Energy-saving lighting equipment with damage prevention structure for outdoor stadium

Abstract

The invention relates to energy-saving lighting equipment with a damage-prevention structure for an outdoor stadium, which is applied to the technical field of lighting equipment and comprises a support, a damage-prevention intelligent detection mechanism and a lighting lamp body, the damage-prevention intelligent detection mechanism comprises a sealed damage-prevention protective shell, and the sealed damage-prevention protective shell in the damage-prevention intelligent detection mechanism can play a role in protecting the lighting lamp body. The damage-prevention intelligent detection mechanism can prevent the illuminating lamp body from being damaged due to the influence of environmental factors or the impact of a ball to a great extent, so that the service life of the illuminating lamp body can be effectively prolonged, and the safety of the illuminating equipment is greatly improved; when the light-transmitting plate is impacted by the ball and the light-transmitting plate is broken due to the impact of the ball, feedback and reminding can be carried out on related technicians, the related technicians are prompted to carry out corresponding maintenance on the lighting equipment in time, therefore, the effectiveness of the protection effect of the sealing and damage preventing protection shell can be guaranteed, and the safety of the lighting equipment is further improved.

Description

Technical Field

[0001] The invention relates to an energy-saving lighting device, in particular to an energy-saving lighting device for outdoor stadiums with an anti-damage structure applied in the technical field of lighting devices. Background Art

[0002] Outdoor stadiums are outdoor venues specially used for hosting various sports events, sports training and large-scale sports activities. The lighting of outdoor stadiums plays a vital role in sports events, training and audience viewing experience.

[0003] A Chinese patent with publication number CN220911178U discloses a lighting device for a stadium, wherein a highly elastic net is arranged at the bottom of the lighting lamp body to effectively prevent flying balls and other flying objects from causing damage to the lighting lamp body.

[0004] A Chinese patent with publication number CN211925436U discloses a lighting device for a stadium, which is easy to install and disassemble and can protect the projection lamp.

[0005] The lighting equipment in outdoor stadiums not only needs to withstand the intrusion of environmental factors (such as rain, snow, etc.), but also has the risk of being impacted by external forces. For example, in ball sports such as football, tennis, baseball, and basketball, the trajectory of the ball is uncertain, which makes the lamp body in the lighting equipment easily damaged by being hit by the ball. However, the lighting equipment in the prior art generally lacks corresponding protective measures and has certain defects in safety. Therefore, we propose an energy-saving lighting equipment for outdoor stadiums with an anti-damage structure. Summary of the invention

[0006] In view of the above-mentioned prior art, the technical problem to be solved by the present invention is: how to prevent the lamp body in the lighting device from being damaged due to the impact of the ball, so as to improve the safety of the lighting device.

[0007] In order to solve the above problems, the present invention provides an energy-saving lighting device for outdoor stadiums with an anti-damage structure, including a bracket, an anti-damage intelligent detection mechanism, and a lighting lamp body. The anti-damage intelligent detection mechanism includes a sealed anti-damage protective shell, and the sealed anti-damage protective shell includes an anti-damage shell. A light-transmitting plate is embedded and penetrated on the outer wall of one end of the anti-damage shell. The light-transmitting plate is made of transparent material. A matching recessed light partition is fixedly installed in the anti-damage shell. A strike connection box fixedly connected to the bracket is arranged on the side of the anti-damage shell away from the light-transmitting plate. A main pressure sensor and a force transmission connecting plate are arranged in the strike connection box. A pair of connecting rods are fixedly connected to the end of the anti-damage shell away from the light-transmitting plate. The connecting rods penetrate the outer wall of the strike connection box and extend to be fixedly connected to the force transmission connecting plate. The connecting rods are slidingly and sealingly connected to the outer wall of the strike connection box. The main pressure sensor is located on the side of the force transmission connecting plate away from the connecting rod, and the main pressure sensor is against the force transmission connecting plate.

