阅读说明：本技术 应用于太阳能光伏板支撑架的不锈钢缓冲减震结构 (Stainless steel buffer damping structure applied to photovoltaic plate bracing frame ) 是由 张凌 于 2019-09-09 设计创作，主要内容包括：本发明属于太阳能框架应用技术领域,具体公开了应用于太阳能光伏板支撑架的不锈钢缓冲减震结构,由第一缓冲组件,及与第一缓冲组件相配合使用的第二缓冲组件组成。本发明的应用于太阳能光伏板支撑架的不锈钢缓冲减震结构的有益效果在于：其解决现有传统支撑框架结构所存在的问题,能与支撑框架结构之间实现便捷的组装作业(通过第一条形支撑连接板、第一定位孔、第二条形支撑连接板、第二定位孔与支撑框架结构主支撑板连接即可,倾斜或垂直安装都可),装配后能有效的缓冲外部冲击力对支撑框架结构的影响,保证支撑框架结构和太阳能电池板的安全。(The invention belongs to solar frame applied technical field, the stainless steel buffer damping structure applied to photovoltaic plate bracing frame is specifically disclosed, by the first Buffer Unit, and the second Buffer Unit composition being used in combination with the first Buffer Unit.The beneficial effect of stainless steel buffer damping structure applied to photovoltaic plate bracing frame of the invention is: it solves the problems of existing traditional support frame structure, it can realize that convenient and fast assembling operation (supports connecting plate by the first bar shaped between support frame structure, first positioning hole, second bar shaped supports connecting plate, second location hole is connect with support frame structure main supporting plate, inclination or right angle setting all can), effective influence of the absorbing external impact force to support frame structure of energy after assembly, guarantee the safety of support frame structure and solar panel.)

1. being applied to the stainless steel buffer damping structure of photovoltaic plate bracing frame, it is characterised in that: by the first Buffer Unit, And the second Buffer Unit composition being used in combination with the first Buffer Unit；First Buffer Unit, including the first bar shaped branch It supports connecting plate (1), and first positioning hole (2) of the setting in the first bar shaped support connecting plate (1) one end, and is arranged at first Shape supports the first conical link block (3) of connecting plate (1) other end, and setting in first conical link block (3) one side First hollow limit sleeve (4), and setting in the first conical link block (3) one side and are located in the first hollow limit sleeve (4) First spring retainer column (5)；Second Buffer Unit, including the second bar shaped support connecting plate (6), and be arranged in the second bar shaped Support the second location hole (7) in connecting plate (6) one end, and setting the second of the second bar shaped support connecting plate (6) other end Conical link block (8), and setting is in the second hollow limit sleeve (9) of second conical link block (8) one side, and setting is the The two conical second spring limited posts (10) link block (8) one side and be located in the second hollow limit sleeve (9)；In described second Empty limit sleeve (9) is caught in the first hollow limit sleeve (4), and spring (17) both ends are respectively clamped into the first spring retainer column (5), the Two spring retainer columns (10).

2. the stainless steel buffer damping structure according to claim 1 applied to photovoltaic plate bracing frame, feature Be: the stainless steel buffer damping structure applied to photovoltaic plate bracing frame, further includes being separately positioned in first Empty limit sleeve (4), one group of first horizontal limit plate (11) of the second hollow limit sleeve (9) outer wall, one group of second horizontal limit plate (13), And it is separately positioned on one group of first horizontal limit plate (11), the first horizontal limit plate through-hole in one group of second horizontal limit plate (13) (12), the second horizontal limit plate through-hole (14) and both ends extend through the first horizontal limit plate through-hole (12), the second horizontal limit plate through-hole (14) Limit screw (15), and it is separately positioned on the stop nut (16) at Limit screw (15) both ends.

Technical field

The invention belongs to solar frame applied technical fields, and in particular to not applied to photovoltaic plate bracing frame Rust steel buffer damping structure.

Background technique

Solar photovoltaic system, also referred to as photogenic voltage, abbreviation photovoltaic (Photovoltaics；Word source " photo- " light, " voltaics " volt), refer to using the photovoltaic effect of photovoltaic semiconductors material and converts solar energy into direct current energy Facility, the core of photovoltaic facility is solar panel.Currently, being used to the semiconductor material that generates electricity mainly has: monocrystalline silicon, more Crystal silicon, amorphous silicon and cadmium telluride etc..

Since all in the application for actively promoting renewable energy, the development of photovoltaic industry is very rapid for each state in recent years.Light Volt system, which can be mounted on a large scale in earth's surface, becomes photovoltaic plant, can also be placed on the roof or exterior wall of building, is formed Photovoltaic Building Integration.

It needs that the stable assembly of solar panel exists by support frame structure in the installation of solar panel Roofing, ground etc., and traditional solar panel installs support frame structure, only has simple fixed structure, does not have Buffer structure is designed, as in strong wind atmosphere in actual use, no buffer structure design will affect the whole of support frame structure Body service life, there are security risks after long-time service, regularly overhaul, maintenance also will increase cost input etc..

Therefore, based on the above issues, the present invention provides the stainless steel bumper and absorbing shock for being applied to photovoltaic plate bracing frame Structure.

Summary of the invention

Goal of the invention: the object of the present invention is to provide the stainless steel bumper and absorbing shock knots for being applied to photovoltaic plate bracing frame Structure solves the problems of existing traditional support frame structure, and easily assembling can be realized between support frame structure Operation (supports connecting plate, first positioning hole, the second bar shaped to support connecting plate, second location hole and support frame by the first bar shaped The connection of frame structure main supporting plate, inclination or right angle setting all can), after assembly can effective absorbing external impact force to support The influence of frame structure guarantees the safety of support frame structure and solar panel.

