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CN-121986734-A - Safe replacement perch platform system based on bird perch habit

CN121986734ACN 121986734 ACN121986734 ACN 121986734ACN-121986734-A

Abstract

The invention provides a safe replacement perching platform system based on bird high-perching habit, which relates to the technical field of wild animal protection and comprises an ultrahigh-altitude support base, an ultrahigh-altitude composite support assembly, a solar intelligent feeding and supplying assembly, a nest multi-species adaptation perching assembly and a protection safety protection and environment self-adaptation assembly, wherein the ultrahigh-altitude composite support assembly comprises a glass fiber high-voltage insulation support column fixed on the ultrahigh-altitude support base, and a bamboo wood composite anti-corrosion main support column is fixed at the top end of the glass fiber high-voltage insulation support column.

Inventors

  • ZHU DONGQI

Assignees

  • 朱东琦

Dates

Publication Date
20260508
Application Date
20260204

Claims (10)

  1. 1. The safe replacement perching platform system based on bird high-altitude habit is characterized by comprising an ultra-high altitude supporting base (1), an ultra-high altitude composite supporting component (2), a solar intelligent feeding and supplying component (3), a nest material automatic supplying component (4), a nest multi-species adaptive perching component (5) and a protective safety protection and environment self-adaptation component (6); the ultrahigh-altitude composite support assembly (2) comprises a glass fiber high-voltage insulation support column (21) fixed on an ultrahigh-altitude support base (1), and a bamboo-wood composite anti-corrosion main support column (22) is fixed at the top end of the glass fiber high-voltage insulation support column (21); The solar intelligent feeding and replenishing assembly (3) comprises a feeder installation support bracket (31) fixed on the outer side of a bamboo-wood composite anti-corrosion main support column (22), a plurality of classification storage bins (32) are arranged at the top end of the feeder installation support bracket (31), and an accurate feeding conveying pipeline (33) is arranged in each classification storage bin (32); Nest multispecies adaptation perch subassembly (5) are including being fixed in imitative cliff base braced ring frame (51) of light alloy triangular truss (23), imitative cliff base braced ring frame (51) outside is fixed with prevents perching module protection and encloses frame (52), prevent perching module protection and enclose and be equipped with nest material piece collection perspective net (53) in frame (52), nest material piece collection perspective net (53) top is equipped with imitative branch and builds nest frame (54), prevent perching module protection and enclose frame (52) internal rotation and be connected with prevent ponding water conservancy diversion swash plate (55), prevent perching module protection and enclose frame (52) internal fixation have food deposit species exclusive feeding groove (56).
  2. 2. The safe replacement perch platform system based on bird perch habit is characterized in that a light alloy triangular truss (23) is fixed at the top end of the bamboo-wood composite anti-corrosion main support column (22), an annular stainless steel natural enemy climbing prevention thorn (24) is arranged on the outer side of the bamboo-wood composite anti-corrosion main support column (22), and an environment monitoring and natural enemy sensing module (26) is installed on the light alloy triangular truss (23).
  3. 3. The safe replacement perch platform system based on bird perch habit is characterized in that the number of the classification storage bins (32) is 3, and a pneumatic accurate feeding driving pump (34) and a photovoltaic power supply module (35) are arranged on the outer side of the bamboo-wood composite anti-corrosion main support column (22).
  4. 4. A safe replacement perch platform system based on bird perch habit according to claim 3, wherein the photovoltaic power supply module (35) is electrically connected with a pneumatic accurate feeding driving pump (34), a nest material pushing driving cylinder (43) and a protective baffle driving cylinder (64), and is internally provided with an energy storage battery unit.
  5. 5. The safe replacement perching platform system based on bird perching habit is characterized in that the nest material automatic replenishment component (4) comprises a waterproof sun-proof nest material storage bin (41) fixed on the outer side of a bamboo-wood composite anti-corrosion main support column (22), and a nest material pneumatic pushing sliding table (42) is slidably connected to the inner bottom end of the waterproof sun-proof nest material storage bin (41).
  6. 6. The safe replacement perching platform system based on bird perching habit is characterized in that a nest material pushing driving cylinder (43) is arranged in the waterproof sun-proof nest material storage bin (41), the driving end of the nest material pushing driving cylinder (43) is fixed with a nest material pneumatic pushing sliding table (42), and a storage bin sealing protection door (44) is rotatably connected to the outer side of the waterproof sun-proof nest material storage bin (41).
  7. 7. A safety replacement perch platform system based on bird perch habit as in claim 1, wherein said bionic branch nesting frame (54) is formed by simulated cross braiding of natural branches with a cross bar angle of 30-60 °.
  8. 8. A safe replacement perching platform system based on bird perching habit as claimed in claim 3, wherein the inclination angle of the ponding prevention flow guide inclined plate (55) is 3-5 degrees, the edge of the ponding prevention flow guide inclined plate is in sliding sealing fit with the inner wall of the perching prevention module protection surrounding frame (52), and one end of the pneumatic precise feeding driving pump (34) far away from the precise feeding conveying pipeline (33) is fixed with the special feeding groove (56) for food storage species.
  9. 9. The bird perching habit-based safe replacement perching platform system according to claim 1, wherein a panoramic observation platform (25) is fixed to the top end of the light alloy triangular truss (23), the environment monitoring and natural enemy sensing module (26) is installed on the top end of the panoramic observation platform (25), and annular protection guardrails are arranged on the edge of the panoramic observation platform (25).
  10. 10. The bird perch habit-based safety replacement platform system according to claim 1, wherein the protection safety protection and environment self-adaptation assembly (6) comprises an environment self-adaptation protection baffle (61) which is connected with the perch protection module protection surrounding frame (52) in a sliding mode, a protection baffle linkage driving push rod (62) is fixed at the top end of the environment self-adaptation protection baffle (61), one end, far away from the environment self-adaptation protection baffle (61), of the protection baffle linkage driving push rod (62) is rotationally connected with a protection mechanism sliding regulating block (63), a protection baffle driving cylinder (64) is mounted on the outer side of the light alloy triangular truss (23), the driving end of the protection baffle driving cylinder (64) is fixed with the protection mechanism sliding regulating block (63), and the environment self-adaptation protection baffle (61) is electrically connected with the environment monitoring and natural enemy induction module (26).