[0008] A damage inspection tube is embedded through the outer wall of the damage-proof shell, and support nets are fixedly installed at both ends of the damage inspection tube. A piston block is provided in the support net and is slidably and sealably connected thereto. Elastic pull ropes are fixedly connected between the piston block and the two support nets. A distance sensor is fixedly installed on one of the support nets, and a plurality of guide holes are opened on the recessed light partition.

[0009] The anti-damage intelligent inspection mechanism also includes a damage feedback lamp fixedly installed on the bracket, a damage impact intelligent detector is fixedly installed in the damage prevention shell, a damage impact intelligent detector is provided with a damage judgment and analysis module and a damage detection and control module, the main pressure sensor is connected to the damage judgment and analysis module signal, the damage judgment and analysis module is connected to the distance sensor signal, the distance sensor is connected to the damage detection and control module signal, the damage judgment and analysis module and the damage detection and control module are both connected to the damage feedback lamp signal, and the damage detection and control module is both connected to the lighting lamp body and the damage judgment and analysis module signal.

[0010] In the above-mentioned energy-saving lighting equipment for outdoor stadiums with an anti-damage structure, the sealed anti-damage protective shell can protect the lighting lamp body, and can largely prevent the lighting lamp body from being damaged by environmental factors or impact by the ball. The anti-damage intelligent inspection mechanism also has detection and reminder functions, and can provide feedback and reminders to relevant technical personnel when the light-transmitting plate is impacted by the ball or when the light-transmitting plate is broken due to the impact of the ball.

[0011] As a further improvement of the present application, the main pressure sensor is used to monitor the pressure applied to the force transmission connecting plate, and the pressure data monitored by the main pressure sensor will be transmitted to the hit analysis module in real time. The hit analysis module is used to determine whether the light-transmitting plate is impacted by the ball by analyzing the pressure data monitored by the main pressure sensor. When the judgment result is that the light-transmitting plate is impacted by the ball, the hit analysis module will light up the feed damage lamp.

[0012] As a further improvement of the present application, when the judgment result is that the light-transmitting plate has been impacted by the ball, the impact analysis module will also start the distance sensor, so that the distance sensor monitors the distance between it and the piston block, and the distance data monitored by the distance sensor will be transmitted to the damage detection and control module in real time, so that the damage detection and control module can determine whether the light-transmitting plate is broken due to the impact of the ball by analyzing the distance data monitored by the distance sensor. When the judgment result is that the light-transmitting plate has been broken, the damage detection and control module will control the damage feedback light to flash.

[0013] As a further improvement of the present application, the anti-damage shell and the recessed light partition are both made of heat dissipation materials, two supporting nets are respectively located inside and outside the anti-damage shell, and the distance sensor is installed on the supporting net located inside the anti-damage shell.

[0014] As another improvement of the present application, the intelligent strike damage detector is further provided with a mutual strike control module and an interactive setting module. The interactive setting module is signal-connected to the mutual strike control module, the mutual strike control module is signal-connected to the lighting lamp body, and the strike judgment analysis module is signal-connected to the mutual strike control module.

[0015] As another improved supplement of the present application, the interactive setting module is used to set the interactive effect when the light-transmitting plate is hit by the ball, and the interactive control module is used to control the lighting body to perform corresponding actions according to the set interactive effect, so that when the light-transmitting plate is hit by the ball, the interactive control module will also control the lighting body to interact.

[0016] As another improvement of the present application, the sealed anti-damage protective shell also includes an anti-misjudgment auxiliary component, which includes a support tube fixedly connected to the anti-damage shell, a secondary pressure sensor is arranged in the support tube, and a force guide rod is penetrated through the outer wall of one end of the support tube, one end of the force guide rod is against the secondary pressure sensor, and the other end of the force guide rod is fixedly connected to a windward plate.

[0017] As another improvement supplement of the present application, the force guiding rod is slidingly and sealingly connected to the outer wall of the support tube, and clamping rods are fixedly connected to both sides of the force guiding rod. The clamping rods are located inside the support tube and abut against the inner wall of the support tube, and the auxiliary pressure sensor is signal-connected to the hit analysis module.

