A semi-automatic rain-proof, freeze-proof and sun-proof shed for planting yanhua fruits

Abstract

The utility model discloses a kind of rain-proof, frost-proof and sun-proof shed of semi-automated planting bird's nest fruit, belong to the field of agricultural planting facilities. It includes rainproof film, sunshade net, display screen, control machine, support column, frost-proof window, support beam and support frame;The rainproof film is transparent plastic film, covers in the outer side large circular arc profile of arch frame, and is supported by four support columns to assist to enhance stability, realize continuous rain-proof;Sunshade net is driven by electric reel system, is rolled up / unfolds horizontally by support frame, cooperates with nylon pulley and stainless steel wire guide;Control machine is fixed on the upper side of support column, contains motor, controller, 3 temperature and humidity sensors are evenly arranged on support beam, and display screen outside shed can display temperature and humidity in shed;Side edge is provided with artificial operation frost-proof window.The utility model can realize semi-automated sun-proof, continuous rain-proof and artificial frost-proof, provide suitable environment for bird's nest fruit growth, structure is reasonable, convenient to operate, with good practicality.

Description

Technical Field

[0001] This utility model relates to the field of agricultural planting facilities technology, specifically to a semi-automatic rainproof, frostproof and sunproof shed for planting bird's nest fruit. Background Technology

[0002] Bird's nest fruit is a crop with high requirements for its growing environment. The suitability of temperature, humidity, light, and water directly affects its yield and quality. In agricultural planting, traditional planting sheds often have only one function and cannot simultaneously meet the comprehensive needs of bird's nest fruit in terms of rain protection, frost protection, and sun protection.

[0003] Regarding sun protection, existing shading systems in greenhouses are mostly manual and lack dedicated support frames. Growers need to rely on experience to determine whether shading is necessary, which is not only time-consuming and labor-intensive but also difficult to control precisely. This can easily lead to excessive or insufficient sunlight exposure for the bird's nest fruit due to human error. Excessive sunlight can scorch the fruit, affecting its appearance and taste; insufficient sunlight will result in insufficient photosynthesis, affecting sugar accumulation and growth rate.

[0004] Regarding rain protection, some planting sheds rely solely on arched frames for support, lacking additional supporting components. This makes the membrane prone to swaying and damage during strong winds or rainfall, resulting in poor sealing and leaks during heavy rainfall. This leads to waterlogging inside the shed and root rot of the bird's nest fruit. Other rain protection systems, while providing better sealing, have complex structures that are not properly integrated with other supporting components of the shed (such as support columns), resulting in high installation and maintenance costs and hindering large-scale application.

[0005] Regarding frost protection, existing frost protection measures for planting sheds are mostly integrated insulation structures. While these can provide some protection at low temperatures, they require manual disassembly of the entire insulation structure when temperatures rise, which is cumbersome. Moreover, these integrated insulation structures often cannot provide targeted frost protection based on the temperature requirements of different parts, resulting in resource waste.

[0006] Furthermore, existing greenhouses lack effective temperature and humidity monitoring and display devices, making it difficult for growers to understand the environmental conditions inside the greenhouses in a timely and accurate manner, and hindering them from adjusting planting measures accordingly. In terms of structural stability, some greenhouses have poorly designed support structures, lacking dedicated shading system support components and rainproof film auxiliary support components. In severe weather conditions such as strong winds and heavy rains, these structures are prone to collapse and deformation, resulting in significant economic losses for bird's nest fruit cultivation.

[0007] In summary, there is an urgent need for a planting greenhouse that can simultaneously achieve semi-automatic sun protection, continuous and effective rain protection, convenient manual frost protection, and real-time environmental monitoring functions to meet the high-quality and high-efficiency planting requirements of bird's nest fruit.

[0008] The above background information is provided only to aid in understanding the concept and technical solution of this utility model. It does not necessarily belong to the prior art of this patent application. In the absence of clear evidence that the above information was disclosed on the filing date of this patent application, the above background information should not be used to evaluate the novelty and inventiveness of this application. Utility Model Content

[0009] The main purpose of this utility model is to propose a bird's nest fruit planting shed that integrates semi-automatic sun protection, continuous and stable rain protection, convenient manual frost protection, and real-time environmental monitoring functions, so as to solve the technical problems of the existing technology, such as the planting shed having a single function, poor stability of the rainproof film, insufficient support of the shading system, lack of effective environmental monitoring, and difficulty in adapting to the refined growth needs of bird's nest fruit.

