Annular plastic runway wind and rain playground complex building device

Abstract

The utility model discloses an annular plastic runway wind and rain playground complex building device. Comprising an annular plastic track windstorm playground building device module, an underground building device module, a curve outer side ground multi-layer building device module and a straightway outer side ground multi-layer building device module which are arranged and combined, and a sports facility intelligent product and system. The utility model particularly relates to an annular plastic runway wind and rain playground complex building device which can be used for shading and preventing rain and snow on sunny days and rainy and snowy days to carry out track and field sports and various recreational and sports activities on sports runways and fields.

Description

Technical fields:

[0001] This utility model relates to a comprehensive building device for a circular plastic running track covered playground, specifically a circular running track covered playground that can provide shade and protection from rain and snow for outdoor sports activities and various cultural and sports activities, especially track and field, fitness activities, dancing, cultural activities, entertainment activities, exhibitions, sales activities, business activities, and sports activities such as running, table tennis, badminton, football, basketball, volleyball, rubber ball, sepak takraw, tennis, hockey, baseball, rhythmic gymnastics, martial arts, wrestling, judo, taekwondo, sandbag, skating, rope skipping, cricket, boxing, gymnastics, weightlifting, kabaddi, and trampoline. The circular running track covered playground building device, product, and intelligent integrated system can be designed and constructed as a circular running track covered playground, a circular running track covered sports field building complex, a circular running track covered sports field ground building complex, and a circular running track covered sports field three-dimensional building complex. Combined complex, circular track and covered sports field building complex, synthetic track and covered playground, all-weather sports complex, all-weather school, all-weather building complex, all-weather sports complex, all-weather sports complex, circular track and covered sports field complex, sports palace complex, covered playground complex, all-weather school, covered playground all-weather school, sports palace all-weather school, all-weather assisted station, all-weather assisted station complex, all-weather circular track complex, covered sports field complex, all-weather synthetic track and covered playground complex, all-weather synthetic track and covered playground complex. The complex includes a rubber track complex, an all-weather hospital, an all-weather building complex, all-weather workplaces, all-weather tourist attractions, all-weather residential communities, all-weather shopping streets, all-weather parks, an all-weather Olympic sports center, and all-weather building complexes including all-weather school building complexes, all-weather hospital building complexes, all-weather park building complexes, all-weather exhibition hall building complexes, all-weather workplace building complexes, all-weather enterprise building complexes, all-weather company building complexes, all-weather regional building complexes, and all-weather commercial street building complexes. Background technology:

[0002] Currently, it is generally known that all kinds of track and field sports and recreational activities on outdoor sports tracks and fields are conducted outdoors. Track and field sports, running, walking, ball games, martial arts, combat sports, gymnastics, dancing, and other sports on outdoor sports tracks and fields cannot be performed outdoors in rain, snow, or under intense sunlight. Because outdoor sports tracks and fields do not provide shade or protection from rain and snow, they hinder people from engaging in recreational activities on outdoor circular tracks and sports fields during rainy or snowy days. Track and field sports and other activities on outdoor sports tracks and fields are unusable or inconvenient to use in rainy, snowy, or under intense sunlight because people are afraid of getting wet. Therefore, outdoor open-air sports tracks... The venues cannot be used for normal outdoor track and field sports, fitness activities, bodybuilding activities, square dancing, ballroom dancing, cultural activities, performances, entertainment activities, exhibitions, trade fairs, business activities, competitions, training activities, ceremonial activities, and educational activities in rainy, snowy, or sunny weather. This results in the inability to use outdoor sports tracks and venues in rainy, snowy, or sunny weather, reducing their utilization rate and activity effectiveness. The small sports activity area of ​​the gymnasium cannot meet the needs of many people exercising at the same time. The high cost of the gymnasium prevents the comprehensive utilization of the land where the circular plastic track is located. The open-air passage from the study, work, and office buildings to the sports field cannot be used normally in rainy weather.

[0003] To address the aforementioned issues, and in order to overcome the situation where outdoor sports tracks and fields are unusable or inconvenient for track and field sports and recreational activities due to rain, snow, or intense sunlight, and to improve the sports environment of outdoor sports tracks and fields that lack shelter from rain and sun or lack natural light, this paper aims to better solve the problems of open-style buildings being unsuitable for protection from side wind and rain, damage to the roof surface from ball impacts, monotonous tracks that cannot support a variety of track and field activities, simple stands that lack multiple functions and needs, simple architecture that lacks integrated three-dimensional construction and functions, sports and related ancillary facilities that cannot meet the needs of diverse sports activities and building functions, and the limitations of existing technology. This invention provides a circular running track covered playground construction device, product, and intelligent integrated system that can meet the needs of a comfortable sports environment with good light and ventilation, and solve the problems of low exercise intensity and poor exercise effect in sports facilities. It avoids situations where outdoor sports tracks and fields are unable to accommodate many people's athletic activities due to rain, snow, or intense sunlight. It allows people to continue athletic activities and recreational activities on the track and field even in inclement weather, achieving the technical effects of rain protection, light transmission, and sun protection, and improving the utilization rate of sports tracks and fields. It also better addresses the challenges of open-air construction. This design addresses several issues: protecting the roof from side wind and rain, preventing damage from impacts by balls, resolving the monotony of track and field facilities that hinder diverse athletic activities, addressing the limitations of open-plan buildings in providing adequate protection from side wind and rain, protecting the roof from impacts by balls, addressing the limitations of simple spectator stands that lack multifunctionality, addressing the limitations of simple architecture that lacks integrated three-dimensional construction and functionality, addressing the inadequacy of existing sports facilities to meet the needs of diverse sports activities and building functions, addressing the limitations of current technology in providing a comfortable and well-ventilated sports environment, and addressing the problems of low intensity and poor performance in sports facilities. (The last sentence appears to be incomplete and possibly refers to a specific type of running track.) The construction cost of an all-weather sports field is lower than that of an existing gymnasium. The circular running track all-weather sports field is conducive to achieving more with less money, with good social and economic benefits and the value of promoting people's health through exercise even in rainy or sunny weather. All-weather schools or units can connect the buildings within the school or unit area through light-transmitting and rain-proof pillars, trees, and connecting corridors. In particular, the all-weather plastic running track all-weather sports field can form a ground-level all-weather passageway within the school or unit area, which is conducive to the all-weather physical exercise or work, study and life of teachers and students or people, without affecting the lighting and ventilation of the area. Summary of the Invention:

[0004] This utility model proposes a comprehensive building device for a circular plastic track and covered sports field, which solves the problems of existing circular plastic track sports fields where sports activities cannot be carried out on rainy days, small sports area in gymnasiums that can accommodate few sports and activities, enclosed gymnasiums that cannot be ventilated, gymnasiums that cannot be exposed to sunlight, the need to use umbrellas to walk from classrooms and offices to the gymnasium on rainy days, the inability to carry out three-dimensional climbing sports on the flat surface of the circular plastic track, the inability to intelligently calculate the time and amount of exercise according to the individual, and the limited number of sports programs and functions in existing circular plastic track sports fields and gymnasiums with low utilization rates.

[0005] To achieve the above objectives, the present invention employs the following technical solution:

[0006] This utility model provides a combined construction device for a circular plastic running track covered playground, including a combined circular running track covered playground construction device, product, and integrated system for providing sun and rain protection for sports tracks and venues, facilitating track and field sports and cultural activities; and an all-weather ground-level all-weather passage construction device, product, and integrated system for schools or units; including an all-weather circular plastic running track covered playground and ramp plastic running track underground integrated construction device ( Figure 1 ), ( Figure 2 ), ( Figure 8The invention comprises a circular plastic running track and covered sports field complex building structure (21-22-23-24-21), a circular plastic running track and covered sports field ramp underground building structure (61-62-63-64-61), and circular plastic running track and covered sports field ramps (320-321-322) and circular plastic running track and covered sports field ramps (323-324-325); characterized in that the circular plastic running track and covered sports field complex building structure is located above the circular plastic running track and covered sports field ramp underground building structure, and is fixed by connecting steel structure bolt holes to the connecting plates of the circular plastic running track and covered sports field ramp underground building structure with nuts tightened and welded steel structure connecting plates; characterized in that the circular plastic running track and covered sports field complex building structure includes a rain shelter. The playground anti-collision top surface (100), the wind and rain shelter support column (200), the circular plastic track (309), the ball frame pre-embedded connector track and field (300), the wind and rain shelter support column (200) is located on both sides of the circular plastic track (309), the ball frame pre-embedded connector track and field (300), and its lower foundation is fixedly buried underground at its location in the circular plastic track wind and rain playground. The ball frame pre-embedded connector track and field is located above the ground and the top surface of the underground building device of the circular plastic track wind and rain playground. The wind and rain shelter support column (200) of the wind and rain playground is connected and fastened with bolts and nuts to their respective steel structure bolt hole connecting plates and welded steel structure connecting plates. The wind and rain shelter top surface (100) of the wind and rain playground is located above the circular plastic track (309), the ball frame pre-embedded connector track and field (300).The underground structure (61-62-63-64-61) of the circular plastic running track, covered playground ramp, plastic running track (306), circular plastic running track, covered playground ramp, plastic running track (320-321-322), and circular plastic running track, covered playground ramp, plastic running track (323-324-325) is an underground structure with reinforced concrete ramps containing plastic running tracks. The bottom, sides, top, columns, and ramps of the underground structure can... The track is constructed of reinforced concrete and includes ramp plastic running track (306), circular plastic running track in the covered playground (320-321-322), circular plastic running track in the covered playground (323-324-325), and ball rack pre-embedded connecting parts. The circular plastic running track (307) and (308) of the track and field (300) can pass through the circular plastic running track in the covered playground (320-321-322). The plastic running track (322-323), (323-321-320)) and the circular plastic running track (309) are connected to form a three-dimensional circular plastic running track building device. The ground circular plastic running track (309-320-321-(306)-322-(309)-323-(306)-324-325-309) is the ground circular plastic running track, of which (322-(309)-323) is the underground building. The ground-level plastic running track can be installed on the ground surface of the underground building, forming a circular plastic running track (309). The circular plastic running track indoor sports complex building structure (21-22-23-24-21) can be structurally connected vertically with the underground building structure structure (61-62-63-64-61) of the circular plastic running track indoor sports complex, which has a ramp with a plastic running track, to form an all-weather circular plastic running track indoor sports complex and underground complex building.

[0007] The aforementioned all-weather circular plastic track and rain-covered sports field and ramp plastic track underground complex building device is characterized in that the rain-covered sports field anti-collision top surface (100) includes a rain-covered sports field top surface (101), a rain-covered sports field top surface support (102), and a rain-covered sports field top surface protective surface (103); the rain-covered sports field top surface (101) is above the rain-covered sports field top surface support (102), and the rain-covered sports field top surface protective surface (103) is below the rain-covered sports field top surface support (102); the connection between the rain-covered sports field top surface support (102) and the rain-covered sports field top surface (101), and the rain-covered sports field top surface protective surface (103) on the rain-covered sports field top surface support (102) can be fixed by screw and screw hole connection, hexagonal flange self-drilling self-tapping screws connected and fixed by sealing washers, self-drilling self-tapping screws with sealing rings connected and fixed, self-drilling self-tapping screws with drill tails with sealing glue connected and fixed, and screw connection fixed;

[0008] The roof surface (101) of the covered playground and the roof surface (921) of the corridor described later, the overhanging light-transmitting panel (521), and the light-transmitting and rainproof roof surface (920) connecting the corridor can be continuous in planar form, continuous in planar form with staggered heights, discontinuous in planar form, or continuous in planar form, with the roof surface fixed or capable of automatic opening and closing; the roof surface (101) of the covered playground and the roof surface (921) of the corridor can be made of solar photovoltaic panels (for photovoltaic power generation), colored fiberglass panels, colored transparent panels, colored polycarbonate panels, colored sunshade and rain canopy film, colored tempered glass, colored hollow polycarbonate panels, fiberglass panels with plant patterns and colors, and those with attached plants. Transparent panels, polycarbonate sheets with plant-colored patterns, awning membranes with plant-patterned colors, tempered glass with plant-patterned colors, hollow polycarbonate sheets with greenery colors, fiberglass sheets with blue sky and white cloud colors, polycarbonate sheets, awning membranes, tempered glass, or hollow polycarbonate sheets with blue sky and white cloud colors, steel panels, roofing membranes, wood panels, plastic panels, plastic panels, panels with colors resembling trees or greenery, panels with patterns of trees or greenery, grass-green panels, camouflage panels with tree and plant patterns, panels with lake and river colors, panels with blue sky and white cloud colors, and camouflage panels with lake and river colors. Colored panels, camouflage mountain road panels with tree and plant patterns, sports facility and stadium colored panels, polycarbonate sheets, transparent sheets, semi-transparent sheets, opaque sheets, synthetic material panels, fiberglass translucent sheets, composite material panels, glass sheets, tempered glass sheets, color steel roofing sheets, color steel sandwich panels, non-metallic panels, metallic panels, fiberglass boards, sunshade and rain awning membrane fabric, sunshade and rain awning canvas, camouflage sunshade and rain awning membrane fabric with tree and plant patterns, canvas, panels with attached trees, plants, and greenery, and combinations of the above materials or panels; the above-mentioned colored transparent sheets, colored polycarbonate sheets, and colored sunshade and rain awning membrane fabrics. The processing method for colored tempered glass and colored hollow polycarbonate sheets is as follows: transparent sheets, polycarbonate sheets, awning membranes, tempered glass, and hollow polycarbonate sheets are processed by printing colors on the surface of the materials using a printer to produce colored transparent sheets, colored polycarbonate sheets, colored awning membranes, colored tempered glass, and colored hollow polycarbonate sheets respectively. The connecting edges of the same or different materials can be connected by overlapping sealant and fixed to the purlins by self-tapping screws with built-in sealing rings. The tempered glass needs to have the connecting holes processed before installation. Color refers to the distribution of two or more colors, and similar colors are different colors.

[0009] The aforementioned roof support (102) of the covered playground and the roof support and purlins (922), the overhanging eaves support (9221), the beam support (9222), the connecting plate (9223) between the roof support and the support column, the overhanging support (522) of the overhanging light-transmitting plate roof, and the light-transmitting and rainproof roof (920) connecting the corridor can be made of cantilever beams, simply supported beams, continuous beams, continuous rigid beams, rigid frame beams, planar trusses, spatial trusses, space frames, and purlins above them for connecting and fixing the roof; the purlins can be connected and fixed to the roof support of the covered playground through screw holes, and the hexagonal flange self-drilling self-tapping screws are connected and fixed through sealing washers. Self-drilling self-tapping screws with sealing rings for connection and fixation; self-drilling self-tapping screws with sealant for connection and fixation; screw connection and fixation; the roof support of the indoor sports field can be made of steel, fiberglass, wood, cement reinforced concrete, synthetic materials, composite materials, metal profiles, non-metallic materials, prestressed reinforced concrete materials, tree or greenery appearance colors, tree trunk and branch appearance colors, leaf and plant appearance colors, appearances containing tree or greenery color patterns, grass green, tree and plant pattern colors, lake and river water colors, blue sky and white cloud colors, lake and river water colors, colors similar to the scenic area environment, tree and plant pattern colors, mountain The colors of roads, sports facilities and venues, various colors of scenic spots, processed structural components, brick and concrete materials, and combinations thereof; the connection between the roof support (102) of the covered playground and the roof (101) of the covered playground, the roof protection surface (103) of the covered playground, and the light-transmitting and rainproof roof (920) of the connecting corridor can be fixed by screw and screw hole connection, hexagonal flange self-drilling self-tapping screws connected and fixed by sealing washers, self-drilling self-tapping screws with sealing rings connected and fixed, self-drilling self-tapping screws with sealing glue connected and fixed, and screw connection fixed; the roof support (102) of the covered playground can be connected with the lower The wind and rain shelter support column (201) of the covered playground can be connected and fixed, and can also be connected to the lower part of the cable of the upper support column (outer support column pull-up), the suspended beam (suspended beam pull-up), or the suspension cable (suspension cable pull-up) and the lower wind and rain shelter support column (201) of the covered playground for joint fixation; the top support (102) of the covered playground and the lower wind and rain shelter support column (201) of the covered playground can be fixed by screws through the screw holes of the connecting plates of the top support (102) of the covered playground and the wind and rain shelter support column (201) of the covered playground, or they can be fixed by welding the connecting plates of the respective connecting plates or by screws and welding through the screw holes;

[0010] The roof protective surface (103) of the covered playground and the metal mesh ventilation wall (523) described later include a perforated grid surface. The guardrail between the outer support columns (199) of the covered playground track can be made of safety net, wire mesh, wire mesh fence, wire mesh fence, metal wire mesh fence, protective net, perforated grid surface, guardrail-style railing surface, metal wire mesh, nylon net, fishing net, and can also be made of warehouse isolation fence, triangular bending guardrail, double-sided wire guardrail, double-ring guardrail, wavy guardrail, frame guardrail net, triangular Bending fence, double-wire fence, double-ring fence, wavy fence, stadium fence, fence, barbed wire fence, steel grating fence, fence isolation fence, grating wall fence, steel grating fence, frame fence, triangular bending fence, double-wire fence, double-ring fence, wavy fence, C-shaped post fence, chain link fence, welded wire fence, steel plate mesh fence, fence, barbed wire fence, PVC coated fence, perforated fiberglass board; metal mesh permeable wall (523) fence type The railing surface can be made of iron, PVC, plastic steel, stainless steel, wrought iron, steel, synthetic materials, fiberglass, composite materials, metal profiles, non-metallic materials, glass, advertising boards, metal materials, and railings with colors that resemble trees or greenery, railings with patterns of trees or greenery, grass green railings, camouflage railings with tree and plant patterns, railings with lake and river colors, railings with blue sky and white cloud colors, camouflage railings with lake and river colors, and railings with tree and plant patterns. Colored railings, colored railings for sports facilities and venues, railings of various colors for scenic areas, green plants, and combinations thereof; railing-style guardrails can utilize existing steel, fiberglass, synthetic materials, composite materials, metal profiles, non-metallic materials, metallic materials, various structures of railings, advertising boards, railings, fences, walls, green plants, and combinations of the aforementioned related solutions in terms of materials, shapes, and appearances; railing-style guardrails can be used for separation, protection, and anti-collision technical performance.