[0018] As another improvement supplement of the present application, the auxiliary pressure sensor is used to monitor the pressure applied to it by the guide rod, and the pressure data monitored by the auxiliary pressure sensor will be transmitted to the shot analysis module in real time, which can improve the accuracy of the shot analysis module in judging whether the light-transmitting plate is impacted by the ball.

[0019] In summary, the present application sets up an anti-damage intelligent inspection mechanism so that the sealed anti-damage protective shell can play a protective role on the lighting lamp body, and can prevent the lighting lamp body from being damaged due to environmental factors or impact by the ball to a large extent, thereby effectively extending the service life of the lighting lamp body and greatly improving the safety of the lighting equipment. The anti-damage intelligent inspection mechanism also has detection and reminder functions, and can provide feedback and reminders to relevant technical personnel when the light-transmitting plate is impacted by the ball and when the light-transmitting plate is broken due to the impact of the ball, thereby prompting relevant technical personnel to perform corresponding maintenance on the lighting equipment in a timely manner, thereby ensuring the effectiveness of the protective effect of the sealed anti-damage protective shell. , further improving the safety of lighting equipment; through the setting of anti-misjudgment auxiliary components, the accuracy of the hit analysis module in judging whether the light-transmitting plate is hit by the ball can be improved, and the hit analysis module can be effectively prevented from making misjudgments due to environmental factors such as wind, thereby improving the reliability and practicality of the anti-loss intelligent inspection mechanism; through the joint setting of the hit interaction control module, the interactive setting module, etc., when the light-transmitting plate is hit by the ball, the hit interaction control module will also control the lighting body to interact. On the one hand, it can further provide feedback and reminders to relevant technical personnel, and on the other hand, it can improve the entertainment of the lighting equipment, thereby improving the functionality and intelligence of the lighting equipment. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] Figure 1 This is a schematic diagram of the three-dimensional structure of an energy-saving lighting device for outdoor stadiums with an anti-damage structure in the first embodiment of the present application;

[0021] Figure 2 This is a schematic cross-sectional view of the anti-damage housing in the first embodiment of the present application;

[0022] Figure 3 This is a schematic cross-sectional view of the inspection connection box in the first embodiment of the present application;

[0023] Figure 4 This is a schematic diagram of the cross-sectional structure of the damage inspection pipe in the first embodiment of the present application;

[0024] Figure 5 This is a system structure block diagram of the intelligent damage detector in the first embodiment of the present application;

[0025] Figure 6 This is a schematic diagram of the three-dimensional structure of an energy-saving lighting device for outdoor stadiums with an anti-damage structure in the second embodiment of the present application;

[0026] Figure 7 This is a schematic cross-sectional view of the support tube in the second embodiment of the present application;

[0027] Figure 8 This is a system structure block diagram of the damage intelligent detector in the second embodiment of the present application.

[0028] Description of the numbers in the figure:

[0029] 001, bracket; 201, anti-damage shell; 202, light-transmitting plate; 203, recessed light partition; 204, impact detection connection box; 205, main pressure sensor; 206, force transmission connection plate; 207, connecting rod; 208, damage detection tube; 209, supporting net; 210, piston block; 211, distance sensor; 212, elastic pull rope; 213, damage feed lamp; 214, guide hole; 003, lighting lamp body; 004, impact damage intelligent detector; 501, supporting tube; 502, auxiliary pressure sensor; 503, force guide rod; 504, windward plate; 505, clamping rod. DETAILED DESCRIPTION

[0030] Two implementation modes of the present application are described in detail below with reference to the accompanying drawings.

