CN204252350U - Dome garden room framework and room, dome garden - Google Patents
Dome garden room framework and room, dome garden Download PDFInfo
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- CN204252350U CN204252350U CN201420753309.3U CN201420753309U CN204252350U CN 204252350 U CN204252350 U CN 204252350U CN 201420753309 U CN201420753309 U CN 201420753309U CN 204252350 U CN204252350 U CN 204252350U
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Abstract
The utility model provides room, a kind of dome garden framework, assembled by some connecting rods and some connectors, in described connecting rod, any connecting rod all surrounds triangular structure with two connecting rods, described triangular structure is connected by a connector between adjacent connecting rod, by connecting with a connection piece between the adjacent angular of adjacent triangle structure, described connector comprises the second connector, 3rd connector and the 4th connector, described second connector is positioned at the bottom of room, dome garden framework, one of them the 3rd connector is positioned at the center, top of room, dome garden framework, remaining the 3rd connector and the 4th connector are distributed in the second connector and between the 3rd connector at the center, top of room, dome garden framework, room, described dome garden framework has sash structure, provide room, a kind of dome garden simultaneously.Easy to assembly, support structure is firm, durable in use.
Description
Technical field
The utility model relates to a kind of dome garden room framework and room, dome garden.
Background technology
The moulding in room, dome garden can allow people remember the circular dome that Eskimos makes with ice cube, and this is also the title origin of this product, and windproof and rain proof is easy to use, suitable for four seasons.Room, dome garden is generally made up of a metal framework and the weather-proof plastic foil of one deck; Top layer overlay film has transparent, translucent two kinds of selections, and user can select according to weather condition and the preference of oneself.Room, existing dome garden exist support structure insecure, not easily to assemble and not to be durable etc. shortcoming.
Summary of the invention
Technical problem to be solved in the utility model is to provide a kind of dome garden room framework and room, dome garden, easy to assembly, and support structure is firm, durable in use.
For solving above-mentioned existing technical problem, the utility model adopts following scheme: room, dome garden framework, for the geometry truss symmetrical structure assembled by some connecting rods and some connectors, in described connecting rod, any connecting rod all surrounds triangular structure with two connecting rods, described triangular structure is connected by a connector between adjacent connecting rod, by connecting with a connection piece between the adjacent angular of adjacent triangle structure, described connector comprises the second connector, 3rd connector and the 4th connector, described second connector is positioned at the bottom of room, dome garden framework, one of them the 3rd connector is positioned at the center, top of room, dome garden framework, remaining the 3rd connector and the 4th connector are distributed in the second connector and between the 3rd connector at the center, top of room, dome garden framework, room, described dome garden framework has sash structure.
As preferably, described second connector have four the second connecting portions, four the second connecting portions are some distribution in dispersion shape centered by the center of the second connector, and the angle wherein between two adjacent second connecting portions be 180 °, angle between all the other any two adjacent second connecting portions is all equal; Described 3rd connector has five the 3rd connecting portions, described five the 3rd connecting portion point distributions in dispersion shape centered by the center of the 3rd connector, the angle between any two adjacent 3rd connecting portions is all equal; Described 4th connector has six the 4th connecting portions, described six the 4th connecting portion point distributions in dispersion shape centered by the center of the 4th connector, the angle between any two adjacent 4th connecting portions is all equal.
As preferably, described sash structure comprises two the first connectors, two the 5th connectors and two the 6th connectors, two the 5th connectors are positioned at the lowermost end of room, dome garden framework, two the 6th connectors are positioned at the top of two the 5th connectors, each first connector is respectively connected between the 5th connector and the 6th connector, and two the 5th connectors and two the 6th connectors are positioned in same rectangle or isosceles trapezoid and two the 5th connectors and two the 6th connectors lay respectively on four angles of rectangle or isosceles trapezoid.
As preferably, described first connector comprises three the first connecting portions, three the first connecting portions are some distribution in dispersion shape centered by the center of the first connector, the angle wherein between two adjacent second connecting portions be 180 ° and and angle between another one first connecting portion be 90 °; Described 5th connector comprises two the 5th connecting portions, I, the 5th connecting portion, II and the 5th connecting portion III, two the 5th connecting portions, I, the 5th connecting portion, II and the 5th connecting portion III is dispersion shape distribution with a central point, and the angle wherein between two the 5th connecting portions I is 180 °, angle between the 5th connecting portion II and two the 5th connecting portions I is 90 °, the 5th connecting portion III is between the 5th connecting portion II and the 5th connecting portion I; Described 6th connector comprises six the 6th connecting portions, six the 6th connecting portion point distributions in dispersion shape centered by the center of the 6th connector, angle wherein between two adjacent 6th connecting portions is 90 °, and the angle between all the other any two adjacent 6th connecting portions is acute angle.