Technical solution: the present invention provides the stainless steel buffer damping structure for being applied to photovoltaic plate bracing frame, by the One Buffer Unit, and the second Buffer Unit composition being used in combination with the first Buffer Unit；First Buffer Unit, including First bar shaped supports connecting plate, and the first positioning hole being arranged in the first bar shaped support one end of the connection board, and is arranged first Bar shaped supports the first conical link block of the connecting plate other end, and the first hollow of the first conical link block one side is arranged in Limit sleeve, and the first conical the first spring retainer column link block one side and be located in the first hollow limit sleeve is set；Institute The second Buffer Unit is stated, including the second bar shaped supports connecting plate, and second be arranged in the second bar shaped support one end of the connection board Location hole, and the second conical link block of the second bar shaped support connecting plate other end is set, and setting is in the second cone The hollow limit sleeve of the second of link block one side, and setting in the second conical link block one side and are located in the second hollow limit sleeve Second spring limited post；The second hollow limit sleeve is caught in the first hollow limit sleeve, and both ends of the spring is respectively clamped into One spring retainer column, second spring limited post.

The technical program, the stainless steel buffer damping structure applied to photovoltaic plate bracing frame further includes It is separately positioned on the first hollow limit sleeve, one group of first horizontal limit plate of the second hollow limit sleeve outer wall, one group of second horizontal limit Plate, and it is separately positioned on one group of first horizontal limit plate, the first horizontal limit plate through-hole in one group of second horizontal limit plate, the second horizontal limit Position plate through-hole and both ends extend through the Limit screw of the first horizontal limit plate through-hole, the second horizontal limit plate through-hole, and are respectively set Stop nut at Limit screw both ends.

Compared with prior art, the stainless steel buffer damping structure applied to photovoltaic plate bracing frame of the invention Beneficial effect is: it solves the problems of existing traditional support frame structure, can realize between support frame structure Convenient and fast assembling operation (supports connecting plate, first positioning hole, the second bar shaped to support connecting plate, the second positioning by the first bar shaped Hole is connect with support frame structure main supporting plate, inclination or right angle setting all can), can effective absorbing external punching after assembly Influence of the power to support frame structure is hit, guarantees the safety of support frame structure and solar panel.

Detailed description of the invention

Fig. 1 is that the front view structure of the stainless steel buffer damping structure applied to photovoltaic plate bracing frame of the invention is shown It is intended to；

Fig. 2 is the first hollow limit of the stainless steel buffer damping structure applied to photovoltaic plate bracing frame of the invention The overlooking structure diagram of set, the first spring retainer column, the second hollow limit sleeve, second spring limited post etc..

Specific embodiment

In the following with reference to the drawings and specific embodiments, the present invention is furture elucidated.

Stainless steel buffer damping structure applied to photovoltaic plate bracing frame as depicted in figs. 1 and 2, is delayed by first Component is rushed, and the second Buffer Unit composition being used in combination with the first Buffer Unit；First Buffer Unit, including first Bar shaped supports connecting plate 1, and the first positioning hole 2 being arranged in the first bar shaped support 1 one end of connecting plate, and is arranged at first Shape supports the first conical link block 3 of 1 other end of connecting plate, and is arranged in the first of the first 3 one side of conical link block Empty limit sleeve 4, and the first conical the first spring retainer link block 3 one side and be located in the first hollow limit sleeve 4 is set Column 5；Second Buffer Unit, including the second bar shaped support connecting plate 6, and setting to support 6 one end of connecting plate in the second bar shaped Interior second location hole 7, and the second conical link block 8 of the second bar shaped support 6 other end of connecting plate is set, and setting exists Second hollow limit sleeve 9 of the second conical 8 one side of link block, and setting in the second conical 8 one side of link block and are located at the Second spring limited post 10 in two hollow limit sleeves 9；The second hollow limit sleeve 9 is caught in the first hollow limit sleeve 4, and 17 both ends of spring are respectively clamped into the first spring retainer column 5, second spring limited post 10.

It is further preferred that the stainless steel buffer damping structure applied to photovoltaic plate bracing frame, further includes It is separately positioned on one group of first horizontal limit plate, 11, one group of second cross of the first hollow limit sleeve 4, the second hollow 9 outer wall of limit sleeve Limit plate 13, and the first horizontal limit plate being separately positioned in one group of first horizontal limit plate, 11, one group of second horizontal limit plate 13 are logical Hole 12, the second horizontal limit plate through-hole 14 and both ends extend through the first horizontal limit plate through-hole 12, the second horizontal limit plate through-hole 14 Limit screw 15, and it is separately positioned on the stop nut 16 at 15 both ends of Limit screw, for the first hollow limit sleeve 4, second Hollow limit sleeve 9 etc. is limited, and guarantees accuracy, reliability and the safety of operation movement.

The stainless steel buffer damping structure applied to photovoltaic plate bracing frame of this structure solves existing tradition branch The problems of frame structure is supportted, convenient and fast assembling operation can be realized (by the first bar shaped branch between support frame structure Support connecting plate, first positioning hole, the second bar shaped support connecting plate, second location hole and the connection of support frame structure main supporting plate are Can, inclination or right angle setting all can), after assembly can effective influence of the absorbing external impact force to support frame structure, guarantee The safety of support frame structure and solar panel.

The above is only a preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art It for member, without departing from the principle of the present invention, can also make several improvements, these improvement also should be regarded as of the invention Protection scope.