[0010] Therefore, the present invention proposes the following technical solution:

[0011] A semi-automated rainproof, frostproof, and sunproof greenhouse for cultivating bird's nest fruit includes a rainproof film, a shade net, a display screen, a control unit, support columns, frost-proof windows, support beams, and a support frame. The rainproof film covers the outer arc contour of the arch frame. There are eight support columns, and the rainproof film is connected to four of them. The shade net is connected to an electric roller system and is supported by the four support columns via the support frame. The shade net is equipped with nylon pulleys and stainless steel wire. The control unit is fixed above the support columns. Three temperature and humidity sensors are arranged on the support beams. The display screen is located outside the greenhouse. The frost-proof windows are located in the lower middle part of the arch frame columns. The support beams are bolted together at the front and back. The two ends of the support frame are connected to the support columns.

[0012] Preferably, the rainproof film is a transparent plastic film, and the edge of the rainproof film is detachably connected to the outside of the four support columns via connectors.

[0013] Preferably, the control unit contains a motor and a controller.

[0014] Preferably, the antifreeze window is a rectangular window.

[0015] Preferably, the three temperature and humidity sensors are evenly arranged on the support beam.

[0016] Preferably, the bolts are located at the front and rear of the support beam.

[0017] Preferably, the support frame is slidably engaged with the shade net.

[0018] Preferably, the nylon pulley and stainless steel wire are fixed on the support frame, and both the nylon pulley and stainless steel wire are used in conjunction with the shade net.

[0019] Preferably, the support frame has a rectangular frame structure, with its four corners connected to the tops of four support columns, and the rainproof membrane connected to the upper outer side of the four support columns.

[0020] Preferably, the display screen is electrically connected to the temperature and humidity sensor via a wire.

[0021] The beneficial effects of this utility model compared with the prior art include:

[0022] 1. Semi-automatic sun protection

[0023] This utility model's sun protection system uses an electric roller system to drive the shade net. The support frame horizontally rolls up and down, guided by nylon pulleys and stainless steel wire, achieving semi-automatic sun protection control. The support frame, as the supporting component of the shade net, with its rectangular frame structure and four support columns, provides a stable operating foundation for the shade net, preventing it from shifting or sagging during rolling up / down. Compared to existing manually operated shading systems lacking dedicated support, this system eliminates the need for growers to frequently enter the greenhouse or manually adjust the shade net based on experience, saving significant manpower and time costs. The controller within the control unit automatically controls the motor operation, driving the rolling up or down of the shade net, based on temperature and humidity signals monitored by sensors on the support beams. When the temperature is too high, the shade net automatically lays flat on the support frame, providing ample shade protection for the fruit, preventing fruit burn and plant damage due to high temperatures; when the temperature is suitable, the shade net automatically retracts, ensuring the fruit receives sufficient sunlight for photosynthesis. This semi-automatic control method can accurately adjust the shading status according to the temperature changes inside the greenhouse, so that the bird's nest fruit is always in a suitable light environment, which is conducive to improving the yield and quality of the bird's nest fruit.

[0024] 2. Continuously and effectively protects against rain

[0025] This utility model's rainproof system uses a transparent plastic film as the rainproof membrane, covering the large arc outline of the outer frame, providing a continuous seal without the need for frequent opening and closing. In existing technologies, rainproof membranes rely solely on the arch frame for fixation, making them prone to swaying and damage during strong winds or rain. In this utility model, four support columns are connected to the edges of the rainproof membrane via elastic connectors, providing stable auxiliary support from the four corners. This effectively disperses the wind load on the rainproof membrane, preventing tearing due to excessive localized stress, and reducing wear at the connection points between the membrane and the arch frame, thus extending the membrane's lifespan. Furthermore, the rainproof membrane's installation does not interfere with the support frame, ensuring the independence of the rainproof function while avoiding structural conflicts between systems. The transparent plastic film does not excessively obstruct sunlight inside the greenhouse, ensuring the bird's nest fruit receives sufficient light to meet its growth requirements. The sealed structure effectively prevents rainwater from entering the greenhouse during various rainy weather conditions, maintaining suitable soil moisture and preventing root rot caused by waterlogging. This rainproof structure provides more stable rain protection for the bird's nest fruit, which helps to improve the survival rate and growth rate of the fruit.

