Intelligent assembly type municipal tree-embracing lamp and using method

Abstract

According to the intelligent assembly type municipal tree-embracing lamp and the using method, solar lamp boxes used for generating energy and storing energy through sunlight are arranged, a mounting assembly made of an elastic telescopic belt is arranged, and the multiple solar lamp boxes are connected to form a ring to embrace a tree trunk; then multiple functional accessories and basic lamp assemblies are prefabricated for selection, and the lamp assemblies or the functional accessories are electrically connected with the power connection parts of the solar lamp box in a matched mode for use according to the installation and use requirements; according to the tree-embracing lamp, assemblies and functional parts are prefabricated according to requirements for combined use, when the tree-embracing lamp is researched, developed and designed, the tree-embracing lamp can be flexibly combined according to use requirements, and the tree-embracing lamp is not limited to illumination of street trees and road surfaces and is used for heat preservation, insect expelling and other assembly applications based on functional accessories; and the requirements of illumination expansion, maintenance, attractiveness and the like of urban landscaping trees are met.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of municipal street lamps, in particular to an intelligent assembly type municipal tree-hugging lamp and a use method. BACKGROUND

[0002] The stone path on the sidewalk of the road or the lawn in the park will be installed with various sizes and shapes of street lamps for night lighting. The existing lamp includes a buried street lamp embedded below the ground, which irradiates the light source assembly upward. There is also an ordinary street lamp hanging on the lamp pole. However, whether it is a buried type or a lamp pole suspension, it needs to be constructed on site, thereby not only damaging the site pavement but also being high in cost.

[0003] Therefore, there is also a scheme for setting up a street lamp based on the green trees on the sidewalk of the sidewalk and the park. The main design is to use the tree trunk as a lamp pole. The street lamp is generally called a tree-hugging lamp. The advantages of the tree-hugging lamp include the above-mentioned advantages, i.e., without the need for a lamp pole, it can be placed at a position away from the ground, which is more advantageous for light radiation. When arranging the tree-hugging lamp, the tree-hugging lamp is attached to the tree trunk, and the light source is downward, thereby forming a reflection on the ground and illuminating the road surface. When the light source is upward, it can illuminate the leaves on the lower surface of the tree crown. Not only can the overall landscape and the street tree be bright, but also the night scene of the city road can be more beautiful. In addition, the light reflection of the leaves can improve the brightness of the layer between the tree and the ground above the tree, which is convenient for pedestrians to walk or vehicles to drive.

[0004] Specifically, as a tree landscape lighting device, the self-supporting tree lighting device has many advantages. However, it is still inevitable that such design still has defects and deficiencies in the prior art. If an auxiliary support is designed close to the tree trunk, a lamp pole is still needed, thereby being high in setting cost and being inconvenient to maintain. In addition, the existing technology of another design mostly adopts an installation support similar to a hoop structure around the tree, which fixes the light source assembly relative to the tree trunk without the need for setting a support column on the ground. Such a design of the tree lighting device is generally manufactured in a standardized size. As the tree grows, the circumference of the tree trunk increases, and it is necessary to replace a larger size lighting device or regularly adjust the inner diameter of the device by the staff. This is not only inconvenient but also uneconomical. If the size of the lighting device is not replaced to be consistent with the growth of the tree, the installation support of the lighting device may hinder the growth of the tree or be damaged due to the growth of the tree, thereby causing problems.

[0005] In addition, most of the existing roadside landscape lighting equipment is powered by external municipal and park management power supply. This not only brings difficulties to the stable power supply of a large number of lighting equipment, but also needs to invest a large amount of money and time in wiring. The process of installing the wire in the air or underground also needs to spend a lot of money and time.

[0006] Further, the tree-hugging lamp is installed near the trunk, and the general lamp function is very single. Considering that it also belongs to a power unit, and the maintenance of the street tree is actually needed, the maintenance of the street tree can be further expanded. Therefore, the existing tree-hugging lamp can be further developed. Through the power supply advantage of the tree-hugging lamp itself, the use function is expanded, and the setting is met and adapted to the demand. SUMMARY

[0007] The present application is to improve the above problems, by setting up a solar power supply, so as to realize lighting and various expansion functions, meet the lighting needs of street trees and roads, and add various auxiliary components according to the needs relying on the setting of the tree-hugging lamp, adapt to various use needs, improve the existing street lamp setting, and beautify the landscape of the city park road.

[0008] The technical scheme of the present application: an intelligent assembly type municipal tree-hugging lamp, comprising a solar lamp box, a solar panel is arranged on the solar lamp box, an energy storage battery is arranged in the solar lamp box, the solar panel is used to generate electricity by using natural light energy to charge the energy storage battery, installation components are arranged on both sides of the width of the solar lamp box, and an electricity connection part is arranged in the length direction; the installation component comprises a connecting groove and a connecting piece, C-shaped clamps are arranged at both ends of the connecting piece and matched with the connecting groove, an elastic expansion belt is arranged between the two C-shaped clamps, the elastic expansion belt is made of an elastic material and has a wave-shaped structure and can be stretched and contracted; the electricity connection part is provided with a protective cover for closing the electricity connection part when it is idle, an output socket connected with the energy storage battery is arranged in the electricity connection part, a light control component connected with the energy storage battery is arranged in the solar lamp box, the light control component is used to control the circuit to be conductive to supply power to the electricity connection part after the solar panel stops working due to insufficient light; a lamp assembly comprises a lamp holder movably connected with the electricity connection part of the solar lamp box, a lampshade sealed and buckled with the solar lamp box, and LED lamp beads arranged on the lamp holder; a functional auxiliary component is installed and powered through the electricity connection part to provide the tree-hugging lamp with function expansion related to the functional auxiliary component.

[0009] As a further setting of the above scheme, the floor stand further comprises a stand column, a reinforcing ring connected to the stand column by a bolt, and a mounting rack, a fog pipe side lamp is further fixed to the outer side of the stand column, the mounting rack is C-shaped, two groups of floor stands are connected and spaced by the reinforcing ring to embrace the outer side of the trunk, the solar lamp box is fixed by being clamped into the connecting groove through the buckle arranged on the mounting rack, the two solar lamp boxes are further connected by the elastic expansion belt, the fog pipe side lamp is connected with the electricity connection part for power supply, and the lower end of the stand column is connected with the ground for fixation, and the floor stand can be adjusted in distance relative to the trunk by replacing the diameter of the reinforcing ring.