Description

Safe replacement perch platform system based on bird perch habit Technical Field The invention relates to the technical field of wild animal protection, in particular to a safe replacement perch platform system based on bird perch habit. Background In nature, the black craving, the geranium, the fierce birds and the birds of the family of the opium have obvious habit of living and perching, and the survival and the propagation of the bird depend on high structures such as cliffs, large tree in the sky and the like, wherein the environments can meet the requirements of watching natural enemies and capturing hunting objects, and can provide stable support for nesting. However, with the acceleration of the urban process and the destruction of natural forests and cliff habitats, high-voltage towers, power towers and other artificial tall facilities gradually become the alternative habitats of birds due to proper height and stable structure; However, the bird perching and nesting behaviors on the high-voltage tower have serious safety contradiction, from the perspective of electric power system safety, bird activities become one of main causes of power transmission line faults, and according to national power grid statistics, short circuits and ground faults caused by bird nest materials account for 12% -18% of the total faults of the line in bird migration channels or habitat surroundings. Wherein, the iron wires and other conductive materials directly cause interphase short circuit, wet hay can reduce the insulation performance of the insulator to cause flashover, and each time of failure averagely causes power failure for 4-6 hours, thereby not only affecting the life and industrial production of residents, but also generating high rush repair cost; therefore, aiming at the problems, a safe alternative perch platform system based on bird perch habit is now provided Disclosure of Invention The invention aims to solve the defects in the prior art and provides a safe alternative perch platform system based on bird perch habit. In order to achieve the aim, the invention adopts the following technical scheme that the safe replacement perch platform system based on bird perch habit comprises an ultrahigh-altitude supporting base, an ultrahigh-altitude composite supporting component, a solar intelligent feeding and supplying component, a nest material automatic supplying component, a nest multi-species adaptive perch component and a protective safety protection and environment self-adaptation component; The ultrahigh-altitude composite support assembly comprises a glass fiber high-voltage insulation support column fixed on an ultrahigh-altitude support base, and a bamboo-wood composite anti-corrosion main support column is fixed at the top end of the glass fiber high-voltage insulation support column; the solar intelligent feeding and replenishing assembly comprises a feeder installation supporting bracket fixed on the outer side of the bamboo-wood composite anti-corrosion main supporting column, a plurality of classification storage bins are arranged at the top ends of the feeder installation supporting brackets, and accurate feeding conveying pipelines are arranged in the classification storage bins; The nest multi-species adaptation perch subassembly is including being fixed in the imitative cliff nest base braced ring frame of light alloy triangular truss, imitative cliff nest base braced ring frame outside is fixed with prevents perching the module protection and encloses the frame, prevent perching the module protection and enclose and be equipped with nest material piece collection net that permeates water in the frame, nest material piece collection net top that permeates water is equipped with bionical branch and builds the frame, prevent perching the module protection and enclose the frame rotation and be connected with and prevent ponding water conservancy diversion swash plate, prevent perching the module protection and enclose the frame internal fixation and have food to deposit the species exclusive feeding groove. Preferably, a light alloy triangular truss is fixed at the top end of the bamboo-wood composite anti-corrosion main support column, an annular stainless steel natural enemy climbing prevention thorn is arranged on the outer side of the bamboo-wood composite anti-corrosion main support column, and an environment monitoring and natural enemy sensing module is arranged on the light alloy triangular truss. Preferably, the number of the classified storage bins is 3, and a pneumatic accurate feeding driving pump and a photovoltaic power supply module are arranged on the outer side of the bamboo-wood composite anti-corrosion main support column. Preferably, the photovoltaic power supply module is electrically connected with a pneumatic accurate feeding driving pump, a nest material pushing driving cylinder and a protective baffle driving cylinder, and an energy storage battery unit is arranged in t