Functional air corridor

Abstract

The utility model provides a functional air gallery which comprises a plurality of pipe gallery supporting pieces, the plurality of pipe gallery supporting pieces are arranged on a tunnel space, a plurality of cross beams are arranged on the pipe gallery supporting pieces, air pipe galleries are arranged among the cross beams, and the air pipe galleries are used for storing pipelines in a partitioned mode. A plurality of functional unit bodies and / or greening landscapes are arranged on the cross beams, and the functional unit bodies are used for providing activity spaces for residents; according to the system, resident pipelines are stored in different areas and enter the house, the problem of spider webs in the air of the old urban area is solved, resident activity space is provided, the problem of lack of community matching functions is solved, the greening rate of the roadway space of the old urban area is increased, and the problem of lack of greening of the roadway space of the old urban area is solved.

Description

Technical Field

[0001] The utility model relates to the technical field of old urban area reconstruction, in particular to a functional aerial corridor. Background Art

[0002] A large number of old alleys and old houses in the old city constitute the basic framework of the old city and are the soul of Suzhou. However, with the continuous development of the city, the old city seems to be forgotten by the city, the living environment of the residents inside has become dirty and messy, and the new vitality of the city cannot be integrated into the old city. In the face of this social phenomenon, a general survey of the alley space in the old city was conducted. After a field investigation, some problems existing in the old city were summarized. Under the premise that large-scale demolition and construction are not suitable and the requirements for the environment are improved, the main functions of the functional sky corridor were preliminarily formulated.

[0003] (1) Aerial “Spider Web”

[0004] Alleys are cluttered with various pipelines, which is one of the phenomena in most alleys in old urban areas. Pipelines are often called "spider webs" in old urban areas. With the development of network communications, pipelines are constantly placed in the air of old urban areas. Various pipelines are intertwined, which seriously affects the appearance of old urban areas. When residents walk in the alleys, there are shaky pipelines above their heads, which may threaten their lives and safety, which naturally makes people strongly resist and unwilling to integrate into the old urban areas.

[0005] (2) Lack of community supporting functions

[0006] When investigating the old city, we saw residents doing outdoor activities in almost every alley: playing chess, drying clothes, washing vegetables, taking children for a walk, enjoying the cool, etc. This is the biggest difference between the old city and other cities. While reflecting the close connection between people, it also reflects the lack of community supporting facilities in the alleys. All activities are carried out in the alleys, and there is no corresponding activity space, which makes the old city gradually become messy, brings great inconvenience to residents' lives, and poses a safety hazard.

[0007] (3) Lack of green space

[0008] The lack of green space in the alleys of the old city is also one of its existing problems. The alleys are narrow and there is almost no place to arrange green landscapes. Only some open intersections have small green landscapes. The alleys lack vitality, and the overall landscape environment is less comfortable, which is increasingly different from the green lifestyle pursued by the public.

[0009] In order to solve the above-mentioned technical problems such as the aerial "spider web", lack of community supporting functions and lack of greening, the emergence of a functional aerial corridor is urgently needed. Summary of the invention

[0010] In order to solve the technical problems such as the "spider web" in the air of the old city, the lack of community supporting functions and the lack of greening, the utility model proposes a functional aerial corridor.

[0011] In order to achieve the above object, the technical solution of the utility model is as follows:

[0012] The utility model provides a functional sky corridor, comprising: a plurality of pipeline gallery support members, wherein the plurality of pipeline gallery support members are arranged in an alley space, the pipeline gallery support members are provided with a plurality of cross beams, and an sky corridor is provided between the cross beams, the sky corridor is used for zoning and storing pipelines, a plurality of functional units and / or green landscapes are provided on the cross beams, and the functional units are used for providing activity space for residents.

[0013] The utility model provides a functional aerial corridor, which divides the residents' pipelines into zones and brings them into the houses, thus avoiding the problem of "spider web" in the air in the old city, providing activity space for residents, avoiding the problem of lack of community supporting functions, increasing the greening rate of the alley space in the old city, and avoiding the problem of lack of greening in the alley space in the old city.

