An automated honey harvesting device

Abstract

An automatic honey taking device comprises a bee frame base, a bee frame plugboard, a honey scraping board and a honey rake. The bee frame base is internally provided with a plurality of multi-legged centipede-shaped bee frame strips arranged at equal intervals. The bee frame plugboard is provided with a plurality of wavy strip-shaped bee frame strips arranged at equal intervals in the middle. When the honey is not taken, the multi-legged centipede-shaped bee frame strips and the wavy strip-shaped bee frame strips are closely arranged to form a plurality of inclined regular hexagonal honey storage bee holes. After the honey is taken, the rear part of the whole automatic honey taking device is lifted and placed in an inclined manner. The bee frame plugboard is pulled out to the rear, and a plurality of multi-legged centipede-shaped bee frame strips arranged at equal intervals are exposed. The remaining honey of the bee frame plugboard flows to the bee frame base along the inclination angle. The regular hexagonal honey storage bee holes on the bee frame base are disassembled. Two hole walls of the remaining regular hexagonal honey storage bee holes enable the honey to flow into the honey collecting pipe under the action of gravity. The honey scraping board with comb teeth moves up and down to scrape the honey of the bee frame base. The honey rake is used to clean the residual honey in the honey collecting pipe. The device is efficient in taking honey and has practicality.

Description

TECHNICAL FIELD

[0001] The application is an automatic honey taking device, belonging to the field of bee breeding and honey production equipment. BACKGROUND

[0002] Honey is a sweet substance brewed and stored in honey holes by bees. However, the traditional honey taking operation is extremely cumbersome, a variety of tools are required, and a large amount of manpower and material resources are consumed. In addition, the whole process of smoke bees, opening the box and taking honey poses a great safety risk to bee farmers and bee colonies, affects the subsequent honey production, and the traditional honey taking process has seriously restricted the honey production efficiency. SUMMARY

[0003] The design purpose of the application is to provide a bionic automatic honey taking device which is simple to operate, low in labor intensity, efficient in honey taking and low in residual rate.

[0004] The automatic honey taking device of the application comprises a bee frame base, a bee frame plugboard, a honey scraping plate and a honey rake. The bee frame base is internally provided with a plurality of equal-distance-arranged multi-legged centipede-shaped bee frame strips. The middle part of the bee frame plugboard is provided with a plurality of equal-distance-arranged wave-shaped bee frame strips. When no honey is taken, the multi-legged centipede-shaped bee frame strips and the wave-shaped bee frame strips are closely arranged to form a plurality of inclined regular hexagonal honey storage holes.

[0005] The automatic honey taking device of the application is placed in an inclined state after the whole device is lifted at the rear part after the honey taking starts. The bee frame plugboard is pulled out to the rear, and a plurality of equal-distance-arranged multi-legged centipede-shaped bee frame strips on the bee frame base are exposed. The remaining honey on the bee frame plugboard flows to the bee frame base along the inclination angle. The regular hexagonal honey storage holes on the bee frame base are disassembled, and two hole walls of the remaining regular hexagonal honey storage holes allow the honey to flow into the honey collecting pipe under the action of gravity. The honey scraping plate with comb teeth moves up and down to scrape off the honey on the bee frame base. The honey rake is used to clean the residual honey in the honey collecting pipe. The device is efficient in honey taking and has practicality. BRIEF DESCRIPTION OF DRAWINGS

[0006] Figure 1 The figure is a device structure diagram of the application;

[0007] Figure 2 The figure is a honey taking state structure diagram of the application;

[0008] Figure 3 The figure is a bee frame base structure diagram of the application;

[0009] Figure 4 The figure is a bee frame plugboard structure diagram of the application;

[0010] Figure 5 The figure is a honey scraping plate structure diagram of the application.

[0011] Reference signs: 1 - frame base, 11 - multi-leg centipede-shaped frame strip, 111 - multi-leg centipede-shaped frame strip cross section, 12 - hole wall, 13 - honey collecting pipe, 131 - rectangular honey collecting port, 132 - rectangular honey outlet, 2 - frame plugboard, 21 - wavy strip-shaped frame strip, 211 - wavy strip-shaped frame strip cross section, 3 - honey scraping board, 31 - triangular oblique blade comb tooth, 4 - honey rake, 41 - rectangular rake surface, 5 - inclined regular hexagonal honey storage hole, 6 - rear part of the automatic honey taking device. DETAILED DESCRIPTION

[0012] An automatic honey taking device comprises a frame base, a frame plugboard, a honey scraping board and a honey rake, the frame base is internally provided with a plurality of multi-leg centipede-shaped frame strips arranged at equal intervals, the frame plugboard is provided with a plurality of wavy strip-shaped frame strips arranged at equal intervals in the middle part, and the multi-leg centipede-shaped frame strips and the wavy strip-shaped frame strips are closely arranged to form a plurality of inclined regular hexagonal honey storage holes when the honey is not taken.