[0010] As a further setting of the above-mentioned scheme, the solar panel comprises a main panel fixed on the solar lamp box, a first sub-panel hingedly turned relative to the main panel, and a second sub-panel hingedly connected with the first sub-panel, the side surface of the second sub-panel in width is provided with a fixed magnetic attraction part and a magnetic chain part, the magnetic attraction part is used for installation when the two second sub-panels are received, the magnetic chain part comprises a separation plate with a magnet and a stretching chain used for connecting the second sub-panels of adjacent two solar lamp boxes, a coil spring structure is arranged in the second sub-panel to receive and wind the stretching chain, the functional auxiliary part comprises a heat preservation assembly, a spraying assembly and a trapping assembly, the heat preservation assembly is used for heat preservation of the tree trunk, the spraying assembly is further provided with a medicine bin, a sensor and a spraying head, and the trapping assembly is used for trapping mosquitoes and pests.

[0011] As a further setting of the above-mentioned scheme, the heat preservation assembly comprises a connecting part plugged with an electricity connection part and a heat preservation cover, the heat preservation cover is further provided with a heating wire layer, the heating wire layer is located in the middle layer of the heat preservation cover and is wrapped in the middle part of the fireproof cotton, the outer side of the heating wire layer is provided with a white reflection layer with an aluminum foil lining, the inner side is provided with a temperature radiation layer of cotton material, the heating wire layer is electrically connected with the electricity connection part, a magic tape is arranged at the edge of the heat preservation cover for connection, and the outer surface of the heat preservation cover is further provided with a ring buckle and a ring collection belt with a square buckle and a plug-in buckle structure passing through a plurality of ring buckles.

[0012] As a further setting of the above-mentioned scheme, the trapping assembly comprises a trapping lamp, an upper shell and a detachable bottom shell, the upper shell is snap-fitted on the trapping lamp, and the detachable bottom shell is magnetically mounted relative to the bottom opening of the trapping lamp, the trapping lamp is provided with a light-transmitting lampshade with a trapping opening on the front surface, the trapping lamp comprises a light-emitting lamp panel opposite to the light-transmitting lampshade, and the upper shell is further provided with a binding port.

[0013] As a further setting of the above-mentioned scheme, the solar lamp box is provided with a waterproof bayonet at the electricity connection part for mounting of the lampshade and the functional auxiliary part, the lampshade comprises a fog side, a high-definition side and a high-definition end surface, and the lampshade can be detachably adjusted and mounted towards the solar lamp box.