[0011] The roof of the rain-proof playground can also include a windproof and rainproof roof surface (104). Figure 7The windproof and rainproof top surface (104) includes a fan (1041), air ducts (1042), (1043), a blowing and exhaust device (1044), a wind deflector (1045), a power supply and remote control switch (1408). Under the power control of the power supply and remote control switch (1408), the fan (1041) can generate blowing airflow through the air ducts (1042), (1043) into the blowing and exhaust device (1044), (1046) and the wind deflector (1045). 45) The wind guide direction generates the wind flow direction of the rain playground anti-collision roof (100) in the direction of the arrow in each figure. The wind and rain blocking airflow can be an air compressor, electric fan or blower, centrifugal or axial flow type; the blowing and exhaust devices (1044) and (1045) are located below the roof (101) of the rain playground and can be fixed to the outer side of the eaves of the roof support (102) of the rain playground by bolts and nuts and the wind flow direction (1046) is the outer side of the eaves.

[0012] The aforementioned circular plastic track and covered playground complex building device is characterized in that the covered playground wind and rain protection support column (200) can be composed of a covered playground wind and rain protection support column (2002), a covered playground remote-controlled multi-roller rainproof support column (2001), and a covered playground guardrail greening rainproof support column (2003). The (2002) covered playground wind and rain protection support column includes a covered playground wind and rain protection support column (201), a covered playground inclined upper support column (202), a covered playground inclined cable (203), a covered playground support column remote-controlled multi-roller rainproof device (204), (205), a support column connecting device (206), and a support column foundation (207). The planar projection position of the support column foundation (207) is located underground on both sides of the circular plastic track or underground ramp plastic track. The lower support column and support column connecting device (206) are located above the support column foundation (207) and are connected by reinforced concrete pouring or steel structure welding. The support column connecting device (206) can use connecting plates and pre-embedded bolts. The wind and rain shelter support column (201) of the wind and rain shelter of the playground is located above the support column connecting device (206) and is fixed by fastening or welding to the connecting plate and the nuts of the pre-embedded bolts through the lower connecting hole plate of (206). The upper support column (202) of the wind and rain shelter of the playground is located above the wind and rain shelter support column (201) of the wind and rain shelter of the playground and is fixed by connecting the connecting hole plates of their respective connection positions through bolts and nuts. The upper support column (202) of the wind and rain shelter of the playground is connected to the top support (102) of the wind and rain shelter of the playground through the wind and rain shelter cable (203) and the connecting hole plates of their respective connection positions through bolts and nuts.

[0013] The windproof and rainproof support pillar (2002) for the covered playground includes a remote control transmission system and device for a blower (2011), a blower channel (2012), blower transmission blades (2013), blower guide blades (2014), a blower direction (2015), and a blower-support column connection and fixing device (2016). After the remote control transmission system and device (2011) is connected to a power source, it can rotate the blower transmission blades (2013) to pass through the blower channel (2012) and the blower guide blades (2014) to form the blower direction (2015). The blower-support column connection and fixing device (2016) can be fixed by connecting the connecting hole plates at their respective connection positions with bolts and nuts.

[0014] The remote-controlled multi-roller blind rainproof support column (2001) for the covered playground includes a rainproof support column (201), a remote-controlled multi-roller blind rainproof device (204), (205), a roller blind and roller blind tube and remote control transmission system device (2051), and a roller blind guide rail (2502). The remote-controlled multi-roller blind rainproof device (204), (205), roller blind and roller blind tube and remote control transmission system device (2051), and roller blind guide rail (2502) are located on one side of the covered playground support column and can be arranged vertically to form the rainproof surface of the covered playground support column multi-roller blind. After the remote-controlled multi-roller blind rainproof device (204), (205) is connected to the power supply, the roller blind and roller blind tube are connected to the power supply. The roller shutter of the roller shutter tube and remote control transmission system device (2051) can move downward along the roller shutter guide rail (2502) to form a rainproof surface of the roller shutter and move upward to form a ventilation surface; the roller shutter and roller shutter tube and remote control transmission system device (2051) can be connected and fixed to the windproof and rainproof support column (200) of the windproof and rainproof playground by bolts and nuts to the connecting hole plates at their respective connection positions; the windproof and rainproof support column of the windproof and rainproof playground can be connected and fixed by a steel structure using a transparent plate between the support column above the remote control multi-roller rainproof device and below the top surface (101) of the windproof and rainproof playground, or the remote control transmission system and device of the blower can be installed, and can be connected and fixed by bolts and nuts to the connecting hole plates at their respective connection positions;

[0015] The aforementioned rain-proof and greening support pillars (2003) for the covered playground, the rain-proof and wind-proof support pillars (200) for the covered playground can include the outer support pillars (199) and the inner support pillars (198) of the covered playground track; when there are no buildings outside the covered playground track, the support pillar surface formed between the two pillars of the outer support pillars (199) of the covered playground track can be fixedly installed with bolts, nuts or welding to form the guardrail surface between the outer support pillars (199) of the covered playground track; the guardrail surface between the outer support pillars (199) of the covered playground track can be covered with attached green plants (524) Figure 11 );

[0016] The multi-roller rainproof column surface formed by the remote-controlled multi-roller rainproof device (204), (205), roller shutter and roller shutter cylinder and remote control transmission system device (2051), and roller shutter guide rail (2502) of the support column of the covered playground can also include: a solid surface without holes, a grid surface with holes, a roller shutter-type opening and closing rainproof surface, and a railing-type railing surface; the multi-roller curtain can be connected to the support column of the column support on the outer ring side of the roof of the covered playground to form a multi-roller rainproof column surface structure; the connection between the support column and the solid surface without holes, the grid surface with holes, the opening and closing surface of the roller shutter-type opening and closing surface, and the railing-type railing surface can be fixed by screw connection, welding connection, rivet and connecting glue connection, tile nail connection, or reinforced concrete connection; the solid surface without holes, the grid surface with holes, and the opening and closing surface of the multi-roller curtain-type opening and closing surface can be located in the upper, middle, and lower sections of the support column on the outer ring side of the roof of the covered playground, and the railing-type railing surface can be located in the roof of the covered playground. The lower section of the outer ring support column; the solid surface without holes can be made of steel panels, roof membrane panels, wood panels, plastic panels, plastic panels, cement reinforced concrete panels, fiberglass translucent tiles, asbestos tiles, stone panels, color steel plates with colors imitating trees or greenery, panels with colors and patterns of trees or greenery, grass green colored panels, camouflage panels with colors of trees and plants, panels with colors of blue sky and clouds, camouflage panels with colors of lakes and rivers, panels with colors of sports facilities and venues, panels with various colors of scenic areas, polycarbonate sheets, transparent sheets, semi-transparent sheets, opaque sheets, synthetic material panels, composite material panels, glass sheets, tempered glass sheets, color steel tile sheets, color steel sandwich panels, non-metallic panels, metallic panels, fiberglass sheets, sunshade and rain awning membrane fabric, sunshade and rain awning canvas, camouflage sunshade and rain awning membrane fabric with colors of trees and plants, canvas, and combinations of the above materials or panels;

[0017] The roof support (102) of the covered playground can be connected and fixed to the rain shelter support column (201) below, and can also be connected to the lower part of the cable of the upper support column (outer support column pull-up), the suspended beam (suspended beam pull-up), or the suspension cable (suspension cable pull-up) and simultaneously connected and fixed to the wind and rain shelter support column (201) below; the roof support (102) of the covered playground and the wind and rain shelter support column (201) below can be fixed by screws through the screw holes of the connecting plates of the roof support (102) of the covered playground and the wind and rain shelter support column (201) of the covered playground, or they can be fixed by welding their respective connecting plates or by screws and welding through the screw holes;

[0018] The aforementioned roof support (102), inclined upper support columns (202), and support column foundations (207) of the covered playground; the inclined upper support columns (202) are located on the ground of the sports track, on both sides inside the inner circle and outside the outer circle of the sports track. The upper part of the inclined upper support columns (202) is located below the roof surface (101) of the covered playground and is connected to the roof support (102) of the covered playground by bolts and nuts, and is fixed by connecting holes at their respective connection positions; the support column foundations (207) are located below the ground of the track, and the upper connection of the support column foundations (207) is connected and fixed to the lower part of the support column. The inner and outer sides of the sports track; the support columns can be equipped with connecting plates for installing sports equipment and facilities; the support columns can be of various types, including anti-collision warning support columns with plant patterns and colors, greening support columns with attached plants, artificial plant-shaped art support columns, support columns with plant patterns and colors, anti-collision warning support columns with monitoring intelligent devices, anti-collision warning support columns with "yellow durian" plant patterns and colors, greening support columns with attached plants, anti-collision warning support columns with red tomato plant color and pattern appearance, artificial plant-shaped art support columns, support columns with plant patterns and colors, and anti-collision warning support columns with monitoring intelligent devices;

[0019] The wind and rain shelter support columns (200), support columns (923), support column and pre-embedded foundation connection plate (9231), pre-embedded foundation (924), support columns and support column foundation steel structure materials can be steel, fiberglass, cement reinforced concrete, synthetic materials, composite materials, metal profiles, non-metallic materials, towers, structural columns, space trusses, planar trusses, steel structure profiles, shear walls, steel structure solid web columns, steel structure lattice columns, metallic materials, prestressed reinforced concrete materials, tree or greenery appearance color, tree trunk and branch appearance color, leaf and plant branch and leaf appearance color, appearance containing tree or greenery color patterns, grass green, trees The colors of plant patterns, lake and river water, blue sky and white clouds, trees and plants, sports facilities and venues, processed structural components, and combinations of the above materials are all applicable. Support columns can utilize existing structural support columns, walls, fences, and beams in terms of materials, shapes, and appearance. Warning soft-padded anti-collision support columns can be used, with anti-collision buffer materials glued to the outside of the support columns at a height of 2 meters above ground. Different colored markings or color blocks of anti-collision warning materials are glued to the outside of the anti-collision buffer materials. The anti-collision buffer materials can be made of rubber, plastic, sponge composite materials, or inflatable materials. Elastic materials, chemically-based elastic materials, or inflatable elastic cushioning materials; anti-collision warning materials can be made of artificial leather, leather, rubber, plastics, sponge composite materials, or chemical fabrics, with obvious anti-collision colors or warning markings on the appearance; adhesives can be instant adhesives, epoxy resin adhesives, anaerobic adhesives, UV adhesives, hot melt adhesives, pressure-sensitive adhesives, latex, polymer structural adhesives, acrylic adhesives, composite structural adhesives, thermosetting polymer adhesives, sealants, hot melt adhesives, water-based adhesives, pressure-sensitive adhesives, solvent-based adhesives, inorganic adhesives, adhesives, natural adhesives, rubber adhesives, and polymer adhesives. Plastic repair agent; the support columns can be glued and fixed to the outside of the support columns at a height of 2 meters above the ground, using the above-mentioned materials to wrap soft packaging pads. The soft packaging pads can be a material that simultaneously has the elasticity of anti-collision cushioning material and the appearance of warning color blocks or markings of anti-collision warning material, with obvious anti-collision colors on the appearance; the soft packaging pads can be made of colored rubber, colored plastic, colored sponge composite material, colored inflatable elastic material, colored chemical elastic material, colored elastic material, or colored inflatable elastic cushioning material; the support columns can be arranged in multiple identical or different types of warning soft packaging anti-collision support columns on the outer side of the outer ring of the track, the inner side of the inner ring, or at point T of the field, according to the size requirements of the sports palace;

[0020] The support column foundation can be made of reinforced concrete, embedded in the corridor roof support components, embedded in the structural components, directly embedded in the corridor roof support (B), bolted, separately enlarged under the column, strip foundation, pile foundation, caisson foundation, mixed foundation, continuous wall foundation, rigid foundation, independent foundation, well-type foundation, or box foundation. The connection between the support column and the support foundation can be made by welding the support column connecting plate to the support foundation connecting plate, fastening the support column and the support foundation connecting plate with screw holes, fastening the support column and the support foundation connecting plate with screw holes and welding, connecting the support column and the support foundation with concave and convex structures, connecting the support column and the support foundation with concave and convex structures and screw holes, connecting the support column and the support foundation connecting plate or welding, pouring concrete and welding the support column and the support column foundation connecting plate, or pouring reinforced concrete. The support column and the support column foundation steel structure can be fabricated as one piece, the support column and the rigid frame top beam steel structure can be fabricated as one piece, and the support column, the support column foundation and the rigid frame top beam can be fabricated as one piece.

[0021] The aforementioned all-weather circular plastic running track, indoor sports field, and ramp plastic running track underground complex building device ( Figure 1 ), ( Figure 9 ), ( Figure 10 The ball rack pre-embedded connector track and field (300) is characterized in that the ball rack pre-embedded connector track and field (309) includes a circular plastic track (309), a sports track and field (301), a ball rack pre-embedded connector (303) for the sports track and field, a ground sports channel (304), (305), a slope plastic track from underground to ground sports (306), an athletics curve (307), an athletics straight track (308), a football net frame (311), a basketball hoop (312), a volleyball net frame (313), a badminton net frame or a tennis net frame (314), a ping-pong table (315), and a boxing and martial arts field fence frame (316);

[0022] The circular plastic track (309), sports track and field (301) can be made of colored asphalt concrete composite material, and can be used for anti-collision warning track and field, colored plastic asphalt concrete anti-collision sign warning track and field, colored asphalt concrete brick anti-collision warning track and field, colored plastic concrete brick anti-collision warning track and field, colored plastic ceramic tile anti-collision warning track and field, colored plastic asphalt concrete brick anti-collision warning track and field, self-textured plastic track, composite plastic track, permeable plastic track, EPDM plastic track, mixed plastic track, prefabricated plastic track, all-plastic plastic track, and can be made of stone, steel, wood, anti-corrosion wood, plastic, ceramic tile, brick, asphalt, cement, concrete, synthetic materials, composite materials, lawn, soil, etc., as well as combinations of the above materials;

[0023] The sports track and field (301) can include venues for people's sports activities, circular plastic track (309), fitness activities, bodybuilding activities, square dancing activities, ballroom dancing activities, cultural and artistic activities, performance activities, cultural activities, art activities, entertainment activities, games activities, exhibition activities, sales and trade fairs, business activities, competition activities, training activities, ceremonial activities, educational activities, and speech activities. The sports and cultural activity venues can be equipped with venues for square dancing activities, ballroom dancing activities, cultural and artistic activities, entertainment activities, exhibition activities, sales and trade fairs, business activities, competition activities, badminton courts, football fields, basketball courts, volleyball courts, table tennis courts, tennis courts, handball courts, hockey fields, baseball fields, softball fields, cricket fields, sepak takraw fields, wrestling fields, martial arts fields, boxing fields, judo fields, taekwondo fields, fencing fields, and weightlifting fields. The markings or devices for gymnastics venues, rhythmic gymnastics venues, billiards courts, leather courts, sandbag courts, skating rinks, rope skipping venues, darts courts, kabaddi courts, cycling venues, jogging venues, walking venues, automatic treadmills, running tracks, shooting ranges, archery ranges, high jump venues, long jump venues, throwing venues, and trampoline venues; the ground surfaces of sports and cultural activity venues may be made of stone, steel, wood, preservative-treated wood, plastic, ceramic tiles, bricks, asphalt, cement, concrete, synthetic materials, composite materials, paints, glass, turf, soil, etc., as well as combinations of the above materials; the sports and cultural activity venue mats may be plastic mats with or without specific sports and cultural activity venue markings, pure PU plastic courts, silicone PU plastic courts, acrylic plastic courts, badminton mats, suspended interlocking flooring, artificial turf for football fields, artificial turf for kindergartens, PVC roll plastic flooring, artificial turf, and safety mats.