[0026] 3. Convenient manual antifreeze

[0027] This utility model's anti-freezing system features a rectangular anti-freezing window located in the lower middle part of the arch frame columns, which is manually operated. The window's placement avoids the installation areas of the support frame and columns, ensuring that anti-freezing operations do not affect the normal operation of the shading system and rainproof membrane support structure. Compared to the integrated insulation structure in existing technologies, this localized anti-freezing window design is more flexible and convenient. At low temperatures, growers can manually close the anti-freezing window according to the actual temperature, effectively blocking cold air from entering the greenhouse and providing anti-freezing protection. When the temperature rises, the window can be manually opened, a simple and quick operation that does not require disassembling the entire insulation structure. Furthermore, this localized anti-freezing method can be tailored to the temperature requirements of different parts of the bird's nest fruit, avoiding resource waste. Growers can flexibly determine when to open and close the anti-freezing window based on their experience and actual weather conditions, providing a suitable temperature environment for the bird's nest fruit and ensuring its normal growth in low temperatures.

[0028] 4. Real-time environmental monitoring and display

[0029] This invention features three temperature and humidity sensors evenly distributed on a support beam, with a display screen outside the greenhouse providing real-time information on the internal temperature and humidity. The support beam is bolted to the greenhouse arch frame and arranged parallel to the support frame, ensuring the sensors can monitor the true temperature and humidity of the area covered by the shade net. In existing technologies, many greenhouses lack effective temperature and humidity monitoring and display devices, preventing growers from accurately and promptly understanding the environmental conditions inside. This invention's temperature and humidity sensors can monitor the temperature and humidity in different areas of the greenhouse in real time, ensuring the accuracy and comprehensiveness of the monitoring results. The display screen shows this temperature and humidity information in real time, allowing growers to conveniently check the internal temperature and humidity from outside the greenhouse and understand the growing environment of the bird's nest fruit. Based on this real-time environmental data, growers can adjust sun protection and frost prevention measures accordingly. For example, when the display screen shows an excessively high temperature, growers can check in advance whether the shade net on the support frame can be deployed normally, or check whether the connection between the rainproof film and the support column is secure; when the temperature is too low, the frost-proof windows can be closed promptly. This real-time environmental monitoring and display function enables growers to manage the greenhouses more scientifically and promptly, improving the management efficiency and scientific nature of bird's nest fruit cultivation. Attached Figure Description

[0030] Figure 1 This is a schematic diagram of the present invention;

[0031] Figure 2 This is a detailed drawing of the support beam of this utility model;

[0032] In the diagram: 1. Rainproof film; 2. Shade net; 3. Display screen; 4. Control unit; 5. Support column; 6. Anti-freeze window; 7. Support beam; 8. Support frame; 71, 72, 73. Temperature and humidity sensors; 74, 75. Bolts. Detailed Implementation

[0033] I. Device Composition

[0034] The semi-automatic rainproof, frostproof, and sunproof shed for planting bird's nest fruit of this utility model comprises the following core components: a rainproof film (1), a shade net (2), a display screen (3), a control unit (4), support columns (5), a frostproof window (6), a support beam (7), a support frame (8), three temperature and humidity sensors (71, 72, 73), and two sets of fixing bolts (74, 75). Among them, the 8 support columns are divided into two groups: 4 columns are used to support the rainproof film (1), and 4 columns are used to support the shade net (2) and the support frame (8). The support frame (8) is a rectangular frame structure and is a dedicated installation carrier for the shade net (2).

[0035] II. Connection Method

[0036] 1. Connection between support column and core component

[0037] Support columns are fixed in groups: all 8 support columns are vertically fixed to the ground, 4 special support columns for rainproof film are distributed on the outside of the shed at the four corners corresponding to the large arc outline of the arch frame; 4 special support columns for shade net are distributed inside the shed at the four corners corresponding to the shade net coverage area. The two groups of support columns are fastened to the ground through pre-embedded components at the bottom to ensure vertical stability.

[0038] Connection between the rainproof membrane and the support column: After the rainproof membrane (1) covers the outer side of the arch frame with a large arc outline, its edge is detachably connected to the upper outer side of the four special support columns for the rainproof membrane through an elastic connector (such as a rubber hook). One end of the connector is sewn to the edge reinforcing rib of the rainproof membrane, and the other end is hooked on the pre-set hanging ring of the support column to achieve the tensioning of the edge of the rainproof membrane.