[0031] The first implementation method:

[0032] Figure 1-5The invention shows an energy-saving lighting device for outdoor stadiums with an anti-damage structure, including a bracket 001, an anti-damage intelligent detection mechanism, and a lighting body 003. The anti-damage intelligent detection mechanism includes a sealed anti-damage protective shell, and the sealed anti-damage protective shell includes an anti-damage shell 201. A light-transmitting plate 202 is embedded through the outer wall of one end of the anti-damage shell 201. The light-transmitting plate 202 is made of transparent material. A matching recessed light partition 203 is fixedly installed in the anti-damage shell 201. The anti-damage shell 201 and the recessed light partition 203 are both made of heat dissipation material. The side of the anti-damage shell 201 away from the light-transmitting plate 202 is provided with a light-transmitting plate 202. A detection connection box 204 fixedly connected to the bracket 001 is arranged, and a main pressure sensor 205 and a force transmission connection plate 206 are arranged in the detection connection box 204. A pair of connecting rods 207 are fixedly connected to one end of the anti-damage shell 201 away from the light-transmitting plate 202. The connecting rods 207 penetrate the outer wall of the detection connection box 204 and extend to be fixedly connected to the force transmission connection plate 206, and the connecting rods 207 are slidably and sealedly connected to the outer wall of the detection connection box 204. The main pressure sensor 205 is located on the side of the force transmission connection plate 206 away from the connecting rods 207, and the main pressure sensor 205 A damage detection tube 208 is embedded in the outer wall of the damage-proof shell 201, and two ends of the damage-proof shell 208 are fixedly installed with support nets 209. The two support nets 209 are respectively located inside and outside the damage-proof shell 201. A piston block 210 is provided in the support net 209 and is slidably and sealedly connected thereto. An elastic pull rope 212 is fixedly connected between the piston block 210 and the two support nets 209. A distance sensor 211 is fixedly installed on one of the support nets 209. A plurality of guide holes 214 are provided on the recessed light partition 203. The intelligent damage detection mechanism also includes a feed damage lamp 213 fixedly mounted on the bracket 001, and an intelligent damage detector 004 is fixedly mounted in the anti-damage shell 201. The intelligent damage detector 004 is provided with a strike analysis module and a damage detection and control module. The main pressure sensor 205 is signal-connected to the strike analysis module, the strike analysis module is signal-connected to the distance sensor 211, the distance sensor 211 is signal-connected to the damage detection and control module, the strike analysis module and the damage detection and control module are both signal-connected to the feed damage lamp 213, and the damage detection and control module is signal-connected to the lighting lamp body 003 and the strike analysis module.