[0024] The ball frame pre-embedded connector (303) of the sports track and field includes a ball net (3031), a rope connecting the ball net to the metal fixing pole (3032), a ball net frame pole and ball frame pre-embedded connector (3033), a ball net frame metal rod or fixing ring (3034), a ball net frame pole cap (3035), a ball net frame pole fixing part or bolt fixing part (3036), a reducing head (30361) at the bottom of the ball net frame pole metal fixing part, a plastic cap (30351), a bolt fixing part (30362), a reducing head (303621) at the bottom of the plastic fixing part, a reserved hole (3037) in the plastic track surface layer, a plastic track and field surface (30371), and a track and field structure. The structure includes: a base layer (30372), a track and field foundation layer (30373), pre-embedded connecting holes or pre-embedded connecting bolt holes for the ball rack (3038), a reinforced concrete foundation for the ball rack pre-embedded connectors (3039), a reinforced concrete structural surface layer (3211), a plastic track structural layer (3212), a plastic track surface layer (3213), and a reinforced concrete structural ramp for the plastic track (3215). The plastic track and field surface (30371) or the plastic track surface layer (3213) and the plastic track structural layer (3212), track and field structural layer (30372) or the reinforced concrete structural surface layer (3211), and track and field foundation layer (30373) are layered from top to bottom. The ball frame is pre-embedded in a reinforced concrete foundation (3039) and the ball frame is connected and fixed to the pre-embedded connecting holes or pre-embedded connecting bolt holes (3038) through steel reinforcement and concrete pouring; the ball net frame metal rods or fixing rings (3034), the ball net frame rod caps (3035), and the ball net frame rod fixing parts or bolt fixing parts (3036) are welded steel structural parts from top to bottom. The reducing head (30361) at the lower end of the ball net frame rod metal fixing part can insert the ball net frame rod fixing parts or bolt fixing parts (3036) into the pre-embedded connecting holes or pre-embedded connecting bolt holes (3038) of the ball frame to connect and fix them. The rope (3032) connecting the ball net to the metal fixing rod holds the ball net (303) to the metal fixing rod. 1) The metal rods or fixing rings (3034) of the net frame, which are connected and fixed to the net frame poles and the ball frame pre-embedded connecting parts (3033), can be used for the installation of football net frames (311), volleyball net frames (313), badminton net frames or tennis net frames (314), boxing and martial arts field guardrail frames (316); the plastic cover (30351), bolt fasteners (30362), and plastic fastener lower diameter reducers (303621) are plastic structural parts in the position from top to bottom. The lower diameter reducers (303621) of the plastic fastener at its lower end are inserted into the ball frame pre-embedded connecting holes or pre-embedded connecting screw holes (3038) for connection and fixation. This is done when the field is used as an athletic field.The reducing head (30361) at the lower part of the metal fixing part of the net frame pole can be used to connect and fix the net frame pole fixing part or bolt fixing part (3036) into the pre-embedded connecting hole part or pre-embedded connecting screw hole part (3038) of the net frame. It can be used for connection and fixation of open-air football fields and goal frames (161), indoor football fields and goal frames (162), basketball courts and basketball hoops (163), volleyball courts and net frames (164), badminton courts and net frames (165), (166) table tennis courts and table tennis tables, gymnastics, boxing and martial arts fields and fences (167), billiard table courts and tables (168), and spectator stands and chairs (169) to the ground and underground pre-embedded parts.

[0025] The aforementioned all-weather circular plastic running track, indoor sports field, and ramp plastic running track underground complex building device, plastic running track three-dimensional sports track passage ( Figure 10 The invention is characterized in that the underground structure of the ramp plastic running track includes a ground-level rainproof corridor (320-321-305), (305-324-321) from the ground plastic running track to the underground ramp, ramp plastic running tracks (306), (321-322), (323-324) from underground to ground level, an underground sports passage (322-323), and ramp plastic running tracks (306), (321-322) from underground to ground level; it includes a plastic running track structural layer (3212), a plastic running track surface layer (3213), and a plastic running track reinforced concrete structure ramp (3215). The plastic track surface layer (3213), the plastic track structural layer (3212), and the plastic track reinforced concrete structure ramp (3215) are upper and lower structures bonded together with adhesive. The plastic track reinforced concrete structure ramp (3215) can be connected with the reinforced concrete structure surface layer (3211) through reinforced concrete structure to form a continuous three-dimensional passage of ground passage, underground ramp, and underground passage. The plastic track structural layer (3212) and plastic track surface layer (3213) are set on the continuous passage of ground passage, underground ramp, and underground passage to form a continuous three-dimensional plastic track sports track passage of ground passage, underground ramp, and underground passage.

[0026] The aforementioned all-weather circular plastic running track and covered playground, along with a permeable and rainproof ground structure, comprises a circular plastic running track and covered playground complex (21-22-23-24-21) and a multi-story permeable and rainproof ground facade on the outer side of the curved track (501-502-503-504-501) or a multi-story permeable and rainproof ground facade on the outer side of the straight track (601-602-603-604-601); characterized in that the circular plastic running track (309) comprises a curved plastic running track (307) and a straight plastic running track (308) forming a circular plastic running track. The complex building components of the indoor sports field include an indoor sports field roof (100), indoor sports field support columns (200), and a running track and field (300) with embedded ball frame connectors. The indoor sports field support columns (200) are located on both sides of the running track (309) and the running track and field (300) with embedded ball frame connectors. Their foundations are fixedly buried under the indoor sports field of the circular plastic running track. The running track and field with embedded ball frame connectors are located on the ground. The indoor sports field support columns (200) are connected and fixed above the indoor sports field roof (100) by bolts to the bolt holes of their respective steel structure connecting plates and welded steel structure connecting plates. Above the ball rack pre-embedded connectors on the track and field (300); the multi-story building device (501-502-503-504-501) on the outer side of the curve or the multi-story building device (601-602-603-604-601) on the upper floor of the straight track is a multi-story building device with reinforced concrete, steel or brick-concrete structure; the multi-story building device with ventilation and rain protection can include a multi-story building device with external eaves, rain protection railings, light and ventilation, and a multi-story building device with greening and rain protection on the external facade; the multi-story building device with external eaves, rain protection railings, light and ventilation includes the use of... The multi-story building consists of a multi-story cantilevered light-transmitting panel (521), a multi-story cantilevered support (522), and a railing (523). The multi-story cantilevered support (522) is welded and fixed to the exterior of the multi-story ventilation and rainproof building using expansion bolts. The cantilevered light-transmitting panel (521) is fixed to the multi-story cantilevered support (522) using self-tapping screws to form the multi-story cantilevered light-transmitting panel (521). The railing (523) can be made of metal mesh railing as a wall surface and is welded and fixed to the columns, upper beams, and lower beams of the exterior of the multi-story building device using expansion bolts. The exterior greening rainproof and ventilation multi-story building device includes the use of a multi-story building device, a railing (523), and greening plants (524).The guardrail (523) can be made of metal mesh guardrail as wall surface and fixed to the columns and upper and lower beams of the exterior of the multi-story building by expansion bolt welding connection. The green plants (524) can grow on the ground and the vines are attached to the metal mesh of the guardrail (523). The attached green plants (524) can be ivy, climbing vine, crape myrtle, trumpet vine, climbing rose, ivy, pothos, moneywort, spider plant, vine, wisteria, wandering bamboo, quince, wisteria, morning glory, bougainvillea, honeysuckle;

[0027] A multi-story building can include one or two stories. The bottom, sides, top, and columns of a multi-story building can be made of reinforced concrete. The facade (21-22) of the circular plastic track and covered playground complex building device (21-22-23-24-21) is adjacent to the facade (501-502) of the ground-level exterior facade of the covered playground multi-story building device (501-502-503-504-501) on the outside of the curve. The height of the roof (100) of the covered playground of the circular plastic track and covered playground complex building device (21-22-23-24-21) can be higher than the light-transmitting roof of the covered playground. The roof of the multi-story building structure (501-502-503-504-501) with ventilation and rain protection, through the outward extension of the roof surface (100) of the windproof and rainproof roof of the covered playground, drains the rainwater on the top of the curved side to the roof of the multi-story building structure (501-502-503-504-501) of the covered playground, making the adjacent facade rainproof; the facade (601-604) of the circular plastic track covered playground complex building structure (21-22-23-24-21) and the upper facade of the ground outside the straight track of the covered playground multi-story building structure (601-602-603-604-601) of the covered playground. The adjacent positions, structures, and connections of facades (21-24) and (501-502) can adopt the same adjacent positions, structures, and connections as facades (21-22); the connection of (504-602) can enable the ground-level multi-story building structure (501-502-503-504-501) on the outer side of the curve or the ground-level multi-story building structure (601-602-603-604-601) on the outer side of the straight track to be connected into a building complex through reinforced concrete structures; the circular plastic track and indoor sports complex building structure (21-22-23-24- The facade (22-23) of 21) can be connected adjacent to the facade (21-24) of the multi-story building structure (601-602-603-604-601) on the outer side of the straight track, forming a building complex; the facade (23-24) of the circular plastic track and indoor sports complex building structure (21-22-23-24-21) can be connected adjacent to the facade (501-502) of the multi-story building structure (601-602-603-604-601) on the outer side of the curved track, forming a building complex;The four facades (21-22), (23-24) and (22-23), (21-24) of the weather-friendly circular plastic track and indoor sports field building (21-22-23-24-21) can be connected to the adjacent multi-story building (501-502-503-504-501) on the ground exterior facade of the outer side of the curve and the adjacent multi-story building (601-602-603-604-601) on the upper ground exterior facade of the outer side of the straight track to form a building complex; (504) and (602) can be connected by the architectural design of (504) and (602) so that the ground multi-story buildings can be connected to form a multi-story building whole;

[0028] The multi-story building structure with a permeable and rainproof facade (501-502-503-504-501) or (601-602-603-604-601) is located on the outside of the curve or on the upper floor of the straight section. The multi-story building structure uses steel-structured facades (501) and (502), and the column support columns can be connected with the circular plastic track and indoor sports complex building structure (21-22-2). The adjacent support columns of the (21-22) facade of the (3-24-21) building share the same support column; the support columns of the (21-22) facade of the (21-22) building of the (21-22) building of the (21-23-24-21) building of the (501-502-503-504-501) building are able to share the multi-story building columns of the reinforced concrete structure of the (501-502-503-504-501) building. The multi-story building columns are connected and welded to the wind and rain shelter support columns (200) and the wind and rain shelter top bolts and nuts of the (200) building of the (21-22) building of the (3-24-21 ...

[0029] The ( Figure 11The overhanging translucent panel (521) can be made of colored fiberglass board, colored transparent board, colored polycarbonate board, colored sunshade and rain awning film, colored tempered glass, colored hollow polycarbonate board, fiberglass board with plant pattern colors, transparent board with attached plants, polycarbonate board with plant color patterns, sunshade and rain awning film with plant patterns, tempered glass with plant patterns, hollow polycarbonate board with greening colors, fiberglass board with blue sky and white cloud colors, polycarbonate board or sunshade and rain awning film or tempered glass or hollow polycarbonate board, roof film, plastic panel, plastic panel, panel with imitation tree or greening appearance colors, panel with tree or greening plant color patterns, grass green panel, camouflage panel with tree and plant pattern colors, panel with lake and river water colors, panel with blue sky and white cloud colors, camouflage panel with lake and river water colors, camouflage panel with tree and plant pattern colors, camouflage mountain road color panel, panel with sports facility and stadium colors, polycarbonate board, transparent board, semi-transparent board, opaque board, synthetic material panel, glass The materials used include steel translucent roof tiles, composite material panels, glass panels, tempered glass panels, color steel roof tiles, color steel sandwich panels, non-metallic panels, fiberglass panels, awning membrane fabric, awning canvas, camouflage awning membrane fabric with tree and plant patterns, canvas, panels with attached trees, plants, and greenery, and combinations of the above materials or panels. The processing method for the above-mentioned colored transparent panels, colored polycarbonate sheets, colored awning membrane fabric, colored tempered glass, and colored hollow polycarbonate sheets is as follows: transparent panels, polycarbonate sheets, awning membrane fabric, tempered glass, and hollow polycarbonate sheets are processed by printing colors on the material surface using a printer to create colored transparent panels, colored polycarbonate sheets, colored awning membrane fabric, colored tempered glass, and colored hollow polycarbonate sheets respectively. Homogeneous or dissimilar materials can be connected by overlapping sealant and fixed to the purlins using self-tapping screws with built-in sealing rings. Tempered glass requires pre-drilled connection holes before installation. "Color" refers to a distribution of two or more colors; similar colors are considered different colors.

[0030] The cantilever support (522) can be made of cantilever beam, simply supported beam, continuous beam, continuous rigid beam, rigid frame beam, planar truss, space truss, space frame, or purlins above it for connecting and fixing the top surface of the sports palace; the purlins can be connected and fixed to the cantilever light-transmitting plate through screw holes, hexagonal flange self-drilling self-tapping screws through sealing washers, self-drilling self-tapping screws with sealing rings, self-drilling self-tapping screws with sealant, or screws; the cantilever support (522) on the top surface of the cantilever light-transmitting plate can be made of steel, fiberglass, or wood. Synthetic materials, composite materials, metal profiles, non-metallic materials, metal profile materials, tree or greenery appearance colors, tree trunk and branch appearance colors, leaf and plant foliage appearance colors, appearances containing tree or greenery color patterns, grass green, tree and plant pattern colors, lake and river water colors, blue sky and white cloud colors, lake and river water colors, colors similar to the scenic area environment, tree and plant pattern colors, mountain road colors, sports facility and stadium colors, various color tones in scenic areas, processed structural components, brick and concrete materials, and combinations of the above materials;

[0031] The aforementioned all-weather circular plastic track and field stadium complex includes an all-weather circular plastic track and field stadium (21-22-23-24-21), an underground structure for the circular plastic track and field stadium (61-62-63-64-61), and a multi-level above-ground structure on the outer side of the curves (501-502-503-504-501) or a multi-level above-ground structure on the outer side of the straight sections (601-602-603-604-601); characterized in that the circular plastic track and field stadium complex (21-21-22-23-24-21) is a multi-level above-ground structure on the outer side of the straight sections. 2-23-24-21) and the underground construction device of the circular plastic track and rain-proof playground (61-62-63-64-61); the underground construction device of the circular plastic track and rain-proof playground complex is located above the underground construction device of the circular plastic track and rain-proof playground, and is fixed by connecting and fastening the bolt holes and nuts of the steel structure connecting plates and welding the steel structure connecting plates through the pre-embedded bolts in the upper part of the underground construction device of the circular plastic track and rain-proof playground. The feature is that the underground construction device of the circular plastic track and rain-proof playground complex includes the rain-proof playground roof (100) and the rain-proof playground roof. Support columns (200), ball frame pre-embedded connectors, track and field (300), the wind and rain shelter support columns (200) of the indoor sports field are located on both sides of the track of the ball frame pre-embedded connectors, track and field (300), and their lower foundations are fixedly buried underground in the underground building of the circular plastic track indoor sports field. The ball frame pre-embedded connectors, track and field are located above the ground and above the top surface of the underground building of the circular plastic track indoor sports field. The wind and rain shelter support columns (200) of the indoor sports field are fixed by bolts to the screw holes of their respective steel structure connecting plates and welded steel structure connecting plates. The windproof and rainproof roof surface (100) is located above the ball frame pre-embedded connector running track and field (300); the underground building device (61-62-63-64-61) of the circular plastic running track and rain field is a reinforced concrete underground building. The bottom, sides, top and columns of the underground building can be made of reinforced concrete. The building device (21-22-23-24-21) of the circular plastic running track and rain field can form a building complex with the upper and lower positions of the building device (61-62-63-64-61).The above-ground multi-story building structure (501-502-503-504-501) on the outer side of the curve or the above-ground multi-story building structure (601-602-603-604-601) on the outer side of the straight section is a multi-story building with reinforced concrete structure. The multi-story building can include a basement and one or two floors above ground. The bottom, sides, top, and columns of the multi-story building can be made of reinforced concrete structure. The facade (21-22) of the circular plastic track and indoor sports complex building structure (21-22-23-24-21) and the facade (501-502-503-504-501) of the above-ground multi-story building structure (501-502-503-504-501) on the outer side of the curve are the same as the facade (501-502-503-504-501). 01) and (502) are adjacent. The height of the roof (100) of the windproof and rainproof roof of the circular plastic track and indoor sports complex (21-22-23-24-21) can be higher than the roof of the multi-story building (501-502-503-504-501). The rainwater on the top of the curved side of the windproof and rainproof roof (100) is discharged to the roof of the multi-story building (501-502-503-504-501) through the outward extension of the roof (100) to make the adjacent facade rainproof. The multi-story building on the ground outside the straight track and the circular plastic track and indoor sports complex (21-22-23-24-21) are adjacent to the roof of the multi-story building (21-22-23-24-21). The adjacent positions, structures, and connections of facades (601-604) and (21-24) of (601-602-603-604-601) can adopt the same adjacent positions, structures, and connections as facades (501-502) and (21-22); the connection of (504-602) can enable the multi-story building units (501-502-503-504-501) on the outside of the curve of the ground multi-story building or the multi-story building units (601-602-603-604-601) on the outside of the straight track to be connected by reinforced concrete structures to form a building complex; the circular plastic track indoor sports complex building The facade (22-23) of the building device (21-22-23-24-21) can be connected adjacently with the facade (21-24) of the multi-story building device (601-602-603-604-601) on the outer side of the straight track to form a building complex; the facade (23-24) of the circular plastic track and indoor sports complex building device (21-22-23-24-21) can be connected adjacently with the facade (501) and (502) of the multi-story building device (601-602-603-604-601) on the outer side of the curved track to form a building complex;The four facades (21-22), (23-24) and (22-23), (21-24) of the circular plastic track and indoor sports complex (21-22-23-24-21) can be constructed with reinforced concrete and are respectively connected to the adjacent multi-story above-ground buildings (501-502-503-504-501) on the outer side of the curve and the adjacent multi-story above-ground buildings (601-602-603-604-601) on the outer side of the straight track. The adjacent underground structures (61-62-63-64-61) of the circular synthetic running track and indoor sports field form a building complex. The lower structures (61-62-63-64-61) of this complex can connect with the underground levels of the multi-story above-ground structures (501-502-503-504-501) on the outer side of the curve and the adjacent underground levels of the multi-story above-ground structures on the outer side of the straight section, forming a sports passage or pedestrian walkway.

