KR-102962940-B1 - PREVENTION FACILITIES FOR ABNORMAL WEATHER

Abstract

The present invention relates to a facility for preventing abnormal weather conditions, comprising: a frame (10); a weather detection sensor (20) installed adjacent to the frame (10) to detect abnormal weather conditions in real time; a barrier net (30) installed on the frame (10); a barrier net opener (40) for opening and closing the barrier net (30); and a controller (50) electrically connected to the weather detection sensor (20) and the barrier net opener (40) to control the operation of the barrier net opener (40). Accordingly, the functionality and usability of prevention facilities for extreme weather conditions can be further improved.

Inventors

• 홍재의

Assignees

• 주식회사 한국건설산업

Dates

Publication Date

20260512

Application Date

20250903

Claims (5)

1. A frame (10) having a support member (11), a central support member (12) horizontally installed on the top of the support member (11), a guide roof member (13) installed at an angle on the front end of the central support member (12), a plurality of inclined roof members (14) installed at an angle on the central support member (12) so as to be arranged in a line with the guide roof member (13), and a side support member (15) connected to the ends of the guide roof member (13) and the plurality of inclined roof members (14); a climate detection sensor (20) installed adjacent to the frame (10) to detect abnormal weather in real time; a barrier net (30) installed on the plurality of inclined roof members (14); a barrier net opener (40) for opening and closing the barrier net (30); and a controller (50) electrically connected to the climate detection sensor (20) and the barrier net opener (40) to control the operation of the barrier net opener (40). The above weather detection sensor (20) uses a hail detection sensor, a frost detection sensor, and a solar radiation sensor, and the above blocking net (30) is made of a mesh net structure in which 48 to 50 nets are formed within a width and height of 1 inch. The blocking net restraint member (60) is composed of a first fixing member (62) installed at the top of the inclined roof member (14); a second fixing member (64) installed at the bottom of the inclined roof member (14); and a restraining band (66) connected between the first fixing member (62) and the second fixing member (64) and positioned corresponding to the blocking net (30). The first fixing member (62) comprises a first clamping part (62a) coupled to the outer surface of the inclined roof member (14); a first nut part (62b) installed in close contact with the upper part of the first clamping part (62a); and a first bolt part (62c) in the shape of a loop that is fastened through the first nut part (62b) and to which one end of the restraint band (66) is connected, and the second fixing member (64) comprises a second clamping part (64a) coupled to the outer surface of the inclined roof member (14); a second nut part (64b) installed in close contact with the upper part of the second clamping part (64a); and a second bolt part (64c) in the shape of a loop that is fastened through the second nut part (64b) and to which the other end of the restraint band (66) is connected, and The above first bolt part (62c) is characterized by allowing the height to be selectively adjusted through rotational movement, thereby providing a facility for preventing abnormal weather conditions.
2. In claim 1, The above blocking net opener (40) is, An abnormal weather prevention facility characterized by comprising: a motor (42); a winding pipe (44) connected to the motor (42) and the blocking net (30) and rotated by the motor (42) to wind the blocking net (30); and a guide roller (46) that slides along the guide roof (13) in conjunction with the motor (42).
3. delete
4. delete
5. delete

Description

Prevention Facilities for Abnormal Weather The present invention relates to a facility for preventing abnormal weather conditions, and more specifically, to a facility for preventing abnormal weather conditions that can stably protect fruit trees against abnormal weather conditions. Recently, abnormal weather phenomena have been occurring frequently across the globe, and these phenomena are having a serious impact on human life as well as the Earth's ecosystem. In particular, hail or frost caused by abnormal weather conditions is causing fatal damage to fruit trees. Accordingly, research and development on prevention facilities for extreme weather events is actively underway. A conventional prevention facility for abnormal weather conditions comprises: a vertical support; a horizontal support fixed to intersect the upper part of the vertical support; an arc-shaped guide fixed to the horizontal support at mutually spaced intervals; a pair of operating rods rotatably coupled to the vertical support; mounting brackets installed at the top of each of the pair of operating rods and supported by the arc-shaped guide; a drive motor installed on each of the mounting brackets; a rotating shaft connected to the shaft of the drive motor; a hail protection net that covers or opens the upper part of the arc-shaped guide by winding around the rotating shaft; and a control unit that controls the drive motor. Such a facility for preventing abnormal weather conditions is disclosed in Registered Patent Publication No. 10-0922568. However, the abnormal weather prevention facility with the above configuration is not only complex in design but also has the problem that the user must roughly predict when hail will fall and operate the control unit directly. This ultimately results in a decrease in the functionality and usability of prevention facilities for extreme weather conditions. FIG. 1 is a schematic front view illustrating a facility for preventing abnormal weather conditions according to the present invention. FIG. 2 is a schematic side view illustrating a facility for preventing abnormal weather conditions according to the present invention. FIG. 3 is an enlarged view illustrating 'A' of FIG. 1. FIG. 4 is an enlarged view illustrating 'B' of FIG. 1. FIG. 5 is an enlarged view illustrating 'C' of FIG. 2. FIG. 6 is a perspective view illustrating the first and second fixing members of the blocking net restraining member of the abnormal weather prevention facility according to the present invention. FIG. 7 is an operating state diagram of a barrier net opener of a prevention facility against abnormal weather conditions according to the present invention. Below, an abnormal weather prevention facility according to the present invention is described in detail with reference to the attached drawings. As illustrated in FIGS. 1 to 7, the abnormal weather prevention facility according to the present invention comprises: a frame (10); a weather sensing sensor (20) installed adjacent to (close to) the frame (10); a barrier net (30) provided on the upper part of the frame (10); a barrier net opener (40) connected to the frame (10) and the barrier net (30); a controller (50) electrically connected to the weather sensing sensor (20) and the barrier net opener (40); and a barrier net restraint member (60) connected to the frame (10). The frame (10) is made of metal material, and a barrier net (30) and a barrier net opener (40) are installed. This frame (10) is composed of a support member (11), a central support member (12) installed horizontally on the top of the support member (11), a guide roof member (13) installed at an angle on the front end of the central support member (12), a plurality of inclined roof members (14) installed at an angle on the central support member (12) so as to be arranged in a line parallel to the guide roof member (13), and side support members (15) connected to the ends of the guide roof member (13) and the plurality of inclined roof members (14). In particular, it is preferable that the guide roof member (13) be installed at an angle on both sides of the support member (11), but it is also possible to install it at an angle on only one side of the support member (11) as needed. Meanwhile, unexplained drawing symbol 16 represents a reinforcing support for reinforcing strength, etc. The climate detection sensor (20) detects abnormal weather conditions such as sunlight, hail, or frost in real time, and the information about the detected abnormal weather conditions is immediately provided to the controller (50). And for the climate sensing sensor (20), various types are used to detect various factors that can directly or indirectly affect the growth of the fruit tree. That is, for the climate sensing sensor (20), it is preferable to use at least one of the following: a wind direction and speed sensor that detects wind direction and speed, a temperature sensor that detects temperature, a hail sensor that det