sleeve are socketed with the second metal sleeve respectively, the abduction end of the second metal sleeve is socketed with the 3rd metal sleeve respectively, 3rd metal sleeve is connected with the inwall seamless seal of pillar
The two ends of the first metal sleeve, the second metal sleeve and the 3rd metal sleeve are all arranged with spacing edge clipping, and the outer peripheral face of spacing edge clipping is provided with sealed groove, is provided with rubber seal in sealed groove; Rubber seal makes the empty feelings chamber of the pillar of braced system sleeve outer wall form sealed cavity; Prop up on column outer wall and be provided with the cavity air valve that be communicated with extraneous with pillar.
Four pillars are all set to cylindrical, four pillars all between circumferentially same and adjacent two pillars spacing equal, a bracing piece is equipped with between the top of two adjacent pillars, bracing piece is vertical with pillar, and bracing piece has four, and four bracing pieces surround rectangle, corrugated pipes is provided with between the bottom of two adjacent pillars, corrugated pipes has four, and four corrugated pipes surround rectangle, and the amplitude face of two orthogonal corrugated pipes is mutually vertical.
Braced system sleeve pipe is made up of first metal sleeve, two second metal sleeves and two the 3rd metal sleeves, and the length of described second metal sleeve and the 3rd metal sleeve is equal,
The length of the first metal sleeve is the twice of the second metal sleeve,
The external diameter of the first metal sleeve equals the internal diameter of the second metal sleeve,
The external diameter of the second metal sleeve equals the internal diameter of the 3rd metal sleeve,
The outer wall of the 3rd metal sleeve and the inwall seamless link of pillar,
It is outside that 3rd metal sleeve is set in the second metal sleeve,
It is outside that second metal sleeve is set in the first metal sleeve,
Two the second metal sleeves are symmetrical and two the 3rd metal sleeves are symmetrical about the first metal sleeve about the first metal sleeve, described first metal sleeve, the second metal sleeve, the 3rd form closed cavity between metal sleeve and pillar, and cavity is by the air valve on pillar and pillar ft connection.
The cross section of the first metal sleeve, the second metal sleeve and the 3rd metal sleeve is regular hexagon.
The beneficial effect that the utility model is compared with prior art produced is:
This kind of Antiseismic house builds structure design exquisiteness, connected by the drag-line of wire rope, not only easy disassembly, and improve the firmness of total, by arranging bellows, can effectively cushion rocking of total, by arranging the braced system sleeve pipe of gravity distributor gear in pillar, the center of gravity of total can be adjusted, serve effective shockproof effect.
This kind of Antiseismic house build reasonable in design, structure simple, safe and reliable, easy to use, be easy to safeguard, have good value for applications.
Accompanying drawing explanation
Fig. 1 is the schematic diagram that Antiseismic house of the present utility model builds structure;
Fig. 2 is that Antiseismic house of the present utility model builds the pillar of structure and the syndeton schematic diagram of bellows;
Fig. 3 is the structural representation that Antiseismic house of the present utility model builds the pillar of structure;
Fig. 4 is the cross-sectional view that Antiseismic house of the present utility model builds the first metal sleeve of structure;
Fig. 5 is that Antiseismic house of the present utility model builds the first metal sleeve of structure and the syndeton schematic diagram of the second metal sleeve;
Fig. 6 is the structural representation that Antiseismic house of the present utility model builds the gripper shoe of structure;
Fig. 7 is the structural representation that Antiseismic house of the present utility model builds the top board of structure.
Mark in accompanying drawing represents respectively:
1. pillar, 2. bracing piece, 3. top board, 4. gripper shoe, 5. corrugated pipes,
6. braced system sleeve pipe, 7. the first metal sleeve, 8. the second metal sleeve, 9. the 3rd metal sleeve, 10. air valve, 11. cavitys, 12. rubber seal, 13. draw-in grooves, 14. through holes, 15. fixture blocks, 16. spacing edge clippings, 17. wire holes, 18. wire rope.
Detailed description of the invention
Build structure below in conjunction with accompanying drawing to a kind of Antiseismic house of the present utility model to be described in detail below.