[0033] The anti-damage shell 201 made of heat dissipation material and the recessed lamp partition 203 are used to ensure the heat dissipation performance of the lamp body, and the light-transmitting plate 202 made of transparent material is used to ensure the lighting effect of the lamp body, so that the sealed anti-damage shell can protect the lighting lamp body 003, which can significantly reduce the intrusion of environmental factors on the lighting lamp body 003, and to a large extent prevent the lighting lamp body 003 from being damaged by environmental factors. When the lighting equipment is hit by a ball, the sealed anti-damage shell can effectively prevent the lighting lamp body 003 from being directly impacted, thereby preventing the lighting lamp body 003 from being damaged by the impact of the ball to a large extent, and then effectively prolonging the service life of the lighting lamp body 003 and greatly improving the safety of the lighting equipment; due to the limitations of materials and functions, compared with In the anti-damage shell 201, the strength of the light-transmitting plate 202 is relatively low, and it is also more susceptible to the impact of the ball. The light-transmitting plate 202 is particularly critical for the protection of the lighting body 003. In order to ensure the effectiveness of the protective effect of the sealed anti-damage shell, it is necessary to focus on monitoring whether the light-transmitting plate 202 is impacted by the ball, and detect whether the light-transmitting plate 202 is broken due to the impact of the ball. The main pressure sensor 205 is used to monitor the pressure applied to it by the force transmission connecting plate 206, and the pressure data monitored by the main pressure sensor 205 will be transmitted to the hit analysis module in real time. When the light-transmitting plate 202 is hit by the ball, the pressure data monitored by the main pressure sensor 205 will suddenly increase and suddenly decrease (although the wind force acts on the sealed anti-damage shell, it will also cause the main pressure sensor 205 to break). The pressure data monitored by the pressure sensor 205 changes, but the pressure data change caused by the wind blowing towards the sealed anti-damage protective shell is gradual and continuous, while the pressure data change caused by the ball hitting the light-transmitting plate 202 is instantaneous and drastic. There is an obvious difference between the two, so the wind blowing the sealed anti-damage protective shell will not cause a misjudgment), so that the hit analysis module can determine whether the light-transmitting plate 202 has been impacted by the ball by analyzing the pressure data monitored by the main pressure sensor 205. When the judgment result is that the light-transmitting plate 202 has been impacted by the ball, the hit analysis module will light up the feedback light 213 to feed back the information that the light-transmitting plate 202 has been impacted by the ball to the relevant technical personnel and remind the relevant technical personnel. At the same time, the hit analysis module will also start the distance The sensor 211 is used to monitor the distance between the distance sensor 211 and the piston block 210, and the distance data monitored by the distance sensor 211 will be transmitted to the damage detection and control module in real time, so that the damage detection and control module can determine whether the light-transmitting plate 202 is broken due to the impact of the ball by analyzing the distance data monitored by the distance sensor 211. The distance sensor 211 is installed on the support net 209 located inside the damage-proof shell 201 (the distance sensor 211 can also be installed on the support net 209 located outside the damage-proof shell 201). When judging, the damage detection and control module will first obtain the state of the lighting lamp body 003. If the lighting lamp body 003 is in the lighting state, the damage detection and control module will directly make a judgment. Since the lighting lamp body 003 generates heat during operation,The temperature inside the sealed anti-damage shell will be higher than the temperature outside the sealed anti-damage shell. If the light-transmitting plate 202 is not broken, the sealing of the sealed anti-damage shell will still be intact, and the air pressure inside the sealed anti-damage shell will be higher than the air pressure outside the anti-damage intelligent detection mechanism, so that the distance between the piston block 210 and the distance sensor 211 at this time will be greater than the distance between the piston block 210 and the distance sensor 211 in the initial state (the initial state refers to the state when the air pressure inside and outside the sealed anti-damage shell is the same, and the distance between the piston block 210 and the distance sensor 211 in the initial state is preset in the damage detection and control module), and the distance data will be relatively stable. On the contrary, if the light-transmitting plate 202 is broken, the air will leak out from the broken part. If the degree of breakage is relatively high, the distance between the piston block 210 and the distance sensor 211 will be relatively stable. If the degree of crushing is small, the distance between the piston block 210 and the distance sensor 211 will gradually and continuously decrease. If the lighting lamp body 003 is in the off state, the damage detection and control module will first light up the lighting lamp body 003, and then make a judgment. After the lighting lamp body 003 is lit, if the light-transmitting plate 202 is not broken, under the action of the heat generated by the operation of the lighting lamp body 003, the piston block 210 will move away from the distance sensor 211, and the air pressure data monitored by the distance sensor 211 will gradually increase. On the contrary, if the light-transmitting plate 202 is already broken, the air pressure data detected by the distance sensor 211 will gradually increase. If the light-transmitting plate 202 is broken, the air pressure data monitored by the distance sensor 211 will not change significantly. Therefore, the damage detection and judgment module can determine whether the light-transmitting plate 202 is broken due to the impact of the ball by analyzing the distance data monitored by the distance sensor 211 (if the lighting lamp body 003 is lit by the damage detection and judgment module, the damage detection and judgment module will turn off the lighting lamp body 003 after the judgment is completed. In addition, after the judgment is completed, the damage detection and judgment module will send a feedback signal to the impact analysis module to make the impact analysis module turn off the distance sensor 211). When the judgment result is that the light-transmitting plate 202 is broken, the damage detection and judgment module will control the feedback light 213 to flash, so as to feed back the information that the light-transmitting plate 202 is broken to the relevant technical personnel and remind the relevant technical personnel. Therefore, through the setting of the anti-damage intelligent inspection mechanism, the sealed anti-damage shell can protect the lighting lamp body 003, and can largely prevent the lighting lamp body 003 from being damaged by environmental factors or due to the impact of the ball, thereby effectively extending the service life of the lighting lamp body 003 and greatly improving the safety of the lighting equipment. The anti-damage intelligent inspection mechanism also has detection and reminder functions, which can provide feedback and reminders to relevant technicians when the light-transmitting plate 202 is impacted by the ball and when the light-transmitting plate 202 is broken due to the impact of the ball, so as to prompt relevant technicians to perform corresponding maintenance on the lighting equipment in time, thereby ensuring the effectiveness of the protective effect of the sealed anti-damage shell and further improving the safety of the lighting equipment.