[0014] The application further provides a use method of the intelligent assembled municipal tree-hugging lamp, which comprises the following steps: S1, preparing a plurality of solar lamp boxes, mounting assemblies, lamp assemblies and functional auxiliary components, according to the requirements of a target setting working environment, according to the diameter of a tree trunk, forming a ring by at least one solar lamp box, at least one mounting assembly and at least one connecting piece, leaving an opening before forming the ring, and after the ring is formed around the target installation tree trunk or column, installing the C-shaped card of the connecting piece at the opening into the connecting groove of the solar lamp box, the connecting piece of the application is buckled from the inside of the tree trunk to the connecting groove of the solar lamp box after being stretched, and further, in order to keep the connection from being easily separated, a magnet piece can be arranged on the connecting groove or the C-shaped card, so that the magnet piece has a certain magnetic attraction holding force and cannot be easily separated, and the tree-hugging lamp can be conveniently disassembled, maintained and reassembled; S1-1, in the scheme of multiple solar lamp boxes in S1, the solar panels can be folded, hinged and turned over through the hinge structure between the main plate, the first sub-plate and the second sub-plate, so that the solar panels on the main plate, the first sub-plate and the second sub-plate are turned over to face outward, and through the folding and unfolding of the solar panels on the limited solar lamp boxes, a ring-shaped light energy generating panel layer is formed on the tree trunk, the unfolded solar panels can not only form the largest light receiving surface to improve the light utilization rate and increase the power generation, but also can shield the connecting pieces between the solar lamp boxes to avoid direct sunlight on the elastic material and accelerate the aging of the elastic material, and the specific unfolding and connecting design is as follows: S1-2; S1-2, in S1-1, after the solar panels are unfolded, the second sub-plates of two adjacent solar lamp boxes are connected through magnetic chain pieces, when the distance between the two solar lamp boxes is too far, the two second sub-plates can be separated and pulled out through the magnetic iron on the disengagement plate, the two second sub-plates are attracted to each other through the magnetic iron on the disengagement plate, the disengagement plate and the second sub-plate are connected through a stretching chain, and it is worth noting that the second sub-plate is provided with a coil spring structure for winding the stretching chain, but the maximum tension of the coil spring is smaller than the magnetic attraction force, the connection is kept during normal work, and the two magnetic pieces are not separated and attracted.S2, further, after completing the above-mentioned stable installation of the trunk, the application can also select the lamp assembly or the function auxiliary part relative to the solar lamp box according to the use function, install by electrically connecting with the power connection part, under the control of the light control assembly, after the solar panel stops working based on insufficient illumination, control the circuit conduction of the power connection part, power supply for the lamp assembly or the function auxiliary part connected to the power connection part, let it work, wherein, a group of said solar lamp box is provided with two power connection parts, in the non-use state, waterproof plugging is carried out through the protective cover (the basic structure of the protective cover can refer to the structure of the lampshade), which can be installed or not installed according to the demand, install the lamp assembly, combine any one of the heat preservation assembly, the spray assembly and the trapping assembly, or directly use two groups of lamp assemblies to set up a variety of flexible combination modes, and it is worth noting that the heat preservation assembly, the spray assembly and the trapping assembly of the function auxiliary part of the application can also be selected for use, that is, the same solar lamp box can be connected with the trapping assembly at the upper end, and the heat preservation assembly or the spray assembly is connected with the power connection part at the lower end, and the same reason is that each component is combined according to its own installation characteristics, demand and rules to meet the use demand, the specific installation is as follows: S2-1, the lamp assembly corresponding to a group of said solar lamp box of the tree-hugging lamp of the application can select one or two groups, one group can be installed according to the use demand, whether to shine the tree crown upward or to shine the ground downward, two groups have no meaning to shine upward and downward, but the internal light control assembly can be connected with the controller to control the circuit in the solar lamp box whether to conduct electricity to the power connection part at the upper and lower ends, so as to control whether the corresponding lamp assembly works, the installation steps are as follows: first, after opening and taking off the protective cover of the solar lamp box, connect the lamp holder of the lamp assembly with the output socket of the power connection part, after the connection is completed, then buckle the lampshade at the waterproof socket of the solar lamp box, like the installation of the protective cover, and if there is a need for anti-glare, adjust the direction of the fog side to the outside before buckling according to the use demand of the lampshade, if stronger illumination is needed and anti-glare problem is not considered, the high-definition side can be set to the outside;S2-2, The tree-hugging lamp of the present application can also be used with prefabricated thermal insulation components. In some areas with large temperature differences between day and night, the direct sunlight during the day has a high temperature, while the temperature drops sharply at night, resulting in a large temperature difference between cold and heat, which the tree cannot withstand and may cause problems. Therefore, the prior art generally uses a white paint coating method. The present application combines the solar power generation capability of the tree-hugging lamp, as shown in the figure, the upper end of the prefabricated thermal insulation component can be connected to the output socket of the solar lamp box, and then the thermal insulation cover is connected by the edge magic tape. The outer side of the thermal insulation cover of the present embodiment is white, and the heating wire layer on the inner side can generate heat to warm up. The heating wire layer is arranged in the middle layer of the thermal insulation cover, and both sides are covered with fireproof cotton to isolate direct contact. A white reflective layer with an aluminum foil lining is arranged outside the heating wire layer, which mainly reflects external light during the day to protect the tree trunk. A temperature radiation layer made of cotton material is arranged on the inner side, which stably maintains a constant temperature (the temperature can be designed according to requirements) by radiating inward after the heating wire layer generates heat. The aluminum foil on the outer layer not only prevents the high temperature of external sunlight, but also reduces the heat loss of the internal heating wire layer. The combination of the inside and outside provides warmth and protection for the tree trunk. The heating wire layer is electrically connected to the power connection part, which is powered by the electricity generated by the solar panel under sunlight during the day. Further, a temperature sensor can be provided, which can be set to start working when the external temperature reaches a threshold. Furthermore, the present application provides magic tape on the edge of the thermal insulation cover for connection. The magic tape has the advantage of being able to adjust the diameter by a small amount, thereby achieving sufficient wrapping of the tree trunk and being able to hug the tree trunk tightly. Ring buckles are also arranged on the outer surface of the thermal insulation cover, and a ring-shaped binding belt with square buckles and plug-in buckle structures is arranged through the ring buckles, thereby enhancing the ring-hugging friction of the thermal insulation component and preventing the thermal insulation component from being pulled off by the tree-hugging lamp above; S2-3, The present application also considers some special requirements, such as insecticide spraying and animal driving, and designs a spraying component. The spraying component is installed on the power connection part at the downward end of the solar lamp box. This arrangement avoids the spraying liquid falling directly onto the tree-hugging lamp. The atomized liquid of the spraying component sprays downward and spreads, covering the tree trunk and the ground surface below the solar lamp box. The composition of the liquid can be cultivated according to requirements, for example, the spraying component is provided with a medicine tank and a control system with a sensor, which is powered by the power connection part. The sensor monitors the target signal, and the control system sends a command to make the spraying head work to atomize and spray the liquid in the medicine tank outward. The liquid in the medicine tank includes, but is not limited to, a mixture of citronella oil and citrus oil extraction for driving cats and dogs, and garlic juice extraction for driving squirrels. Unlike the above, when used for insect control, the sensor does not need to work, and a built-in timer in the control system can be used for preset periodic spraying, which is simpler in structure and control.S2-4, The trapping and killing assembly of the application can be installed on any power connection part of the upper and lower ends of the solar lamp box in use, the light-emitting lamp panel is provided with trapping and killing lamp beads for mosquitoes, one end of the light-emitting lamp panel is provided with a plug matched with the output socket of the power connection part, the light-transmitting lampshade is installed on the light-emitting lamp panel, then the light-tight upper shell is buckled on the light-transmitting lampshade, the detachable bottom shell is installed on the light-transmitting lampshade, and the liquid in the detachable bottom shell is placed, it is worth noting that the light-emitting lamp panel is provided with a T-shaped head, the light-transmitting lampshade is buckled on the light-emitting lamp panel through the hooks matched with the T-shaped head on the two side walls, and the detachable bottom shell with a liquid cavity is installed on the bottom of the light-transmitting lampshade through magnetic attraction, the upper shell is installed on the light-transmitting lampshade through the clamping hook and the clamping groove, then the ring band around the tree is passed through the band port of the upper shell to assist in fixing it; S3, during maintenance, any solar lamp box can be directly pulled outwards, and the C card of the installation groove on one side is disassembled, so that the tree-hugging lamp can be disassembled relative to the tree trunk for disassembly, maintenance and repair, and the height and position of the installation and use thereof can be adjusted by using the flexible structure.

[0015] Beneficial effects: The tree-hugging lamp of the application has at least the following characteristics 1. The lamp box and the elastic band with a flexible assembly structure can be flexibly adjusted and installed according to the size and diameter of the tree trunk, and the setting of the elastic band avoids hard damage to the tree trunk and reduces the influence on the growth of the tree body; 2. Further based on the self-power generation of the lamp box and the functional power output port at the bottom, components such as heat preservation and insect repellent are applied, and the use function of the tree-hugging lamp is expanded; 3. A mounting scheme with a support is also provided, which can be used to set a floor support, which can support the installation of the lamp box without contacting the tree body, but does not affect the use of the tree-hugging lamp, and the floor support can be used to connect the municipal power grid, so that the tree-hugging lamp can be used in areas with insufficient lighting, and can be converted to external charging power supply after power storage is insufficient, to meet the use demand; 4. The tree-hugging lamp is directly installed on the tree body or installed on the ground, which can reduce the setting of the lamp pole between the roadside and the tree compared with the prior art, and the lamp assembly is located below the tree body and irradiates upward, which forms a luminous tree landscape for green plants at night, improves the overall appearance of the city park and the road on both sides of the road, and improves the city beautification. BRIEF DESCRIPTION OF DRAWINGS

[0016] Figure 1 It is a schematic diagram of the tree-hugging lamp with a support in the installation and use state.

[0017] Figure 2 It is a schematic diagram of the tree-hugging lamp in the installation and use state.

[0018] Figure 3 The schematic diagram of the midway adjustment of the solar panel in the installation of the tree-hugging lamp.

[0019] Figure 4 The schematic diagram of the overhead view of the tree-hugging lamp in the installation and use state.

[0020] Figure 5 The schematic diagram of the structure of the tree-hugging lamp with the heat preservation assembly.