[0032] The aforementioned all-weather building complex construction device ( Figure 6 ), ( Figure 14The system includes building (A), building (B), a light-transmitting and rain-proof connecting corridor (915), and a corridor passage (916). The light-transmitting and rain-proof connecting corridor (915) is located above the corridor passage (916) and is capable of transmitting light and providing shelter from rain. The light-transmitting and rain-proof connecting corridor (915) and the corridor passage (916) are located between building (A) and building (B). The light-transmitting and rain-proof connecting corridor (915) is connected to the buildings (A) on both sides by expansion bolts and connecting plates, and by nuts and welding. Building (B) is fixedly connected, and the corridor passage (916) connects to the ground passages of buildings (A) and (B); buildings (A) and (B) can include an all-weather circular plastic running track and indoor sports field (900) and internal ground passages (9224-9225), or buildings or complexes (901-902-903-904-905-906-907-908-909-911) and internal ground passages (9224-9225). The all-weather circular plastic running track, covered sports field, and internal ground passages can be connected by light-transmitting and rain-proof connecting corridors (915) and corridor passages (916) to buildings (901-902-903-904-905-906-907-908-909-911) and internal ground passages (9224-9225), forming an all-weather rainproof ground passage connecting the buildings in the area. This all-weather ground passage can form an all-weather building complex including all-weather... School building complex, all-weather hospital building complex, all-weather park building complex, all-weather exhibition hall building complex, all-weather unit building complex, all-weather enterprise building complex, all-weather company building complex, all-weather regional building complex, all-weather commercial street building complex; the light-transmitting and rainproof connecting corridor (915) can adopt the light-transmitting and rainproof corridor top surface (920), the inclined light-transmitting and rainproof corridor top surface (9201), the light-transmitting and rainproof column-tree connecting corridor (9231), and the guardrail greening rainproof column-tree connecting corridor (525).

[0033] According to the aforementioned all-weather building complex construction device, the light-transmitting and rainproof corridor roof surface (920) can include a corridor roof surface (921), a corridor roof surface support and purlin (922), a corridor roof surface eaves support (9221), and a corridor roof surface beam support (9222); the corridor roof surface (921) is connected and fixed to the purlin of the corridor roof surface support and purlin (922) by self-tapping screws, and the cross sections (9224-9225) of the corridor roof surface support and purlin (922), the corridor roof surface eaves support (9221), and the corridor roof surface beam support (9222) can be connected and fixed or welded by pre-embedded bolts or fixed expansion bolts and nuts on the building (A, B);

[0034] The inclined light-transmitting and rainproof corridor top surface (9201) can include building (A), building (B), light-transmitting and rainproof corridor top surface (920), and corridor top surface support cable (926). The light-transmitting and rainproof corridor top surface (920) is connected and fixed between building (A) and building (B). The light-transmitting and rainproof corridor top surface (920) is connected and fixed to the upper part of building (A) and building (B) by the corridor top surface support cable (926).

[0035] The light-transmitting and rainproof column-tree connecting corridor (9231) can include a building (A), a building (B), a light-transmitting and rainproof corridor top surface (920), supporting columns (923), and rainproof column trees (930). The light-transmitting and rainproof corridor top surface (920) and supporting columns (923) can adopt a corridor top surface (921), corridor top surface support and purlins (922), corridor top surface eaves support (9221), corridor top surface beam support (9222), (9223) corridor top surface support and supporting column connecting perforated plate, supporting columns (923), (9231) support. The column is connected to the pre-embedded foundation through a hole plate and the pre-embedded foundation (924); the pre-embedded foundation (924) can be pre-embedded underground using reinforced concrete pre-embedded bolts, and the pre-embedded bolts on the upper part of the pre-embedded foundation (924) are connected and fixed to the support column (923) and the pre-embedded foundation connection hole plate below it through nuts; the upper part of the support column (923) is connected and fixed to the corridor roof support and the support column connection hole plate (9223) through bolts and nuts, and to the corridor roof support and purlins (922), the corridor roof eaves support (9221) and the corridor roof beam support (9222). The purlins of the roof support and purlins (922) are located on the upper part of the roof support (922) and are connected and fixed to the roof surface (921) above by self-tapping screws; the trunk of the rainproof column tree (930) is located on the outside of the corridor passage (916) and the support column (923); the rainproof column tree (930) can include the rainproof column tree outside the corridor (931), the rainproof column tree inside the corridor (932), and the rainproof column tree under the corridor (933); the rainproof column tree outside the corridor (931) includes the trunk (9311) of the rainproof column tree outside the corridor and the branches and leaves (931) of the rainproof column tree outside the corridor. 2) The outer rainproof column base (9313); the inner rainproof column tree (932) includes the inner rainproof column trunk (9321), the inner rainproof column branches and leaves (9322), and the inner rainproof column roots (9323); the lower rainproof column tree (933) includes the lower rainproof column trunk (9331), the lower rainproof column branches and leaves (9332), and the lower rainproof column roots (9333); the support column (923) can be fixedly connected to the light-transmitting rainproof corridor top surface (920) by diagonal bracing through the support column that is higher than the light-transmitting rainproof corridor top surface (920);

[0036] The greening and rainproof column-tree connecting corridor (525) can include a building (A), a building (B), support columns (199) or support columns (923), a light-transmitting and rainproof corridor top surface (920), a railing (523), and green plants (524); the light-transmitting and rainproof corridor top surface (920) is fixed between the building (A) and the building (B) by the support of the support columns (199) or support columns (923), and the railing (523) is fixed between the support columns (199) or support columns (923) or between the support columns (A) or the building (B) by bolts, nuts or welding. The railing (523) can be made of safety net, wire mesh, wire mesh fence, wire mesh fence, metal wire mesh fence, protective net, perforated grid surface, railing-style railing surface, metal wire mesh, nylon net, fishing net, and can also be made of warehouse isolation fence, triangular bending railing, double wire railing, double ring Fences, wavy fences, framed fences, triangular bend fences, double-wire fences, double-ring fences, wavy fences, stadium fences, fences, barbed wire fences, steel grating fences, fencing, grating walls, steel grating fences, framed fences, triangular bend fences, double-wire fences, double-ring fences, wavy fences, C-post fences, chain link fences, welded wire mesh fences, expanded metal mesh. The above-mentioned schemes of guardrail, fence net, barbed wire fence net, PVC coated fence net, and perforated fiberglass board are used in combination; green plants (524) can be attached to the guardrail (523), and the green plants (524) can be ivy, Virginia creeper, crape myrtle, trumpet vine, climbing rose, ivy, pothos, moneywort, spider plant, vine, wandering japonica, quince, wisteria, morning glory, bougainvillea, honeysuckle.

[0037] The aforementioned all-weather circular synthetic running track and covered sports field combination building device includes a sports and health intelligent system. This system comprises a port face recognition device, an intermediate face recognition device, a central server, a local area network (LAN), the internet, and a mobile phone terminal. Its key feature is that the sports and health information is collected and recognized by the port face recognition device, the intermediate face recognition device, and the mobile phone terminal, and transmitted to the central server via the LAN and the internet. The central server processes the information and then transmits the sports and health information to the mobile phone or the server via the internet. The port face recognition device can identify the main entrance and exit points of the all-weather circular synthetic running track and covered sports field combination building device. The facial recognition device, installed in and near the road, can include a camera, facial recognition machine, facial recognition information acquisition device, facial recognition and human health host, and facial recognition human health data acquisition device. The facial recognition and human health host can utilize intelligent physical examination instruments, intelligent human physical examination instruments, fully automatic physical examination instruments in health kiosks, fully automatic physical examination instruments specifically for physical health examinations, self-service portable physical examination all-in-one machines, and fully automatic physical examination instruments. These instruments can use facial recognition and automatic touchscreen measurement to measure human height, weight, body mass index, systolic and diastolic blood pressure range, heart rate, body fat mass and percentage, basal metabolic rate, body water content, muscle mass and percentage, bone mass, bone minerals, lean body mass, protein mass and percentage, intracellular fluid, and extracellular fluid. The system collects human health indicators such as fluid volume, blood oxygen saturation, and body temperature; transmits facial recognition and time / location information, as well as facial recognition human health data and time information, to a central server and local area network; intermediate facial recognition devices can be set up at N locations according to the specific location of the all-weather circular plastic track and indoor sports field combination building; the intermediate facial recognition devices can include cameras and facial recognition machines, and can transmit facial recognition and time / location information to the central server and local area network; the central server can include a central server, local area network and server, facial recognition motion information processor, facial recognition information database, facial acquisition information database, facial recognition data comparison system, and facial recognition human health processor to process facial recognition data. The system processes facial recognition data, including time and location information, human health data, and time information. It also processes facial recognition time, location, sequence, time difference, movement distance, and time-related movement data into movement and health information, which is then transmitted to mobile devices or servers via a local area network or the internet. The installation of port facial recognition devices and intermediate facial recognition devices in the specific locations of the all-weather circular plastic track and covered sports field complex building assembly constitutes an intelligent system for the all-weather circular plastic track and covered sports field complex building assembly. Similarly, the installation of port facial recognition devices and intermediate facial recognition devices in the specific locations of the all-weather building complex building assembly constitutes an intelligent system for the all-weather building complex.

[0038] The fishing nets and nylon nets mentioned are made of synthetic fibers; mainly nylon or modified nylon monofilaments, multifilaments, or multi-monofilaments, and can also be made of polyethylene, polyester, polyvinylidene chloride, and other fibers; fishing nets have many uses, requiring high transparency (for some nylon nets) and good strength, impact resistance, abrasion resistance, mesh size stability, and flexibility, with appropriate elongation at break; they are made from monofilaments, multifilaments twisted (knotted nets) or monofilaments warp-woven (knotless nets), first heat treatment (fixing knots), dyeing, and second heat treatment (fixing mesh size); protective nets are divided into: slope protection nets (slope protection nets, active protection nets, flexible protection nets, passive protection nets). Safety nets include protective nets (highway and railway), garden protective nets, stadium protective nets, residential area protective nets, etc.; safety nets are used to prevent people and objects from falling, or to avoid or mitigate injuries from falls and impacts; safety nets are generally composed of net bodies, edge ropes, tie ropes, etc.; safety nets are made of net bodies, edge ropes, tie ropes, and reinforcing ropes; the net body is made of woven net ropes, with diamond or square meshes; the distance between two adjacent knots in the woven material is called the mesh size; the net ropes around the perimeter of the net body are called edge ropes; the size (nominal size) of the safety net is determined by the size of the edge ropes; the ropes used to fix the safety net to the support are called tie ropes; in addition, all nets used for... Ropes used to increase the strength of safety nets are collectively referred to as reinforcing ropes. Safety net materials are required to have low specific gravity, high strength, good abrasion resistance, high elongation, and strong durability. They should also have certain weather resistance, with minimal strength reduction after exposure to moisture. Safety nets primarily use chemical fibers. All ropes on the same safety net must be made of the same material, and the wet-to-dry strength ratio of all materials must not be less than 75%. Synthetic fibers such as vinylon and nylon are commonly used for ropes. Safety nets are mainly used in open-air work areas and require weather resistance; weather-resistant materials include nylon, vinylon, and polyester. The afterflame and smoldering time of flame-retardant safety nets must not exceed 4 seconds. Perforated grating surfaces can be used for warehouse isolation fences, triangular bend fences, double-wire fences, double-ring fences, wavy fences, frame fences, triangular bend fences, double-wire fences, double-ring fences, wavy fences, stadium fences, razor wire, fences, barbed wire fences, steel grating fences, fence isolation fences, grating wall fences, steel grating fences, frame fences, triangular bend fences, double-wire fences, double-ring fences, wavy fences, C-post fences, chain link fences, welded wire fences, expanded metal fences, razor wire fences, barbed wire fences, PVC coated fences, and perforated fiberglass panels.The surface of a guardrail can be made of iron, PVC, plastic steel, stainless steel, wrought iron, steel, synthetic materials, fiberglass, composite materials, metal profiles, non-metallic materials, glass, advertising boards, metal materials, and guardrails with colors or patterns resembling trees or greenery, grass green, camouflage with tree and plant patterns, lake and river colors, blue sky and white cloud colors, camouflage with lake and river colors, tree and plant patterns, sports facilities colors, scenic area colors, and various shades of greenery, as well as combinations of the above materials. The guardrail surface can utilize existing steel, fiberglass, synthetic materials, composite materials, metal profiles, non-metallic materials, and metal materials, and can be used for various structures, shapes, and appearances of guardrails, advertising boards, railings, frames, walls, and greenery. The guardrail surface can be used for separation, protection, and collision prevention.