As preferably, described sash structure comprises two the 7th connectors, two the 8th connectors, two the 9th connectors and three the second connectors, two the 9th connectors are positioned at the lowermost end of room, dome garden framework, two the 8th connectors are positioned at above two the 9th connectors, two the 7th connectors are positioned at above two the 8th connectors, second connector is between two the 7th connectors, all the other two second connectors are respectively connected between the 8th connector and the 9th connector, two the 7th connectors, two the 8th connectors and two the 9th connectors are positioned on same hexagon, described hexagonal six angles are obtuse angle, two the 7th connectors, two the 8th connectors, two the 9th connectors lay respectively on hexagonal six angles.
As preferably, described 7th connector comprises five the 7th connecting portions, five the 7th connecting portion point distributions in dispersion shape centered by the center of the 7th connector, angle wherein between two adjacent 7th connecting portions is obtuse angle, and the angle between all the other any two adjacent 7th connecting portions is acute angle; Described 8th connector comprises four the 8th connecting portions, four the 8th connecting portion point distributions in dispersion shape centered by the center of the 8th connector, angle wherein between two adjacent 8th connecting portions is obtuse angle, and the angle between all the other any two adjacent 8th connecting portions is acute angle; Described 9th connector comprises two the 9th connecting portions, I and the 9th connecting portion II, 9th connecting portion I and the 9th connecting portion II be some distribution in dispersion shape centered by the center of the 9th connector, angle between two the 9th connecting portions I is 180 °, and the angle that the angle between the 9th connecting portion II and the 9th connecting portion I is between acute angle and another the 9th connecting portion I is obtuse angle.
Meanwhile, the utility model additionally provides room, a kind of dome garden, adopts room, dome garden framework described above.
Beneficial effect:
The dome garden room framework that the utility model adopts technique scheme to provide and room, dome garden, easy to assembly, support structure is firm, durable in use; And along with seasonal variations, convenient by changing when using summer and change into and using winter.
Accompanying drawing explanation
Fig. 1 is the top view of the utility model embodiment one;
Fig. 2 is the structural representation of the first connector;
Fig. 3 is the structural representation of the second connector;
Fig. 4 is the structural representation of the 3rd connector;
Fig. 5 is the structural representation of the 4th connector;
Fig. 6 is the structural representation of the 5th connector;
Fig. 7 is the structural representation of the 6th connector;
Fig. 8 is the top view of the utility model embodiment two;
Fig. 9 is the structural representation of the 7th connector;
Figure 10 is the structural representation of the 8th connector;
Figure 11 is the structural representation of connector of a specified duration;
Figure 12 is for being the utility model embodiment two structural representation.
Detailed description of the invention
Embodiment one:
As shown in Fig. 1 to 7, room, dome garden framework, assembled by some connecting rods and some connectors, in described connecting rod, any connecting rod all surrounds triangular structure with two connecting rods, described triangular structure is connected by a connector between adjacent connecting rod, by connecting with a connection piece between the adjacent angular of adjacent triangle structure, described connector comprises 13 the second connectors 2, 6 the 3rd connectors, 3 and 37 the 4th connectors 4, described second connector 2 is positioned at the bottom of room, dome garden framework, one of them the 3rd connector 3 is positioned at the center, top of room, dome garden framework, remaining 5 the 3rd connector 3 the below being positioned at the 3rd connector 3 at the center, top of room, dome garden framework, surround a first regular pentagon structure between 5 the 3rd connectors 3 and the center of this regular pentagon structure just to the 3rd connector 3 at center, top being positioned at room, dome garden framework, 4th connector 4 is distributed in the second connector 2 and between the 3rd connector 3 at the center, top of room, dome garden framework, the bottommost of room, dome garden framework surrounds an annular by 13 the second connectors 2 and two the 5th connectors 5, two the 5th connectors 5 are disposed adjacent, room, dome garden framework has sash structure, two the 5th connectors 5 form a part for sash structure.