[0021] Figure 6 The schematic diagram of the tree-hugging lamp with the spraying device.

[0022] Figure 7 The schematic diagram of the tree-hugging lamp with the trapping assembly.

[0023] Figure 8 The schematic diagram of the use state of another variant embodiment of the tree-hugging lamp. Figure 7

[0024] Reference signs: 1, solar lamp box; 11, solar panel; 111, main plate; 112, first sub-plate; 113, second sub-plate; 114, magnetic attraction part; 115, magnetic chain part; 116, separation plate; 117, stretching chain; 118, magnet; 18, waterproof bayonet; 2, lamp assembly; 21, lamp holder; 22, lampshade; 221, fog side; 222, high-definition side; 223, high-definition end face; 23, LED lamp bead; 3, power connection part; 31, protective cover; 32, output socket; 41, connecting groove; 42, connecting part; 43, C card; 44, elastic stretchable belt; 6, functional auxiliary part; 7, heat preservation assembly; 71, connecting part; 72, heat preservation cover; 73, magic tape; 75, ring buckle; 76, ring-shaped collection belt; 8, spraying assembly; 80, medicine bin; 81, sensor; 82, spraying head; 9, trapping assembly; 901, clamping groove; 902, clamping hook; 903, T-shaped head; 904, hook head; 91, trapping lamp; 92, upper shell cover; 93, dismounting bottom shell; 94, trapping opening; 95, light-transmitting lampshade; 96, light-emitting lamp plate; 97, binding belt opening; 98, trapping lamp bead; 99, plug; 100, floor stand; 101, reinforcing ring; 102, fog pipe side lamp; 103, mounting rack. DETAILED DESCRIPTION

[0025] In order to enable the above-mentioned objects, features and advantages of the present application to be more clearly understood and appreciated, the following will give a further detailed description of the present application with reference to the drawings and specific embodiments. It should be noted that the embodiments of the present application and the features in the embodiments can be combined with each other without conflict.

[0026] As Figures 1-8 ​The illustrated intelligent assembly type municipal tree-hugging lamp comprises: a solar lamp box 1, a solar panel 11 is arranged on the solar lamp box 1, an energy storage battery is arranged in the solar lamp box 1, the solar panel 11 is used to generate electricity by using natural light energy to charge the energy storage battery, installation assemblies are arranged on the two width sides of the solar lamp box 1, and an electricity connection part 3 is arranged in the length direction; the installation assembly comprises a connecting groove 41 and a connecting piece 42, C-shaped clamps 43 are arranged at the two ends of the connecting piece 42 and are matched with the connecting groove 41, an elastic expansion belt 44 is arranged between the two C-shaped clamps 43, the elastic expansion belt 44 is made of an elastic material and is in a wave-shaped structure and can be stretched and contracted; the electricity connection part 3 is provided with a protective cover 31 used for closing the electricity connection part 3 when it is idle, an output socket 32 connected with the energy storage battery is arranged in the electricity connection part 3, a light control assembly connected with the energy storage battery is arranged in the solar lamp box 1, the light control assembly is used to control the circuit to be conducted to supply power to the electricity connection part 3 after the solar panel 11 stops working due to insufficient light; a lamp assembly 2 comprises a lamp holder 21 movably connected with the electricity connection part 3 of the solar lamp box 1, a lampshade 22 sealingly engaged with the solar lamp box 1 and LED lamp beads 23 arranged on the lamp holder 21; a functional auxiliary part 6 is installed and powered by the electricity connection part 3 to provide the tree-hugging lamp with a functional expansion related to the functional auxiliary part 6.

[0027] As a further arrangement of the above-mentioned scheme, the ground support 100 is further arranged, the ground support 100 comprises a stand, a reinforcing ring 101 and a mounting frame 103, a fog pipe side lamp 102 is further fixed to the outer side of the stand, the mounting frame 103 is in a C shape, two groups of ground supports 100 are connected by the reinforcing ring 101 and are spaced apart to embrace the outer side of the tree trunk, the solar lamp box 1 is fixed by being clamped into the connecting groove 41 through the fastener arranged on the mounting frame 103, the two solar lamp boxes 1 are further connected by the elastic expansion belt 44, the fog pipe side lamp 102 is connected with the electricity connection part 3 for power supply, the lower end of the stand is connected with the ground for fixation, and the ground support 100 can adjust the distance from the tree trunk by changing the diameter of the reinforcing ring 101.

[0028] Reference Figure 1 As shown, the tree-hugging lamp designed in the embodiment is different from Figures 2-4 In different schemes, the embodiment provides a technical scheme of not being directly installed in contact with the tree body, the scheme uses the arrangement of the ground support 100 to fix and install the solar lamp box 1 outside the tree body, it is worth noting that, in the implementation of the solar lamp box 1 of this scheme, based on the arrangement of the ground support 100, the solar lamp box 1 does not need to be installed around the tree trunk, so that the damage to the tree body can be avoided, and in the design scheme of the heat preservation assembly 7 for protecting the tree body in the scheme, it is different from Figure 5The difference between the embodiment shown in the figure and the embodiment shown in the figure is that, in the embodiment shown in the figure, the heat preservation assembly 7 wraps the heat preservation cover 72 outside the tree body through the magic tape 73, and the heat preservation cover 72 is stably installed through the annular collection belt 76 and the ring buckle 75, and then the connecting line extending from the upper end is inserted into the power supply part 3, and the solar lamp box 1 is still fixed on the floor stand 100, and further, in the embodiment Figure 1 The difference between the embodiment shown in the figure and the embodiment shown in the figure is that, in the embodiment shown in the figure, the heat preservation assembly 7 wraps the heat preservation cover 72 outside the tree body through the magic tape 73, and the heat preservation cover 72 is stably installed through the annular collection belt 76 and the ring buckle 75, and then the connecting line extending from the upper end is inserted into the power supply part 3, and the solar lamp box 1 is still fixed on the floor stand 100, and further, in the embodiment

[0029] As a further setting of the above-mentioned scheme, the solar panel 11 includes a main plate 111 fixed on the solar lamp box 1, a first sub-plate 112 hinged to the main plate 111, and a second sub-plate 113 hinged to the first sub-plate 112, and the second sub-plate 113 is provided with a fixed magnetic component 114 and a magnetic chain member 115 on the side of the width of the second sub-plate 113, the fixed magnetic component 114 is used for installation when the two second sub-plates 113 are received, and the magnetic chain member 115 includes a separation plate 116 with a magnet 118 and a stretching chain 117 used for connecting the second sub-plates 113 of two adjacent solar lamp boxes 1, and a coil spring structure is arranged in the second sub-plate 113 to receive and wind the stretching chain 117.