[0034] It should be noted that in order to further improve the heat dissipation performance of the lighting equipment, technicians in this field may, as appropriate, set a suitable type of radiator (such as a water-cooled radiator, etc.) on the sealed anti-damage protective shell to enhance the heat dissipation performance of the lighting equipment and prevent the lighting lamp body 003 from being damaged due to temperature factors. When setting the radiator, the sealing performance of the sealed anti-damage protective shell must be ensured. The structure of the radiator and how to set the radiator are all well-known technologies to technicians in this field and will not be elaborated here.

[0035] The second implementation method:

[0036] Figure 6-8 An energy-saving lighting device for outdoor stadiums with an anti-damage structure is shown. Different from the first embodiment, the sealed anti-damage protective shell also includes an anti-misjudgment auxiliary component, which includes a support tube 501 fixedly connected to the anti-damage shell 201, and a secondary pressure sensor 502 is arranged in the support tube 501. A force guiding rod 503 is penetrated through the outer wall of one end of the support tube 501, and one end of the force guiding rod 503 is abutted against the secondary pressure sensor 502. The other end of the force guiding rod 503 is fixedly connected to a windward plate 504. The force guiding rod 503 is slidingly and sealingly connected to the outer wall of the support tube 501, and both sides of the force guiding rod 503 are fixedly connected with a clamping rod 505, which is located in the support tube 501 and the clamping rod 505 is abutted against the inner wall of the support tube 501. The secondary pressure sensor 502 is connected to the hit analysis module signal, and the secondary pressure sensor 502 is used to monitor the pressure applied to it by the force guiding rod 503, and the pressure data monitored by the secondary pressure sensor 502 will be transmitted to the hit analysis module in real time.

[0037] When the hit analysis module determines whether the light-transmitting plate 202 has been hit by the ball by analyzing the pressure data monitored by the main pressure sensor 205, it will also combine the pressure data monitored by the auxiliary pressure sensor 502. When there is wind, the pressure data monitored by the main pressure sensor 205 and the auxiliary pressure sensor 502 will change, and the change pattern will be relatively consistent. However, when the light-transmitting plate 202 is hit by the ball, there will be obvious differences in the changes in the two sets of pressure data, which can effectively avoid the hit analysis module from making misjudgments. Therefore, by setting up the anti-misjudgment auxiliary component, the accuracy of the hit analysis module in determining whether the light-transmitting plate 202 has been hit by the ball can be improved, and the hit analysis module can be effectively prevented from making misjudgments due to environmental factors such as wind, thereby improving the reliability and practicality of the anti-loss intelligent inspection mechanism.