Second connector 2 have four the second connecting portions 21, four the second connecting portions 21 are some distribution in dispersion shape centered by the center of the second connector 2, and the angle wherein between two adjacent second connecting portions 21 be 180 °, angle between all the other any two adjacent second connecting portions 21 is all equal; Described 3rd connector 3 has five the 3rd connecting portions 31, described five the 3rd connecting portion 31 point distributions in dispersion shape centered by the center of the 3rd connector 3, the angle between any two adjacent 3rd connecting portions 31 is all equal; Described 4th connector 4 has six the 4th connecting portions 41, described six the 4th connecting portion 41 point distributions in dispersion shape centered by the center of the 4th connector 4, the angle between any two adjacent 4th connecting portions 41 is all equal.
In the present embodiment, sash structure is except comprising two the 5th connectors 5, also comprise two the first connectors 1 and two the 6th connectors 6, two the 6th connectors 6 are positioned at the top of two the 5th connectors 5, each first connector 1 is respectively connected between the 5th connector 5 and the 6th connector 6, and two the 5th connectors 5 and two the 6th connectors 6 are positioned in same rectangle or isosceles trapezoid and two the 5th connectors 5 and two the 6th connectors 6 lay respectively on four angles of rectangle or isosceles trapezoid.Described first connector 1 comprises three the first connecting portions 11, three the first connecting portions 11 are some distribution in dispersion shape centered by the center of the first connector 1, the angle wherein between two adjacent second connecting portions 21 be 180 ° and and angle between another one first connecting portion 11 be 90 °; Described 5th connector 5 comprises two the 5th connecting portions, I 51, the 5th connecting portion II 52 and the 5th connecting portion III 53, two the 5th connecting portions, I 51, the 5th connecting portion II 52 and the 5th connecting portion III 53 are dispersion shape distribution with a central point, and the angle wherein between two the 5th connecting portions I 51 is 180 °, angle between the 5th connecting portion II 52 and two the 5th connecting portions I 51 is 90 °, the 5th connecting portion III 53 is between the 5th connecting portion II 52 and the 5th connecting portion I 51; Described 6th connector 6 comprises six the 6th connecting portions 61, six the 6th connecting portion 61 point distributions in dispersion shape centered by the center of the 6th connector 6, angle wherein between two adjacent 6th connecting portions 61 is 90 °, and the angle between all the other any two adjacent 6th connecting portions 61 is acute angle.
In the present embodiment, doorframe is less, is applicable to use in winter.When assembling installation, need slight bent connecting rod so that forming curves shape.
Embodiment two:
As shown in Fig. 8 to 12, structure is basic identical with embodiment one, difference is, eliminate 5 the 4th connectors 4 in embodiment one around sash structure, two the 8th connectors 8 that around sash structure in embodiment one two a 3rd connector sash structure has are replaced, now sash structure comprises two the 7th connectors 7, two the 8th connectors 8, two the 9th connectors 9 and three the second connectors 2, two the 9th connectors 9 are positioned at the lowermost end of room, dome garden framework, two the 8th connectors 8 are positioned at above two the 9th connectors 9, two the 7th connectors 7 are positioned at above two the 8th connectors 8, second connector 2 is between two the 7th connectors 7, all the other two the second connectors 2 are respectively connected between the 8th connector 8 and the 9th connector 9, two the 7th connectors 7, two the 8th connectors 8 and two the 9th connectors 9 are positioned on same hexagon, described hexagonal six angles are obtuse angle, two the 7th connectors 7, two the 8th connectors 8, two the 9th connectors 9 lay respectively on hexagonal six angles.Described 7th connector 7 comprises five the 7th connecting portions 71, five the 7th connecting portion 71 point distributions in dispersion shape centered by the center of the 7th connector 7, angle wherein between two adjacent 7th connecting portions 71 is obtuse angle, and the angle between all the other any two adjacent 7th connecting portions 71 is acute angle; Described 8th connector 8 comprises four the 8th connecting portions 81, four the 8th connecting portion 81 point distributions in dispersion shape centered by the center of the 8th connector 8, angle wherein between two adjacent 8th connecting portions 81 is obtuse angle, and the angle between all the other any two adjacent 8th connecting portions 81 is acute angle; Described 9th connector 9 comprises two the 9th connecting portions I 91 and the 9th connecting portion II 92,9th connecting portion I 91 and the 9th connecting portion II 92 be some distribution in dispersion shape centered by the center of the 9th connector 9, angle between two the 9th connecting portions I 91 is 180 °, and the angle that the angle between the 9th connecting portion II 92 and the 9th connecting portion I 91 is between acute angle and another the 9th connecting portion I 91 is obtuse angle.