[0039] Shading net, support frame and support column connection: The shading net (2) is connected to 4 special support columns of shading net through the support frame (8) of rectangular frame structure. The four corners of the support frame (8) are detachably connected to the top of the 4 special support columns of shading net through flanges. Bolts are fastened through the reserved holes of the flanges. The control machine (4) is fixed to the upper side of one of the special support columns of shading net through bolts.

[0040] 2. Connection between the rainproof membrane and the arch frame

[0041] The rainproof membrane (1) is a transparent plastic film. In addition to being connected to 4 special support columns, its main body is tightly connected to the outer arc contour of the arch frame through the pressure film tape and buckle. The pressure film tape is arranged at intervals along the length of the arch frame, and the buckle passes through the pressure film tape and screws into the reserved installation hole of the arch frame to press the rainproof membrane onto the surface of the arch frame to form a sealed rainproof structure.

[0042] 3. Connection between the shade net and related components

[0043] The shade net is connected to the support frame and the electric roller system: one end of the shade net (2) is wound around the roller of the electric roller system, and the electric roller system is fixed to one end of the support frame (8) by bolts; the other end of the shade net (2) is detachably connected to the opposite end of the support frame (8) by hooks, and the shade net (2) and the support frame (8) slide together.

[0044] Connection of nylon pulley, stainless steel wire and support frame: The nylon pulley is fixed to the outside of the two long sides of the rectangular frame of the support frame (8) by the bracket. The stainless steel wire is laid along the length of the two long sides of the support frame (8) and the two ends are fixed to the ends of the support frame (8). The two sides of the shade net (2) slide with the corresponding stainless steel wire and fit with the groove of the nylon pulley to realize the winding / unwinding guide.

[0045] 4. Connection between the support beam and the temperature and humidity sensor

[0046] Connection between support beam and arch frame: The support beam (7) is a long strip metal component. Its front and rear ends are fastened to the corresponding connecting seats on the inner side of the arch frame of the shed by bolts (74, 75). The bolts (74, 75) pass through the reserved through holes at both ends of the support beam (7) and engage with the threaded holes in the connecting seats of the arch frame to achieve horizontal fixation.

[0047] Connection between sensors and support beam: The three sensors (71, 72, 73) are temperature and humidity sensors, which are fixed to the lower surface of the support beam (7) by snap-on mounting brackets and are evenly distributed along the length of the support beam (7). The mounting brackets are fastened to the support beam (7) by screws.

[0048] 5. Connection between the display screen and the temperature and humidity sensor

[0049] The display screen (3) is fixed on the arch support column on the outside of the shed by a bracket, and is electrically connected to three temperature and humidity sensors (71, 72, 73) by wires to realize the real-time transmission and display of temperature and humidity data inside the shed.

[0050] 6. Connection between the frost-proof window and the arch frame

[0051] The antifreeze window (6) is a rectangular structure. Its frame is hinged to the lower part of the arch support column with a reserved opening. The window frame and the edge of the opening are provided with sealing strips. The frame is provided with a manual lock for closing and fixing the window.

[0052] II. Technical Principles

[0053] 1. Rainproof principle

[0054] A rainproof film covers the outside of the greenhouse arch frame and is fixed to the arch frame with pressure tape to form a basic rainproof structure. Four special support columns for the rainproof film, connected by elastic connectors, provide auxiliary support and tension to the edges of the film. These support columns exert outward tension on the film from the four corners of the greenhouse, preventing displacement or damage due to inflation in strong winds. The elastic connectors also buffer the impact of wind on the film, further enhancing its structural stability. The waterproof properties of the plastic film prevent rainwater from entering the greenhouse, while the transparent material allows natural light to penetrate, meeting the light requirements for the growth of the bird's nest fruit. The sealed structure prevents rainwater from seeping in through the gaps between the film and the arch frame, achieving a more reliable and continuous rainproof effect.