[0038] See also Figure 8The hit damage intelligent detector 004 is also provided with a hit mutual control module and an interactive setting module. The interactive setting module is connected to the hit mutual control module by signal, the hit mutual control module is connected to the lighting lamp body 003 by signal, and the hit judgment analysis module is connected to the hit mutual control module by signal. The interactive setting module is used to set the interactive effect when the light-transmitting plate 202 is hit by the ball, and the hit mutual control module is used to control the lighting lamp body 003 to perform corresponding actions according to the set interactive effect. When the judgment result is that the light-transmitting plate 202 is hit by the ball, the hit judgment analysis module will also send an interactive instruction to the hit mutual control module. The interactive effect can be set by relevant technical personnel according to the situation (or can be chosen not to set). For example, the interactive effect can be set to: when the light-transmitting plate 202 is hit by the ball, the lighting lamp body 003 will flash several times. Then, when the hit mutual control module receives the interactive instruction, the hit mutual control module will control the lighting lamp body 003 to flash several times. And the relevant technical personnel can also set the prerequisites for interaction through the interactive setting module. For example, when the light-transmitting plate 202 is hit by the ball, if the lighting lamp body 003 is in the closed state, no interaction will be performed. When the interactive control module receives the interactive instruction, it will first check the state of the lighting lamp body 003. If the lighting lamp body 003 is in the lit state, the interactive control module will control the lighting lamp body 003 to interact. If the lighting lamp body 003 is in the closed state, the interactive control module will not control the lighting lamp body 003 to interact. Therefore, through the joint setting of the interactive control module, the interactive setting module, etc., when the light-transmitting plate 202 is hit by the ball, the interactive control module will also control the lighting lamp body 003 to interact. On the one hand, further feedback and reminders can be provided to the relevant technical personnel. On the other hand, the entertainment of the lighting equipment can be improved, and then the functionality and intelligence of the lighting equipment can be improved.

[0039] In view of current practical needs, the above-mentioned implementation mode adopted in this application is not limited to the scope of protection. Various changes made within the knowledge scope of technical personnel in this field without departing from the concept of this application still fall within the scope of protection of the present invention.

Claims

1. An energy-saving lighting device for outdoor stadiums with an anti-damage structure, characterized in that: The invention comprises a bracket (001), an anti-damage intelligent detection mechanism, and a lighting lamp body (003), wherein the anti-damage intelligent detection mechanism comprises a sealed anti-damage protective shell, wherein the sealed anti-damage protective shell comprises an anti-damage shell (201), wherein a light-transmitting plate (202) is embedded through the outer wall of one end of the anti-damage shell (201), wherein the light-transmitting plate (202) is made of a transparent material, wherein a matching recessed light partition (203) is fixedly installed in the anti-damage shell (201), and a detection connection box (204) fixedly connected to the bracket (001) is arranged on a side of the anti-damage shell (201) away from the light-transmitting plate (202), wherein the detection connection box (204) is connected to the bracket (001), and wherein the detection connection box (204) is connected to the bracket (001) and the light-transmitting plate (202) is connected to the bracket (001). 4) A main pressure sensor (205) and a force transmission connection plate (206) are arranged inside, and a pair of connection rods (207) are fixedly connected to one end of the anti-damage shell (201) away from the light-transmitting plate (202), and the connection rods (207) penetrate the outer wall of the detection connection box (204) and extend to be fixedly connected to the force transmission connection plate (206), and the connection rods (207) are slidably and sealedly connected to the outer wall of the detection connection box (204), and the main pressure sensor (205) is located on the side of the force transmission connection plate (206) away from the connection rods (207), and the main pressure sensor (205) and the force transmission connection plate (206) are against each other; A damage inspection tube (208) is embedded through the outer wall of the damage-proof housing (201), support nets (209) are fixedly installed at both ends of the damage inspection tube (208), a piston block (210) is provided in the support net (209) and is slidably and sealably connected thereto, elastic pull ropes (212) are fixedly connected between the piston block (210) and the two support nets (209), a distance sensor (211) is fixedly installed on one of the support nets (209), and a plurality of guide holes (214) are opened on the recessed light partition (203); The damage prevention intelligent detection mechanism also includes a damage feed lamp (213) fixedly mounted on the bracket (001); a damage prevention shell (201) is fixedly mounted with a damage intelligent detector (004); a damage judgment and analysis module and a damage detection and control module are arranged in the damage intelligent detector (004); the main pressure sensor (205) is signal-connected to the damage judgment and analysis module; the damage judgment and analysis module is signal-connected to the distance sensor (211); the distance sensor (211) is signal-connected to the damage detection and control module; the damage judgment and analysis module and the damage detection and control module are both signal-connected to the damage feed lamp (213); and the damage detection and control module is signal-connected to the lighting lamp body (003) and the damage judgment and analysis module.