[0013] The whole rear part of the automatic honey taking device is placed in an inclined state after the honey taking starts, the frame plugboard is pulled out to the rear, a plurality of multi-leg centipede-shaped frame strips arranged at equal intervals on the frame base are exposed, the remaining honey on the frame plugboard flows to the frame base along the inclination angle, the regular hexagonal honey storage holes on the frame base are disassembled, two hole walls of the remaining regular hexagonal honey storage holes enable the honey to flow into the honey collecting pipe under the action of gravity, the comb tooth-shaped honey scraping board moves up and down to scrape the honey on the frame base, and the honey rake is inserted into the honey collecting pipe from the honey outlet of the honey collecting pipe to rake forward and backward to clean the residual honey in the honey collecting pipe and avoid waste, the device is efficient in taking honey and has practicality.

[0014] In an optional embodiment, the multi-leg centipede-shaped frame strip cross section and the wavy strip-shaped frame strip cross section are both obtuse angle V-shaped, the multi-leg centipede-shaped frame strips and the wavy strip-shaped frame strips correspond to each other and can be arranged in an interlocking manner.

[0015] In an optional embodiment, a plurality of triangular oblique blade comb teeth arranged at equal intervals are arranged on the honey scraping board, the triangular oblique blade comb teeth correspond to the hole walls one by one and do not interfere with each other.

[0016] In an optional embodiment, a rectangular rake surface is arranged on the honey rake, a rectangular honey outlet is arranged on the honey collecting pipe, a plurality of rectangular honey collecting ports arranged at equal intervals of 1 to 3 mm are arranged above the honey collecting pipe, and the rectangular rake surface and the rectangular honey outlet have the same length and the same width.

[0017] The above is only a preferred embodiment of the present application and is not used to limit the present application. For those skilled in the art, the present application can have various modifications and changes. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present application shall be included in the protection scope of the present application.

Claims

1. An automated honey extraction device, comprising a beehive base (1), a beehive insert plate (2), a honey scraper (3), and a honey rake (4), characterized in that, The beehive base (1) is equipped with a series of equally spaced multi-legged centipede-shaped beehive strips (11), and the beehive insert plate (2) is equipped with a series of equally spaced wavy strip beehive strips (21) in the middle. When honey is not being harvested, the multi-legged centipede-shaped beehive strips (11) and the wavy strip beehive strips (21) are closely arranged to form a series of inclined regular hexagonal bee storage holes (5). After honey harvesting begins, the rear part (6) of the entire automated honey harvesting device is raised and tilted, and the beehive insert plate ( 2) Pull it out backward, exposing the equidistantly arranged multi-legged centipede-shaped bee frame strips (11). The remaining honey in the bee frame insert (2) flows towards the bee frame base (1) at the tilt angle. The tilted regular hexagonal bee storage hole (5) on the bee frame base (1) is disassembled. The two hole walls (12) of the tilted regular hexagonal bee storage hole (5) remain on the bee frame base (1). The honey can flow into the honey collection tube (13) by gravity. The honey scraper (3) The honey scraper (4) is used to scrape the honey off the honey frame base (1) and clean the honey collection tube (13) of any remaining honey. The cross-section (111) of the multi-legged centipede-shaped honey frame strip and the cross-section (211) of the wavy strip honey frame strip are both obtuse V-shaped. The multi-legged centipede-shaped honey frame strip (11) and the wavy strip honey frame strip (21) correspond one-to-one and can be arranged in an interlocking pattern. The honey scraper (3) is provided with a series of equidistant triangular obliques. The triangular oblique comb teeth (31) correspond one-to-one with the hole wall (12) and do not interfere with each other; a rectangular rake surface (41) is provided on the honey rake (4), a rectangular honey outlet (132) is provided on the honey collection tube (13), and rectangular honey collection ports (131) are arranged at equal intervals of 1 to 3 mm above the honey collection tube (13). The rectangular rake surface (41) and the rectangular honey outlet (132) have the same length and width.

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