[0014] As a preferred technical solution, the aerial pipe gallery includes:

[0015] A water pipe and pipeline storage box, wherein a plurality of water pipe and pipeline suspension parts are arranged in the water pipe and pipeline storage box, and the water pipe and pipeline suspension parts are used to store and place water pipes;

[0016] A strong-electric pipeline storage box, wherein a plurality of strong-electric pipeline suspension parts are arranged in the strong-electric pipeline storage box, and the strong-electric pipeline suspension parts are used to store and place the strong-electric pipelines;

[0017] A weak-current pipeline storage box, wherein a plurality of weak-current pipeline suspension members are arranged in the weak-current pipeline storage box, and the weak-current pipeline suspension members are used to store and place weak-current pipelines;

[0018] The water pipe storage box, the high-voltage pipeline storage box and the low-voltage pipeline storage box are arranged adjacent to each other.

[0019] As a preferred technical solution, the crossbeam includes: a first crossbeam and a second crossbeam, the first crossbeam is connected to the second crossbeam through the pipe gallery support, a through hole is provided at the connection between the second crossbeam and the pipe gallery support so that the pipelines in the aerial pipe gallery can be introduced into the pipe gallery support, the pipe gallery support is a hollow structure so that the pipelines can be introduced into the underground of the alley space along the pipe gallery support, and the pipelines enter the houses from the underground of the alley space.

[0020] As a preferred technical solution, a floor is laid on the first crossbeam, beams and columns are arranged on the floor, and the beams and columns cooperate with the floor to form an aerial movable platform, and the functional unit body is connected to the aerial movable platform through a metal plate.

[0021] As a preferred technical solution, the green landscape is arranged on both sides of the functional unit body, and the green landscape includes: a base plate, a plurality of mounting tracks are arranged on the base plate, plant drip irrigation pipes are arranged between the mounting tracks, and green plants are installed on the mounting tracks.

[0022] As a preferred technical solution, the functional unit body includes: a main frame, a supporting frame on the main frame, a solar panel on the supporting frame, a pad between the solar panel and the supporting frame, and the solar panel is connected to the circuit of the functional sky corridor to supply electrical energy to the functional sky corridor.

[0023] As a preferred technical solution, a gutter is provided along the periphery of the supporting frame, the main frame is composed of a buried rainwater collecting pipe, the gutter is connected to the buried rainwater collecting pipe so as to collect rainwater into a water tank, and the water tank is connected to the plant drip irrigation pipe through a rainwater delivery pipe so as to irrigate green plants.

[0024] As a preferred technical solution, the side walls of the main frame are provided with removable wall panels and / or window frames, and the window frames are provided with heat-insulating glass.

[0025] As a preferred technical solution, buildings are provided on both sides of the alley space, and the distance between the buildings and the pipe gallery support is ≥550㎜.

[0026] As a preferred technical solution, the sky corridor is enclosed with enclosures that are light-transmissive and can provide visual shielding.

[0027] The utility model provides a functional sky corridor, which has the following beneficial effects:

[0028] 1) The pipelines for residents are collected and brought into households in different areas, thus avoiding the problem of "spider webs" in the air of the old city, providing activity space for residents, thus avoiding the problem of lack of community supporting functions, and increasing the greening rate of alleys in the old city, thus avoiding the problem of lack of greening in alleys in the old city;

[0029] 2) The aerial pipe gallery can store the pipelines of residents in different areas. The pipe gallery support can not only provide structural support for the aerial pipe gallery, but also use the hollow structure of the pipe gallery support to bring the pipelines into the homes. While serving the lives of residents, it can also purify the air environment of the old city and avoid the appearance of "spider webs" in the air of the old city.

[0030] 3) In order not to affect the original life atmosphere of the street and to make intensive use of the alley space, the functional units are not placed on the ground, but are set on the beams. The functional units and the aerial activity platforms cooperate with each other to provide residents with activity places without affecting the traffic of the alley space, bringing convenience to residents' lives and avoiding the occurrence of safety hazards;

[0031] 4) The sky corridor is enclosed with light-transmitting and visually shielding enclosures, which reduce the visual guidance of the buildings on both sides to the people on the functional sky corridor and minimize the troubles and impacts of the functional sky corridor on the lives of residents;