[0039] The fans are divided into axial flow fans, centrifugal fans, and positive displacement fans. Fans work on the airflow by rotating a rotor (impeller), compressing the airflow to achieve the required air volume and pressure. Specifically, centrifugal fans: airflow flows axially into the rotating impeller and is thrown towards the outer edge of the impeller under centrifugal force, exhibiting a high pressure coefficient and a relatively low flow coefficient; axial flow fans: gas enters axially into the rotating impeller, is pressurized, and then discharged axially, featuring low pressure, high flow rate, and high efficiency. 1. Centrifugal fans change the flow direction of the medium in the duct, while axial flow fans do not; 2. The former is more complex to install; 3. In the former, the motor and fan are generally connected by a belt driving the rotating wheel, while in the latter, the motor is generally inside the fan; 4. The former is often installed at the inlet and outlet of air conditioning units, and in boiler blowers and induced draft fans, while the latter is often installed in the duct or at the front end of the duct outlet. In ventilation aimed at cooling, axial flow fans are used for safe, efficient, and energy-saving slow-speed ventilation; in ventilation aimed at evaporation, centrifugal fans are used. Axial flow fans have a wide range of applications; they are airflows in the same direction as the fan blades' axis, such as electric fans and air conditioner outdoor unit fans. They are called "axial flow" because the gas flows parallel to the fan axis. Axial flow fans are usually used in applications requiring high flow rates but low pressure. Axial flow fans are fixed in position and move air. Axial flow fans are mainly composed of a fan impeller and a casing; their structure is simple, but the data requirements are very high. Working Principle: When the impeller rotates, gas enters the impeller axially from the inlet. The gas's energy is increased by the pushing action of the blades on the impeller, and then it flows into the guide vanes. The guide vanes deflect the airflow into axial flow and simultaneously guide the gas into the diffuser, further converting the gas's kinetic energy into pressure energy, and finally introducing it into the working pipeline. The working principle of axial flow fan blades is similar to that of an aircraft wing; however, the latter applies lift upwards to the wing and supports the weight of the aircraft, while the axial flow fan is fixed in position and moves the air. The cross-section of an axial flow fan is generally an airfoil; the blades can be fixed in position or rotate around their longitudinal axis; the angle between the blades and the airflow, or the blade spacing, can be non-adjustable or adjustable; changing the blade angle or spacing is one of the main advantages of axial flow fans; a small blade spacing angle produces a lower flow rate, while increasing the spacing produces a higher flow rate; advanced axial flow fans can change the blade spacing while the fan is running (quite similar to a helicopter rotor), thereby changing the flow rate accordingly; this is called a variable blade (VP) axial flow fan.Axial flow fans, also known as local ventilation fans, are a common type of fan used in industrial and mining enterprises. Unlike ordinary fans, their motor and blades are housed within a cylindrical casing, giving them a cylindrical shape. They are used for localized ventilation, are easy to install, provide effective air exchange, and are safe. They can be connected to ductwork to deliver air to designated areas. Axial flow fans can be classified by characteristics and materials: steel fans, fiberglass fans, plastic fans, PP fans, PVC fans, magnesium alloy fans, aluminum fans, stainless steel fans, etc.; and by application: explosion-proof fans, corrosion-resistant fans, explosion-proof and corrosion-resistant fans, and special-purpose axial flow fans, etc. Types; Classified by usage requirements: duct type, wall type, stationary type, fixed type, rainproof and dustproof type, mobile type, external motor type, etc.; Classified by installation method: belt drive type, direct motor drive type; Centrifugal fans are used as wind tunnel air sources and for inflating and propelling hovercraft, etc.; When a fan is working, the airflow enters the blade space axially from the fan, and then, driven by the impeller, it rotates with the impeller on one hand; on the other hand, under the action of inertia, it increases its energy and leaves the impeller radially. A fan that does work by generating centrifugal force is called a centrifugal fan; Centrifugal fans are based on the principle of converting kinetic energy into potential energy. The principle is that a high-speed rotating impeller accelerates the gas, then decelerates and changes its flow direction, converting kinetic energy into potential energy (pressure). In a single-stage centrifugal fan, the gas enters the impeller axially, changes to radial flow as it passes through the impeller, and then enters the diffuser. In the diffuser, the gas changes its flow direction, causing deceleration, which converts kinetic energy into pressure energy. The pressure increase mainly occurs in the impeller, and secondarily in the diffusion process. In a multi-stage centrifugal fan, a return flow device directs the airflow into the next impeller, generating even higher pressure. The blades of a centrifugal fan are designed according to their outlet installation angle. Centrifugal fans can be categorized into three types based on size: backward-curved, forward-curved, and radial. Backward-curved blades bend in the opposite direction to the impeller's rotation, with an outlet installation angle less than 90 degrees. Radial blades have a radial outlet direction and an outlet installation angle equal to 90 degrees. Forward-curved blades bend in the same direction as the impeller's rotation, with an outlet installation angle greater than 90 degrees. Centrifugal fans can be manufactured in both right-hand and left-hand rotation types. Viewed from the motor side: if the impeller rotates clockwise, it's called a right-hand rotation fan; if it rotates counter-clockwise, it's called a left-hand rotation fan. Centrifugal fans mainly consist of an air inlet, a damper, an impeller, a motor, and an air outlet.

[0040] In this utility model, by setting up a circular plastic track covered playground and underground building complex construction device, product and intelligent system, and ramp three-dimensional plastic track channel, the underground space of the circular plastic track covered playground is reasonably and fully utilized, creating a circular three-dimensional plastic track that improves the human body's exercise ability, exercise intensity and endurance on the ramp, increases the interest effect of the three-dimensional climbing of the exercise, and achieves better physical exercise purpose and exercise effect.

[0041] By incorporating the construction of a circular plastic track covered playground and a multi-level curved ground-level complex, along with the construction of a multi-level straight ground-level complex, the indoor circular plastic track covered playground and related indoor sports activity spaces of the gymnasium are integrated into a unified whole. This increases land utilization, saves land, increases the area for sports activities and the activity space for different sports, and facilitates large groups of people to exercise simultaneously without collisions or mutual interference. It also allows for the free selection of a variety of sports activities, enhancing interest, enthusiasm, excitement, and enjoyment in group participation in sports.

[0042] By incorporating all-weather building complex and circular plastic track covered playground complex building devices, products and intelligent systems, all-weather building complex light-transmitting and rain-proof connecting corridors and passageways, people in the building complex can freely enter and exit the complex without umbrellas or raincoats, and engage in all-weather sports and other activities between the buildings and the circular plastic track covered playground. This provides convenient rain-proof all-weather activities between the buildings and the circular plastic track covered playground, which is conducive to people's sports, study and work life, improves the all-weather function of the building complex, and avoids the troubles and difficulties caused by rain.

[0043] By installing a wind and rain protection device on the roof of the circular plastic track covered playground, wind and rain protection support columns, and multi-layer roller shutter rain protection columns, the circular plastic track covered playground can be protected from rain without enclosing the support column walls, preventing people from getting wet during sports activities on the track and field between the support columns, and thus preventing the conduct of various sports activities.

[0044] By installing a transparent roof over the circular plastic running track and covered sports field, the track and field below can be well-lit and allow people to enjoy the sun, promoting their health. At the same time, the transparent roof blocks some of the sunlight, avoiding factors that are detrimental to sports activities, such as glare or scorching sun. This improves the sports environment of the track and field, making it more comfortable and conducive to people's sports activities. It also enhances the positive experience and satisfaction of sports activities, making people more willing to participate in sports activities on the track and field.

[0045] By setting up pre-embedded connectors for the ball net frames in the circular running track and covered sports field, the circular running track can become a shared sports field. The ball net frame metal rods or fixing rings (3034), ball net frame pole caps (3035), and ball net frame pole fixing parts or bolt fixing parts (3036) installed in the shared field are welded steel structural components from top to bottom. The reducing head (30361) at the lower end of the ball net frame pole metal fixing part allows the ball net frame pole fixing parts or bolt fixing parts (3036) to be inserted into the pre-embedded connecting holes of the ball net frame. The pre-embedded connecting screw hole (3038) is used for internal connection and fixation. The net and the metal fixing rod are connected by rope (3032) to connect and fix the net (3031) to the net frame pole and the pre-embedded connecting part (3033) of the net frame metal rod or fixing ring (3034). It can be used for the setting of football net frame (311), volleyball net frame (313), badminton net frame or tennis net frame (314), boxing and martial arts field fence frame (316). It can become a ball sports mode for various courts. Plastic cover (30351), bolt fixing part (30351) 362) The lower diameter reducer (303621) of the plastic fastener is a plastic structural component located from top to bottom. The lower diameter reducer (303621) of the plastic fastener is inserted into the pre-embedded connecting hole or pre-embedded connecting screw hole (3038) of the ball frame for connection and fixation. When used as a track and field stadium, this setting can become a sports mode for track and field; this improves the utilization rate of the circular track and field stadium, and the development of more sports can make sports more colorful and bring more sports fun to people; the setting of the stands (71) The combined grandstand (72) can refer to the pre-embedded connector of the ball rack to the pre-embedded connector of the field to adopt the assembly mode of the grandstand (71) and the combined grandstand (72). The shared grandstand in the assembly mode can be the grandstand when the grandstand is installed or the combined grandstand is the grandstand or the combined grandstand. When the grandstand is dismantled or the combined grandstand is the performance platform. The performance platform can continue to be a stage or exhibition platform for art, sports, talent and performance. The background of the performance platform can be a large screen video background, advertising column background, curtain background, and can be equipped with lighting and sound equipment.

[0046] By setting up a circular running track, a covered sports field with light, ventilation, and rain protection, and by adding railings, greenery, and rain-protecting pillars to the covered sports field, the multi-story building becomes a sports space with ventilation and adaptability to outdoor sports environment. This solves the problem of gymnasiums and covered sports fields being closed, poorly ventilated, or having poor air circulation, which is not conducive to aerobic sports activities. It becomes the sports space environment that people desire, providing an indoor environment with an outdoor experience.

[0047] By setting up all-weather building complex with light-transmitting and rain-proof pillar-tree connecting corridors and tree-connecting corridors, the problems of rain and wind affecting the connecting corridors and the slippery ground of the connecting corridors are solved, which is not conducive to sports activities. The corridors can block the wind and rain and prevent rain from getting on the ground. At the same time, the greenery beautifies the sports environment of the all-weather corridors, making athletes feel cheerful and happy. The construction cost is low and saves investment costs.

[0048] By setting up an intelligent sports facility system for sports activities and human health using an all-weather circular synthetic track and covered sports field, the system includes port facial recognition devices, intermediate facial recognition devices, a central server, a local area network, the internet, and mobile terminals. The port facial recognition devices, intermediate facial recognition devices, and mobile terminals can input the information of personnel entering the circular synthetic track and covered sports field and the combined building into the central server. The central server's software processes and summarizes this information, allowing for storage, output, printing, searching, and categorization of individual and group sports and health information. The intermediate facial recognition device can also include a personal health and sports health examination device. This intelligent system collects health and exercise information from sports fields and activity rooms, then transmits it to a central server for data collection and processing. It enables the tracking of individual or group physical activity and health information at various times, facilitating the detection, evaluation, and storage or retrieval of historical data. The system achieves automated and intelligent collection, monitoring, supervision, management, service, guidance, and research of personnel's exercise and health status, providing timely understanding of the dynamic and static conditions of their exercise and health, facilitating assessment, evaluation, judgment, and comparison; and proposing improvement suggestions and measures. Ultimately, it achieves convenient, efficient, accurate, and timely intelligent information management and services for personnel's exercise and health status.

[0049] In summary, the beneficial effects of this utility model are: regardless of sun protection, rain, snow, or direct sunlight, people can use the following construction devices, products, and intelligent systems for indoor circular plastic track covered playgrounds and underground building complexes, as well as for multi-level curved track side building complexes and multi-level straight track side building complexes, to enable indoor circular plastic track covered playgrounds and gymnasiums for related indoor sports activities such as track and field, fitness activities, bodybuilding activities, square dancing, ballroom dancing, cultural activities, and performances. Activities, cultural activities, artistic activities, entertainment activities, games, exhibitions, trade fairs, business activities, competitions, training activities, ceremonial activities, educational activities, and lectures—all these activities ensure that many people do not forgo sports tracks and fields for track and field sports, even on rainy, snowy, or sunny days. This enhances the utilization rate and effectiveness of sports tracks and fields, and enables automated and intelligent collection, monitoring, supervision, management, service, guidance, and research of personnel's exercise and health status. It allows for timely understanding of the dynamic and static status of personnel's exercise and health, facilitating assessment, evaluation, judgment, and comparison; proposing improvement suggestions and measures; and achieving convenient, efficient, accurate, and timely intelligent information management and services for personnel's exercise and health status. Attached image description:

[0050] Figure 1 This is a plan view of the building equipment, products and intelligent systems of the circular plastic running track and all-weather sports complex and all-weather building complex of this utility model.

[0051] Figure 2 This is a schematic diagram of the building installations, products, and intelligent systems of the circular plastic running track, indoor sports field, and underground complex.

[0052] Figure 3 This is a schematic diagram of the building complex, including the circular plastic running track, indoor sports field, and multi-level curved ground-level track, as well as the building installations, products, and intelligent systems.

[0053] Figure 4 This is a schematic diagram of the building complex, including the circular plastic running track, indoor sports field, and multi-level straight track on one side of the ground, as well as the building installations, products, and intelligent systems.

[0054] Figure 5 This is a schematic diagram of the building complex, including the circular plastic running track, indoor sports field, and multi-level curved and straight sections on one side of the ground, as well as the building installations, products, and intelligent systems.

[0055] Figure 6This is a schematic diagram of the building components, products, and intelligent systems of the all-weather building complex and the circular plastic track indoor sports field complex.

[0056] Figure 7 This is a schematic diagram of the wind and rain protection device on the roof of the circular plastic running track covered playground.

[0057] Figure 8 It includes schematic diagrams of the roof surface, support columns, track construction components, and other parts of a circular plastic running track indoor sports field.

[0058] Figure 9 This is a schematic diagram of the pre-embedded connectors for the ball racks in the circular running track and the field (300).

[0059] Figure 10 This is a schematic diagram of the circular plastic running track, the indoor sports field, the underground complex's plastic running track, and the three-dimensional plastic running track and ramp passageway.

[0060] Figure 11 This is a schematic diagram of a multi-story building with a circular running track that is transparent, ventilated, and rainproof, as well as the protective railings, greenery, and rainproof pillars of the covered sports field.

[0061] Figure 12 This is a schematic diagram of the all-weather building complex's light-transmitting and rain-proof connecting corridors and passageways;

[0062] Figure 13 This is a schematic diagram of the all-weather building complex with its light-transmitting and rain-proof pillar-tree connecting corridors and tree connecting corridors;

[0063] Figure 14 This is a schematic diagram of the all-weather building complex with its light-transmitting and rain-proof connecting corridors;

[0064] Figure 15 Intelligent systems for sports and human health;

[0065] In the diagram: Inner support columns of the inner ring of the circular synthetic track (1, 2, 3, 4); outer support columns of the outer ring of the circular synthetic track (5, 6, 7, 8, 11, 12, 13, 14); (21-22-23-24-21) outer edge and intersection of the all-weather indoor sports field building and its roof surface; inner edge and intersection of the roof surface of the indoor sports field (31, 32, 33, 34); outdoor soccer field and its sidelines and intersections (41, 42, 43, 44); (61-62-63-64) -61) The underground structures and edges of the circular plastic running track and the intersections of the indoor sports field; the multi-story (including 1st and 2nd floors) structures and edges of the outer side of the curves (501-502-503-504-501); the multi-story (including 1st and 2nd floors) structures and edges of the outer side of the straights (601-602-603-604-601); the exterior facades of the multi-story (including 2nd floor) buildings (69); grandstands (71), combined grandstands (72),

[0066] Figure (7)(100) Windproof and rainproof roof of the indoor sports field, (101) Roof of the indoor sports field, (102) Roof support of the indoor sports field, (103) Protective surface of the roof of the indoor sports field, windproof and rainproof roof (104) Wind blowing device of the roof of the indoor sports field, blower sweeping (1041) Fan (air compressor, electric fan or blower, centrifugal, axial flow), (1042), (1043) Air duct, (1044) Blower exhaust device, (1045) Air guide plate, (1046) The arrow direction in each figure is the airflow direction, (1408) Power supply and remote control switch,

[0067] Open-air football field and goalposts (161), indoor football field and goalposts (162), basketball court and basketball hoops (163), volleyball court and net frame (164), badminton court and net frame (165), table tennis court and table tennis table (166), gymnastics, boxing and martial arts field and fence (167), billiards court and table (168), spectator stands and seating (169).

[0068] The inner support column of the track in the covered playground (198), the outer support column of the track in the covered playground (199), Figure (8) the wind and rain protection support column of the covered playground (200), the remote control multi-roller curtain rainproof support column of the covered playground (2001), the wind and rain protection support column of the covered playground (2002), (2003) the rainproof support column of the greening fence of the covered playground, the wind and rain protection support column of the covered playground (201), the upper support column of the inclined cable of the covered playground (202), the inclined cable of the covered playground (203), the remote control multi-roller curtain rainproof device of the support column of the covered playground (204, 2 05), Support column connection device (206), Support column foundation (207), Remote control multi-roller curtain rainproof device for support column of indoor playground (204, 205), Roller curtain and roller curtain tube and remote control transmission system device (2051), Roller curtain guide rail (2052), Hair dryer remote control transmission system and device (2011), Air blowing channel (2012), Hair dryer transmission blade (2013), Hair dryer guide blade (2014), Air blowing direction (2015), Hair dryer and (2016) Support column connection and fixing device; Figure (9) Figure 10), ball rack pre-embedded connectors for running track and field (300), sports running track and field (301), ball rack pre-embedded connectors for sports running track and field (302, 303), ground sports passage (304, 305), underground to ground sports ramps, plastic running track (306), track curves (307, 308), track straights, soccer net frame (311), basketball hoop (312), volleyball net frame (313), badminton net frame (314), ping pong table (315), boxing and martial arts field fence (316), ground plastic running track The surface sports rainproof corridor passage from the underground ramp to the underground ramp (320-321-305, 305-324-321), the sports ramp (321-322, 323-324) is the ramp from underground to ground level for sports, the plastic running track (306), the underground sports passage (322-323), the ball rack pre-embedded connectors for the sports track and field (303), the ball net (3031), the ball net connecting rope to the fixed pole (3032), the ball net frame pole and ball rack pre-embedded connectors (3033), and the ball net frame poles or fixing rings (3034). Net frame cap (3035), net frame fastener or bolt fastener (3036), lower diameter reducer of net frame fastener (30361), plastic cap (30351), bolt fastener (30362), lower diameter reducer of plastic fastener (303621), pre-drilled hole for plastic running track surface (3037), plastic running track and field surface layer (30371), running track and field structural layer (30372), running track and field structural layer (30313), pre-embedded connecting hole or pre-embedded connecting screw hole for net frame. Components (3038), ball frame pre-embedded connectors reinforced concrete foundation (3039), reinforced concrete structural surface layer (3211), plastic track structural layer (3212), plastic track surface layer (3213), plastic track reinforced concrete structural ramp (3215); curved plastic track (307), straight plastic track (308), circular plastic track (309); three-dimensional circular plastic track (309-320-321-306-322-309-323-306-324-325-309);

[0069] ( Figure 11 Outward-projecting light-transmitting panel (521), outward-projecting support (522), metal mesh ventilation wall (523), metal mesh ventilation wall of guardrail (523), green plants (524), green ventilation wall of guardrail or green rainproof column tree connecting corridor of guardrail (525);

[0070] Figure (6) All-weather circular plastic track and indoor sports field (900) and internal ground passages, main gate building (901), guardhouse building and internal ground passages, library (902), ground parking lot building and internal ground passages, office building and internal ground passages (903), (904, 905, 906, 907, 908, 909) teaching building, office building, factory, shopping mall, activity room, parking lot building and internal ground passages, dormitory building and internal ground passages (910), canteen (911) The ground parking garage and its internal ground passage, dormitory building and its internal ground passage (912), comprehensive building and its internal ground passage (913), light-transmitting and rainproof connecting corridor (915) and supporting columns, corridor passage (916), fire lane (919), the net width of the fire truck and the net height of the fire lane (919) and corridor passage (916) shall not be less than 4.0 meters. If the fire lane (919) overlaps or intersects, the net height from the top surface of the corridor to the passage at the corridor passage (916) shall be greater than 4.0 meters.