As shown in drawings, a kind of Antiseismic house of the present utility model builds structure, the top of this structure comprises two pieces of top boards be obliquely installed 3 and is arranged on the gripper shoe 4 of the vertical setting between two pieces of top boards, two pieces of top boards are symmetrical about gripper shoe, the top of four pillars 1 is provided with the bracing piece 2 of level, two ends below gripper shoe 4 are fixed on two bracing pieces be parallel to each other 2
The upper end of the gripper shoe 4 connected with top board 3 has the draw-in groove 13 of equi-spaced apart, offers three through holes 14 running through gripper shoe thickness in each draw-in groove;
The upper end of the top board 3 connected with gripper shoe offers the fixture block 15 of equi-spaced apart, and fixture block is corresponding with draw-in groove position, and fixture block and draw-in groove match, and each fixture block 15 offers the wire hole 17 running through top board and fixture block thickness;
Gripper shoe 4 and top board 3 carry out clamping by draw-in groove 13 and fixture block 15, and wherein, three through holes 14 and corresponding with it wire hole 17 overlap and dock;
Be embedded under Horizon mark face bottom four pillars 1, two adjacent pillar bottoms are connected with corrugated pipes 5, and the wave amplitude face of two adjacent corrugated pipes is perpendicular;
Be provided with cavity 11 in each pillar 1, in cavity 11, be provided with braced system sleeve pipe 6;
The braced system sleeve pipe tube core of pillar, top board, gripper shoe, bracing piece tighten two ends and close is run through with steel cable 18, fixture block wherein between top board, gripper shoe and between draw-in groove, pass wire hole by wire rope and untwist and be divided into three strands, revolve strand again after three through holes are crossed in the other cross-under of three stocks to collect for one, then run through top board;
Braced system sleeve pipe 6 is made up of first metal sleeve 7, two second metal sleeves 8 and two the 3rd metal sleeves 9, the center of cavity is provided with the first metal sleeve 7 along pillar axes, the two ends up and down of the first metal sleeve 7 are socketed with the second metal sleeve 8 respectively, the abduction end of the second metal sleeve 8 is socketed with the 3rd metal sleeve 9 respectively, 3rd metal sleeve 9 is connected with the inwall seamless seal of pillar
The two ends of the first metal sleeve, the second metal sleeve and the 3rd metal sleeve are all arranged with spacing edge clipping 16, and the outer peripheral face of spacing edge clipping 16 is provided with sealed groove, is provided with rubber seal 12 in sealed groove; Rubber seal 12 makes the empty feelings chamber of the pillar of braced system sleeve outer wall form sealed cavity; Prop up on column outer wall and be provided with the cavity air valve 10 that be communicated with extraneous with pillar.
Four pillars are all set to cylindrical, four pillars all between circumferentially same and adjacent two pillars spacing equal, a bracing piece is equipped with between the top of two adjacent pillars, bracing piece is vertical with pillar, and bracing piece has four, and four bracing pieces surround rectangle, corrugated pipes is provided with between the bottom of two adjacent pillars, corrugated pipes has four, and four corrugated pipes surround rectangle, and the amplitude face of two orthogonal corrugated pipes is mutually vertical.
Braced system sleeve pipe is made up of first metal sleeve, two second metal sleeves and two the 3rd metal sleeves, and the length of described second metal sleeve and the 3rd metal sleeve is equal,
The length of the first metal sleeve is the twice of the second metal sleeve,
The external diameter of the first metal sleeve equals the internal diameter of the second metal sleeve,
The external diameter of the second metal sleeve equals the internal diameter of the 3rd metal sleeve,
The outer wall of the 3rd metal sleeve and the inwall seamless link of pillar,
It is outside that 3rd metal sleeve is set in the second metal sleeve,
It is outside that second metal sleeve is set in the first metal sleeve,
Two the second metal sleeves are symmetrical and two the 3rd metal sleeves are symmetrical about the first metal sleeve about the first metal sleeve, described first metal sleeve, the second metal sleeve, the 3rd form closed cavity between metal sleeve and pillar, and cavity is by the air valve on pillar and pillar ft connection.
The cross section of the first metal sleeve, the second metal sleeve and the 3rd metal sleeve is regular hexagon.
When mounted, after each parts have been built, the wire rope of each components interior is strained, total just can be made to form one, four bellowss 5 are embedded in underground, then by air valve 10 pairs of cavity 11 inner inflatable, under the effect of higher pressure, the each metal sleeve of braced system sleeve pipe of gravity distributor gear will make the center lifting of pillar 1, makes whole pillar 1 stressed more even.
When there is earthquake, only need the gas bled off by air valve 10 in cavity 11, the first metal sleeve 7, second metal sleeve 8 and the 3rd metal sleeve 9 will be made to move down, just in time make the 3rd metal sleeve 9, second metal sleeve 8 and the first metal sleeve 7 layer overlaps, reduce the center of four pillars 1, the chassis of total can be made so more firm.
And bellows 5 is set between pillar 1, and carry out pre-buried, when there is earthquake, due to rocking of total, the connection of each parts can be made to occur to loosen and rock, and bellows 5 just in time plays the effect of buffering to the stress rocking generation, and then keep the stability of total.
In the junction of top board 3 and gripper shoe 4, by wire rope one point of three ground is connected, utilize leg-of-mutton stability principle, make to connect between parts more firmly with stable, in fact, being not only between top board 3 and gripper shoe 4 is such connection, in fact bracing piece 2 and pillar 1, pillar 1 and top board 3, all can adopt this connected mode between pillar 1 and bellows 5.
Total possesses larger resiliency, and instead of traditional rigidly connected design, shockproof effect is more outstanding, and more convenient dismounting.
Compared with prior art, this Antiseismic house builds structure structure design exquisiteness, connected by drag-line, not only easy disassembly, and the firmness that improve total, by arranging bellows 5, can effectively cushion rocking of total, by arranging the braced system sleeve pipe of gravity distributor gear in pillar 1, the center of total can be adjusted, serving effective shockproof effect.