[0032] 5) The solar panel is connected to the circuit of the functional sky corridor to supply electric energy to the functional sky corridor. The gutter parts cooperate with the buried rainwater collection pipes to collect rainwater into the water tank. The rainwater collected in the water tank can be used to irrigate green plants. As a green energy-saving system, it can save resources and energy consumption to the maximum extent. BRIEF DESCRIPTION OF THE DRAWINGS

[0033] Figure 1 A diagram showing the relationship between the functional sky corridor and the alley space provided by the utility model;

[0034] Figure 2 for Figure 1 The cross-sectional view in the 1-1 direction;

[0035] Figure 3 for Figure 1 The cross-sectional view in the 2-2 direction;

[0036] Figure 4 for Figure 1 The cross-sectional view in the 3-3 direction;

[0037] Figure 5 A structural diagram of the aerial pipe gallery provided by the utility model;

[0038] Figure 6 An exploded view of the functional unit provided by the utility model;

[0039] Figure 7 A schematic diagram of the structure of the green landscape provided by the utility model;

[0040] Among them, 1-alley space; 2-building; 3-pipe gallery support; 4-beam; 41-first beam; 42-second beam; 5-aerial pipe gallery; 51-water pipe and pipeline storage box; 511-water pipe and pipeline suspension; 512-water pipe and pipeline; 52-high-voltage pipeline storage box; 521-high-voltage pipeline suspension; 522-high-voltage pipeline; 53-weak-voltage pipeline storage box; 531-weak-voltage pipeline suspension; 532-weak-voltage pipeline; 6-functional unit; 61-main frame; 62-support frame; 63-solar panel; 64-pad; 65-buried rainwater collection pipe; 66-detachable wall panel; 67-window frame; 68-insulating glass; 7-green landscape; 71-base; 72-installation track; 73-plant drip irrigation pipe; 74-green plants. DETAILED DESCRIPTION

[0041] The preferred embodiments of the present utility model are described in detail below with reference to the accompanying drawings.

[0042] like Figure 1 , Figure 2 and Figure 4 As shown, buildings 2 are arranged on both sides of the lane space 1, and the distance between the buildings 2 and the pipe gallery support 3 is ≥550㎜. The building facades of the buildings 2 on both sides of the lane space 1 are mostly one-story, some are two-story, and very few are three-story. In order to ensure that the functional aerial corridor has sufficient site space and is coordinated with the site, the lane space 1 of this application is preferably the main lane space in the old city, that is, the width of the lane space 1 is 4m to 8m, and the lane space 1 is one-story or two-story old buildings on both sides;

[0043] The height and width of the functional sky corridor are determined based on the specifications and the actual situation of the alley and the physiological and psychological needs of the residents.

[0044] According to building regulations, the ceiling on the functional sky corridor is preferably not less than 2.2m to avoid the feeling of oppression caused by the ceiling being too low. As an outdoor traffic space, the alley space 1 needs to consider the passage of people, cars and community service vehicles (garbage trucks, etc.). The height of an ordinary small car is about 1.6m, and the height of a garbage truck is about 3m. In order to ensure the safe driving of the above vehicles and not bring visual and psychological oppression to people on the ground of the alley space, the height of the beam is preferably 0.3m, the height of the pipe gallery support is preferably 3.7m, and the height of the functional sky corridor from the ground of the alley space is preferably 4m.

[0045] Preferably, the width of the alley space 1 is 4m to 8m, with many variations. In order not to affect the traffic of the alley space 1 under the functional sky corridor, the pipe gallery support 3 should be as close to the buildings 2 on both sides as possible, but a certain distance must be left to facilitate the construction of the functional sky corridor and to ensure the privacy and safety needs of residents on both sides. Taking into account the problem that the alley space 1 itself is relatively narrow, we propose to leave an optimal minimum construction distance of 550mm between the building 2 and the pipe gallery support 3. Therefore, the activity width of the alley space 1 under the functional sky corridor = the actual width of the alley space 1 - 550x2. When the width of the alley space 1 is preferably 4 to 8m, the actual traffic width of the alley space 1 is 2.9 to 6.9m; it does not cause too much impact on the original traffic in the alley space 1, and ensures the feasibility of the functional sky corridor.