[0030] As the structure is set as above, the tree-hugging lamp of the present application can be quickly matched and combined for use by the staff in use through the prefabricated solar lamp box 1 and the matched lamp assembly 2 and functional auxiliary part 6, and a certain number of solar lamp boxes 1 and connecting parts 42 are selected for combination according to the diameter size of the tree trunk, and after the solar lamp box 1 and the installation assembly are formed into a ring to hug the tree, the main plate 111, the first sub-plate 112 and the second sub-plate 113 are relatively hinged and swung, and the relative matching adsorption of the separation plate 116 is matched, so as to realize that the solar panel 11 is basically wrapped around the tree, and the elastic stretchable belt of the installation assembly is shielded, the folded solar panel 11 can not only increase the illumination area, but also provide shielding for the installation assembly, and reduce the aging effect of sunlight direct radiation on the elastic material.

[0031] As a further setting of the above-mentioned scheme, the functional auxiliary part 6 includes a heat preservation assembly 7, a spraying assembly 8 and an attracting and killing assembly 9, the heat preservation assembly 7 is used for heat preservation of the tree trunk, the spraying assembly 8 is further provided with a medicine bin 80, a sensor 81 and a spraying head 82, and the attracting and killing assembly 9 is used for attracting and killing mosquitoes and pests.

[0032] As a further arrangement of the above-mentioned solution, the heat preservation assembly 7 comprises a connecting part 71 connected with the power connection part 3 and a heat preservation cover 72, and a heating wire layer is further arranged on the heat preservation cover 72. The heating wire layer is arranged in the middle layer of the heat preservation cover 72 and is covered in the middle part of the fireproof cotton. An outer side of the heating wire layer is provided with a white reflective layer with an aluminum foil lining, and an inner side is provided with a temperature radiation layer of cotton material. The heating wire layer is electrically connected with the power connection part 3. A Velcro 73 is arranged at the edge of the heat preservation cover 72 for connection. An outer surface of the heat preservation cover 72 is further provided with a ring buckle 75 and a ring collection belt 76 with a square buckle and a plug buckle structure and passing through a plurality of ring buckles 75.

[0033] As a further arrangement of the above-mentioned solution, the trapping assembly 9 comprises a trapping lamp 91, an upper shell 92 and a detachable bottom shell 93. The upper shell 92 is snap-fitted on the trapping lamp 91, and the detachable bottom shell 93 is magnetically attached to the bottom opening of the trapping lamp 91. The trapping lamp 91 is provided with a light-transmitting lampshade 95 with a trapping opening 94 on the front side. The trapping lamp 91 comprises a light-emitting lamp panel 96 opposite to the light-transmitting lampshade 95. The upper shell 92 is further provided with a binding belt opening 97.

[0034] As a further arrangement of the above-mentioned solution, the solar lamp box 1 is provided with a waterproof socket 18 at the power connection part 3 for installation of the lampshade 22 and the functional auxiliary part 6. The lampshade 22 comprises a fog side 221, a high-definition side 222 and a high-definition end surface 223. The lampshade 22 can be detachably adjusted and installed towards the solar lamp box 1.