[0071] ( Figure 14 (920) Connecting corridor translucent and rainproof roof surface (9201), corridor roof surface (921), corridor roof surface support and purlins (922), corridor roof surface eaves support (9221), corridor roof surface beam support (9222), corridor roof surface support and support column connection hole plate (9223), (9224-9225) all-weather translucent and rainproof corridor roof surface (920) and building connection fixing plate,

[0072] ( Figure 12 All-weather light-transmitting and rain-proof connecting corridor (915), corridor passage (916), corridor light-transmitting roof surface (9151), corridor light-transmitting roof surface support (9152), corridor light-transmitting roof surface protection (9153), corridor roof surface support inclined tie column (9154), corridor roof surface support column (9155), corridor roof surface support column bottom connecting plate (9156), corridor roof surface support column foundation (9157), all-weather light-transmitting and rain-proof connecting corridor support column (923), and guardrail netting and attached greening plant tree device between the connecting corridor support columns (923) on the same side;

[0073] ( Figure 13Support columns (923), support columns and pre-embedded foundation connection plate (9231), pre-embedded foundation (924), corridor passage (925, 916), corridor roof support cables (926); rainproof column trees (930), rainproof column trees outside the corridor (931), rainproof column trees inside the corridor (932), rainproof column trees under the corridor (933); rainproof column trees outside the corridor (931) include the trunk (9311) and branches and leaves of the rainproof column trees outside the corridor. (9312), rainproof column base outside the corridor (9313); rainproof column tree inside the corridor (932) includes the trunk of the rainproof column tree inside the corridor (9321), the branches and leaves of the rainproof column tree inside the corridor (9322), and the roots of the rainproof column tree inside the corridor (9323); rainproof column tree under the corridor (933) includes the trunk of the rainproof column tree under the corridor (9331), the branches and leaves of the rainproof column tree under the corridor (9332), and the roots of the rainproof column tree under the corridor (9333); light-transmitting rainproof column tree connecting the corridor (9231);

[0074] ( Figure 15 Sports and Human Health Intelligent System: One port face recognition device: camera, face recognition machine, face recognition information acquisition instrument, face recognition and human health host, face recognition and human health data acquisition instrument, face recognition and time / location information, face recognition human health data and time information and processing; N intermediate face recognition devices: camera, face recognition machine, face recognition host, face recognition and time / location information center server, local area network and server, face recognition information database, face acquisition information database, face recognition data comparison system, face recognition motion information processor: motion volume information and processing including face recognition time, location, sequence, time difference, motion distance and time; face recognition human health processor: human health sequence information processing; face recognition acquisition information, motion information, health information, Internet, mobile terminal or server. Detailed implementation method:

[0075] The present invention will be further described below with reference to the accompanying drawings and specific embodiments.

[0076] like( Figure 1 )and( Figure 2 ), ( Figure 3 ), ( Figure 4 ), ( Figure 5The project includes the following modules: a circular plastic track and covered sports field complex building unit (21-22-23-24-21), a circular plastic track and covered sports field ramp underground building unit (61-62-63-64-61), a three-dimensional circular plastic track (309)-320-321-(306)-322-(309)-323-(306)-324-325-(309), a multi-story building unit on the outer side of the curve (501-502-503-504-501), and a multi-story building unit on the outer side of the straight track (601-602-603). -604-601) Module; The circular plastic track and covered sports complex is composed of the circular plastic track and covered sports complex building unit (21-22-23-24-21) module, the circular plastic track and covered sports complex ramp underground building unit (61-62-63-64-61) module, the multi-story building unit on the outer side of the curve (501-502-503-504-501) module, and the multi-story building unit on the outer side of the straight track (601-602-603-604-601) module. That is, the circular plastic track and covered sports complex is composed of various building units. The module arrangements include: a combination of (21-22-23-24-21) and (61-62-63-64-61) modules; and a combination of (21-22-23-24-21) and (61-62-63-64-61) modules with curve (501-502-503-504-501) modules, straight section (601-602-603-604-601) modules, curve (501-502-503-504-501) modules on the other side, and straight section (601-602-603-604-601) modules on the other side. The combined structure is an integrated building consisting of modules (21-22-23-24-21) with curved (501-502-503-504-501) modules, straight (601-602-603-604-601) modules, curved (501-502-503-504-501) modules on one side, and straight (601-602-603-604-601) modules on the other side. The above module combinations can be fixed into a building whole by reinforced concrete structure casting, steel structure welding, and pre-embedded connecting steel plates of reinforced concrete structure or steel structure through bolts, nuts or welding.

[0077] The aforementioned circular plastic track and indoor sports complex building device is characterized in that the indoor sports field anti-collision roof surface (100) includes an indoor sports field roof surface (101), an indoor sports field roof surface support (102), and an indoor sports field roof surface protective surface (103); the indoor sports field roof surface (101) is above the indoor sports field roof surface support (102), and the indoor sports field roof surface protective surface (103) is below the indoor sports field roof surface support (102); the connection between the indoor sports field roof surface support (102) and the indoor sports field roof surface (101), and the indoor sports field roof surface protective surface (103) on the indoor sports field roof surface support (102) can be fixed by screw and bolt hole connection, and the hexagonal flange face is self-adhesive. The self-tapping screws are fixed by sealing washers, self-drilling self-tapping screws with sealing rings, self-drilling self-tapping screws with sealant, and screws. The roof surface (101) of the covered playground can be continuous in planar form, continuous in planar form with staggered heights, discontinuous in planar form, or continuous in planar form, with the roof surface fixed or capable of automatic opening and closing. The roof surface (101) of the covered playground can be made of colored fiberglass board, and the connecting edges between the colored fiberglass boards can be overlapped and connected by sealant and fixed to the purlins by self-tapping screws with built-in sealing rings. The roof support (102) of the covered playground can be made of cantilever beams, simply supported beams, continuous beams, continuous rigid beams, or rigid frames. The beams, planar trusses, spatial trusses, and space frames, and the purlins above them, are used to connect and fix the roof surface; the purlins can be connected and fixed to the roof support of the covered playground by self-drilling self-tapping screws with sealing rings or self-drilling screws with sealant; the roof support of the covered playground can be made of steel; the roof support (102) of the covered playground and the roof surface (101) and the roof protection surface (103) of the covered playground can be connected and fixed by screws and screw holes at the roof support (102) of the covered playground and the light-transmitting and rainproof roof surface (920) of the connecting corridor; the roof support (102) of the covered playground can be connected and fixed to the windproof and rainproof support column (201) of the covered playground below, and can also be connected to The upper support column, suspended beam, or suspension cable is connected to the lower part of the cable and simultaneously fixed to the lower windproof and rainproof support column (201) of the covered playground; the roof support (102) of the covered playground and the lower windproof and rainproof support column (201) can be fixed by screws through the screw holes of the respective connecting plates of the roof support (102) and the windproof and rainproof support column (201), or they can be fixed by welding their respective connecting plates or by screws and welding through the screw holes; the roof protection surface (103) of the covered playground can be made of safety net, wire mesh, or protective net; the roof of the covered playground can also include a windproof and rainproof roof surface (104) Figure 7The windproof and rainproof top surface (104) includes a fan (1041), air ducts (1042), (1043), a blowing and exhaust device (1044), a wind deflector (1045), a power supply and remote control switch (1408). Under the power control of the power supply and remote control switch (1408), the fan (1041) can generate blowing airflow through the air ducts (1042), (1043) into the blowing and exhaust device (1044), (1046) and the wind deflector (1045). 45) The wind guide direction generates the wind flow direction of the rain playground anti-collision roof (100) in the direction of the arrow in each figure. The wind and rain blocking airflow can be an air compressor, electric fan or blower, centrifugal or axial flow type; the blowing and exhaust devices (1044) and (1045) are located below the roof (101) of the rain playground and can be fixed to the outer side of the eaves of the roof support (102) of the rain playground by bolts and nuts and the wind flow direction (1046) is the outer side of the eaves.

[0078] The aforementioned circular plastic track and covered playground complex building device is characterized in that the wind and rain shelter support column (200) of the covered playground can adopt the wind and rain shelter support column (2002), the (2002) wind and rain shelter support column includes the wind and rain shelter support column (201), the wind and rain shelter upper support column (202), the wind and rain shelter cable (203), the wind and rain shelter support column remote control multi-roller curtain rainproof device (204), (205), the support column connection device (206), and the support column foundation (207); the plane projection position of the support column foundation (207) is located underground on both sides of the circular plastic track or underground ramp plastic track, and the underground support column and the support column connection device (206) are located on the support column. The support column foundation (207) is connected by reinforced concrete pouring or steel structure welding. The support column connection device (206) can use connecting plates and pre-embedded bolts. The wind and rain shelter support column (201) of the covered playground is located above the support column connection device (206) and is fixed by fastening or welding to the connecting plate and the nuts of the pre-embedded bolts through the lower connecting hole plate of (206). The upper support column (202) of the covered playground is located above the wind and rain shelter support column (201) of the covered playground and is fixed by connecting the connecting hole plates of their respective connection positions through bolts and nuts. The upper support column (202) of the covered playground is connected to the top support (102) of the covered playground through the covered playground cable (203) and the connecting hole plates of their respective connection positions through bolts and nuts. The aforementioned windproof and rainproof support pillar (2002) for the covered playground includes a remote control transmission system and device for a blower (2011), a blower channel (2012), blower transmission blades (2013), blower guide blades (2014), a blower direction (2015), and a connection and fixing device between the blower and the support pillar (2016). After the remote control transmission system and device (2011) is connected to a power source, it can rotate the blower transmission blades (2013) to pass through, and the blower channel (2012) and blower guide blades (2014) form the blower direction (2015). The connection and fixing device between the blower and the support pillar (2016) can be fixed by connecting the connecting holes at their respective connection positions using bolts and nuts. The roof support of the covered playground (1) 02) It can be connected and fixed to the rain shelter support column (201) of the under-air playground below, and can also be connected to the lower part of the support column or suspended beam or the cable of the suspension cable and the wind shelter support column (201) of the under-air playground below for joint fixation; the top support (102) of the under-air playground and the wind shelter support column (201) of the under-air playground can be fixed by screws through the screw holes of the connecting plates of the top support (102) of the under-air playground and the wind shelter support column (201) of the under-air playground through screw connection, or they can be fixed by welding of their respective connecting plates or by screw connection and welding through screw holes; the top support (102) of the under-air playground, the inclined upper support column (202) of the under-air playground, and the support column foundation (207);The inclined support columns (202) of the indoor sports field are located on the ground of the sports track, on both sides inside the inner circle and outside the outer circle of the sports track. The upper part of the inclined support columns (202) is located below the roof surface (101) of the indoor sports field and is connected to the roof support (102) of the indoor sports field by bolts and nuts and connecting holes at their respective connection positions. The support column foundation (207) is located below the ground of the track. The upper part of the support column foundation (207) is connected to the lower part of the support column and is located on both sides inside the inner circle and outside the outer circle of the sports track. The support column can be equipped with connecting plates for installing sports equipment and facilities. The support column can be a collision warning support column with plant pattern colors. The wind and rain shelter support columns (200), support columns, and support column foundation steel structure materials of the aforementioned playground can be steel; the support columns can adopt the materials, shapes, and appearances of existing structural support columns; the support columns can be warning soft-padded anti-collision support columns, and anti-collision buffer materials of the aforementioned materials are glued and fixed to the outside of the support columns at a position 2 meters above the ground; anti-collision warning materials of different colors or color blocks are glued and fixed to the outside of the anti-collision buffer materials; the support column foundation can be a reinforced concrete support foundation, the support foundation can be connected by welding the support column connecting plate and the support foundation connecting plate, and the support column and support column foundation steel structure can be processed into one piece;

[0079] The aforementioned circular plastic running track and indoor sports complex building device ( Figure 1 ), ( Figure 9 ), ( Figure 10The track and field (300) with the ball frame pre-embedded connector is characterized in that the track and field (300) includes a circular plastic track (309), a sports track and field (301), a ball frame pre-embedded connector (303) for the sports track and field, ground sports channels (304), (305), a plastic track with a ramp from underground to ground (306), an athletics curve (307), an athletics straight track (308), a soccer net (311), a basketball hoop (312), a volleyball net (313), a badminton net or tennis net (314), a ping-pong table (315), and a boxing and martial arts field fence (316); the circular plastic track (309) and the sports track and field (301) can be made of colored plastic asphalt. Concrete anti-collision signs warning running tracks and fields, EPDM plastic running tracks; capable of including venues for people's sports activities, circular plastic running tracks (309), fitness activities, bodybuilding activities, square dancing activities, competition activities, educational activities, speech activities, badminton courts, football fields, basketball courts, volleyball courts, table tennis courts, tennis courts, handball courts, hockey fields, baseball fields, softball fields, cricket fields, sepak takraw fields, wrestling fields, martial arts fields, boxing fields, judo fields, taekwondo fields, fencing fields, weightlifting fields, gymnastics fields, rhythmic gymnastics fields, billiards fields, leather courts, sandbag fields, skating rinks, rope skipping fields, high jump fields, long jump fields, and trampoline fields; The sports and cultural activity venue floor mats can be plastic floor mats with or without specific sports and cultural activity venue markings, pure PU plastic courts, silicone PU plastic courts, acrylic plastic courts, badminton floor mats, suspended interlocking flooring, artificial turf for football fields, artificial turf for kindergartens, PVC roll plastic flooring, artificial turf, and safety mats; the ball frame pre-embedded connectors (303) of the sports track and venue include a ball net (3031), a rope connecting the ball net to the metal fixing pole (3032), a ball net frame pole and ball frame pre-embedded connectors (3033), a ball net frame metal pole or fixing ring (3034), a ball net frame pole cap (3035), a ball net frame pole fixing component or bolt fixing component (3036), and a ball net. The following components are included: a metal fixing component with a reducing head at the bottom (30361), a plastic cap (30351), a bolt fixing component (30362), a plastic fixing component with a reducing head at the bottom (303621), a reserved hole in the surface layer of the plastic track (3037), the plastic track and field surface (30371), the track and field structural layer (30372), the track and field foundation layer (30373), a ball frame with embedded connecting holes or embedded connecting bolt holes (3038), a ball frame with embedded connecting parts reinforced concrete foundation (3039), a reinforced concrete structural surface layer (3211), a plastic track structural layer (3212), a plastic track surface layer (3213), and a plastic track reinforced concrete structural ramp (3215).The plastic running track and field surface (30371) or plastic running track surface layer (3213) and plastic running track structural layer (3212), running track and field structural layer (30372) or reinforced concrete structural surface layer (3211), and running track and field foundation layer (30373) are set in layers from top to bottom. The ball frame pre-embedded connector reinforced concrete foundation (3039) connects and fixes the ball frame pre-embedded connecting hole or pre-embedded connecting screw hole (3038) through steel bar connection and concrete pouring; the ball net frame metal rod or fixing ring (3034), ball net frame pole cap (3035), and ball net frame pole The fastener or bolt fastener (3036) is a welded steel structure component positioned from top to bottom. The reducing head (30361) at the lower end of the ball net frame pole metal fastener allows the ball net frame pole fastener or bolt fastener (3036) to be inserted into the ball frame pre-embedded connecting hole or pre-embedded connecting screw hole (3038) for connection and fixation. The connecting rope (3032) between the ball net and the metal fixing pole connects and fixes the ball net (3031) to the ball net frame pole and the ball frame pre-embedded connecting part (3033) and the ball net frame metal rod or fixing ring (3034). This can be used for football net frames (311), volleyball net frames (...). 313) Installation of badminton net or tennis net frame (314), boxing and martial arts field railing frame (316); Plastic cover (30351), bolt fastener (30362), plastic fastener lower diameter reducer (303621) are plastic structural parts in a top-to-bottom position. The lower end of the plastic fastener lower diameter reducer (303621) is inserted into the ball frame pre-embedded connecting hole or pre-embedded connecting screw hole (3038) for connection and fixation. This is done when the ball net frame pole metal fastener lower diameter reducer (30361) is used as an athletic field. The ball net frame pole fixing parts or bolt fixing parts (3036) are inserted into the ball frame pre-embedded connecting holes or pre-embedded connecting screw holes (3038) for connection and fixing. They can be used for connection and fixing of open-air football fields and goal frames (161), indoor football fields and goal frames (162), basketball courts and basketball hoops (163), volleyball courts and net frames (164), badminton courts and net frames (165), (166) table tennis courts and table tennis tables, gymnastics, boxing and martial arts fields and fences (167), billiard table courts and tables (168), and spectator stands and seats (169) with ground and underground pre-embedded parts.