[0046] like Figure 2-4 As shown, the utility model provides a functional aerial corridor, including: a plurality of pipeline corridor supports 3, wherein the plurality of pipeline corridor supports 3 are arranged on the ground of the alley space 1, and a first crossbeam 41 and a second crossbeam 42 are arranged on the pipeline corridor support 3, wherein the first crossbeam 41 is connected to the second crossbeam 42 through the pipeline corridor support 3, and an aerial pipeline corridor 5 is arranged between the first crossbeam 41 and the second crossbeam 42, wherein the aerial pipeline corridor 5 is used for zoning and storing the pipelines of residents, and a through hole is arranged at the connection between the second crossbeam 42 and the pipeline corridor support 3 so that the pipelines in the aerial pipeline corridor 5 are introduced into the pipeline corridor support 3, and the pipeline corridor support 3 is a hollow structure so that the pipelines are introduced into the underground of the alley space 1 along the pipeline corridor support 3, and the pipelines enter the households from the underground of the alley space. The first crossbeam 41 is paved with a floor (not shown), the floor (not shown) is provided with beams (not shown), the beams (not shown) and the floor (not shown) cooperate with each other to form an aerial movable platform (not shown), the functional unit body 6 is connected to the aerial movable platform (not shown) through a metal plate (not shown), and a plurality of functional unit bodies 6 and / or green landscapes 7 are provided on the crossbeam 4, and the functional unit body 6 is used to provide residents with activity space; the present application divides the residential pipelines into zones and collects them into households, thus avoiding the problem of "spider webs" in the air in the old city, providing residents with activity space, avoiding the problem of lack of community supporting functions, improving the greening rate of the alley space in the old city, and avoiding the problem of lack of greening in the alley space in the old city.

[0047] like Figure 5 As shown, the present application provides an aerial corridor, and the aerial corridor 5 includes:

[0048] A water pipe and pipeline storage box 51, wherein a plurality of water pipe and pipeline suspension members 511 are arranged in the water pipe and pipeline storage box 51, and the water pipe and pipeline suspension members 511 are used to store and place water pipes 512;

[0049] A strong-electric pipeline storage box 52, wherein a plurality of strong-electric pipeline suspension members 521 are arranged in the strong-electric pipeline storage box 52, and the strong-electric pipeline suspension members 521 are used to store and place strong-electric pipelines 522;

[0050] A weak-current pipeline storage box 53, wherein a plurality of weak-current pipeline suspension members 531 are provided in the weak-current pipeline storage box 53, and the weak-current pipeline suspension members 531 are used to store and place weak-current pipelines 532;

[0051] The water pipe storage box 51, the high-voltage pipe storage box 52 and the low-voltage pipe storage box 53 are arranged adjacent to each other.

[0052] The size of the aerial duct gallery 5, which is a structural space for accommodating and combining aerial pipelines, is mainly determined by the type and quantity of the internal pipelines.

[0053] The types of pipelines in the alley space 1 are mainly divided into three types: high-voltage pipelines 522, low-voltage pipelines 532, and water pipelines 512. Different diameters require different spaces. According to the specification, the diameter of the high-voltage pipeline 522 is preferably 100 mm, the diameter of the low-voltage pipeline 532 is preferably 80 mm, and the diameter of the water pipeline 512 is preferably 150 mm. Considering the number of pipelines required in the alley space 1 and maximizing the efficiency of space use, the height of the aerial pipe gallery 5 is preferably 300 mm, which can accommodate a row of water pipelines 512, two rows of high-voltage pipelines 522, and two rows of low-voltage pipelines 532. The widths of the three spaces of the water pipe storage box 51, the strong current pipeline storage box 52 and the weak current pipeline storage box 53 on the aerial pipe gallery 5 are also determined by the size and quantity of each pipeline: when two water pipes 512 are arranged, the required width of the water pipe storage box 51 is preferably at least 300mm, and a 50mm spacing is left between the water pipes 512, and a 50mm spacing is left between the water pipes 512 and the two walls of the water pipe storage box 51. The width of the water pipe storage box 51 is preferably 450mm; six strong current pipelines 522 are preferably arranged, divided into two rows, three in each row, and the required strong current pipeline storage The minimum width of the box 52 is 300mm, 50mm spacing is left between the strong-current pipelines 522, and 50mm spacing is left between the strong-current pipelines 522 and the two walls of the strong-current pipeline storage box 52. The width of the strong-current pipeline storage box 52 is preferably 500mm; six weak-current pipelines are arranged in two rows, three in each row, and the required width of the weak-current pipeline storage box 53 is preferably 240mm at least, 50mm spacing is left between the weak-current pipelines 532, and 50mm spacing is left between the weak-current pipelines 532 and the two walls of the weak-current pipeline storage box 53. The width of the weak-current pipeline storage box 53 is preferably 450mm. Therefore, the minimum width required for the aerial corridor 5 is about 1300. Including the partitions and frames, the width required for the entire aerial corridor 5 is preferably about 1500mm.