[0035] The application further provides a use method of the intelligent assembly type municipal tree-hugging lamp, which comprises the following steps: S1, preparing a plurality of solar lamp boxes 1, installation assemblies, lamp assemblies 2 and functional auxiliary components 6, according to the requirements of the target setting working environment, according to the diameter of the trunk, at least one solar lamp box 1 is connected with at least one connecting piece 42 through the installation assembly to form a ring shape, an opening needs to be left before forming the ring shape, after the ring shape is formed around the target installation trunk or column, the C-shaped card 43 of the connecting piece 42 at the opening is installed in the connecting groove 41 of the solar lamp box 1, the connecting piece 42 of the application is stretched through the elastic connecting piece 42, and then the connecting piece 42 is buckled in the connecting groove 41 of the solar lamp box 1 from the inside of the trunk to the outside, further, in order to keep the connection from being easily separated, a magnet component can be arranged on the connecting groove 41 or the C-shaped card 43, so that the magnet component has a certain magnetic adsorption holding force and cannot be easily separated, and the tree-hugging lamp can be conveniently disassembled, maintained and reassembled; S1-1, in the scheme of the plurality of solar lamp boxes 1 in S1, the solar panels 11 can be folded, hinged and turned through the hinge structure between the main plate 111, the first sub plate 112 and the second sub plate 113, so that one side of the solar panels 11 on the main plate 111, the first sub plate 112 and the second sub plate 113 faces outward, through the folding and unfolding of the limited solar lamp boxes 1, a ring-shaped light energy generating panel layer is formed on the trunk, the unfolded solar panels 11 can not only form the largest light receiving surface to improve the light utilization rate and increase the power generation, but also can shield the connecting pieces 42 between the solar lamp boxes 1 through the unfolded solar panels 11, so as to avoid the direct sunlight of the elastic material and the aging of the direct sunlight of the elastic material, and the specific unfolding and connecting design is as follows: S1-2; Figure 4When two solar lamp boxes 1 are too far apart, the disengagement plate 116 can be separated from the second sub-plate 113 and pulled out, and then the magnets 118 on the disengagement plate 116 can be attracted to each other. The disengagement plate 116 and the second sub-plate 113 are connected by the stretching chain 117. It is worth noting that the second sub-plate 113 is provided with a coil spring structure to store and wind the stretching chain 117. However, the maximum tension of the coil spring is less than the attraction force of the magnet 118, so that the connection is maintained during normal operation, and the two magnets 118 are not separated and attracted. S2, further, after the above-mentioned stable installation around the tree trunk is completed, the application can also install the lamp assembly 2 or the functional auxiliary part 6 relative to the solar lamp box 1 according to the use function, and install it by electrically connecting with the power connection part 3. Under the control of the light control assembly, after the solar panel 11 stops working due to insufficient light, the circuit of the power connection part 3 is turned on to supply power to the lamp assembly 2 or the functional auxiliary part 6 connected to the power connection part 3, so that it is electrified to play a functional role. Among them, one set of solar lamp boxes 1 is provided with two power connection parts 3 above and below. In the non-use state, the waterproof sealing (the basic structure of the protective cover 31 can directly refer to the structure of the lamp cover 22) is achieved by the protective cover 31. According to the needs, the lamp assembly 2 can be installed or not installed, installed, or not installed, installed with any one of the heat preservation assembly 7, the spray assembly 8, and the trapping assembly 9, or directly used in two groups of lamp assemblies 2 to set up various flexible combination modes. It is worth noting that the heat preservation assembly 7, the spray assembly 8, and the trapping assembly 9 of the functional auxiliary part 6 of the application can also be used together, that is, the same solar lamp box 1 can be connected with the trapping assembly 9 at the upper end and connected with the heat preservation assembly 7 or the spray assembly 8 at the lower end. Similarly, according to the installation characteristics, needs, and rules of each assembly itself, the combination meets the use needs, and the specific installation is as follows: S2-1, one set of solar lamp boxes 1 of the tree-hugging lamp of the application can select one or two lamp assemblies 2. One set can be installed to shine upwards to the tree crown or downwards to the ground according to the use needs. Two sets are not particular about shining upwards or downwards, but the internal light control assembly connection controller can control the circuit in the solar lamp box 1 to determine whether to conduct electricity to the upper and lower power connection parts 3, so as to control whether the corresponding lamp assembly 2 works. The installation steps are as follows: first, after the protective cover 31 of the solar lamp box 1 is opened and removed, the lamp holder 21 of the lamp assembly 2 is connected with the output socket 32 of the power connection part 3. After the connection is completed, the lamp cover 22 is buckled at the waterproof socket 18 of the solar lamp box 1, like the installation of the protective cover 31. If there is a need for anti-glare, adjust the direction of the fog side 221 outward before buckling. If stronger light is needed and there is no need to consider glare, the high-definition side 222 can be set outward.S2-2, The tree-hugging lamp of the present application can also be used in combination with a prefabricated thermal insulation component 7. In some areas with large temperature differences between day and night, the direct sunlight during the day has a high temperature, while the temperature drops sharply at night, resulting in a large temperature difference between cold and heat, which the trees cannot withstand and may cause problems. Therefore, the prior art generally uses a white paint coating method. The present application combines the solar power generation capacity of the tree-hugging lamp, such as; Figure 5As shown, the upper end of the plurality of heat preservation pieces 72 of the prefabricated heat preservation assembly 7 can be connected with the output socket 32 of the power connection part 3 of the solar lamp box 1, and then the heat preservation pieces 72 are connected through the edge magic tape 73. The outer side of the heat preservation piece 72 in the embodiment is white, and the heating wire layer arranged on the inner side can generate heat to increase the temperature. The heating wire layer is arranged in the middle layer of the heat preservation piece 72, and the two sides are covered with fireproof cotton to isolate direct contact. An aluminum foil-lined white reflective layer is arranged outside the heating wire layer, which mainly reflects the external light to protect the tree trunk during the day. A cotton material temperature radiation layer is arranged inside, which radiates inward to stabilize the constant temperature after the heating wire layer generates heat (the temperature can be designed according to requirements). The outer aluminum foil can not only avoid the high temperature of external sunlight, but also reduce the heat loss generated by the internal heating wire layer. The inside and outside cooperate to protect the tree trunk from cold. The heating wire layer is electrically connected to the power connection part 3, which is powered by the electricity generated by the solar panel 11 through sunlight during the day. Further, a temperature sensor can be arranged, which can be set to start after the external temperature reaches a threshold. Further, the magic tape 73 is arranged on the edge of the heat preservation piece 72 for connection. The magic tape 73 has the advantage of being able to adjust the diameter by a small amount, so as to realize sufficient wrapping of the tree trunk, and can hold the tree trunk tightly. Ring buckles 75 are arranged on the outer surface of the heat preservation piece 72, and a ring collection belt 76 with a square buckle and a plug buckle structure is arranged through the ring buckles 75, which enhances the friction force of the heat preservation assembly 7 and prevents the tree-hugging lamp above from being loosened and falling off.S2-4. When using the baiting component 9 of the present invention, the baiting component 9 can be installed relative to any of the power connection parts 3 at the upper and lower ends of the solar lamp box 1. The light-emitting panel 96 is provided with mosquito-attracting lamp beads 98, one end of which is provided with a plug 99 that matches the output socket 32 ​​of the power connection part 3. The light-transmitting lamp cover 95 is installed relative to the light-emitting panel 96. Then, the opaque upper shell cover 92 is fastened onto the light-transmitting lamp cover 95, and the disassembled bottom shell 93 is installed relative to the light-transmitting lamp cover 95. Liquid medicine or water can be placed inside the disassembled bottom shell 93. It is worth noting that the light-emitting panel 96 is provided with a T-shaped head 903, and the light-transmitting lamp cover 95 is provided with hooks 90 on both side walls that match the T-shaped head 903. 4. To assemble, attach the light-transmitting cover 95 onto the light-emitting panel 96. At the bottom of the light-transmitting cover 95, use a magnet to attach a detachable bottom shell 93 with an internal liquid cavity. Then, use hooks 902 and slots 901 to install the upper shell cover 92 onto the light-transmitting cover 95. Finally, use a tree-wrapping strap through the strap opening 97 of the upper shell cover 92 for auxiliary fixation. S3. For maintenance, the tree-hugging light can be disassembled relative to the tree trunk by pulling any solar light box 1 outwards and then removing the C-clip 43 of the connecting slot 41 on one side. This allows for disassembly and maintenance. The flexible structure also allows for adjustment of the installation height and position.

[0036] Furthermore, the advantage of the prefabricated multifunctional tree-hugging light of the present invention lies in the fact that its main body is composed of an installation component and a solar light box 1. The solar light box 1 in the present invention only provides a continuous energy supply. It includes functional auxiliary components such as the light component 2, which can be combined and designed according to usage requirements. Furthermore, the functional auxiliary components 6 of the present invention include, but are not limited to, the heat preservation, insect repellent, driving force, and phototactic insect attraction proposed in the above embodiments. It can also utilize the solar light box 1 to provide power and set up monitoring devices, such as ultrasonic sensors to monitor the tree crown size. Through a short-range communication module, the signal that triggers the tree crown size threshold is sent to the cleaning personnel, so that the tree crown can be pruned in time. This way, the staff does not need to regularly patrol and prune the entire road section. For example, in some areas, some roadside trees that bear fruit, but whose fruits are not actually edible (such as white apricots, purple-leaf plums, etc., which are common in roadside parks), some miniature speakers based on tree-hugging lights can be set up to periodically or by setting up sensors to detect that people are approaching the trees within a certain range and trigger the broadcast of some popular science knowledge.