[0055] 2. Sunscreen principle

[0056] Sensors collect real-time temperature and humidity signals inside the greenhouse, converting analog signals into electrical signals and transmitting them to the controller. The controller then aggregates and processes the signals from the three sensors. When the detected temperature reaches a preset threshold, the controller outputs a control signal to drive the motor inside the controller unit. The motor drives the roller of the electric roller system to rotate, releasing the shade net. Guided by nylon pulleys and stainless steel wires, the shade net unfolds horizontally along the support frame. At this time, the support frame is stably supported from the four corners of the greenhouse by four dedicated shade net support columns. Compared to two-point support with two support columns, four-point support can distribute the weight load and wind impact after the shade net is unfolded, preventing the support frame from bending and deforming due to excessive local stress. This ensures that the shade net covers the planting area inside the greenhouse flat, evenly blocking some sunlight and reducing the temperature inside the greenhouse. When the temperature detected by the sensors is lower than the preset suitable value, the controller drives the motor to rotate in the opposite direction, and the roller retracts the shade net, restoring normal light inside the greenhouse. Throughout the entire process, the four dedicated shade net support columns only bear the weight of the shade net system and are not connected to the rainproof film. They do not interfere with each other and each ensures the structural stability of its corresponding system.

[0057] 3. Antifreeze principle

[0058] The frost-proof window is opened and closed via hinges. In low-temperature environments, when the window is closed, the sealing strip fills the gap between the window frame and the opening, reducing heat loss from inside the greenhouse and blocking cold air from entering. This physical sealing increases the local temperature inside the greenhouse, achieving the frost-proof effect. When the temperature rises, the window can be opened to allow ventilation. It is not functionally related to the special support columns for the rainproof film or the special support columns for the shade net, and independently performs the functions of frost protection and ventilation.

[0059] 4. Monitoring and Display Principles

[0060] Temperature and humidity sensors are evenly distributed on the lower surface of the support beam to comprehensively collect temperature and humidity data from different areas inside the shed, avoiding errors from a single monitoring point. After receiving the sensor signals, the controller converts the temperature and humidity data into displayable digital signals, which are then transmitted to a display screen outside the shed via wires. The display screen presents the data to the user, enabling real-time visualization of the temperature and humidity inside the shed. The signal transmission of the monitoring system is independent of the support columns and operates stably.

[0061] III. Usage Method

[0062] Given the structural design that divides the support columns into two groups, the operational adjustments for the support columns, rainproof membrane, and shade net system in the usage method are as follows, while other procedures remain unchanged:

[0063] 1. Initial Installation and Inspection

[0064] Group inspection of support columns: After installation, check the fixation status of the two groups of support columns separately. The four special support columns for rainproof film must be confirmed to be vertically fixed to the ground outside the shed, and the elastic connectors connected to the rainproof film must be firmly hooked. The edges of the rainproof film must not be loose or overstretched. By observing the flatness of the rainproof film surface, judge whether the tension of the support columns on the rainproof film is uniform. The four special support columns for shade netting must be confirmed to be vertically fixed to the ground inside the shed, and the bolts connecting the top of the support to the flange of the support frame must be tightened. The support frame can be checked with a level to ensure that it is in a horizontal state and that there is no tilting or shaking.

[0065] Other inspection items: Check whether the rainproof film is sealed properly and without damage; test whether the sunshade net rolls up / unrolls smoothly, and whether the nylon pulleys and stainless steel wires cooperate without jamming, paying particular attention to whether the support frame sags due to the load when the sunshade net is unfolded to the middle position; turn on the power of the control unit and check whether the connection between the sensor and the display screen is normal to ensure that the temperature and humidity data can be displayed in real time; check whether the antifreeze window opens and closes flexibly and whether the sealing strip is intact, without jamming or poor sealing.

[0066] 2. Daily Use and Operation

[0067] Additional instructions for rain and sun protection: During daily use, it is necessary to pay attention to the system status corresponding to the two sets of support columns separately. For the rain protection system, regularly check whether the connectors between the rainproof film and the dedicated support column are loose, especially after strong winds or rain. If the connectors are found to have fallen off, they need to be re-hooked and fixed in time to prevent the rainproof film from bulging or breaking due to loss of support. If the edges of the rainproof film are loose, the hook position of the connector on the support column hanging ring can be adjusted to retighten the rainproof film. For the sun protection system, observe the operation status of the shade net. If there is any jamming during winding / unwinding, in addition to checking the nylon pulleys and stainless steel wires, it is also necessary to check whether the connecting bolts between the dedicated support column and the support frame are loose to ensure that the support frame provides stable support.

[0068] Anti-freezing and monitoring operations: When the temperature is low, manually close the anti-freezing window and fasten the manual lock to ensure a seal; when the temperature is suitable, open the window for ventilation; read the temperature and humidity inside the greenhouse in real time through the display screen outside the greenhouse without entering the greenhouse. If abnormal temperature and humidity data are found, first check whether the installation and wiring of the temperature and humidity sensor are normal.