[0054] Through the above analysis, it is preferred that the aerial corridor 5 is a system with unit modules of 300mm in height and 1500mm in width. The structure of the entire functional aerial corridor is arranged according to this basic module, and different numbers of modules are formulated according to different lane widths to make the function and structure reasonable and maximize space utilization.

[0055] like Figure 6 As shown, the functional unit body 6 includes: a main frame 61, a support frame 62 is provided on the main frame 61, a solar panel 63 is provided on the support frame 62, a pad 64 is provided between the solar panel 63 and the support frame 62, the solar panel 63 is connected to the circuit of the functional sky corridor so as to supply electric energy to the functional sky corridor, and as a green energy-saving system, it can save resources and energy consumption to the maximum extent; a gutter member (not shown) is provided along the periphery of the support frame 62, the main frame 61 is composed of a buried rainwater collection pipe 65, the gutter member (not shown) is connected to the buried rainwater collection pipe 65 so as to collect rainwater into a water tank (not shown), and the water tank (not shown) is connected to the plant drip irrigation pipe 73 through a rainwater conveying pipe (not shown) so as to irrigate green plants, and as a green energy-saving system, it can save resources and energy consumption to the maximum extent;

[0056] Preferably, in order to better absorb sunlight, the solar panel 63 is preferably tilted 30° to the south on the support frame 62. The solar panel 63 is a prefabricated component like the functional unit body 6, and its size should cover the functional unit body. Due to its tilt angle, the size of the solar panel 63 is preferably 2200mm x 3000mm;

[0057] The functional unit body 6 is formed by prefabrication and assembly, and is connected to the crossbeam 4 through a connector (not shown). The functional unit body 6 space serves as a supporting space for the functional sky corridor, and its size must meet the basic scale of people's activities and take into account the actual situation of the alley space. It should not be too large, and finally the most reasonable basic module is formulated to facilitate efficient production.

[0058] After investigation and analysis, the functional space missing in the alleys is found, that is, the functions that may be assigned to the functional unit body 6, such as chess, drying clothes, reading, office, yoga, parent-child activities, etc. Different functional requirements lead to different sizes of functional unit bodies required, and the functional unit body space is initially divided into single-person activity space and multi-person activity space-that is, 2 to 4 people. According to the size analysis of the human body and equipment, the unit body module for single-person activities is preferably 1.5m x1.5m x2.5m, which can meet the needs of single-person reading, meditation, office, yoga and other activities. The functional unit body space for multi-person activities can be assembled by modular single-person functional unit body space, and any combination can be made according to the needs. The result of the combination is preferably 3m x3m x2.5m or 4.5m x3mx2.5m, etc., which can be combined according to the needs of different functional spaces to obtain activity places of different sizes. It not only provides people with sufficient activity venues, but also forms a unified layout with the functional sky corridor, which is more reasonable.

[0059] The placement of functional units is an important part of the functional sky corridor. The modularly arranged units have their internal functions defined by the users themselves, reflecting the humanization of the project. The placement of various innovative functional spaces injects new blood into the old city. The functional sky corridor is like the artery of the old city, making the alley space of the old city active again.