In the present embodiment, doorframe is comparatively large, is applicable to using summer.
Embodiment three:
Room, dome garden, late spring/summertime, adopt room, the dome garden framework as described in embodiment two, cover awn cover top, make room, dome garden variable body be comfortable wayside pavilion; It should be noted that and prevent translucent cover top to be exposed in the strong environment of ultraviolet the application life that can extend it.In in the winter time/time in early spring, adopt room, the dome garden framework as described in embodiment one, cover thicker garden cover in winter and push up.All can be damaged when two kinds of covers withstand on contact cigarette and other flame source, please don't machine-wash, bleach, roller drying, flatiron, dry-cleaning, with wet fento cloth Clean cover top.
The utility model combines with arch truss and parabola truss principle, the effect of geometry truss symmetrical structure symmetrical loading, internal force and anti-internal force symmetry are using node (connector) as balanced objects, node bears concurrent force system effect, by the principle with " composition order is contrary ", successively set up the equilibrium equation of each node, then truss each node unknown force number exceedes individually balanced equation number scarcely; Make the outline line shape on ball top (geometry trussed construction) provide the firmest design, can stand maximum wind power or the most serious accumulated snow condition, wind must be more violent, and dome garden is just stood more steady.And the intelligent structure in room, dome garden is convenient to assembling, because its volume is little, lightweight, without the need to ground, and is applicable to being arranged in garden, adopts and be similar to dome structure design, there is the effect of wind-proof severe snow.
Claims (7)
1. room, dome garden framework, for the geometry truss symmetrical structure assembled by some connecting rods and some connectors, it is characterized in that: in described connecting rod, any connecting rod all surrounds triangular structure with two connecting rods, described triangular structure is connected by a connector between adjacent connecting rod, by connecting with a connection piece between the adjacent angular of adjacent triangle structure, described connector comprises the second connector (2), 3rd connector (3) and the 4th connector (4), described second connector (2) is positioned at the bottom of room, dome garden framework, one of them the 3rd connector (3) is positioned at the center, top of room, dome garden framework, remaining the 3rd connector (3) and the 4th connector (4) are distributed in the second connector (2) and are positioned between the 3rd connector (3) at center, top of room, dome garden framework, room, described dome garden framework has sash structure.
2. room, dome garden according to claim 1 framework, it is characterized in that: described second connector (2) has four the second connecting portions (21), four the second connecting portions (21) are some distribution in dispersion shape centered by the center of the second connector (2), and the angle wherein between two adjacent second connecting portions (21) be 180 °, angle between all the other any two adjacent second connecting portions (21) is all equal; Described 3rd connector (3) have five the 3rd connecting portions (31), described five the 3rd connecting portion (31) some distributions in dispersion shape centered by the center of the 3rd connector (3), the angle between any two adjacent 3rd connecting portions (31) is all equal; Described 4th connector (4) have six the 4th connecting portions (41), described six the 4th connecting portion (41) some distributions in dispersion shape centered by the center of the 4th connector (4), the angle between any two adjacent 4th connecting portions (41) is all equal.
3. room, dome garden according to claim 1 and 2 framework, it is characterized in that: described sash structure comprises two the first connectors (1), two the 5th connectors (5) and two the 6th connectors (6), two the 5th connectors (5) are positioned at the lowermost end of room, dome garden framework, two the 6th connectors (6) are positioned at the top of two the 5th connectors (5), each first connector (1) is respectively connected between the 5th connector (5) and the 6th connector (6), two the 5th connectors (5) and two the 6th connectors (6) are positioned in same rectangle or isosceles trapezoid, and two the 5th connectors (5) and two the 6th connectors (6) lay respectively on four angles of rectangle or isosceles trapezoid.