2. The energy-saving lighting device for outdoor stadiums with a damage-resistant structure according to claim 1, characterized in that: The main pressure sensor (205) is used to monitor the pressure applied to the force transmission connection plate (206), and the pressure data monitored by the main pressure sensor (205) is transmitted to the hit analysis module in real time. The hit analysis module is used to judge whether the light-transmitting plate (202) is impacted by the ball by analyzing the pressure data monitored by the main pressure sensor (205). When the judgment result is that the light-transmitting plate (202) is impacted by the ball, the hit analysis module will light up the feed loss lamp (213).

3. The energy-saving lighting device for outdoor stadiums with a damage-resistant structure according to claim 2, characterized in that: When the result of the judgment is that the light-transmitting plate (202) has been impacted by the ball, the impact analysis module will also start the distance sensor (211), so that the distance sensor (211) monitors the distance between it and the piston block (210), and the distance data monitored by the distance sensor (211) will be transmitted to the damage detection and control module in real time, so that the damage detection and control module can judge whether the light-transmitting plate (202) has been broken due to the impact of the ball by analyzing the distance data monitored by the distance sensor (211). When the result of the judgment is that the light-transmitting plate (202) has been broken, the damage detection and control module will control the damage light (213) to flash.

4. The energy-saving lighting device for outdoor stadiums with a damage-resistant structure according to claim 1, characterized in that: The anti-damage shell (201) and the recessed light partition (203) are both made of heat dissipation materials; the two support nets (209) are respectively located inside the anti-damage shell (201) and outside the anti-damage shell (201); and the distance sensor (211) is mounted on the support net (209) located inside the anti-damage shell (201).

5. The energy-saving lighting device for outdoor stadiums with a damage-resistant structure according to claim 1, characterized in that: The intelligent strike damage detector (004) is also provided with a strike interaction control module and an interaction setting module, the interaction setting module is connected to the strike interaction control module by signal, the strike interaction control module is connected to the lighting lamp body (003) by signal, and the strike judgment analysis module is connected to the strike interaction control module by signal.

6. The energy-saving lighting device for outdoor stadiums with a damage-resistant structure according to claim 5, characterized in that: The interactive setting module is used to set the interactive effect when the light-transmitting plate (202) is hit by the ball, and the interactive control module is used to control the lighting lamp body (003) to perform corresponding actions according to the set interactive effect.

7. The energy-saving lighting device for outdoor stadiums with a damage-resistant structure according to claim 1, characterized in that: The sealed damage-proof protective shell also includes an anti-misjudgment auxiliary component, which includes a support tube (501) fixedly connected to the damage-proof shell (201), a secondary pressure sensor (502) is arranged in the support tube (501), and a force guide rod (503) is penetrated through the outer wall of one end of the support tube (501), one end of the force guide rod (503) is against the secondary pressure sensor (502), and the other end of the force guide rod (503) is fixedly connected to a windward plate (504).

8. The energy-saving lighting device for outdoor stadiums with a damage-resistant structure according to claim 7, characterized in that: The force-guiding rod (503) is slidably and sealingly connected to the outer wall of the support tube (501), and the two sides of the force-guiding rod (503) are fixedly connected with a clamping rod (505), and the clamping rod (505) is located in the support tube (501) and the clamping rod (505) is against the inner wall of the support tube (501), and the auxiliary pressure sensor (502) is connected to the signal of the hit analysis module.

9. The energy-saving lighting device for outdoor stadiums with a damage-resistant structure according to claim 8, characterized in that: The auxiliary pressure sensor (502) is used to monitor the pressure applied to it by the force-guiding rod (503), and the pressure data monitored by the auxiliary pressure sensor (502) will be transmitted to the hit analysis module in real time.

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