[0060] like Figure 7 As shown, the green landscape 7 is arranged on both sides of the functional unit body 6, and the green landscape 7 includes: a base plate 71, a plurality of mounting rails 72 are arranged on the base plate 71, plant drip irrigation pipes 73 are arranged between the mounting rails 72, and green plants 74 are installed and planted on the mounting rails 72;

[0061] The supporting facilities of the functional sky corridor mainly include the three-dimensional greening under the corridor, the advertising column, the greening landscape 7 on the corridor, and the solar panels (not shown). Such supporting facilities are attached to the main structural system of the functional sky corridor, so their size is also determined by the functional sky corridor;

[0062] The facade greening and advertising columns under the functional sky corridor are efficient use of the space between the bottom-level pipe gallery supports 3. Preliminary analysis shows that the spacing between the bottom-level pipe gallery supports 3 is preferably 3m as a module and 4m high. Under the premise of not affecting the access, lighting and ventilation of the residential buildings on both sides, partitions are built in the space between the partially adjacent pipe gallery supports 3 to avoid the locations of building entrances, windows and road intersections, which are the locations of three-dimensional greening and community advertising columns. The width of the plate is equal to the spacing between the pipe gallery supports 3, and a height of 800mm is reserved at the top to facilitate lighting and ventilation in the alleys. Through the integration of the surface, the presence of the pipe gallery supports is weakened, while the space is divided and given new meaning;

[0063] The green landscape on the upper part of the functional sky corridor is arranged on the crossbeam 4 of the functional sky corridor, and is mainly arranged in a linear shape. The width of the functional sky corridor is 2900-6900mm. As an auxiliary facility of the functional sky corridor, the green landscape 7 should not affect the activities of people on the functional sky corridor. Therefore, the width should not be too wide, and the corridor system can be run through in length to form a linear greening of the functional sky corridor. The width of the functional unit on the functional sky corridor is 1500mm, and the minimum street width for people to pass is preferably 1200. Therefore, under the premise of ensuring that people can pass, the width of the green landscape is preferably 200-4200mm, and it should not be arranged in the narrow alleys. Taking into account the utilization rate of the venue, it is proposed that the width of the wide green landscape should preferably not exceed 1000mm, and it does not occupy the main activity space of the functional sky corridor.

[0064] The overall structure of the functional aerial corridor is preferably a steel structure, and the steel structure connection points are flexibly preferably welded, riveted and welded, bolted, etc. However, the innovation of the structure is that the crossbeam 4, the corridor support 3 and the beams and columns (not shown) are constructed to form a structural whole to share the force. Among them, the corridor support 3 serves as a supporting structure while wrapping a hollow corridor in the middle. The hollow corridor is preferably made of steel material with a thickness of preferably 3mm. The pipeline is introduced into the underground of the alley space 1 along the hollow corridor. The pipeline enters the house from the underground of the alley space 1. The aerial corridor 5 is provided with a suspension structure to fix the high-voltage pipeline 522, the low-voltage pipeline 532 and the water pipeline 512 therein. In the structural deliberation, the shape of the aerial corridor 5 is preferably square to save materials.

[0065] The placement of functional sky corridors will inevitably affect the lighting and privacy of residents on both sides of the alley. Preferably, the sky corridor is enclosed with light-transmitting and visually shielding enclosures (not shown) to reduce the visual guidance of the people on the functional sky corridor by the buildings on both sides, and minimize the troubles and impacts on the lives of residents.

[0066] The utility model provides a functional sky corridor, which is a structural system developed from a practical perspective to address a series of problems in the alley space of the old city. The functional sky corridor is like new blood, which reactivates the artery of the alley space in the old city and is an effective measure for the renewal of the old city in contemporary cities. The functional sky corridor is flexible and adjustable, and can be adjusted according to actual conditions. It has strong adaptability and may not only be used in the alley space of the old city in the future, but also in urban communities, park activity areas and other situations. The old city will also be open to the entire city, so that the functional sky corridor will not only serve the community, but also attract people in the city through the novel old city lifestyle it creates, creating an urban environment that meets different social conditions.

[0067] The utility model provides a functional sky corridor, which allows residents to gather in the alleys while having a relatively independent activity space, which not only meets the communication needs but also has a certain protection effect. At the same time, the functional sky corridor brings a new lifestyle to the residents of the old city, which is in line with the trend of urban development and does not destroy the original life rhythm of the old city. It is a "power bank" for the vitality of the alley space in the old city. On the basis of not destroying the original spatial order of the old city, functional devices that meet people's living needs, psychological needs, and environmental needs are added to promote the sustainable development of the old city.