Claims (4)
1. an Antiseismic house builds structure, it is characterized in that the top of this structure comprises two pieces of top boards be obliquely installed and is arranged on the gripper shoe of the vertical setting between two pieces of top boards, two pieces of top boards are symmetrical about gripper shoe, the top of four pillars is provided with the bracing piece of level, two ends below gripper shoe are fixed on two bracing pieces be parallel to each other
The upper end of the gripper shoe connected with top board has the draw-in groove of equi-spaced apart, offers three through holes running through gripper shoe thickness in each draw-in groove;
The upper end of the top board connected with gripper shoe offers the fixture block of equi-spaced apart, and fixture block is corresponding with draw-in groove position, and fixture block and draw-in groove match, and each fixture block offers the wire hole running through top board and fixture block thickness;
Gripper shoe and top board carry out clamping by draw-in groove and fixture block, and wherein, three through holes and corresponding with it wire hole overlap and dock;
Four posts bottom are embedded under Horizon mark face, and two adjacent pillar bottoms are connected with corrugated pipes, and the wave amplitude face of two adjacent corrugated pipes is perpendicular;
Be provided with cavity in each pillar, in cavity, be provided with braced system sleeve pipe;
The braced system sleeve pipe tube core of pillar, top board, gripper shoe, bracing piece tighten two ends and close is run through with steel cable, fixture block wherein between top board, gripper shoe and between draw-in groove, pass wire hole by wire rope and untwist and be divided into three strands, revolve strand again after three through holes are crossed in the other cross-under of three stocks to collect for one, then run through top board;
Braced system sleeve pipe is made up of first metal sleeve, two second metal sleeves and two the 3rd metal sleeves, the center of cavity is provided with the first metal sleeve along pillar axes, the two ends up and down of the first metal sleeve are socketed with the second metal sleeve respectively, the abduction end of the second metal sleeve is socketed with the 3rd metal sleeve respectively, 3rd metal sleeve is connected with the inwall seamless seal of pillar
The two ends of the first metal sleeve, the second metal sleeve and the 3rd metal sleeve are all arranged with spacing edge clipping, and the outer peripheral face of spacing edge clipping is provided with sealed groove, is provided with rubber seal in sealed groove; Rubber seal makes the empty feelings chamber of the pillar of braced system sleeve outer wall form sealed cavity; Prop up on column outer wall and be provided with the cavity air valve that be communicated with extraneous with pillar.
2. a kind of Antiseismic house according to claim 1 builds structure, it is characterized in that:
Four pillars are all set to cylindrical, four pillars all between circumferentially same and adjacent two pillars spacing equal, a bracing piece is equipped with between the top of two adjacent pillars, bracing piece is vertical with pillar, and bracing piece has four, and four bracing pieces surround rectangle, corrugated pipes is provided with between the bottom of two adjacent pillars, corrugated pipes has four, and four corrugated pipes surround rectangle, and the amplitude face of two orthogonal corrugated pipes is mutually vertical.
3. a kind of Antiseismic house according to claim 1 builds structure, it is characterized in that: braced system sleeve pipe is made up of first metal sleeve, two second metal sleeves and two the 3rd metal sleeves, the length of described second metal sleeve and the 3rd metal sleeve is equal
The length of the first metal sleeve is the twice of the second metal sleeve,
The external diameter of the first metal sleeve equals the internal diameter of the second metal sleeve,
The external diameter of the second metal sleeve equals the internal diameter of the 3rd metal sleeve,
The outer wall of the 3rd metal sleeve and the inwall seamless link of pillar,
It is outside that 3rd metal sleeve is set in the second metal sleeve,
It is outside that second metal sleeve is set in the first metal sleeve,
Two the second metal sleeves are symmetrical and two the 3rd metal sleeves are symmetrical about the first metal sleeve about the first metal sleeve, described first metal sleeve, the second metal sleeve, the 3rd form closed cavity between metal sleeve and pillar, and cavity is by the air valve on pillar and pillar ft connection.
4. a kind of Antiseismic house according to claim 3 builds structure, it is characterized in that: the cross section of the first metal sleeve, the second metal sleeve and the 3rd metal sleeve is regular hexagon.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520724893.4U CN204960450U (en) | 2015-09-18 | 2015-09-18 | Structure is built in antidetonation room |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520724893.4U CN204960450U (en) | 2015-09-18 | 2015-09-18 | Structure is built in antidetonation room |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204960450U true CN204960450U (en) | 2016-01-13 |
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ID=55055524
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520724893.4U Withdrawn - After Issue CN204960450U (en) | 2015-09-18 | 2015-09-18 | Structure is built in antidetonation room |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204960450U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105201259A (en) * | 2015-09-18 | 2015-12-30 | 中建八局第二建设有限公司 | Anti-seismic house construction structure |
-
2015
- 2015-09-18 CN CN201520724893.4U patent/CN204960450U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105201259A (en) * | 2015-09-18 | 2015-12-30 | 中建八局第二建设有限公司 | Anti-seismic house construction structure |
| CN105201259B (en) * | 2015-09-18 | 2017-05-17 | 中建八局第二建设有限公司 | Anti-seismic house construction structure |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160113 Effective date of abandoning: 20170517 |