[0037] The tree-hugging solar lighting lamp with landscape lighting and functional auxiliary design has the advantages that the elastic band is used for quick and stable installation on the tree trunk, the elastic band elastically stretches to avoid hindering the growth of the tree when the tree grows, the inside plane of the solar lamp box is in large-area contact with the outer layer of the tree, the elastic band elastically stretches to tighten the plurality of solar lamp boxes to clamp the tree trunk, the band body does not directly press the tree trunk in a ring shape, the influence on the tree is reduced, the main body is powered by solar self-power generation, and the installation auxiliary assembly is added on the lamp box according to the use requirement on the spot, so that functions such as insect killing, warming, pet dog driving, pruning prompting and the like are realized.

[0038] In order to achieve the above-mentioned purpose, the present application comprises a plurality of lighting modules, each lighting module has a solar panel on the front side, an electricity connection part is arranged at the upper and lower ends for the installation of lamps and functional components, and a storage battery and a light control device are built-in, a plurality of elastic bands made of soft elastic material have a flat wave-shaped wrinkle shape, so that the lamp box and the elastic band are repeatedly connected in a ring shape along the circumference of the tree trunk to be installed to be in close contact with the tree trunk, and the solar lamp box of the present application is arranged by folding and hinging the main plate, after installation, the solar panel is folded and unfolded, a ring-shaped solar panel power generation ring can be formed on the tree trunk, which not only reduces the direct sunlight of the elastic band and reduces the aging of the elastic band, but also can improve the light receiving area.

[0039] Specifically, the control device in the above-mentioned lighting module can be configured to detect a specific illumination level by setting a light sensor or an illumination sensor, and automatically turn on or off the light-emitting lamp. In the basic form of the present application, in further embodiments, the light control assembly can be configured to remotely control the flickering and time of the light-emitting lamp from the control room by using short-distance wireless communication technology, etc., the light intensity can be reduced when it is late at night and few people are around, and part of the light can be selectively turned off, such as eight groups of circumferentially uniformly arranged lamp assemblies, but based on the insufficient power generation for the whole night lighting, six groups or half of the groups can be turned on in the first half of the night through pre-control, or when the storage of the above-mentioned lamp assemblies is insufficient, the brightness is reduced to reduce power consumption and the remaining groups are turned on together, or at night, a small number of groups of lighting can be directly turned off.

[0040] The tree-hugging lamp shell of the present application can adapt to the circumference of irregular tree columns and will not hinder the growth of the tree by adjusting the number of combinations of the lamp box and the connecting piece, based on the elastic force of the connecting piece, and based on the fact that the tree trunk is smaller at the top and larger at the bottom. In addition, since the solar panel can continuously self-power, and the tree-hugging lamp is designed to be conveniently disassembled, maintenance and management are very convenient. In addition, according to the installation direction, it can play the roles of tree maintenance, landscape lighting, safety lighting or light control assembly increasing induction control sensor to play the role of induction lighting, and can also simultaneously perform landscape lighting and tree maintenance, etc.

[0041] Obviously, many modifications and variations of the present application are possible in light of the above teachings. It is, therefore, to be understood that within the scope of the appended claims, the application can be practiced otherwise than as specifically described.

Claims

1. An intelligent assembled municipal tree-hugging lamp, characterized in that, The utility model relates to a solar energy lamp box (1), which is provided with a solar panel (11) on the solar energy lamp box (1), an energy storage battery is arranged in the solar energy lamp box (1), the solar panel (11) is used for generating power by using natural light energy to charge the energy storage battery, the solar energy lamp box (1) is provided with mounting assemblies on the two width sides, and the power connection parts (3) are arranged in the length direction respectively. The mounting assembly comprises a connecting groove (41) and a connecting piece (42), the connecting piece (42) is provided with C-shaped clamps (43) at both ends and is matched with the connecting groove (41), elastic expansion belts (44) are arranged between the two C-shaped clamps (43), the elastic expansion belts (44) are made of elastic materials and are arranged in a wave-shaped structure and can be stretched and contracted.

2. The intelligent assembled municipal tree-hugging lamp according to claim 1, characterized in that: The power connection part (3) is provided with a protective cover (31) for closing the power connection part (3) when it is idle, the power connection part (3) is provided with an output socket (32) connected with the energy storage battery, the solar energy lamp box (1) is provided with a light control assembly connected with the energy storage battery, the light control assembly is used for controlling the circuit to supply power to the power connection part (3) after the solar panel (11) stops working due to insufficient light.

3. The intelligent assembled municipal tree-hugging lamp according to claim 1, characterized in that: The lamp assembly (2) comprises a lamp holder (21) movably connected to the power connection part (3) of the solar energy lamp box (1), a lampshade (22) sealingly connected to the solar energy lamp box (1) and an LED lamp bead (23) arranged on the lamp holder (21). The utility model further comprises a floor stand (100), which comprises a stand, a reinforcing ring (101) and a mounting frame (103). The solar panel (11) comprises a main plate (111) fixed on the solar energy lamp box (1), a first subplate (112) hingedly connected to the main plate (111) and a second subplate (113) hingedly connected to the first subplate (112).

4. The intelligent assembled municipal tree-hugging lamp according to claim 3, characterized in that: The second sub-board (113) is provided with a fixed magnetic component (114) and a magnetic chain piece (115) on the side of the width of the second sub-board (113), the magnetic component (114) is used for mounting when the two second sub-boards (113) are received, the magnetic chain piece (115) includes a disengagement plate (116) with a magnet (118) and a stretch chain (117) used for connecting the second sub-boards (113) of two adjacent solar lamp boxes (1), and a coil spring structure is arranged in the second sub-board (113) to receive and wind the stretch chain (117).

5. The smart fabricated municipal tree-hugging lamp according to claim 4, characterized in that: The functional auxiliary part (6) comprises a heat preservation assembly (7), a spraying assembly (8) and a trapping assembly (9), the heat preservation assembly (7) is used for heat preservation of a tree trunk, the spraying assembly (8) is further provided with a medicine bin (80), a sensor (81) and a spraying head (82), and the trapping assembly (9) is used for trapping mosquitoes and pests.