[0068] It can be understood that the utility model is described by some embodiments, and it is known to those skilled in the art that various changes or equivalent substitutions can be made to these features and embodiments without departing from the spirit and scope of the utility model. In addition, under the teachings of the utility model, these features and embodiments can be modified to adapt to specific situations and materials without departing from the spirit and scope of the utility model. Therefore, the utility model is not limited by the specific embodiments disclosed herein, and all various changes or equivalent substitutions falling within the scope of the claims of the present application are included. In addition, under the teachings of the utility model, these features and embodiments can be modified to adapt to specific situations and materials without departing from the spirit and scope of the utility model. Therefore, the utility model is not limited by the specific embodiments disclosed herein, and all embodiments falling within the scope of the claims of the present application belong to the scope protected by the utility model.

Claims

1. A functional skywalk, characterized in that: include: A plurality of pipe gallery supports are provided in the alley space, a plurality of beams are provided on the pipe gallery supports, an aerial pipe gallery is provided between the beams, the aerial pipe gallery is used for zoning and storing pipelines, a plurality of functional units and / or green landscapes are provided on the beams, and the functional units are used for providing activity space for residents.

2. The functional skywalk according to claim 1 is characterized in that: The aerial pipe gallery comprises: A water pipe and pipeline storage box, wherein a plurality of water pipe and pipeline suspension parts are arranged in the water pipe and pipeline storage box, and the water pipe and pipeline suspension parts are used to store and place water pipes; A strong-electric pipeline storage box, wherein a plurality of strong-electric pipeline suspension parts are arranged in the strong-electric pipeline storage box, and the strong-electric pipeline suspension parts are used to store and place the strong-electric pipelines; A weak-current pipeline storage box, wherein a plurality of weak-current pipeline suspension members are arranged in the weak-current pipeline storage box, and the weak-current pipeline suspension members are used to store and place weak-current pipelines; The water pipe storage box, the high-voltage pipeline storage box and the low-voltage pipeline storage box are arranged adjacent to each other.

3. The functional skywalk according to claim 2 is characterized in that: The crossbeam includes: a first crossbeam and a second crossbeam, the first crossbeam is connected to the second crossbeam through the pipe gallery support, a through hole is provided at the connection between the second crossbeam and the pipe gallery support so that the pipelines in the aerial pipe gallery can be introduced into the pipe gallery support, the pipe gallery support is a hollow structure so that the pipelines can be introduced into the underground of the alley space along the pipe gallery support, and the pipelines enter the houses from the underground of the alley space.

4. The functional skywalk according to claim 3 is characterized in that: The first cross beam is paved with a floor, and beams and columns are arranged on the floor. The beams and columns cooperate with the floor to form an aerial movable platform, and the functional unit body is connected to the aerial movable platform through a metal plate.

5. The functional skywalk according to claim 4 is characterized in that: The green landscape is arranged on both sides of the functional unit body, and the green landscape comprises: a base plate, a plurality of mounting tracks are arranged on the base plate, plant drip irrigation pipes are arranged between the mounting tracks at intervals, and green plants are installed and planted on the mounting tracks.

6. The functional skywalk according to claim 5 is characterized in that: The functional unit body includes: a main frame, a supporting frame on the main frame, a solar panel on the supporting frame, a pad between the solar panel and the supporting frame, and the solar panel is connected to the circuit of the functional sky corridor to supply electric energy to the functional sky corridor.

7. The functional skywalk according to claim 6, characterized in that: A gutter is provided along the periphery of the supporting frame, the main frame is composed of a buried rainwater collecting pipe, the gutter is connected with the buried rainwater collecting pipe so as to collect rainwater into a water tank, and the water tank is connected with the plant drip irrigation pipe through a rainwater conveying pipe so as to irrigate green plants.

8. The functional skywalk according to claim 7 is characterized in that: The side walls of the main frame are provided with removable wall panels and / or window frames, and the window frames are provided with heat-insulating glass.

9. The functional skywalk according to any one of claims 1 to 8, characterized in that: There are buildings on both sides of the alley space, and the distance between the buildings and the pipe gallery support is ≥550㎜.

10. The functional skywalk according to claim 9, characterized in that: The aerial corridor is surrounded by enclosures that are light-transmissive and can provide visual shielding.

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