[0080] The underground structure of the ramp-type plastic running track includes a ground-level rainproof corridor (320-321-305), (305-324-321) connecting the ground-level plastic running track to the underground ramp, ramp-type plastic running tracks (306), (321-322), (323-324) connecting the underground to the ground level, an underground sports passage (322-323), and ramp-type plastic running tracks (306), 321-322 connecting the underground to the ground level; it includes a plastic running track structural layer (3212), a plastic running track surface layer (3213), and a reinforced concrete structure ramp (3215) for the plastic running track. The surface layer (3213), the plastic track structure layer (3212), and the plastic track reinforced concrete structure ramp (3215) are upper and lower structures bonded together with adhesive. The plastic track reinforced concrete structure ramp (3215) can be connected with the reinforced concrete structure surface layer (3211) through reinforced concrete structure to form a continuous three-dimensional passage of ground passage, underground ramp, and underground passage. The plastic track structure layer (3212) and the plastic track surface layer (3213) are set on the continuous passage of ground passage, underground ramp, and underground passage to form a continuous three-dimensional plastic track sports track passage of ground passage, underground ramp, and underground passage.

[0081] A building complex consisting of an all-weather circular plastic running track, an indoor sports field, and a permeable and rainproof ground structure, characterized in that it comprises a circular plastic running track indoor sports field complex building structure (21-22-23-24-21) and a multi-story permeable and rainproof ground structure on the outer side of the curved track (501-502-503-504-501) or a multi-story permeable and rainproof ground structure on the upper surface of the outer side of the straight track (601-602-603-604-601); characterized in that the circular plastic running track (309) comprises a curved plastic running track (307) and a straight plastic running track (308) forming a circular plastic running track, wherein the circular plastic... The complex building components of the running track and rain-proof sports field include a rain-proof roof (100), rain-proof support columns (200), and a running track and field (300) with embedded ball frame connectors. The rain-proof support columns (200) are located on both sides of the circular plastic running track (309) and the running track and field (300) with embedded ball frame connectors. Their foundations are fixedly buried under the circular plastic running track and rain-proof sports field. The running track and field with embedded ball frame connectors are located on the ground. The rain-proof support columns (200) are connected and fixed to the rain-proof roof (100) by bolts and welded steel structure connecting plates. Located above the ball rack pre-embedded connectors on the track and field (300); the multi-story ground-level ventilation and rainproof structure (501-502-503-504-501) on the outer side of the curve or the multi-story ground-level ventilation and rainproof structure (601-602-603-604-601) on the outer side of the straight section is a reinforced concrete structure, a steel structure, or a brick-concrete structure; the multi-story ground-level ventilation and rainproof structure can include a multi-story exterior facade with overhanging eaves, rainproof railings, light-transmitting and ventilation multi-story structure, and an exterior facade with greening, rainproof, and ventilation multi-story structure; the multi-story exterior facade with overhanging eaves, rainproof railings, light-transmitting and ventilation multi-story structure includes... The multi-story building consists of a multi-story cantilevered light-transmitting panel (521), a multi-story cantilevered support (522), and a railing (523). The multi-story cantilevered support (522) is welded and fixed to the exterior of the multi-story ventilation and rainproof building using expansion bolts. The cantilevered light-transmitting panel (521) is fixed to the multi-story cantilevered support (522) using self-tapping screws to form the multi-story cantilevered light-transmitting panel (521). The railing (523) can be made of metal mesh railing as a wall surface and is welded and fixed to the columns, upper beams, and lower beams of the exterior of the multi-story building device using expansion bolts. The exterior greening rainproof and ventilation multi-story building device includes the use of a multi-story building device, a railing (523), and greening plants (524).The guardrail (523) can be made of metal mesh as the wall surface and fixed to the columns and upper and lower beams of the multi-story building device by expansion bolt welding. The green plants (524) can grow on the ground and the vines can be attached to the metal mesh of the guardrail (523). The attached green plants (524) can be ivy, climbing vine, ivy, pothos, quince, wisteria, morning glory; the multi-story building can include one or two-story buildings. The bottom, sides, top and columns of the multi-story building can be made of reinforced concrete structure. The (21-22) facade of the circular plastic track and the ground facade of the curved track of the multi-story building device (21-22-23-24-21) is light-transmitting, wind-transmitting and rain-proof. The facade (501-502) of the circular plastic track and covered playground complex building device (21-22-23-24-21) is adjacent to the roof of the covered playground windproof and rainproof roof surface (100), which is higher than the roof of the multi-story building device (501-502-503-504-501) of the exterior facade. The rainwater on the top of the curved side of the covered playground windproof and rainproof roof surface (100) is discharged to the roof of the multi-story building device (501-502-503-504-501) of the exterior facade through the outward extension of the covered playground windproof and rainproof roof surface (100), so that the adjacent facade is protected from rain; the circular plastic track and covered playground complex building device (21-22-23-21) is adjacent to the roof of the exterior facade windproof and rainproof multi-story building device (501-502-503-504-501), which is adjacent to the roof of the exterior facade windproof and rainproof multi-story building device (501-502-503-504-501), which is adjacent to the roof of the exterior facade windproof and rainproof multi-story building device (501-502-503-504-501), which is adjacent to the roof of the exterior facade windproof and rainproof multi-story building device (21-22-23-21). 4-21) and the multi-story building structure (601-604) on the outer side of the straight road, which is a light-transmitting, wind-transmitting, and rain-proof structure for the outdoor sports field, can adopt the same adjacent positions, structures, and connections as facades (501-502) and (21-22) in terms of adjacent positions, structures, and connections; the connection of (504-602) can enable the multi-story building structure (501-502-503-504-501) on the outer side of the curved road or the multi-story building structure (601-602-603-604-601) on the outer side of the straight road to be connected by a reinforced concrete structure to form a building complex. Combined; the facade (22-23) of the circular plastic track and covered playground complex building device (21-22-23-24-21) can be connected adjacently with the facade (21-24) of the upper-level ventilated and rainproof multi-story building device (601-602-603-604-601) on the outer side of the straight track to form a building complex; the facade (23-24) of the circular plastic track and covered playground complex building device (21-22-23-24-21) can be connected adjacently with the facade (21-22) of the upper-level ventilated and rainproof multi-story building device (601-602-603-604-601) on the outer side of the curved track to form a building complex;The four facades (21-22), (23-24) and (22-23), (21-24) of the weather-friendly circular plastic track and indoor sports field building (21-22-23-24-21) can be connected to the adjacent multi-story building (501-502-503-504-501) on the ground exterior facade of the outer side of the curve and the adjacent multi-story building (601-602-603-604-601) on the upper ground exterior facade of the outer side of the straight track to form a building complex; (504) and (602) can be connected by the architectural design of (504) and (602) so that the ground multi-story buildings can be connected to form a multi-story building whole;

[0082] The multi-story building structure with a permeable and rainproof facade (501-502-503-504-501) or (601-602-603-604-601) is located on the outside of the curve or on the upper floor of the straight section. The multi-story building structure uses steel-structured facades (501) and (502), and the column support columns can be connected with the circular plastic track and indoor sports complex building structure (21-22-2). The adjacent support columns of the (21-22) facade of the (3-24-21) building share the same support column; the support columns of the (21-22) facade of the (21-22) building of the (21-22) building of the (21-23-24-21) building of the (501-502-503-504-501) building are able to share the multi-story building columns of the reinforced concrete structure of the (501-502-503-504-501) building. The multi-story building columns are connected and welded to the wind and rain shelter support columns (200) and the wind and rain shelter top bolts and nuts of the (200) building of the (21-22) building of the (3-24-21 ...

[0083] The ( Figure 11 The cantilevered light-transmitting panel (521) can be made of fiberglass board, transparent board, polycarbonate board, tempered glass, or hollow polycarbonate sheet; the cantilevered support (522) can be made of cantilever beam, simply supported beam, continuous beam, continuous rigid beam, rigid frame beam, planar truss, space truss, space frame, or purlins above it for connecting and fixing the top surface; the purlins can be connected and fixed to the cantilevered light-transmitting panel through screw holes, hexagonal flange self-drilling self-tapping screws through sealing washers, self-drilling self-tapping screws with sealing rings, self-drilling self-tapping screws with sealant, or screws; the cantilevered support (522) on the top surface of the cantilevered light-transmitting panel can be made of steel or metal profile materials;

[0084] The all-weather circular synthetic track and covered sports field complex includes an all-weather circular synthetic track and covered sports field (21-22-23-24-21), an underground structure for the circular synthetic track and covered sports field (61-62-63-64-61), and a multi-level above-ground structure on the outer side of the curve (501-502-503-504-501) or a multi-level above-ground structure on the outer side of the straight section (601-602-603-604-601); characterized in that the circular synthetic track and covered sports field complex (21-22-21) 3-24-21) and the underground construction device of the circular plastic track and rain-proof playground (61-62-63-64-61); the underground construction device of the circular plastic track and rain-proof playground complex is located above the underground construction device of the circular plastic track and rain-proof playground, and is fixed by connecting and fastening the bolt holes and nuts of the steel structure connecting plates and welding the steel structure connecting plates through the pre-embedded bolts in the upper part of the underground construction device of the circular plastic track and rain-proof playground. The feature is that the underground construction device of the circular plastic track and rain-proof playground complex includes the rain-proof playground roof surface (100) and the rain-proof playground support. The columns (200), ball frame pre-embedded connectors, track and field (300), and the wind and rain shelter support columns (200) of the indoor sports field are located on both sides of the track of the ball frame pre-embedded connectors, track and field (300). Their lower foundations are fixedly buried underground in the underground building of the circular plastic track indoor sports field. The ball frame pre-embedded connectors, track and field are located above the ground and above the top surface of the underground building of the circular plastic track indoor sports field. The wind and rain shelter support columns (200) of the indoor sports field are connected and fixed by bolts to the screw holes of their respective steel structure connecting plates and welded steel structure connecting plates. The windshield roof (100) is located above the ball frame pre-embedded connector running track and field (300); the underground building device (61-62-63-64-61) of the circular plastic running track and covered playground is a reinforced concrete underground building. The bottom, sides, top and columns of the underground building can be made of reinforced concrete. The building device (21-22-23-24-21) of the circular plastic running track and covered playground can form a building complex with the upper and lower positions of the building device (61-62-63-64-61).The above-ground multi-story building structure (501-502-503-504-501) on the outer side of the curve or the above-ground multi-story building structure (601-602-603-604-601) on the outer side of the straight section is a multi-story building with reinforced concrete structure. The multi-story building can include a basement and one or two floors above ground. The bottom, sides, top, and columns of the multi-story building can be made of reinforced concrete structure. The facade (21-22) of the circular plastic track and indoor sports complex building structure (21-22-23-24-21) is the same as the facade of the above-ground multi-story building structure (501-502-503-504-501) on the outer side of the curve. 501 and 502 are adjacent. The height of the roof (100) of the rain shelter of the circular plastic track and indoor sports complex (21-22-23-24-21) can be higher than the roof of the multi-story building (501-502-503-504-501). The rain shelter of the roof (100) can drain the rainwater on the top of the curved side to the roof of the multi-story building (501-502-503-504-501) through the overhang of the roof (100), thus making the adjacent facade rainproof. The multi-story building on the ground outside the straight track and the circular plastic track and indoor sports complex (21-22-23-24-21) The adjacent positions, structures, and connections of facades (601-604) and (21-24) of (601-602-603-604-601) can adopt the same adjacent positions, structures, and connections as facades (501-502) and (21-22); the connection of (504-602) can enable the multi-story building units (501-502-503-504-501) on the outside of the curve of the ground multi-story building or the multi-story building units (601-602-603-604-601) on the outside of the straight track to be connected into a building complex through reinforced concrete structures; the circular plastic track and indoor sports field complex The facade (22-23) of the solid building unit (21-22-23-24-21) can be connected adjacently with the facade (601-602-603-604-601) of the multi-story building unit (601-602-603-604-601) on the outer side of the straight track to form a building complex; the facade (23-24) of the circular plastic track and indoor sports complex building unit (21-22-23-24-21) can be connected adjacently with the facades (501, 502) of the multi-story building unit (601-602-603-604-601) on the outer side of the curved track to form a building complex;The four facades (21-22), (23-24) and (22-23), (21-24) of the circular plastic track and indoor sports complex (21-22-23-24-21) can be constructed with reinforced concrete and are respectively connected to the adjacent multi-story above-ground buildings (501-502-503-504-501) on the outer side of the curve and the adjacent multi-story above-ground buildings (601-602-603-604-601) on the outer side of the straight track. The adjacent underground structures (61-62-63-64-61) of the circular synthetic running track and indoor sports field form a building complex. The lower structures (61-62-63-64-61) of this complex can connect with the underground levels of the multi-story above-ground structures (501-502-503-504-501) on the outer side of the curve and the adjacent underground levels of the multi-story above-ground structures on the outer side of the straight section, forming a sports passage or pedestrian walkway.

[0085] The all-weather building complex construction device is characterized in that the light-transmitting and rainproof corridor roof surface (920) can include a corridor roof surface (921), a corridor roof surface support and purlin (922), a corridor roof surface eaves support (9221), and a corridor roof surface beam support (9222); the corridor roof surface (921) is fixed to the purlin of the corridor roof surface support and purlin (922) by self-tapping screws, and the cross sections (9224-9225) of the corridor roof surface support and purlin (922), the corridor roof surface eaves support (9221), and the corridor roof surface beam support (9222) can be fixed by pre-embedded bolts or fixed expansion bolts and nuts on the building (A, B) or welded.

[0086] The inclined, light-transmitting, rainproof corridor roof surface (9201) can include building (A), building (B), light-transmitting, rainproof corridor roof surface (920), and roof surface support cables (926). The light-transmitting, rainproof corridor roof surface (920) is connected and fixed between building (A) and building (B). The light-transmitting, rainproof corridor roof surface (920) is connected and fixed to the upper part of building (A) and building (B) by the roof surface support cables (926). The light-transmitting, rainproof column-tree connecting corridor (9231) can include building (A), building (B), light-transmitting, rainproof corridor roof surface (920), support columns (923), and rainproof column trees (930). The light-transmitting, rainproof corridor roof surface (920) and support columns (923) can be constructed using the roof surface (921). ), Corridor roof support and purlins (922), corridor roof overhang support (9221), corridor roof beam support (9222), (9223) corridor roof support and support column connection plate, support column (923), (9231) support column and embedded foundation connection plate, embedded foundation (924); the embedded foundation (924) can be embedded underground using reinforced concrete embedded bolts, the embedded bolts on the upper part of the embedded foundation (924) are connected and fixed to the support column (923) and the embedded foundation connection plate below it by nuts; the upper part of the support column (923) is connected and fixed to the corridor roof support and support column connection plate (9223) by bolts and nuts. The roof supports (9221) and roof beam supports (9222) are located on the upper part of the roof supports (922) and the roof supports (9221) are connected and fixed to the roof supports (921) by self-tapping screws; the trunks of the rain-proof column trees (930) are located on the outside of the corridor passage (916) and the supporting columns (923); the rain-proof column trees (930) can include the rain-proof column trees outside the corridor (931), the rain-proof column trees inside the corridor (932), and the rain-proof column trees under the corridor (933); the rain-proof column trees outside the corridor (931) include the trunks (9311), the branches and leaves (9312), and the roots (9313); the rain-proof column trees inside the corridor (932) include The rainproof column trunk (9321), rainproof column branches and leaves (9322), and rainproof column roots (9323) are included in the corridor; the rainproof column tree (933) under the corridor includes the rainproof column trunk (9331), rainproof column branches and leaves (9332), and rainproof column roots (9333); the support column (923) can be fixedly connected to the light-transmitting rainproof corridor top surface (920) by diagonal bracing through the support column that is higher than the light-transmitting rainproof corridor top surface (920); the guardrail greening rainproof column tree connecting corridor (525) can include building (A), building (B), support column (199) or support column (923), light-transmitting rainproof corridor top surface (920), guardrail (523), and greening plant tree (524);The translucent and rainproof roof (920) is fixed to the building (A) and building (B) by the support of the support columns (199) or support columns (923). The railing (523) is fixed between the support columns (199) or support columns (923) or between the support columns (A) and building (B) by bolts, nuts or welding. The railing (523) can be made of safety net, wire mesh, wire mesh fence, wire mesh fence, metal wire mesh fence, protective net, perforated grid surface, railing surface, metal wire mesh, nylon net, fishing net, and can also be made of warehouse isolation fence, triangular bending railing, double wire railing, double ring railing, wavy railing, frame railing net, triangular bending railing net, double wire railing net, double ring railing net, wavy railing net. The above-mentioned schemes of the following are combined: stadium fence, fence, barbed wire fence, steel grating fence, fence isolation fence, grating wall fence, steel grating fence, frame fence, triangular bending fence, double wire fence, double ring fence, wave fence, C-shaped post fence, chain link fence, welded wire fence, steel plate fence, fence, barbed wire fence, dip-coated fence, and perforated fiberglass board; green plants (524) can be attached to the fence (523), and the green plants (524) can be ivy, climbing vine, crape myrtle, trumpet vine, climbing rose, ivy, pothos, moneywort, spider plant, vine, wandering japonica, wandering bamboo, quince, wisteria, morning glory, bougainvillea, honeysuckle.