6. The intelligent fabricated municipal tree-hugging lamp according to claim 5, characterized in that: The heat preservation assembly (7) comprises a connecting part (71) plugged with the power connection part (3) and a heat preservation coat (72), the heat preservation coat (72) is further provided with a heating wire layer, the heating wire layer is located in the middle layer of the heat preservation coat (72) and is wrapped in the middle part of the fireproof cotton, an outer side of the heating wire layer is provided with a white reflective layer with an aluminum foil lining, an inner side is provided with a temperature radiation layer of cotton material, the heating wire layer is electrically connected with the power connection part (3), a magic tape (73) is arranged at the edge of the heat preservation coat (72) for connection, and a ring buckle (75) is further arranged on the outer surface of the heat preservation coat (72), and a ring-shaped collection belt (76) with a square buckle and a plug buckle structure passes through a plurality of ring buckles (75).

7. The smart fabricated municipal tree-hugging lamp according to claim 5, wherein: The trapping assembly (9) comprises a trapping lamp (91), an upper shell cover (92) and a detachable bottom shell (93), the upper shell cover (92) is snap-fitted on the trapping lamp (91), and the detachable bottom shell (93) is magnetically mounted on the bottom opening of the trapping lamp (91), the trapping lamp (91) is provided with a light-transmitting lamp cover (95) with a trapping opening (94) on the front face, the trapping lamp (91) comprises a light-emitting lamp plate (96) opposite to the light-transmitting lamp cover (95), and the upper shell cover (92) is further provided with a binding belt opening (97).

8. The smart fabricated municipal tree-hugging lamp according to claim 1, wherein: The solar lamp box (1) is provided with a waterproof bayonet (18) at the power connection part (3) for mounting of the lamp cover (22) and the functional auxiliary part (6), the lamp cover (22) comprises a fog side (221), a high-definition side (222) and a high-definition end face (223), and the lamp cover (22) can be detachably adjusted and mounted towards the solar lamp box (1).

9. A method for using an intelligent prefabricated municipal tree-hugging lamp, characterized in that, The application relates to a solar lamp box ring structure, which comprises the following steps: S1, at least one solar lamp box (1) is connected with at least one connecting piece (42) through a mounting assembly to form a ring, an opening is left before the ring is formed, the C-shaped card (43) of the connecting piece (42) is connected with the connecting groove (41) of the solar lamp box (1) after the solar lamp box (1) embraces a mounting trunk or column, S1-1, in S1, when multiple solar lamp boxes (1) are used, the solar lamp boxes (1) can be turned over through the hinge structure between the main plate (111), the first sub-plate (112) and the second sub-plate (113), so that one side of the solar panel (11) on the main plate (111), the first sub-plate (112) and the second sub-plate (113) faces outward to form the largest light receiving surface and shield the connecting piece (42) of the mounting assembly, S1-2, in S1-1, after the solar panel (11) is unfolded, the second sub-plate (113) between two adjacent solar lamp boxes (1) is connected through a magnetic chain piece (115), when the distance between the two solar lamp boxes (1) is too far, the second sub-plate (113) can be separated through a disengaging plate (116), the two solar lamp boxes (1) are then mutually adsorbed through a magnet (118), the disengaging plate (116) and the second sub-plate (113) are connected through a stretching chain (117), and a coil spring structure is arranged in the second sub-plate (113) to store and wind the stretching chain (117), S2, according to the use function, a lamp assembly (2) or a functional auxiliary part (6) is selected to be mounted on the solar lamp box (1) and is electrically connected with an electricity connection part (3), under the control of a light control assembly, when the solar panel (11) stops working due to insufficient light, the control circuit is turned on to supply power to the lamp assembly (2) or the functional auxiliary part (6) connected with the electricity connection part (3) to play a role, one group of the solar lamp boxes (1) is provided with two upper and lower electricity connection parts (3), and according to the requirement, any one of a heat preservation assembly (7), a spraying assembly (8) and an attracting and killing assembly (9) or two groups of lamp assemblies (2) can be installed or not installed, and the heat preservation assembly (7), the spraying assembly (8) and the attracting and killing assembly (9) can also be selected to be used in cooperation, S2-1, one group or two groups of the lamp assembly (2) corresponding to the solar lamp box (1) can be selected, the lamp holder (21) of the lamp assembly (2) is connected with the output socket (32) of the electricity connection part (3) after the protective cover (31) of the solar lamp box (1) is opened, then the lamp shade (22) is buckled at the waterproof socket (18) of the solar lamp box (1), and the direction of the fog side (221) is adjusted according to the use requirement of the lamp shade (22) before buckling, S2-2, when the heat preservation assembly (7) is used, the upper end connecting part (71) of multiple heat preservation cloaks (72) is connected with the output socket (32) of the electricity connection part (3), then the heat preservation cloaks (72) are connected through the magic tape (73) at the edges, the outer side of the heat preservation cloaks (72) is white, and the heating wire layer arranged on the inner side can generate heat to increase the temperature.S2-3, when using the spray assembly (8), the spray assembly (8) is arranged at the power connection part (3) at the lower end of the solar lamp box (1), the atomized liquid of the spray assembly (8) is sprayed downward and scattered, covering the tree trunks and ground surfaces below the solar lamp box (1), the spray assembly (8) is provided with a medicine bin (80) and a control system with a sensor (81), and the control system is powered through the power connection part (3), the target signal is monitored through the sensor (81), the control system is triggered through signal feedback to issue a command, the spray head (82) works to atomize and spray the liquid medicine in the medicine bin (80) outward, and the liquid medicine in the medicine bin (80) includes, but is not limited to, citronella oil and citrus oil extraction mixture for driving cats and dogs, and garlic juice extract for driving squirrels; S2-4, when using the trapping assembly (9), the trapping assembly (9) can be installed on any power connection part (3) at the upper and lower ends of the solar lamp box (1), the mosquito trapping lamp beads (98) are arranged on the light-emitting lamp plate (96), one end of the mosquito trapping lamp beads (98) is provided with a plug (99) matched with the output socket (32) of the power connection part (3), the light-transmitting lampshade (95) is arranged opposite the light-emitting lamp plate (96), then the light-tight upper shell (92) is buckled on the light-transmitting lampshade (95), the dismounting bottom shell (93) is arranged opposite the light-transmitting lampshade (95), and the liquid medicine or water is placed in the dismounting bottom shell (93); S3, when repairing and maintaining, any solar lamp box (1) can be directly pulled outward, the C-shaped card (43) of the connecting groove (41) on one side of the solar lamp box (1) is dismounted, the tree-hugging lamp is dismounted relative to the tree trunk, and the tree-hugging lamp is dismounted relative to the tree trunk, and the tree-hugging lamp is dismounted relative to the tree trunk.

Images