[0069] Those skilled in the art will recognize that numerous variations are possible with respect to the above description, and the embodiments and figures are merely for describing one or more specific implementations.

[0070] Although exemplary embodiments of the present invention have been described and illustrated, those skilled in the art will understand that various changes and substitutions can be made thereto without departing from the spirit of the present invention. Furthermore, many modifications can be made to adapt specific situations to the doctrine of the present invention without departing from the central concept of the present invention described herein. Therefore, the present invention is not limited to the specific embodiments disclosed herein, but may include all embodiments and equivalents that fall within the scope of the present invention.

[0071] The above description, in conjunction with specific embodiments, provides a further detailed explanation of the present invention. It should not be construed that the specific implementation of the present invention is limited to these descriptions. For those skilled in the art, various substitutions or modifications can be made to these described embodiments without departing from the concept of the present invention, and all such substitutions or modifications should be considered within the protection scope of the present invention.

[0072] Although the present invention and its advantages have been described in detail, it should be understood that various changes, substitutions, and modifications can be made without departing from the spirit and scope of the present invention. Furthermore, the scope of application of the present invention is not limited to the specific embodiments of the processes, machines, methods, and steps described in the specification. From the disclosure of the present invention, those skilled in the art will readily utilize existing or later-developed processes, machines, methods, or steps that substantially perform the same function or achieve the same results as the corresponding embodiments described herein. Therefore, the appended claims are intended to cover such processes, machines, methods, or steps.

Claims

1. A semi-automated rainproof, frostproof, and sunproof greenhouse for cultivating bird's nest fruit, characterized in that, The system includes a rainproof film, a shade net, a display screen, a control unit, support columns, frost-proof windows, support beams, and a support frame. The rainproof film covers the outer large arc contour of the arch frame. There are eight support columns in total, and the rainproof film is connected to four of the support columns. The shade net is connected to an electric roller system and is supported by the four support columns and the support frame. The shade net is equipped with nylon pulleys and stainless steel wire. The control unit is fixed above the support columns. Three temperature and humidity sensors are arranged on the support beams. The display screen is located outside the shed. The frost-proof windows are located in the lower middle part of the arch frame columns. The support beams are bolted together at the front and back. The two ends of the support frame are connected to the support columns.

2. The rainproof, frost-proof, and sun-proof greenhouse for semi-automated cultivation of bird's nest fruit according to claim 1, characterized in that, The rainproof film is a transparent plastic film, and the edge of the rainproof film is detachably connected to the outside of the four support columns via connectors.

3. The rainproof, frostproof, and sunproof greenhouse for semi-automated cultivation of bird's nest fruit according to claim 1, characterized in that, The control unit contains a motor and a controller.

4. The rainproof, frostproof, and sunproof greenhouse for semi-automated cultivation of bird's nest fruit according to claim 1, characterized in that, The antifreeze window is a rectangular window.

5. The rainproof, frost-proof, and sun-proof shed for semi-automated cultivation of bird's nest fruit according to claim 1, characterized in that, The three temperature and humidity sensors are evenly arranged on the support beam.

6. The rainproof, frostproof, and sunproof greenhouse for semi-automated cultivation of bird's nest fruit according to claim 1, characterized in that, The bolts are installed at the front and rear of the support beam.

7. The rainproof, frostproof, and sunproof greenhouse for semi-automated cultivation of bird's nest fruit according to claim 1, characterized in that, The support frame slides in conjunction with the shade net.

8. The rainproof, frostproof, and sunproof greenhouse for semi-automated cultivation of bird's nest fruit according to claim 1, characterized in that, The nylon pulley and stainless steel wire are fixed on the support frame, and both the nylon pulley and stainless steel wire are used in conjunction with the shade net.

9. The rainproof, frostproof, and sunproof greenhouse for semi-automated cultivation of bird's nest fruit according to claim 1, characterized in that, The support frame has a rectangular frame structure, and the four corners of the support frame are connected to the tops of four support columns, respectively. The rainproof membrane is connected to the upper outer side of the four support columns.

10. A rainproof, frost-proof, and sun-proof greenhouse for semi-automatic cultivation of bird's nest fruit according to claim 1, characterized in that, The display screen is electrically connected to the temperature and humidity sensor via wires.

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