4. room, dome garden according to claim 3 framework, it is characterized in that: described first connector (1) comprises three the first connecting portions (11), three the first connecting portions (11) are some distribution in dispersion shape centered by the center of the first connector (1), the angle wherein between two adjacent second connecting portions (21) be 180 ° and and angle between another one first connecting portion (11) be 90 °, described 5th connector (5) comprises two the 5th connecting portions I (51), 5th connecting portion II (52) and the 5th connecting portion III (53), two the 5th connecting portions I (51), 5th connecting portion II (52) and the 5th connecting portion III (53) is dispersion shape distribution with a central point, angle wherein between two the 5th connecting portions I (51) is 180 °, angle between 5th connecting portion II (52) and two the 5th connecting portion I (51) is 90 °, 5th connecting portion III (53) is positioned between the 5th connecting portion II (52) and the 5th connecting portion I (51), described 6th connector (6) comprises six the 6th connecting portions (61), six the 6th connecting portion (61) some distributions in dispersion shape centered by the center of the 6th connector (6), angle wherein between two adjacent 6th connecting portions (61) is 90 °, and the angle between all the other any two adjacent 6th connecting portions (61) is acute angle.
5. room, dome garden according to claim 1 and 2 framework, it is characterized in that: described sash structure comprises two the 7th connectors (7), two the 8th connectors (8), two the 9th connectors (9) and three the second connectors (2), two the 9th connectors (9) are positioned at the lowermost end of room, dome garden framework, two the 8th connectors (8) are positioned at two the 9th connector (9) tops, two the 7th connectors (7) are positioned at two the 8th connector (8) tops, second connector (2) is positioned between two the 7th connectors (7), all the other two second connectors (2) are respectively connected between the 8th connector (8) and the 9th connector (9), two the 7th connectors (7), two the 8th connectors (8) and two the 9th connectors (9) are positioned on same hexagon, described hexagonal six angles are obtuse angle, two the 7th connectors (7), two the 8th connectors (8), two the 9th connectors (9) lay respectively on hexagonal six angles.
6. room, dome garden according to claim 5 framework, it is characterized in that: described 7th connector (7) comprises five the 7th connecting portions (71), five the 7th connecting portion (71) some distributions in dispersion shape centered by the center of the 7th connector (7), angle wherein between two adjacent 7th connecting portions (71) is obtuse angle, and the angle between all the other any two adjacent 7th connecting portions (71) is acute angle; Described 8th connector (8) comprises four the 8th connecting portions (81), four the 8th connecting portion (81) some distributions in dispersion shape centered by the center of the 8th connector (8), angle wherein between two adjacent 8th connecting portions (81) is obtuse angle, and the angle between all the other any two adjacent 8th connecting portions (81) is acute angle; Described 9th connector (9) comprises two the 9th connecting portions, I (91) and the 9th connecting portion II (92), 9th connecting portion the I (91) and the 9th connecting portion II (92) is some distribution in dispersion shape centered by the center of the 9th connector (9), angle between two the 9th connecting portions I (91) is 180 °, the angle between the 9th connecting portion II (92) and the 9th connecting portion I (91) be acute angle, and another the 9th connecting portion I (91) between angle be obtuse angle.
7. room, dome garden, is characterized in that: adopt as arbitrary in claim 1 to 6 as described in room, dome garden framework.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420753309.3U CN204252350U (en) | 2014-12-03 | 2014-12-03 | Dome garden room framework and room, dome garden |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420753309.3U CN204252350U (en) | 2014-12-03 | 2014-12-03 | Dome garden room framework and room, dome garden |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204252350U true CN204252350U (en) | 2015-04-08 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420753309.3U Active CN204252350U (en) | 2014-12-03 | 2014-12-03 | Dome garden room framework and room, dome garden |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204252350U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111550113A (en) * | 2020-04-29 | 2020-08-18 | 广州被动屋科技有限公司 | Military protection house |
-
2014
- 2014-12-03 CN CN201420753309.3U patent/CN204252350U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111550113A (en) * | 2020-04-29 | 2020-08-18 | 广州被动屋科技有限公司 | Military protection house |
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Effective date of registration: 20211216 Address after: 572427 5-1202, yihaiyuan, Zone C, Qingshuiwan international tourism resort, Lingshui Li Autonomous County, Hainan Province Patentee after: Hainan Hongyu Enterprise Management Studio (sole proprietorship) Address before: 310006 Pu Ba Gang Zhen Pu Ao, Sanmen County, Taizhou City, Zhejiang Province Patentee before: Zhejiang Baolong Camping Products Co.,Ltd. |