[0087] The all-weather circular synthetic track and covered sports field complex includes a sports and health intelligent system. This system comprises a port facial recognition device, an intermediate facial recognition device, a central server, a local area network (LAN), the internet, and a mobile terminal. The key feature is that the sports and health information is collected and recognized by the port facial recognition device, the intermediate facial recognition device, and the mobile terminal, then transmitted to the central server via the LAN and the internet. The central server processes the information and transmits the sports and health information to the mobile phone or server via the internet. The port facial recognition device can identify the main entrance and exit of the all-weather circular synthetic track and covered sports field complex complex. Nearby location settings and port facial recognition devices can include cameras, facial recognition machines, facial recognition information acquisition devices, facial recognition and human health host systems, and facial recognition human health data acquisition devices. Facial recognition and human health host system products can utilize intelligent physical examination instruments, intelligent human physical examination instruments, fully automatic physical examination instruments in health kiosks, fully automatic physical examination instruments specifically for physical health examinations, self-service portable physical examination all-in-one machines, and fully automatic physical examination instruments. These products can measure human height, weight, body mass index, systolic and diastolic blood pressure range, heart rate, body fat mass and percentage, basal metabolic rate, body water content, muscle mass and percentage, bone mass, bone minerals, lean body mass, protein mass and percentage, intracellular fluid, and extracellular fluid through facial recognition and automatic touchscreen measurement. The system collects human health indicators such as blood oxygen saturation and body temperature; transmits facial recognition and time / location information, as well as facial recognition human health data and time information, to a central server and local area network; intermediate facial recognition devices can be set up at N locations according to the specific location of the all-weather circular plastic track and indoor sports field combination building; the intermediate facial recognition devices can include cameras and facial recognition machines, and can transmit facial recognition and time / location information to a central server and local area network; the central server can include a central server, local area network and server, facial recognition motion information processor, facial recognition information database, facial acquisition information database, facial recognition data comparison system, and facial recognition human health processor to process facial recognition and... Time and location information, facial recognition human health data and time information, facial recognition time, location, sequence, time difference, movement distance and time movement volume information are processed into movement information and health information, which are transmitted to mobile terminals or servers via local area network or Internet; the port facial recognition device and intermediate facial recognition device of the sports and human health intelligent system are installed at specific locations in the all-weather circular plastic track and covered playground combined building device to form an intelligent system for the all-weather circular plastic track and covered playground combined building device; the port facial recognition device and intermediate facial recognition device of the sports and human health intelligent system are installed at specific locations in the all-weather building complex building device to form an intelligent system for the all-weather building complex.

[0088] The above description is merely a preferred embodiment of the present utility model, but is not limited to the above-described preferred embodiment. The terms and phrases used herein are those of the disclosed content, but are not limiting. When using these terms and phrases, other equivalents similar to the features (or parts thereof) disclosed and described herein are not excluded. It should be noted that those skilled in the art can make various modifications, changes, and improvements without departing from the overall concept of the present utility model. Anyone inspired by the invention can derive other products and methods in various forms. However, regardless of any changes made to their shape, structure, or materials, any technical solution that is the same as or similar to the present utility model should be considered within the protection scope of the present utility model. These will not affect the effectiveness of the implementation of the present utility model or the practicality of the patent.

Claims

1. A circular plastic running track and indoor sports complex construction device, comprising a circular plastic running track and indoor sports complex construction device, a circular plastic running track and indoor sports complex ramp underground construction device, and a ramp plastic running track; characterized in that: The circular plastic track and covered sports field complex is located above the underground structure of the circular plastic track and covered sports field ramp. It is secured by pre-embedded bolts in the upper part of the underground structure, connecting steel structure bolt holes for nut tightening and welding. The complex includes: an anti-collision roof for the covered sports field, windproof and rainproof columns, a circular plastic track, and pre-embedded connecting parts for the ball court area; the windproof and rainproof structure... The rain-proof columns are located on both sides of the circular plastic track and the ball frame pre-embedded connector track area. Their foundations are fixedly buried underground at the location of the circular plastic track and the ball frame pre-embedded connector track area. The ball frame pre-embedded connector track area is located above the ground and the top surface of the underground building equipment of the circular plastic track and the ball frame pre-embedded connector track area. The connection between the rain-proof columns and the anti-collision top surface of the ball frame and the ball frame pre-embedded connector track area is fixed by bolts and nuts connecting their respective steel structure bolt hole connecting plates and welded steel structure connecting plates. The connection point is located above the circular plastic track and the ball frame pre-embedded connector track area. The ramp plastic running track of the circular plastic running track covered sports field is the section of the ramp plastic running track connecting the ground sports rainproof corridor of the circular plastic running track covered sports field complex to the connection between the ramp plastic running track and the underground building plastic running track, and the section of the ramp plastic running track connecting the ramp plastic running track and the underground building plastic running track to the connection between the ramp plastic running track and the ground sports rainproof corridor. It is located inside the underground building of the circular plastic running track covered sports field ramp plastic running track. It is an underground building with a reinforced concrete ramp using plastic running track. The bottom, sides, top, columns and ramp of the ramp plastic running track as underground building can be made of reinforced concrete structure.

2. The circular plastic track and indoor sports complex building device according to claim 1, characterized in that, The rain-proof playground roof includes a rain-proof playground roof surface, a rain-proof playground roof support, and a rain-proof playground roof protective surface. The rain-proof playground roof surface is above the rain-proof playground roof support, and the rain-proof playground roof protective surface is below the rain-proof playground roof support. The connection between the rain-proof playground roof support and the rain-proof playground roof surface, and between the rain-proof playground roof protective surface and the rain-proof playground roof support, can be fixed by screw and screw hole connection, hexagonal flange self-drilling self-tapping screws with sealing washers, self-drilling self-tapping screws with sealing rings, self-drilling self-tapping screws with drill tails and sealant, or screw connection. The roof of the covered playground can be continuous in planar form, continuous in planar form with staggered heights, discontinuous in planar form, or continuous in planar form, and the roof can be fixed or can be opened and closed automatically. The roof of the covered playground can be made of colored fiberglass board, and the overlapping joints between the connecting edges of the colored fiberglass board can be connected by sealant. The sealant joint can be fixed to the purlin by self-tapping screws with built-in sealing rings. The roof support of the covered playground can be constructed using cantilever beams, simply supported beams, continuous beams, continuous rigid beams, rigid frame beams, planar trusses, spatial trusses, space frames, or purlins above them for connecting and fixing the roof surface. The purlins can be connected and fixed to the roof support using self-drilling self-tapping screws with sealing rings or self-drilling screws with sealant. The roof support can be made of steel. The connection between the roof support and the roof surface, the roof protection surface, and the light-transmitting and rainproof roof surface of the connecting corridor can be fixed using screws and bolt holes. The support can be connected and fixed to the wind and rain shelter support columns below, or it can be connected to the lower support columns, suspended beams, or suspension cables of the upper support columns, and simultaneously fixed to the wind and rain shelter support columns below; the roof support of the covered playground and the wind and rain shelter support columns below can be fixed by screws through the screw holes of their respective connecting plates, or they can be fixed by welding their respective connecting plates, or by a combination of screw connection and welding; the roof protective surface of the covered playground can be made of safety netting, wire mesh, or protective netting; The roof of the rain-proof playground can also include a windproof and rainproof roof surface, which includes a fan, air duct, air blowing and exhaust device, air guide plate, power supply and remote control switch. The fan can generate airflow under the control of the power supply by the remote control switch. The airflow enters the air blowing and exhaust device through the air duct. The fan can be an air compressor, electric fan or blower, centrifugal or axial flow type. The air blowing and exhaust device is located below the roof of the rain-proof playground and can be fixed to the outer side of the overhanging eaves of the roof support by bolts and nuts, and the direction of the airflow is the direction of the outer side of the overhanging eaves.

3. The circular plastic track and indoor sports complex building device according to claim 1, characterized in that, The wind and rain shelter pillars for the covered playground can be adopted as wind and rain shelter support columns, which include wind and rain shelter support columns, upper support columns of the covered playground diagonal bracing, diagonal bracing cables, remote-controlled multi-roller rainproof devices for the support columns, support column connection devices, and support column foundations. The planar projection position of the support column foundations is located underground on both sides of the circular plastic track or underground ramp plastic track. The underground support columns and support column connection devices are located above the support column foundations and are connected by reinforced concrete pouring or steel structure welding. The support column connection devices can use connecting plates and pre-embedded bolts. The wind and rain shelter support columns are located above the support column connection devices and are fixed by tightening or welding the lower connecting plate with the connecting plate and the nuts of the pre-embedded bolts. The upper support columns of the covered playground diagonal bracing are located above the wind and rain shelter support columns and are fixed by connecting the connecting plates of their respective connection positions with bolts and nuts. The upper support columns of the covered playground diagonal bracing are connected to the top support of the covered playground through the diagonal bracing cables and are fixed by connecting the connecting plates of their respective connection positions with bolts and nuts. The windproof and rainproof support pillar for the covered playground includes a remote control transmission system and device for a blower, a blower channel, blower transmission blades, blower guide blades, a blower direction, and a connection and fixing device between the blower and the support pillar. After the remote control transmission system and device for the blower are connected to a power source, the blower transmission blades can be rotated to pass through, and the blower channel and blower guide blades form the blower direction. The connection and fixing device between the blower and the support pillar can be fixed by connecting the connecting hole plates at their respective connection positions with bolts and nuts. The roof support of the covered playground can be connected and fixed to the rain shelter support column below, or it can be connected to the lower part of the upper support column, suspended beam or suspension cable and simultaneously connected and fixed to the lower wind shelter support column below; the roof support of the covered playground and the lower wind shelter support column below can be connected and fixed by screws through the screw holes of the respective connecting plates of the roof support and the wind shelter support column, or they can be connected and fixed by welding their respective connecting plates, or by a combination of screw connection and welding through screw holes; The structure of the roof support, the inclined upper support columns, and the support column foundations of the covered playground is as follows: The inclined upper support columns are located on the ground of the sports track, on both sides inside the inner circle and outside the outer circle of the sports track. The upper part of the inclined upper support column is connected to the lower part of the roof of the covered playground by bolts and nuts to their respective connecting hole plates for fixation. The support column foundation is located below the ground of the track, and the upper part of the support column foundation is connected and fixed to the lower part of the support column, located on both sides inside the inner circle and outside the outer circle of the sports track. The support columns can be equipped with connecting plates for installing sports equipment and facilities. The support columns can be made of anti-collision warning support columns with plant pattern colors. The supporting columns and foundations of the windproof and rainproof columns for the covered playground can be made of steel structure materials. The supporting columns can be warning soft-padded anti-collision supporting columns. Anti-collision buffer material is glued and fixed to the outside of the supporting columns, which are made of the above-mentioned steel structure materials, at a position of 2 meters above the ground. The external anti-collision buffer material can be anti-collision warning material with different colored markings or color blocks, and is connected and fixed to the internal steel structure materials with glue. The supporting column foundation can be a reinforced concrete supporting foundation. The connection of the supporting foundation can be made by welding the supporting column connecting plate and the supporting foundation connecting plate together.

4. The building structure of a circular plastic running track and indoor sports field according to claim 1, characterized in that: The ball rack pre-embedded connectors for the track and field include a circular plastic track, a sports track and field, ball rack pre-embedded connectors for the sports track and field, ground sports channels, ground sports channels, ramp plastic track, curved plastic track for athletics, straight plastic track for athletics, soccer nets, basketball hoops, volleyball nets, badminton nets or tennis nets, ping-pong tables, and boxing and martial arts field guardrails. The aforementioned circular plastic running track and sports track can be marked with colored plastic asphalt concrete anti-collision signs to warn of the track and field. Its running tracks and venues can include venues for people's sports activities, fitness activities, bodybuilding activities, square dancing activities, competition activities, educational activities, and speech activities. They can also include circular plastic running tracks, badminton courts, football fields, basketball courts, volleyball courts, table tennis courts, tennis courts, handball courts, hockey fields, baseball fields, softball fields, cricket fields, sepak takraw fields, wrestling fields, martial arts fields, boxing fields, judo fields, taekwondo fields, fencing fields, weightlifting fields, gymnastics fields, rhythmic gymnastics fields, billiards fields, leather courts, sandbag fields, skating rinks, rope skipping fields, high jump fields, long jump fields, and trampoline fields with shared field markings or devices. The sports and cultural activity venues can be plastic mats with or without specific sports and cultural activity venue markings, pure PU plastic courts, silicone PU plastic courts, acrylic plastic courts, badminton mats, suspended interlocking flooring, artificial turf for football fields, artificial turf for kindergartens, PVC roll plastic flooring, artificial turf, and safety mats. The ball frame pre-embedded connectors for the sports track include a ball net, a rope connecting the ball net to a metal fixing pole, ball frame pre-embedded connectors for the ball net pole, metal poles or fixing rings for the ball net pole, a cap for the ball net pole, a fixing component for the ball net pole, a reducing adapter at the bottom of the metal fixing component for the ball net pole, a plastic cap, bolts, a reducing adapter at the bottom of the fixing component for the plastic fixing component, pre-drilled holes in the surface layer of the plastic track, the plastic track and field surface, the track and field structural layer, the track and field foundation layer, screw holes for the ball frame pre-embedded connectors, and a reinforced concrete foundation ball frame pre-embedded connectors and reinforced concrete structure. The surface layer, the structural layer of the plastic track, the surface layer of the plastic track, and the ramp of the reinforced concrete structure of the plastic track; the plastic track and field surface or the surface layer and structural layer of the plastic track, the track field structure or the reinforced concrete surface layer, and the track and field foundation layer are set in layers from top to bottom. The pre-embedded connectors of the reinforced concrete foundation ball frame are connected and fixed by steel bars and concrete pouring. The metal rods or fixing rings of the ball net frame, the top of the ball net frame pole, and the fixing parts of the ball net frame are welded steel structures from top to bottom, with their lower ends... The reducing head at the bottom of the metal fixing part of the net frame pole allows the net frame pole fixing part to be inserted into the pre-embedded connecting hole or pre-embedded connecting screw hole of the net frame for connection and fixation. The connecting rope between the net and the metal fixing pole connects and fixes the net to the pre-embedded connecting part of the net frame metal pole or fixing ring. It can be used for the installation of football net frames, volleyball net frames, badminton net frames, tennis net frames, and boxing and martial arts stadium fence frames. The plastic cap, bolt fixing part, and reducing head at the bottom of the plastic fixing part are plastic structural parts arranged from top to bottom. The reducing head at the bottom of the plastic fixing part is inserted into the net frame. The pre-embedded connecting holes or pre-embedded connecting screw holes are used for connection and fixation in the field of athletics. The reducing head at the bottom of the metal fixing part of the net frame pole can be inserted into the pre-embedded connecting holes or pre-embedded connecting screw holes of the net frame pole for connection and fixation. It can be used for the connection and fixation of the goal frame of the outdoor football field, the goal frame of the indoor football field, the basketball hoop of the basketball court, the net frame of the volleyball court, the net frame of the badminton court, the table tennis court and the table tennis table, the gymnastics, boxing and martial arts field and the fence, the billiard table court and the table, the spectator stand combination stands and the seats to the ground and underground pre-embedded parts.

Images